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Tesla rolls Cybercab into real traffic. Chicago cold. Austin heat. Same test. Public roads. Real conditions. Steering wheels temporary. Intent permanent. Production energy builds. Tesla

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Mario Nawfal

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124,734 Aufrufe • vor 6 Monaten •via X (Twitter)

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When the Tesla Cybercab goes into mass production, it will be the invention of the century. Only Tesla can produce vehicles for autonomy. Huge challenge. Most people still don't know what it's like to have no pedals and steering wheels.
0:11

When the Tesla Cybercab goes into mass production, it will be the invention of the century. Only Tesla can produce vehicles for autonomy. Huge challenge. Most people still don't know what it's like to have no pedals and steering wheels.

Tsla Chan

44,972 Aufrufe • vor 6 Monaten

It’s happening. Cybercab is in volume production. No steering wheel. No pedals. Nothing to take over. It’s made to drive itself from day one. Under $30K. Can’t be ignored. Now it’s real. Tesla
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It’s happening. Cybercab is in volume production. No steering wheel. No pedals. Nothing to take over. It’s made to drive itself from day one. Under $30K. Can’t be ignored. Now it’s real. Tesla

Mario Nawfal

1,019,116 Aufrufe • vor 3 Monaten

Tesla is engineering safety right into the Cybercab! A Tesla employee in a production Cybercab simulated a drop-off and pick-up near downtown Austin. He exited from the passenger door, re-entered from the passenger door, and slid over to the driver’s side. The Cybercab’s seats have no middle obstruction, which allows an easy slide across to either side. This makes it safer to exit while avoiding oncoming traffic. The Cybercab can also park very close to the curb and open its butterfly doors upward to avoid scrapping or hitting the curb. This could make it safer to get in and out in certain situations. 📷 Adan Guajardo
0:12

Tesla is engineering safety right into the Cybercab! A Tesla employee in a production Cybercab simulated a drop-off and pick-up near downtown Austin. He exited from the passenger door, re-entered from the passenger door, and slid over to the driver’s side. The Cybercab’s seats have no middle obstruction, which allows an easy slide across to either side. This makes it safer to exit while avoiding oncoming traffic. The Cybercab can also park very close to the curb and open its butterfly doors upward to avoid scrapping or hitting the curb. This could make it safer to get in and out in certain situations. 📷 Adan Guajardo

Adan Guajardo

168,215 Aufrufe • vor 1 Monat

🚨 CYBERTRUCK BULLETPROOF GLASS: THE ULTIMATE ROAD RAGE DEFENDER (OR APOCALYPSE GETAWAY CAR) Tesla’s Cybertruck isn’t just a rolling stainless steel brick - it’s a fortress on wheels, and the armored glass windows are the real star of the show. These aren’t your average car windows. They’re engineered to laugh off high-velocity bullets from common firearms (think AR-15s, handguns, shotguns). Tesla has publicly demonstrated the glass taking multiple rounds - cracking but not shattering - while keeping the cabin sealed and occupants safe. Here’s where it gets wild: because the glass holds up under fire, someone inside could theoretically return fire through the window without the bullets coming back in. Shooters outside would be spraying rounds at a near-impenetrable barrier, while the person inside stays protected and can engage back - if needed. It’s like a mobile shooting range with you as the target and the Cybertruck as the backstop.' This isn’t accidental design - Tesla built the Cybertruck with an ultra-hard 30X cold-rolled stainless steel exoskeleton and reinforced cabin, making it one of the most durable production vehicles ever made. The armored glass is just one piece of the “survive anything” puzzle. Elon has joked about the Cybertruck’s toughness, but the bulletproof demo videos are no joke - glass taking 9mm and .45 rounds without letting shards fly inside. And yes, the windows still roll down (slowly, carefully). Tesla doesn’t market it as a tactical or military vehicle (they can’t legally), but the internet has already dubbed it the ultimate zombie-apocalypse rig or VIP escort car. Reviewers have tested it extensively, confirming the glass holds up under sustained fire better than most armored SUVs on the market. So next time you’re stuck in traffic and someone’s road-raging, just remember: your Cybertruck might not only survive the encounter - it could win it. Source: Tesla, ArmoredCG, independent ballistic tests (2024–2025), Tesla Owners Silicon Valley
0:12

🚨 CYBERTRUCK BULLETPROOF GLASS: THE ULTIMATE ROAD RAGE DEFENDER (OR APOCALYPSE GETAWAY CAR) Tesla’s Cybertruck isn’t just a rolling stainless steel brick - it’s a fortress on wheels, and the armored glass windows are the real star of the show. These aren’t your average car windows. They’re engineered to laugh off high-velocity bullets from common firearms (think AR-15s, handguns, shotguns). Tesla has publicly demonstrated the glass taking multiple rounds - cracking but not shattering - while keeping the cabin sealed and occupants safe. Here’s where it gets wild: because the glass holds up under fire, someone inside could theoretically return fire through the window without the bullets coming back in. Shooters outside would be spraying rounds at a near-impenetrable barrier, while the person inside stays protected and can engage back - if needed. It’s like a mobile shooting range with you as the target and the Cybertruck as the backstop.' This isn’t accidental design - Tesla built the Cybertruck with an ultra-hard 30X cold-rolled stainless steel exoskeleton and reinforced cabin, making it one of the most durable production vehicles ever made. The armored glass is just one piece of the “survive anything” puzzle. Elon has joked about the Cybertruck’s toughness, but the bulletproof demo videos are no joke - glass taking 9mm and .45 rounds without letting shards fly inside. And yes, the windows still roll down (slowly, carefully). Tesla doesn’t market it as a tactical or military vehicle (they can’t legally), but the internet has already dubbed it the ultimate zombie-apocalypse rig or VIP escort car. Reviewers have tested it extensively, confirming the glass holds up under sustained fire better than most armored SUVs on the market. So next time you’re stuck in traffic and someone’s road-raging, just remember: your Cybertruck might not only survive the encounter - it could win it. Source: Tesla, ArmoredCG, independent ballistic tests (2024–2025), Tesla Owners Silicon Valley

Mario Nawfal

134,533 Aufrufe • vor 7 Monaten

This guy cracked the code on AI girlfriend monetization using real-time technology and now pulls $76,000 per month from one Instagram profile without ever showing his real face or hiring an actual model. He got tired of watching creators split 80 percent of revenue with agencies while their competitors ran 24/7 chat operations with zero burnout, so he built a system that generates hyperrealistic AI influencer content using motion capture and synthetic face generation instead of photographers, makeup artists, or Miami beach rentals. His monthly profit hit $76,455 last month from just 90.4K followers and organic short-form traffic, while traditional creators cap out at $15K after paying 40 percent platform fees and $2,000 monthly for content production teams. Here is the exact breakdown: → Real-time face swap technology becomes the only tool you need, but most people butcher the setup by skipping gesture synchronization in the first 10 seconds → Character design comes first, and if you mess this up nothing saves it. Stick to approachable features (freckles, natural makeup, warm smile) because that is where parasocial engagement lives → Profile building is not random. You craft one consistent AI persona that repeats across all content so your audience recognizes the girl → You are picking who your subscriber projects onto, not who looks unattainable. That is your retention baked into the face → Motion capture runs before generation, and this is what kills the uncanny valley effect that destroys engagement in 3 seconds → You mirror your own gestures through webcam: confused shrug, hand raise, lean-in shock, peace sign wave. The AI mask tracks every micro-movement and applies it to the generated face in real time → Batching is the move 91 percent skip: same room setup, multiple emotion sequences, one recording session. → The system generates 7 to 10 TikToks before dinner, while traditional creators test 3 per week and wonder why their conversion rates are stuck at 0.4 percent The economics are stupid: each video costs him $0 in talent fees, pulls 2 million views organically, converts at 2 percent into 1,800 clicks to private platforms at $10 to $15 subscription with $40 to $60 backend PPV per fan. That is $76,455 profit per month, while real creators pay $5,000 for production and net $22,000 after platform cuts. The key move nobody talks about: you cannot skip the natural gesture library. If you generate the AI face without mirroring your own spontaneous reactions first, the avatar moves like a CGI render. The eye contact breaks. The smile timing lags. The whole thing screams and your retention dies at 2.1 seconds. His system records him doing the exact confusion-to-delight emotional arc first, so the AI mask inherits human timing, natural eyebrow raises, and spontaneous energy that reads as a real girl reacting to comments, not a scripted advertisement. One Instagram profile generated 12 variants of the same "how I afford this lifestyle" hook in 40 minutes with different outfits, different lighting setups, different trending audios, and found the winner in 96 hours without spending $8,000 on influencer collaborations. They were previously paying $1,200 per UGC creator and burning $6,400 per week on content that plateaued at 60K views. Now they spend $0 for 12 variants and their cost per subscriber dropped from $48 to $11. Agencies now panic because their entire margin was built on model exclusivity, and this removes the human dependency. The outfit changes between clips like a wardrobe swap filter. The lighting matches bedroom authenticity. The hand gestures sync with emotional beats. No casting call. No model contract. No location scouting. Just a webcamera, a real-time face swap AI, and the discipline to batch-test emotional hooks before you commit traffic spend to one persona.
0:10

This guy cracked the code on AI girlfriend monetization using real-time technology and now pulls $76,000 per month from one Instagram profile without ever showing his real face or hiring an actual model. He got tired of watching creators split 80 percent of revenue with agencies while their competitors ran 24/7 chat operations with zero burnout, so he built a system that generates hyperrealistic AI influencer content using motion capture and synthetic face generation instead of photographers, makeup artists, or Miami beach rentals. His monthly profit hit $76,455 last month from just 90.4K followers and organic short-form traffic, while traditional creators cap out at $15K after paying 40 percent platform fees and $2,000 monthly for content production teams. Here is the exact breakdown: → Real-time face swap technology becomes the only tool you need, but most people butcher the setup by skipping gesture synchronization in the first 10 seconds → Character design comes first, and if you mess this up nothing saves it. Stick to approachable features (freckles, natural makeup, warm smile) because that is where parasocial engagement lives → Profile building is not random. You craft one consistent AI persona that repeats across all content so your audience recognizes the girl → You are picking who your subscriber projects onto, not who looks unattainable. That is your retention baked into the face → Motion capture runs before generation, and this is what kills the uncanny valley effect that destroys engagement in 3 seconds → You mirror your own gestures through webcam: confused shrug, hand raise, lean-in shock, peace sign wave. The AI mask tracks every micro-movement and applies it to the generated face in real time → Batching is the move 91 percent skip: same room setup, multiple emotion sequences, one recording session. → The system generates 7 to 10 TikToks before dinner, while traditional creators test 3 per week and wonder why their conversion rates are stuck at 0.4 percent The economics are stupid: each video costs him $0 in talent fees, pulls 2 million views organically, converts at 2 percent into 1,800 clicks to private platforms at $10 to $15 subscription with $40 to $60 backend PPV per fan. That is $76,455 profit per month, while real creators pay $5,000 for production and net $22,000 after platform cuts. The key move nobody talks about: you cannot skip the natural gesture library. If you generate the AI face without mirroring your own spontaneous reactions first, the avatar moves like a CGI render. The eye contact breaks. The smile timing lags. The whole thing screams and your retention dies at 2.1 seconds. His system records him doing the exact confusion-to-delight emotional arc first, so the AI mask inherits human timing, natural eyebrow raises, and spontaneous energy that reads as a real girl reacting to comments, not a scripted advertisement. One Instagram profile generated 12 variants of the same "how I afford this lifestyle" hook in 40 minutes with different outfits, different lighting setups, different trending audios, and found the winner in 96 hours without spending $8,000 on influencer collaborations. They were previously paying $1,200 per UGC creator and burning $6,400 per week on content that plateaued at 60K views. Now they spend $0 for 12 variants and their cost per subscriber dropped from $48 to $11. Agencies now panic because their entire margin was built on model exclusivity, and this removes the human dependency. The outfit changes between clips like a wardrobe swap filter. The lighting matches bedroom authenticity. The hand gestures sync with emotional beats. No casting call. No model contract. No location scouting. Just a webcamera, a real-time face swap AI, and the discipline to batch-test emotional hooks before you commit traffic spend to one persona.

Shade

20,831 Aufrufe • vor 2 Monaten

Today I had my first demo drive in a Tesla. It was also my first time ever sitting in one. This was the first car I’ve ever sat in the driver’s seat of where I didn’t touch the steering wheel for over 20 miles. Before I even got to the car, the people who had demoed it before me were an older married couple who were absolutely euphoric. They thought it was so cool that the car could drive itself. The Tesla employee told me this happens all the time. People come back from demo drives and tell the next test driver that they’re about to have an amazing experience. Little did I know, I’d end up carrying on the torch to the next couple demoing it after me. There was a ton of construction where I demoed the car, and FSD handled the entire drive extremely well. And yes, it can go through a drive-thru and stop at each window. The only thing I had to do was tap the pedal because it wouldn’t leave on its own, but it was still wild seeing the AI stop perfectly at the second window and wait. There are a million things I could write about why a Tesla feels like a better car and how much more it offers compared to a regular car. But for now, I’ll stick to FSD. There were only two moments that made me a little uneasy. The first was pretty minor. The car slightly hesitated going up a driveway, but quickly made up its mind. The second was more noticeable. I didn’t realize the car was nagging me. Once I touched the steering wheel, nothing happened, so I pulled it right a little harder, then let go. After that, the car turned left and crossed a double yellow on a backroad. (and yes I know you can sue the volume knob) I’m not totally sure if it was trying to pull over or what it was doing. I wanted to see how it would handle the situation, but there were cars coming, so I took over and corrected it. One of the coolest moments was when I thought FSD was glitching because it came to a complete stop in the middle of a busy road. Then I looked around and realized why. On the right side, there was a bicyclist waiting at a yellow crosswalk. The cars behind me didn’t honk, and the Tesla stopping actually incentivized another car in the right lane to stop and let him pass. The car is almost too nice to pedestrians, because 99.999% of humans would’ve blown through that, especially with no flashing light. For 99.9% of the drive, the car navigated confidently and smoothly. It was a real “feel the AGI” moment. Please do not let the media, the general public, or anyone else convince you that this technology is just some kind of auto assist or glorified cruise control. This is undoubtedly getting extremely close to feeling superhuman. You still have to pay attention to the road, but after experiencing it myself, I’d be shocked if HW4 Teslas aren’t unsupervised within the next couple years. The car was extremely smooth. There was no harsh braking, and it even avoided something in the road that I didn’t see. Driving with FSD made me realize I probably wasn’t driving as well as I could be. Hopefully, eventually, everyone’s car can be as mindful as a Tesla. I’ve never seen a brand so far removed from the public’s sentiment. I’m so happy I ordered one.
0:14

Today I had my first demo drive in a Tesla. It was also my first time ever sitting in one. This was the first car I’ve ever sat in the driver’s seat of where I didn’t touch the steering wheel for over 20 miles. Before I even got to the car, the people who had demoed it before me were an older married couple who were absolutely euphoric. They thought it was so cool that the car could drive itself. The Tesla employee told me this happens all the time. People come back from demo drives and tell the next test driver that they’re about to have an amazing experience. Little did I know, I’d end up carrying on the torch to the next couple demoing it after me. There was a ton of construction where I demoed the car, and FSD handled the entire drive extremely well. And yes, it can go through a drive-thru and stop at each window. The only thing I had to do was tap the pedal because it wouldn’t leave on its own, but it was still wild seeing the AI stop perfectly at the second window and wait. There are a million things I could write about why a Tesla feels like a better car and how much more it offers compared to a regular car. But for now, I’ll stick to FSD. There were only two moments that made me a little uneasy. The first was pretty minor. The car slightly hesitated going up a driveway, but quickly made up its mind. The second was more noticeable. I didn’t realize the car was nagging me. Once I touched the steering wheel, nothing happened, so I pulled it right a little harder, then let go. After that, the car turned left and crossed a double yellow on a backroad. (and yes I know you can sue the volume knob) I’m not totally sure if it was trying to pull over or what it was doing. I wanted to see how it would handle the situation, but there were cars coming, so I took over and corrected it. One of the coolest moments was when I thought FSD was glitching because it came to a complete stop in the middle of a busy road. Then I looked around and realized why. On the right side, there was a bicyclist waiting at a yellow crosswalk. The cars behind me didn’t honk, and the Tesla stopping actually incentivized another car in the right lane to stop and let him pass. The car is almost too nice to pedestrians, because 99.999% of humans would’ve blown through that, especially with no flashing light. For 99.9% of the drive, the car navigated confidently and smoothly. It was a real “feel the AGI” moment. Please do not let the media, the general public, or anyone else convince you that this technology is just some kind of auto assist or glorified cruise control. This is undoubtedly getting extremely close to feeling superhuman. You still have to pay attention to the road, but after experiencing it myself, I’d be shocked if HW4 Teslas aren’t unsupervised within the next couple years. The car was extremely smooth. There was no harsh braking, and it even avoided something in the road that I didn’t see. Driving with FSD made me realize I probably wasn’t driving as well as I could be. Hopefully, eventually, everyone’s car can be as mindful as a Tesla. I’ve never seen a brand so far removed from the public’s sentiment. I’m so happy I ordered one.

Chris

18,722 Aufrufe • vor 1 Monat

Today, I took the new Lucid Gravity SUV out for a quick drive. Here are my initial thoughts of the car and the drive: Materials & Seats: I have to say, this is a nice vehicle. The interior feels very premium, and the materials feel expensive. The perforated vegan leather seats are plush, provide good support, and hug you nicely. I sat in two Gravitys, one specced with the $4,200 Tahoe Brown vegan leather seats (really liked that color) and one with the all-black interior. The massaging seats are also surprisingly useful. Unlike the gimmicky ones in many cars, these actually feel great and not like a tiny mouse poking your back. I’d use them regularly if I owned one. The powered second-row seats are roomy and comfortable, with plenty of space for legs and feet. One small gripe I have: the grab handles on the interior feel like very cheap, hollow plastic. Design: The Gravity leans more toward minivan styling than SUV, but I actually think it works. Lucid managed to fit a whopping 120 cubic feet of cargo capacity into this thing. For context, that’s about 24% more than the Tesla Model X (91.6 cu ft), even though the Gravity is an inch shorter. It’s also just 10% less than the Cadillac Escalade IQ EV (131 cu ft), despite the Escalade being more than two feet longer. The 6K OLED panoramic display looks great, but the software felt a little laggy at times and is tough to see in direct sunlight. The steering wheel button design isn’t my favorite, but I do like the flat-top, flat-bottom design, Reminds me of Cybertruck’s wheel. Cargo loading is very convenient. With the air suspension lowered, the rear load floor is super low, making it easy to get things in and out. The trunk opening, though, is oddly shaped. I found the hatch uncomfortably close to my head, but raising the air suspension helps a little. Taller folks may still run into that issue. Showroom Employees: I met three Lucid employees at the showroom, one of whom had worked at Tesla for 10 years. All of them were very nice and knowledgeable. Sound System: It’s VERY good—great bass response, not muddy. It has Dolby Atmos, and it rocks. The Cybertruck still has the best factory sound system I’ve ever heard, but the Gravity’s is still great. ADAS: Unfortunately, I didn’t have much time to try it out, so I can’t give an opinion. But the 360-degree camera view is nice. It makes parking much easier and has a curb-rash alert so you don’t scrape your expensive wheels. Test Drive: The Gravity I drove, including options, was priced at $115,000. The ride felt firmer than I expected, even in the softest air suspension setting, but it was still comfortable. The sportier modes were fun and deliver that classic, quick-acceleration EV experience. The steering feel struck a good balance—sporty, but not tiring for everyday use. Visibility is good, and the glass windshield that extends past your head is cool (though I still think the Model X windshield is more immersive). Charging: The Gravity has native NACS and can charge at speeds up to 220 kW at Tesla Superchargers. In general, the vehicle is capable of up to 400 kW charging speeds. Final Thoughts: As Tesla fans, we can sometimes be tough on non-Tesla EVs, but I think the Gravity SUV is evidence that Tesla’s mission is working: accelerating the advent of sustainable energy. Tesla’s mission and past work helped pave the way for a vehicle like the Lucid Gravity to exist and come to market. While Lucid’s path to profitability is still in question, and while the Gravity is expensive (for now), even from my short time with it, this feels like Lucid’s first truly great product. Only the $94,900 Grand Touring trim is available right now, but the company says the less expensive Touring trim will come out late this year for $79,900. We shall see. More photos and videos of mine in the thread below:
0:18

Today, I took the new Lucid Gravity SUV out for a quick drive. Here are my initial thoughts of the car and the drive: Materials & Seats: I have to say, this is a nice vehicle. The interior feels very premium, and the materials feel expensive. The perforated vegan leather seats are plush, provide good support, and hug you nicely. I sat in two Gravitys, one specced with the $4,200 Tahoe Brown vegan leather seats (really liked that color) and one with the all-black interior. The massaging seats are also surprisingly useful. Unlike the gimmicky ones in many cars, these actually feel great and not like a tiny mouse poking your back. I’d use them regularly if I owned one. The powered second-row seats are roomy and comfortable, with plenty of space for legs and feet. One small gripe I have: the grab handles on the interior feel like very cheap, hollow plastic. Design: The Gravity leans more toward minivan styling than SUV, but I actually think it works. Lucid managed to fit a whopping 120 cubic feet of cargo capacity into this thing. For context, that’s about 24% more than the Tesla Model X (91.6 cu ft), even though the Gravity is an inch shorter. It’s also just 10% less than the Cadillac Escalade IQ EV (131 cu ft), despite the Escalade being more than two feet longer. The 6K OLED panoramic display looks great, but the software felt a little laggy at times and is tough to see in direct sunlight. The steering wheel button design isn’t my favorite, but I do like the flat-top, flat-bottom design, Reminds me of Cybertruck’s wheel. Cargo loading is very convenient. With the air suspension lowered, the rear load floor is super low, making it easy to get things in and out. The trunk opening, though, is oddly shaped. I found the hatch uncomfortably close to my head, but raising the air suspension helps a little. Taller folks may still run into that issue. Showroom Employees: I met three Lucid employees at the showroom, one of whom had worked at Tesla for 10 years. All of them were very nice and knowledgeable. Sound System: It’s VERY good—great bass response, not muddy. It has Dolby Atmos, and it rocks. The Cybertruck still has the best factory sound system I’ve ever heard, but the Gravity’s is still great. ADAS: Unfortunately, I didn’t have much time to try it out, so I can’t give an opinion. But the 360-degree camera view is nice. It makes parking much easier and has a curb-rash alert so you don’t scrape your expensive wheels. Test Drive: The Gravity I drove, including options, was priced at $115,000. The ride felt firmer than I expected, even in the softest air suspension setting, but it was still comfortable. The sportier modes were fun and deliver that classic, quick-acceleration EV experience. The steering feel struck a good balance—sporty, but not tiring for everyday use. Visibility is good, and the glass windshield that extends past your head is cool (though I still think the Model X windshield is more immersive). Charging: The Gravity has native NACS and can charge at speeds up to 220 kW at Tesla Superchargers. In general, the vehicle is capable of up to 400 kW charging speeds. Final Thoughts: As Tesla fans, we can sometimes be tough on non-Tesla EVs, but I think the Gravity SUV is evidence that Tesla’s mission is working: accelerating the advent of sustainable energy. Tesla’s mission and past work helped pave the way for a vehicle like the Lucid Gravity to exist and come to market. While Lucid’s path to profitability is still in question, and while the Gravity is expensive (for now), even from my short time with it, this feels like Lucid’s first truly great product. Only the $94,900 Grand Touring trim is available right now, but the company says the less expensive Touring trim will come out late this year for $79,900. We shall see. More photos and videos of mine in the thread below:

Sawyer Merritt

110,465 Aufrufe • vor 1 Jahr

This guy cracked the code on AI-powered fashion ecommerce using synthetic face technology and now pulls $50,000 to $150,000 per month from two Shopify stores without paying a single real model. He got tired of watching DTC fashion brands burn $20,000 monthly on photoshoots while their competitors tested 40 product angles in the same timeframe, so he built a system that generates hyperrealistic fashion content using his gaming PC and real-time AI masks instead of studios, contracts, or casting calls. His monthly profit hit $150,000 last month from just 2 stores and organic TikTok traffic, while traditional fashion brands cap out at $30K after paying models $400 to $800 per shoot and studio rentals of $200 to $500 per session. Here is the exact breakdown: → Real-time synthetic face technology becomes the only tool you need, but most people butcher the setup by skipping motion sync calibration in the first 30 seconds → Product selection comes first, and if you mess this up nothing saves it. Stick to women's accessories (bags, sunglasses, jewelry) because that is where organic TikTok engagement lives → Avatar casting is not random. You build one consistent AI face that repeats across all content so your audience recognizes the "model" and trusts the brand continuity → You are picking who your customer projects onto, not who looks expensive. That is your positioning baked into the face → Motion capture runs before generation, and this is what kills the uncanny valley effect that destroys watch time in 4 seconds → You mirror your own gestures through webcam: wave, chin tap, finger point, shoulder dance. The AI mask tracks every micro-movement and applies it to the generated face in real time → Batching is the move 94 percent skip: same outfit base, multiple product swaps, one recording session. No re-shooting, no model schedules, no usage rights negotiations → The system generates 3 to 5 TikToks before lunch, while traditional brands test 2 per week and wonder why their conversion rates are stuck at 0.8 percent The economics are stupid: each video costs him $0 in talent fees, pulls 1.5 million views organically, converts at 0.03 percent into 450 orders at $45 to $60 retail with $30 to $45 margin per sale. That is $15,750 profit per viral video, while fashion brands pay $1,200 per shoot and net $3,000 after ads. The key move nobody talks about: you cannot skip the motion synchronization test. If you generate the AI face without mirroring your own natural gestures first, the avatar moves like a mannequin. The blinks lag. The smile timing breaks. The whole thing screams "synthetic face technology" and your hook rate dies at 1.1 seconds. His system records him doing the exact dance trend first, so the AI mask inherits human timing, natural head tilts, and spontaneous energy that reads as a real creator showing off a product find, not a rendered advertisement. One accessories store generated 10 variants of the same handbag reveal in 18 minutes with different outfits, different backgrounds, different trend audios, and found the winner in 72 hours without spending $6,000 on influencer gifting. They were previously paying $800 per UGC creator and burning $4,800 per week on content that plateaued at 40K views. Now they spend $0 for 10 variants and their cost per acquisition dropped from $62 to $18. UGC agencies now panic because their entire margin was built on talent scarcity, and this removes the human bottleneck. The outfit changes between clips like a wardrobe filter. The lighting matches bedroom setups. The hand gestures sync with beat drops. No casting call. No model release. No location permits. Just a webcamera, a real-time AI mask, and the discipline to batch-test product angles before you commit ad spend to one creative.
0:13

This guy cracked the code on AI-powered fashion ecommerce using synthetic face technology and now pulls $50,000 to $150,000 per month from two Shopify stores without paying a single real model. He got tired of watching DTC fashion brands burn $20,000 monthly on photoshoots while their competitors tested 40 product angles in the same timeframe, so he built a system that generates hyperrealistic fashion content using his gaming PC and real-time AI masks instead of studios, contracts, or casting calls. His monthly profit hit $150,000 last month from just 2 stores and organic TikTok traffic, while traditional fashion brands cap out at $30K after paying models $400 to $800 per shoot and studio rentals of $200 to $500 per session. Here is the exact breakdown: → Real-time synthetic face technology becomes the only tool you need, but most people butcher the setup by skipping motion sync calibration in the first 30 seconds → Product selection comes first, and if you mess this up nothing saves it. Stick to women's accessories (bags, sunglasses, jewelry) because that is where organic TikTok engagement lives → Avatar casting is not random. You build one consistent AI face that repeats across all content so your audience recognizes the "model" and trusts the brand continuity → You are picking who your customer projects onto, not who looks expensive. That is your positioning baked into the face → Motion capture runs before generation, and this is what kills the uncanny valley effect that destroys watch time in 4 seconds → You mirror your own gestures through webcam: wave, chin tap, finger point, shoulder dance. The AI mask tracks every micro-movement and applies it to the generated face in real time → Batching is the move 94 percent skip: same outfit base, multiple product swaps, one recording session. No re-shooting, no model schedules, no usage rights negotiations → The system generates 3 to 5 TikToks before lunch, while traditional brands test 2 per week and wonder why their conversion rates are stuck at 0.8 percent The economics are stupid: each video costs him $0 in talent fees, pulls 1.5 million views organically, converts at 0.03 percent into 450 orders at $45 to $60 retail with $30 to $45 margin per sale. That is $15,750 profit per viral video, while fashion brands pay $1,200 per shoot and net $3,000 after ads. The key move nobody talks about: you cannot skip the motion synchronization test. If you generate the AI face without mirroring your own natural gestures first, the avatar moves like a mannequin. The blinks lag. The smile timing breaks. The whole thing screams "synthetic face technology" and your hook rate dies at 1.1 seconds. His system records him doing the exact dance trend first, so the AI mask inherits human timing, natural head tilts, and spontaneous energy that reads as a real creator showing off a product find, not a rendered advertisement. One accessories store generated 10 variants of the same handbag reveal in 18 minutes with different outfits, different backgrounds, different trend audios, and found the winner in 72 hours without spending $6,000 on influencer gifting. They were previously paying $800 per UGC creator and burning $4,800 per week on content that plateaued at 40K views. Now they spend $0 for 10 variants and their cost per acquisition dropped from $62 to $18. UGC agencies now panic because their entire margin was built on talent scarcity, and this removes the human bottleneck. The outfit changes between clips like a wardrobe filter. The lighting matches bedroom setups. The hand gestures sync with beat drops. No casting call. No model release. No location permits. Just a webcamera, a real-time AI mask, and the discipline to batch-test product angles before you commit ad spend to one creative.

Shade

20,190 Aufrufe • vor 2 Monaten

Seedance 2.0 on Higgsfield Music Videos cost thousands of dollars hut this one cost only few bucks! The quality, camera controls and lighting are actually insane. This feels closer to real music video production than anything we’ve seen from AI so far! Prompt: Image is the performer — preserve her exact identity: cornrow braids, septum ring, statement earrings, sculptural white designer top, dark indigo denim. audio1 is the finished master track — the only audio; no invented music, no new vocals. SHE RAPS THE VOCAL ON CAMERA — PRECISE LIPSYNC IS THE TOP PRIORITY. Mouth articulates every syllable of audio1 exactly on time; face visible and sharp through every vocal line, no cutaways mid-word. LIPSYNC MAP: 0.0–0.5 instrumental. 0.5–2.8 "I'm standing on the edge / Say it with your chest / Or keep it on the deck" + "Hey!" 3.2–6.7 "I walk in, whole room gets tense / I don't need luck, I'm the consequence / If you really want to test my intent / Come correct, come correct or get bent" + "Woo!" 7.5–13.7 same hook verbatim second time, escalated. 14.5–15.0 instrumental hold. Music-video route: performance, night drive exterior. Director thesis: she raps in the beams of a single car's headlights on an empty wet asphalt lot — minimal, cinematic, all attitude. Visual world: empty asphalt lot at night after rain, one matte black sedan parked with headlights on, wet ground mirroring the beams, distant sodium streetlights, light steam rising off the asphalt. Palette: headlight white, sodium amber, wet black, bone white top blazing in the beams, indigo. No neon signage, no particles. Shot flow: 0–2.8s she leans against the car hood in silhouette; on the first word she pushes off and steps into the beams — medium shot, she raps straight down the lens, double shadows fanning behind her. 2.8–3.2s on "Hey!" hard cut to a low wide: her figure blazing between the headlights. 3.2–6.7s backward-dollying medium as she stalks toward camera through the beams rapping, each snare hitting with a sharp head isolation, wet ground doubling her figure; finger to lens on "come correct". 7.5–10s cut on the kick to a tight close-up lit only by headlight glow: second hook with bared teeth intensity, breath faintly visible in the cold air, jaw snapping every consonant. 10–13.7s slow orbital around her in the beams, steam drifting through the light, she raps while carving angular vogue lines with one hand, earrings flaring. 13.7–15s on "Woo!" she stops dead center of the beams, arm high, frozen; the headlights flick to high-beam for the final frame, hold. Performance rules: cold, cocky, unbothered; articulation crisp and readable; never smiles. Continuity: same woman, same wardrobe, same lot and car. Audio intent: audio1 only, mouth locked to it; faint idle engine and wet-ground foley under the track. Quality bar: expensive cinematic rap video, no AI gloss, no glow effects. Full open-sourced prompts & assets below 👇
0:14

Seedance 2.0 on Higgsfield Music Videos cost thousands of dollars hut this one cost only few bucks! The quality, camera controls and lighting are actually insane. This feels closer to real music video production than anything we’ve seen from AI so far! Prompt: Image is the performer — preserve her exact identity: cornrow braids, septum ring, statement earrings, sculptural white designer top, dark indigo denim. audio1 is the finished master track — the only audio; no invented music, no new vocals. SHE RAPS THE VOCAL ON CAMERA — PRECISE LIPSYNC IS THE TOP PRIORITY. Mouth articulates every syllable of audio1 exactly on time; face visible and sharp through every vocal line, no cutaways mid-word. LIPSYNC MAP: 0.0–0.5 instrumental. 0.5–2.8 "I'm standing on the edge / Say it with your chest / Or keep it on the deck" + "Hey!" 3.2–6.7 "I walk in, whole room gets tense / I don't need luck, I'm the consequence / If you really want to test my intent / Come correct, come correct or get bent" + "Woo!" 7.5–13.7 same hook verbatim second time, escalated. 14.5–15.0 instrumental hold. Music-video route: performance, night drive exterior. Director thesis: she raps in the beams of a single car's headlights on an empty wet asphalt lot — minimal, cinematic, all attitude. Visual world: empty asphalt lot at night after rain, one matte black sedan parked with headlights on, wet ground mirroring the beams, distant sodium streetlights, light steam rising off the asphalt. Palette: headlight white, sodium amber, wet black, bone white top blazing in the beams, indigo. No neon signage, no particles. Shot flow: 0–2.8s she leans against the car hood in silhouette; on the first word she pushes off and steps into the beams — medium shot, she raps straight down the lens, double shadows fanning behind her. 2.8–3.2s on "Hey!" hard cut to a low wide: her figure blazing between the headlights. 3.2–6.7s backward-dollying medium as she stalks toward camera through the beams rapping, each snare hitting with a sharp head isolation, wet ground doubling her figure; finger to lens on "come correct". 7.5–10s cut on the kick to a tight close-up lit only by headlight glow: second hook with bared teeth intensity, breath faintly visible in the cold air, jaw snapping every consonant. 10–13.7s slow orbital around her in the beams, steam drifting through the light, she raps while carving angular vogue lines with one hand, earrings flaring. 13.7–15s on "Woo!" she stops dead center of the beams, arm high, frozen; the headlights flick to high-beam for the final frame, hold. Performance rules: cold, cocky, unbothered; articulation crisp and readable; never smiles. Continuity: same woman, same wardrobe, same lot and car. Audio intent: audio1 only, mouth locked to it; faint idle engine and wet-ground foley under the track. Quality bar: expensive cinematic rap video, no AI gloss, no glow effects. Full open-sourced prompts & assets below 👇

MrDejie

53,376 Aufrufe • vor 28 Tagen

Good Morning World ☀️😎 Let me give you a real world example of what using vooi feels like. Imagine you're at a bustling café in Lisbon. Your friend just texted you: SOL is pumping,should I buy? You open your phone, tap one app, and within ten seconds you're long SOL, no wallet popups, no gas fees, no bridge first, pray later. That app is VOOI (vooi), and it feels less like crypto engineering and more like ordering an espresso. VOOI is a noncustodial perpetual and spot aggregator that hides every blockchain headache behind a single, friendly screen. It speaks Ethereum, Solana, BNB, and half a dozen other chains fluently, so you never have to. You log in with an email or a Twitter account, see one balance in dollars, and trade anything,crypto, tokenized Apple shares, perpetual futures,without ever touching native gas tokens. The protocol pays the gas for you, then quietly settles everything onchain while you sip your coffee. How is that even possible? Three quiet revolutions: 1️⃣Intent based routing. Instead of signing a transaction on every chain, you sign a single intent (e.g., 'I want 0.5 SOL'). VOOI's engine scans liquidity across multiple decentralized exchanges, stitches together the cheapest path, and executes the trade behind the scenes.. 2️⃣ Account abstraction. Your identity is tied to a smart wallet that lives in the cloud, protected by the same login you already trust. You still control the keys,VOOI never sees them,but you don't need to remember seed phrases or browser extensions. 3️⃣ A weekly 6millionpoint rewards pool. Every trade you make drips points into your account. Redeem them for fee rebates, USDC cashback, or simply bragging rights. It turns active trading into a loyalty program you actually want to use. Real people are already living this. Take Leila, a freelance designer in Dubai. She keeps a modest USDC balance on VOOI. Last Tuesday, between client calls, she shorted SOL for two hours, closed in profit, and never once thought about gas or bridges. The trade settled instantly, her points balance ticked up, and she went back to her mockups. Or Carlos in Sao Paulo, who wants exposure to Tesla but hates local broker fees. He bought tokenized TSLA on VOOI with the same swipe he uses for USDT. The token lives in his smart wallet; if Tesla rallies, he sells directly back to USDC, no brokerage account, no paperwork. Even David, a fulltime degen, runs tiny arbitrage loops between Ethereum and Solana. Before VOOI, each roundtrip cost him $8 in gas. Now the protocol covers the fees, so his edges stay intact and his profit margins widen. Behind the curtain, VOOI raised $1.25 million in its March 2025 ICO and counts YZi Labs (formerly Binance Labs) as a strategic backer. Liquidity partnerships already pull depth from the biggest DEXs on every major chain. The community on X has ballooned past 190 k followers, not because of flashy marketing, but because the product simply works. The takeaway is simple: VOOI turns the multichain maze into one smooth sidewalk. Whether you're a firsttime buyer who still calls Bitcoin magic internet money or a seasoned trader hunting basis points, you get the same experience,open app, pick market, swipe, done. No gas, no bridges, no custody risk. Just trading that finally feels like the internet we were promised.
0:11

Good Morning World ☀️😎 Let me give you a real world example of what using vooi feels like. Imagine you're at a bustling café in Lisbon. Your friend just texted you: SOL is pumping,should I buy? You open your phone, tap one app, and within ten seconds you're long SOL, no wallet popups, no gas fees, no bridge first, pray later. That app is VOOI (vooi), and it feels less like crypto engineering and more like ordering an espresso. VOOI is a noncustodial perpetual and spot aggregator that hides every blockchain headache behind a single, friendly screen. It speaks Ethereum, Solana, BNB, and half a dozen other chains fluently, so you never have to. You log in with an email or a Twitter account, see one balance in dollars, and trade anything,crypto, tokenized Apple shares, perpetual futures,without ever touching native gas tokens. The protocol pays the gas for you, then quietly settles everything onchain while you sip your coffee. How is that even possible? Three quiet revolutions: 1️⃣Intent based routing. Instead of signing a transaction on every chain, you sign a single intent (e.g., 'I want 0.5 SOL'). VOOI's engine scans liquidity across multiple decentralized exchanges, stitches together the cheapest path, and executes the trade behind the scenes.. 2️⃣ Account abstraction. Your identity is tied to a smart wallet that lives in the cloud, protected by the same login you already trust. You still control the keys,VOOI never sees them,but you don't need to remember seed phrases or browser extensions. 3️⃣ A weekly 6millionpoint rewards pool. Every trade you make drips points into your account. Redeem them for fee rebates, USDC cashback, or simply bragging rights. It turns active trading into a loyalty program you actually want to use. Real people are already living this. Take Leila, a freelance designer in Dubai. She keeps a modest USDC balance on VOOI. Last Tuesday, between client calls, she shorted SOL for two hours, closed in profit, and never once thought about gas or bridges. The trade settled instantly, her points balance ticked up, and she went back to her mockups. Or Carlos in Sao Paulo, who wants exposure to Tesla but hates local broker fees. He bought tokenized TSLA on VOOI with the same swipe he uses for USDT. The token lives in his smart wallet; if Tesla rallies, he sells directly back to USDC, no brokerage account, no paperwork. Even David, a fulltime degen, runs tiny arbitrage loops between Ethereum and Solana. Before VOOI, each roundtrip cost him $8 in gas. Now the protocol covers the fees, so his edges stay intact and his profit margins widen. Behind the curtain, VOOI raised $1.25 million in its March 2025 ICO and counts YZi Labs (formerly Binance Labs) as a strategic backer. Liquidity partnerships already pull depth from the biggest DEXs on every major chain. The community on X has ballooned past 190 k followers, not because of flashy marketing, but because the product simply works. The takeaway is simple: VOOI turns the multichain maze into one smooth sidewalk. Whether you're a firsttime buyer who still calls Bitcoin magic internet money or a seasoned trader hunting basis points, you get the same experience,open app, pick market, swipe, done. No gas, no bridges, no custody risk. Just trading that finally feels like the internet we were promised.

Crypto Sinan

17,410 Aufrufe • vor 11 Monaten

THE TESLA MODEL S: THE CAR THAT MADE ELECTRIC VEHICLES SERIOUS When the Model S launched in 2012, the entire world still saw EVs as slow, boring, short-range toys for tree-huggers. The Model S changed that narrative overnight. It wasn’t just an electric car — it was a statement. Here’s why the Model S was so important for EV adoption: • It proved EVs could be faster and better than gas cars 0–60 mph in under 4 seconds (later Plaid versions under 2 seconds) while being completely silent and smooth. It beat most supercars off the line and made “electric” synonymous with performance. • It delivered real long-range capability Over 300 miles of range when most EVs at the time struggled to reach 100 miles. Suddenly, road trips became possible and “range anxiety” started to feel outdated. • It introduced over-the-air updates The first production car that could get major performance upgrades, new features, and safety improvements wirelessly — like a smartphone on wheels. This changed how people think about car ownership forever. • It forced the entire auto industry to respond Legacy manufacturers who had been dragging their feet on EVs suddenly rushed to catch up. The Model S basically lit the fuse for the modern EV revolution. • It made luxury electric desirable Premium interior, massive touchscreen, ridiculous acceleration, and futuristic design turned EVs from “compromise” into “aspiration.” Without the Model S proving that electric cars could outperform and out-luxury gasoline vehicles, we wouldn’t have the Model 3/Y explosion, the Cybertruck, or the flood of competitors now racing to go electric. The Model S didn’t just sell cars. It changed the future of transportation. It took EVs from niche to mainstream and showed the world what was possible.
0:11

THE TESLA MODEL S: THE CAR THAT MADE ELECTRIC VEHICLES SERIOUS When the Model S launched in 2012, the entire world still saw EVs as slow, boring, short-range toys for tree-huggers. The Model S changed that narrative overnight. It wasn’t just an electric car — it was a statement. Here’s why the Model S was so important for EV adoption: • It proved EVs could be faster and better than gas cars 0–60 mph in under 4 seconds (later Plaid versions under 2 seconds) while being completely silent and smooth. It beat most supercars off the line and made “electric” synonymous with performance. • It delivered real long-range capability Over 300 miles of range when most EVs at the time struggled to reach 100 miles. Suddenly, road trips became possible and “range anxiety” started to feel outdated. • It introduced over-the-air updates The first production car that could get major performance upgrades, new features, and safety improvements wirelessly — like a smartphone on wheels. This changed how people think about car ownership forever. • It forced the entire auto industry to respond Legacy manufacturers who had been dragging their feet on EVs suddenly rushed to catch up. The Model S basically lit the fuse for the modern EV revolution. • It made luxury electric desirable Premium interior, massive touchscreen, ridiculous acceleration, and futuristic design turned EVs from “compromise” into “aspiration.” Without the Model S proving that electric cars could outperform and out-luxury gasoline vehicles, we wouldn’t have the Model 3/Y explosion, the Cybertruck, or the flood of competitors now racing to go electric. The Model S didn’t just sell cars. It changed the future of transportation. It took EVs from niche to mainstream and showed the world what was possible.

Tesla Owners Silicon Valley

11,056 Aufrufe • vor 4 Monaten

In 2025, demand for blockchain applications with genuine real-world utility has collided with a technical barrier that leaves developers questioning what they can realistically build. Anyone building things like tokenized assets, supply chains, AI agents, or prediction markets still juggle a mess of middleware, and somehow end up spending more time stitching than innovating. How so? Every: - Bridges to move assets, - oracles to fetch data, - indexers to make that data searchable, - relayers and bots to keep everything on schedule— is necessary, but each layer also adds cost, latency, and new risks. The end result is an application that’s expensive to run, fragile under stress, and slower than the Web2 software it’s trying to replace. This is the problem Rialo says it wants to solve. Built by Subzero Labs and backed by $20 million from investors like Pantera Capital and Coinbase Ventures 🛡️, Rialo’s pitch is simple: instead of accepting the middleware tower as an unavoidable cost of doing business, compress it into the base chain itself. But Rialo doesn’t describe itself as another Layer 1, its very name, Rialo Isn’t a Layer One, makes that clear. The team frames it instead as a unified real-world network: a protocol rebuilt from the ground up with the assumption that external connectivity is not an afterthought but a core design principle. To understand what this means, consider how today’s dApps are typically assembled. A typical RWA dApp stack involves: - Oracle providers (Chainlink, Pyth, Band) for asset pricing and event settlement - Bridges (Wormhole, Multichain, custodians) for cross-chain asset movement - Indexers (The Graph, Aleph, Stacks API) for querying and preprocessing chain data - Schedulers/relayers for automated tasks and monitoring - Web2 integrations via cloud services, centralized APIs, and off-chain pipelines Each of these steps adds another vendor, another trust boundary, and another operational layer to monitor. By the time the application is live, it resembles a patchwork of loosely coupled services, each carrying its own risks. You don’t have to look far for proof: - Base went dark for 29-43 minutes in August 2025 when its sequencer misfired, freezing every DeFi app on it. - A few months earlier, an AWS outage rippled through Binance and KuCoin, stalling withdrawals because even “decentralized” systems leaned on centralized middleware. - When Infura has faltered, Ethereum dApps have gone offline in sync, not because Ethereum broke, but because the middleware holding it together did. What should feel like building an application instead feels like maintaining a fragile machine. Rialo architecture embeds the primitives that normally live in middleware directly into the protocol. Smart contracts on Rialo can: - be event-driven, able to respond not just to blockchain state changes but also to external events through built-in webhook and API triggers. - fetch data from the web natively, without relying on external oracles or relayers. - include privacy and identity management—KYC hooks and two-factor authentication, at the protocol level rather than as add-ons. - handle cross-chain communication without wrapped assets or third-party bridges. - run on a virtual machine that is compatible with ecosystems like Solana but extended with RISC-V to support modern programming concepts such as async/await and event loops. If these features work as intended, the implications are significant. Today, much of a team’s energy goes into building and maintaining infrastructure: fullnodes, indexers, monitoring scripts, oracle integrations, relayer logic, bridge infrastructure. Each requires engineering headcount and ongoing maintenance. With Rialo, much of this is absorbed by the protocol, freeing developers to concentrate on business logic. Projects can deliver production-grade dApps with smaller, leaner groups focused directly on product design and execution. Operational costs also shrink: indexing and oracle services can run into thousands of dollars a month; collapsing those into built-in functions reduces recurring expenses while simplifying onboarding for new developers. But folding middleware into the chain doesn’t erase complexity, it reshapes it. Some of the problems to be encountered include: - Scale and complexity: Rialo’s validators won’t just be securing transactions; they’ll also be securing APIs, cross-chain data, and scheduled triggers. Any failure in one subsystem could ripple across the entire network. - Performance vs. decentralization: Richer indexing, scheduling, and data ingress could make nodes heavier to run, narrowing who can realistically participate as a validator. That risks reducing the decentralization blockchains depend on for resilience. - Governance pressures: Disputes or failures involving real-world data feeds, external APIs, or cross-chain actions will arise more often, requiring not just technical fixes but robust social infrastructure, clear rules for voting, transparent arbitration, and mechanisms for community trust. Without them, Rialo risks re-centralizing decision-making around a handful of operators. Where, then, does this model make the most sense? That would be in sectors where external connectivity is indispensable and middleware bloat has consistently been a blocker: - Real-world assets: settling tokenized securities or commodities against off-chain events. - Supply chains: triggering a payment the moment a shipment clears customs, without relying on a third-party oracle. - Agent systems: AI agents interacting with real-world APIs and on-chain contracts simultaneously. - Real-time markets: prediction markets or insurance contracts that must resolve immediately against external data. For purely on-chain domains like DeFi primitives or NFTs, where composability matters more than external triggers, the advantages may be less pronounced. This shift is familiar to anyone who remembers the rise of Web2 platform services. Just as Heroku and Firebase abstracted away server maintenance so developers could focus on building products, Rialo is betting that a unified real-world network can let blockchain developers do the same. Adoption will ultimately depend on: - whether its protocol primitives mature quickly, - whether the ecosystem builds out SDKs and tooling that make them usable, - whether compliance features can adapt to changing regulations, - and whether governance proves resilient under adversarial conditions. The first applications will be the test case. If they show that Rialo can replace a fragile patchwork of middleware with a secure, auditable, and cost-effective base layer, it could set a new standard for real-world connectivity in blockchains. If not, it risks simply moving complexity from one part of the stack to another. But at a minimum, Rialo has forced the question: should real-world connectivity in blockchains continue to depend on layers of external vendors, or should it be built into the chain itself? That’s the question Rialo has put on the table — and it’s why I got interested in Rialo .
0:17

In 2025, demand for blockchain applications with genuine real-world utility has collided with a technical barrier that leaves developers questioning what they can realistically build. Anyone building things like tokenized assets, supply chains, AI agents, or prediction markets still juggle a mess of middleware, and somehow end up spending more time stitching than innovating. How so? Every: - Bridges to move assets, - oracles to fetch data, - indexers to make that data searchable, - relayers and bots to keep everything on schedule— is necessary, but each layer also adds cost, latency, and new risks. The end result is an application that’s expensive to run, fragile under stress, and slower than the Web2 software it’s trying to replace. This is the problem Rialo says it wants to solve. Built by Subzero Labs and backed by $20 million from investors like Pantera Capital and Coinbase Ventures 🛡️, Rialo’s pitch is simple: instead of accepting the middleware tower as an unavoidable cost of doing business, compress it into the base chain itself. But Rialo doesn’t describe itself as another Layer 1, its very name, Rialo Isn’t a Layer One, makes that clear. The team frames it instead as a unified real-world network: a protocol rebuilt from the ground up with the assumption that external connectivity is not an afterthought but a core design principle. To understand what this means, consider how today’s dApps are typically assembled. A typical RWA dApp stack involves: - Oracle providers (Chainlink, Pyth, Band) for asset pricing and event settlement - Bridges (Wormhole, Multichain, custodians) for cross-chain asset movement - Indexers (The Graph, Aleph, Stacks API) for querying and preprocessing chain data - Schedulers/relayers for automated tasks and monitoring - Web2 integrations via cloud services, centralized APIs, and off-chain pipelines Each of these steps adds another vendor, another trust boundary, and another operational layer to monitor. By the time the application is live, it resembles a patchwork of loosely coupled services, each carrying its own risks. You don’t have to look far for proof: - Base went dark for 29-43 minutes in August 2025 when its sequencer misfired, freezing every DeFi app on it. - A few months earlier, an AWS outage rippled through Binance and KuCoin, stalling withdrawals because even “decentralized” systems leaned on centralized middleware. - When Infura has faltered, Ethereum dApps have gone offline in sync, not because Ethereum broke, but because the middleware holding it together did. What should feel like building an application instead feels like maintaining a fragile machine. Rialo architecture embeds the primitives that normally live in middleware directly into the protocol. Smart contracts on Rialo can: - be event-driven, able to respond not just to blockchain state changes but also to external events through built-in webhook and API triggers. - fetch data from the web natively, without relying on external oracles or relayers. - include privacy and identity management—KYC hooks and two-factor authentication, at the protocol level rather than as add-ons. - handle cross-chain communication without wrapped assets or third-party bridges. - run on a virtual machine that is compatible with ecosystems like Solana but extended with RISC-V to support modern programming concepts such as async/await and event loops. If these features work as intended, the implications are significant. Today, much of a team’s energy goes into building and maintaining infrastructure: fullnodes, indexers, monitoring scripts, oracle integrations, relayer logic, bridge infrastructure. Each requires engineering headcount and ongoing maintenance. With Rialo, much of this is absorbed by the protocol, freeing developers to concentrate on business logic. Projects can deliver production-grade dApps with smaller, leaner groups focused directly on product design and execution. Operational costs also shrink: indexing and oracle services can run into thousands of dollars a month; collapsing those into built-in functions reduces recurring expenses while simplifying onboarding for new developers. But folding middleware into the chain doesn’t erase complexity, it reshapes it. Some of the problems to be encountered include: - Scale and complexity: Rialo’s validators won’t just be securing transactions; they’ll also be securing APIs, cross-chain data, and scheduled triggers. Any failure in one subsystem could ripple across the entire network. - Performance vs. decentralization: Richer indexing, scheduling, and data ingress could make nodes heavier to run, narrowing who can realistically participate as a validator. That risks reducing the decentralization blockchains depend on for resilience. - Governance pressures: Disputes or failures involving real-world data feeds, external APIs, or cross-chain actions will arise more often, requiring not just technical fixes but robust social infrastructure, clear rules for voting, transparent arbitration, and mechanisms for community trust. Without them, Rialo risks re-centralizing decision-making around a handful of operators. Where, then, does this model make the most sense? That would be in sectors where external connectivity is indispensable and middleware bloat has consistently been a blocker: - Real-world assets: settling tokenized securities or commodities against off-chain events. - Supply chains: triggering a payment the moment a shipment clears customs, without relying on a third-party oracle. - Agent systems: AI agents interacting with real-world APIs and on-chain contracts simultaneously. - Real-time markets: prediction markets or insurance contracts that must resolve immediately against external data. For purely on-chain domains like DeFi primitives or NFTs, where composability matters more than external triggers, the advantages may be less pronounced. This shift is familiar to anyone who remembers the rise of Web2 platform services. Just as Heroku and Firebase abstracted away server maintenance so developers could focus on building products, Rialo is betting that a unified real-world network can let blockchain developers do the same. Adoption will ultimately depend on: - whether its protocol primitives mature quickly, - whether the ecosystem builds out SDKs and tooling that make them usable, - whether compliance features can adapt to changing regulations, - and whether governance proves resilient under adversarial conditions. The first applications will be the test case. If they show that Rialo can replace a fragile patchwork of middleware with a secure, auditable, and cost-effective base layer, it could set a new standard for real-world connectivity in blockchains. If not, it risks simply moving complexity from one part of the stack to another. But at a minimum, Rialo has forced the question: should real-world connectivity in blockchains continue to depend on layers of external vendors, or should it be built into the chain itself? That’s the question Rialo has put on the table — and it’s why I got interested in Rialo .

Jen

12,178 Aufrufe • vor 10 Monaten

What if AI football cinema felt like one continuous breath instead of edited cuts? To make cinematic AI storytelling believable, consistency is everything: the same ground, light, and spatial flow from start to finish. Created using RoboNeo Agent Teams. This style builds a single visual world where movement feels real, not stitched together. It’s about continuity, control, and letting the final moment speak for itself. #RoboNeo Prompt: Cinematic 15-second video. Photorealistic, premium production quality. Natural skin tones, realistic facial detail, editorial soft lighting. Style: luxury FIFA football commercial meets high-fashion sports film. IMPORTANT DIRECTIVE: Follow the exact sequence of actions, pacing, and cinematic progression defined in the storyboard structure (9-panel flow: City Descent → Arrival → Lock-in → Run → Skill Display → Attacking Space → Time Stops → Strike → Glory). Maintain identical character, wardrobe, environment, and continuous spatial geography across all shots. CHARACTER (CONSISTENT THROUGHOUT): Young woman, effortlessly beautiful, athletic build, soft natural makeup, expressive eyes, full soft lips. High ponytail with loose face-framing strands. Neon-green loose jersey-style football shirt, relaxed fit. White sneakers. Same identity in every frame. LOCATION (STRICT CONTINUITY RULE): Entire sequence occurs in a single continuous environment: Downtown Vancouver FIFA Fan Zone Hybrid Street Pitch Corridor. A real city street permanently transformed into a seamless playable football pitch lane. Asphalt fused with FIFA turf and official pitch markings. LED-lit professional street football goal remains fixed at the far end and visible throughout all scenes. No scene leaves this environment. STORYBOARD-DRIVEN SEQUENCE (FOLLOW EXACT FLOW): SCENE FLOW MUST MATCH STORYBOARD 1–9 STRUCTURE SCENE 1 [0–2s] — CITY DESCENT (Storyboard Panel 1) Ultra-wide aerial drone shot descending through downtown Vancouver at golden hour. FIFA World Cup 2026 banners, Canadian flags, BC Place glowing in distance. Camera drops into immersive fan-zone corridor. SCENE 2 [2–3s] — ARRIVAL (Storyboard Panel 2) Football rolls naturally across hybrid pitch corridor and stops at her feet. She acknowledges it. Goal visible far ahead in depth. SCENE 3 [3–4s] — LOCKED IN (Storyboard Panel 3) Close-up: half-second direct eye contact. Calm intensity. Breath control. Stillness before motion. SCENE 4 [4–7s] — THE RUN (Storyboard Panel 4) Ground-level tracking shot. Fast controlled dribbling through corridor. Crowd on both sides reacts. Momentum builds toward goal. SCENE 5 [7–9s] — SKILL DISPLAY (Storyboard Panel 5) Elastico, quick feint, rainbow flick combination in motion. Clean execution, fluid continuity, no interruption in speed. SCENE 6 [9–10s] — ATTACKING SPACE (Storyboard Panel 6) Overhead cinematic drone angle. Pitch markings guide visual line directly to goal. Defender pressure implied via crowd movement. SCENE 7 [10–11s] — TIME STOPS (Storyboard Panel 7) Everything slows. Ball lifted into air. 360° orbit camera. Suspended cinematic pause before strike. SCENE 8 [11–13s] — THE STRIKE (Storyboard Panel 8) ANTHEM BEGINS RISING. Perfectly executed bicycle kick. Camera transitions into ball-follow perspective immediately after contact. Ultra-realistic physics, spinning ball traveling down illuminated corridor. SCENE 9 [13–15s] — GLORY (Storyboard Panel 9) Ball hits top corner of LED-lit goal with realistic net ripple. Stadium explosion of sound. Fireworks subtly glow above Vancouver skyline. Crowd erupts. Final hero shot: she stands calmly in center of pitch corridor under blended golden-hour + stadium floodlights. Confident, minimal smile. FIFA World Cup 2026 gold crest fades in. AUDIO DESIGN: 0–3s: city ambience + crowd build 3–9s: rhythmic pulse + rising tension 9–11s: near silence + heartbeat tension 11–15s: anthem drop at strike + stadium roar + celebration surge CINEMATIC STYLE NOTES: Ultra-photorealistic FIFA broadcast aesthetic, luxury sports-fashion commercial tone, handheld + drone hybrid cinematography, shallow depth of field, anamorphic lens flares, subtle film grain, warm cinematic color grading, seamless spatial continuity, high-end global sports campaign finish. Aspect ratio 16:9.
0:15

What if AI football cinema felt like one continuous breath instead of edited cuts? To make cinematic AI storytelling believable, consistency is everything: the same ground, light, and spatial flow from start to finish. Created using RoboNeo Agent Teams. This style builds a single visual world where movement feels real, not stitched together. It’s about continuity, control, and letting the final moment speak for itself. #RoboNeo Prompt: Cinematic 15-second video. Photorealistic, premium production quality. Natural skin tones, realistic facial detail, editorial soft lighting. Style: luxury FIFA football commercial meets high-fashion sports film. IMPORTANT DIRECTIVE: Follow the exact sequence of actions, pacing, and cinematic progression defined in the storyboard structure (9-panel flow: City Descent → Arrival → Lock-in → Run → Skill Display → Attacking Space → Time Stops → Strike → Glory). Maintain identical character, wardrobe, environment, and continuous spatial geography across all shots. CHARACTER (CONSISTENT THROUGHOUT): Young woman, effortlessly beautiful, athletic build, soft natural makeup, expressive eyes, full soft lips. High ponytail with loose face-framing strands. Neon-green loose jersey-style football shirt, relaxed fit. White sneakers. Same identity in every frame. LOCATION (STRICT CONTINUITY RULE): Entire sequence occurs in a single continuous environment: Downtown Vancouver FIFA Fan Zone Hybrid Street Pitch Corridor. A real city street permanently transformed into a seamless playable football pitch lane. Asphalt fused with FIFA turf and official pitch markings. LED-lit professional street football goal remains fixed at the far end and visible throughout all scenes. No scene leaves this environment. STORYBOARD-DRIVEN SEQUENCE (FOLLOW EXACT FLOW): SCENE FLOW MUST MATCH STORYBOARD 1–9 STRUCTURE SCENE 1 [0–2s] — CITY DESCENT (Storyboard Panel 1) Ultra-wide aerial drone shot descending through downtown Vancouver at golden hour. FIFA World Cup 2026 banners, Canadian flags, BC Place glowing in distance. Camera drops into immersive fan-zone corridor. SCENE 2 [2–3s] — ARRIVAL (Storyboard Panel 2) Football rolls naturally across hybrid pitch corridor and stops at her feet. She acknowledges it. Goal visible far ahead in depth. SCENE 3 [3–4s] — LOCKED IN (Storyboard Panel 3) Close-up: half-second direct eye contact. Calm intensity. Breath control. Stillness before motion. SCENE 4 [4–7s] — THE RUN (Storyboard Panel 4) Ground-level tracking shot. Fast controlled dribbling through corridor. Crowd on both sides reacts. Momentum builds toward goal. SCENE 5 [7–9s] — SKILL DISPLAY (Storyboard Panel 5) Elastico, quick feint, rainbow flick combination in motion. Clean execution, fluid continuity, no interruption in speed. SCENE 6 [9–10s] — ATTACKING SPACE (Storyboard Panel 6) Overhead cinematic drone angle. Pitch markings guide visual line directly to goal. Defender pressure implied via crowd movement. SCENE 7 [10–11s] — TIME STOPS (Storyboard Panel 7) Everything slows. Ball lifted into air. 360° orbit camera. Suspended cinematic pause before strike. SCENE 8 [11–13s] — THE STRIKE (Storyboard Panel 8) ANTHEM BEGINS RISING. Perfectly executed bicycle kick. Camera transitions into ball-follow perspective immediately after contact. Ultra-realistic physics, spinning ball traveling down illuminated corridor. SCENE 9 [13–15s] — GLORY (Storyboard Panel 9) Ball hits top corner of LED-lit goal with realistic net ripple. Stadium explosion of sound. Fireworks subtly glow above Vancouver skyline. Crowd erupts. Final hero shot: she stands calmly in center of pitch corridor under blended golden-hour + stadium floodlights. Confident, minimal smile. FIFA World Cup 2026 gold crest fades in. AUDIO DESIGN: 0–3s: city ambience + crowd build 3–9s: rhythmic pulse + rising tension 9–11s: near silence + heartbeat tension 11–15s: anthem drop at strike + stadium roar + celebration surge CINEMATIC STYLE NOTES: Ultra-photorealistic FIFA broadcast aesthetic, luxury sports-fashion commercial tone, handheld + drone hybrid cinematography, shallow depth of field, anamorphic lens flares, subtle film grain, warm cinematic color grading, seamless spatial continuity, high-end global sports campaign finish. Aspect ratio 16:9.

Shami

63,330 Aufrufe • vor 1 Monat

Seedance 2.0 on Higgsfield AI The quality and creative control here are incredible. This feels much closer to real music video production than ever before. Full open-sourced prompts & assets below: @ Image1 is the lead performer — preserve her exact identity in every shot: cornrow braids, septum ring, statement earrings, sculptural glossy white wrapped top, dark indigo denim. @ Audio1 is the music track — entire edit cut to it; no invented music, no voiceover, no lip-sync. Music-video route: dance/performance, brutalist stage show. Track: industrial hip-hop, 95 BPM half-time, distorted 808s, luxury-noir. Director thesis: architecture as choreography — dancers staged on concrete plinths at different heights, a human sculpture garden that activates around the lead. Visual world: brutalist concrete atrium with massive raw concrete plinths and steps at staggered heights, shafts of cold daylight from a skylight, dust motes in the light shafts, dark shadow pockets. Background dancers: 6 dancers in oatmeal and bone-toned knitwear and tailoring, sculptural silhouettes, like museum figures. Palette: bone, oatmeal, concrete grey, deep indigo accent on the lead. No neon, no particles beyond natural dust. Cut map synced to @ Audio1: 0.0–2.0s THE BREATH — static ultra-wide symmetrical: six dancers frozen in sculptural poses on six plinths at different heights, the lead standing on the floor at center like a visitor. Total stillness, museum silence. 2.0s THE DROP — 808 kick: every statue snaps into a new pose simultaneously on the hit, heads turning to her; hard cut to a fast push-in on the lead. 2.0–4.0s she struts between the plinths, camera tracking laterally through foreground columns creating parallax wipes; on each kick one statue above her snaps a new angular pose. 4.0s snare — whip-pan: full freeze, she hits a profile vogue arm frame between two plinths, statues frozen mid-rotation above. 4.0–8.0s sculpture canon: her sharp head isolations and New Way vogue lines on the snares trigger cascading pose-changes across the plinths, a mechanical wave of bodies jumping pose to pose like stop-motion statues; torso rolls on the 808 slides travel up the plinth heights from low to high. Camera slowly cranes upward through the atrium. 8.0s hi-hat triple roll — 3 rapid macro inserts: her earring in a light shaft, a dancer's hand rotating on a plinth edge, dust exploding off concrete as a boot lands. 8.5–12.0s escalation: accelerating orbital-crane move spiraling around the whole sculpture garden as all six dancers now move continuously in their own orbits on the plinths, her arm work at the center speeding up; speed-ramp stretch then snap back on the kick. 12.0s bass slide — the dancers step down off the plinths in unison and sink into deep lunges around her as she glides through a sideways level drop, camera dutch and low across the floor. 13.5–15.0s FINAL BUTTON — hard cut to the opening ultra-wide: she now stands ON the tallest central plinth in a frozen vogue pose one arm high, the six dancers frozen as statues on the floor below looking up; micro push-in, hold. Loopable. Performance rules: lead stoic, dominant; dancers precise, sculptural, expressionless. Continuity: same seven people, same wardrobe, same atrium. Audio intent: every cut and pose-snap on a hit of @ Audio1; faint foley only (steps, fabric, room tone). Quality bar: expensive editorial music video, museum-grade art direction, no AI gloss, no glow.
0:15

Seedance 2.0 on Higgsfield AI The quality and creative control here are incredible. This feels much closer to real music video production than ever before. Full open-sourced prompts & assets below: @ Image1 is the lead performer — preserve her exact identity in every shot: cornrow braids, septum ring, statement earrings, sculptural glossy white wrapped top, dark indigo denim. @ Audio1 is the music track — entire edit cut to it; no invented music, no voiceover, no lip-sync. Music-video route: dance/performance, brutalist stage show. Track: industrial hip-hop, 95 BPM half-time, distorted 808s, luxury-noir. Director thesis: architecture as choreography — dancers staged on concrete plinths at different heights, a human sculpture garden that activates around the lead. Visual world: brutalist concrete atrium with massive raw concrete plinths and steps at staggered heights, shafts of cold daylight from a skylight, dust motes in the light shafts, dark shadow pockets. Background dancers: 6 dancers in oatmeal and bone-toned knitwear and tailoring, sculptural silhouettes, like museum figures. Palette: bone, oatmeal, concrete grey, deep indigo accent on the lead. No neon, no particles beyond natural dust. Cut map synced to @ Audio1: 0.0–2.0s THE BREATH — static ultra-wide symmetrical: six dancers frozen in sculptural poses on six plinths at different heights, the lead standing on the floor at center like a visitor. Total stillness, museum silence. 2.0s THE DROP — 808 kick: every statue snaps into a new pose simultaneously on the hit, heads turning to her; hard cut to a fast push-in on the lead. 2.0–4.0s she struts between the plinths, camera tracking laterally through foreground columns creating parallax wipes; on each kick one statue above her snaps a new angular pose. 4.0s snare — whip-pan: full freeze, she hits a profile vogue arm frame between two plinths, statues frozen mid-rotation above. 4.0–8.0s sculpture canon: her sharp head isolations and New Way vogue lines on the snares trigger cascading pose-changes across the plinths, a mechanical wave of bodies jumping pose to pose like stop-motion statues; torso rolls on the 808 slides travel up the plinth heights from low to high. Camera slowly cranes upward through the atrium. 8.0s hi-hat triple roll — 3 rapid macro inserts: her earring in a light shaft, a dancer's hand rotating on a plinth edge, dust exploding off concrete as a boot lands. 8.5–12.0s escalation: accelerating orbital-crane move spiraling around the whole sculpture garden as all six dancers now move continuously in their own orbits on the plinths, her arm work at the center speeding up; speed-ramp stretch then snap back on the kick. 12.0s bass slide — the dancers step down off the plinths in unison and sink into deep lunges around her as she glides through a sideways level drop, camera dutch and low across the floor. 13.5–15.0s FINAL BUTTON — hard cut to the opening ultra-wide: she now stands ON the tallest central plinth in a frozen vogue pose one arm high, the six dancers frozen as statues on the floor below looking up; micro push-in, hold. Loopable. Performance rules: lead stoic, dominant; dancers precise, sculptural, expressionless. Continuity: same seven people, same wardrobe, same atrium. Audio intent: every cut and pose-snap on a hit of @ Audio1; faint foley only (steps, fabric, room tone). Quality bar: expensive editorial music video, museum-grade art direction, no AI gloss, no glow.

Zara

27,849 Aufrufe • vor 29 Tagen

🚨 OPERATIONAL UPDATE: ISRAEL U.S. WAR WITH THE ISLAMIC REPUBLIC - Reporting Window: LAST 24 HOURS • Iranian missiles struck Tel Aviv and northern Israel, causing injuries and structural damage • Israel expanded strikes across Iran, including Tehran, Tabriz, Isfahan, Bandar Abbas, and missile infrastructure sites • U.S.–Israel strikes hit senior PMF infrastructure in Iraq, killing key commanders • Reported strikes on Iranian gas infrastructure in Isfahan and Khorramshahr signal a potential shift toward energy targeting • Lebanon intensified with evacuations, Rashidiya strikes, and continued Hezbollah fire • Trump abruptly pivoted to negotiations with Iran and extended the Hormuz deadline, delaying a major escalation The past 24 hours were not defined by a single headline event, but by a combination of very real battlefield activity and a sudden political shift at the top level. On the ground, the war remained active across every front: Israel, Iran, Lebanon, Iraq, and the Gulf. At the same time, the expected U.S. escalation tied to Hormuz did not happen. Instead, Washington pivoted toward negotiations, with Trump claiming talks are close to agreement while Iran publicly denies that anything meaningful is underway. That combination, ongoing war with a simultaneous negotiation track, is new. And it matters. ━━━━━━━━━━━━━━━━━━ 🚀 IRANIAN MISSILE ATTACKS ON ISRAEL Iran continued missile launches into Israel, with a clear pattern of split targeting between central and northern sectors. A missile hit in Tel Aviv injured several civilians and damaged nearby residential structures. Later waves triggered wide alert zones across northern Israel, including the Galilee, Golan, and confrontation line communities. Your outbox tracked these alerts across dozens of locations in real time. There were also additional impacts from fragments and debris, including a schoolyard hit and damage to homes in the north without mass casualties. This continues a trend seen over the last several days: • lower salvo size • wider disruption footprint • sustained daily pressure Iran is no longer relying on large coordinated barrages. It is maintaining pressure through frequency, geography, and effect per missile. At the same time, Israeli officials continue to investigate interception gaps, including earlier failures tied to THAAD systems, reinforcing that even a degraded Iranian launcher network can still produce meaningful results. ━━━━━━━━━━━━━━━━━━ ✈️ STRATEGIC AIR CAMPAIGN OVER IRAN The Israeli and U.S. strike campaign inside Iran remained broad, multi-layered, and geographically extensive. Mainstream reporting confirmed strikes on: • missile storage and production facilities • regime and intelligence headquarters in Tehran • additional infrastructure in Isfahan and surrounding regions Open source intel shows how wide this really was. Strikes or explosions were reported across: • Tehran (multiple districts including eastern sectors and Parchin-adjacent areas) • Tabriz • Khuzestan and Dezful • Bandar Abbas and coastal nodes • Yazd and missile infrastructure There were also multiple reports of targeted assassination strikes, destruction of missile-related infrastructure, and pressure on internal security nodes This matters because the campaign is not narrowing. It is hitting production, command, logistics, and leadership. This is a system-wide degradation effort, not a tactical suppression campaign. ━━━━━━━━━━━━━━━━━━ ⚡ ENERGY INFRASTRUCTURE: THE WAR IS GETTING CLOSER TO THE GRID One of the most important developments in this window was the reported targeting of Iranian gas infrastructure. Reuters reported a gas company office and pressure reduction station hit in Isfahan and a pipeline feeding a power station in Khorramshahr struck At the same time, oil prices rose again as markets reacted to continued Hormuz disruption, uncertainty around negotiations, and risk of escalation into full infrastructure targeting Open source intel strongly corroborates these reports, with repeated references to the same targets and follow-on rhetoric about retaliatory strikes on regional power systems. This is the key shift. The war is moving from military systems toward civilian energy systems. Not fully yet, but clearly closer. ━━━━━━━━━━━━━━━━━━ 🇮🇶 IRAQ: PROXY COMMAND STRUCTURE HIT The Iraq front escalated meaningfully. Reuters reported that strikes hit: • PMF headquarters in Anbar • a residence tied to PMF leadership Casualties included at least 15 fighters killed, dozens wounded, and the confirmed death of operations commander Saad al-Baiji. Open source intel confirmed this in real time, including militant messaging and follow-on threats against U.S. positions. This was not a minor militia strike. It was a hit on central PMF command infrastructure. That keeps Iraq as an active and important front, not just a background theater. ━━━━━━━━━━━━━━━━━━ 🇱🇧 LEBANON: PRESSURE CONTINUES AND DEEPENS The Lebanon front remained highly active. Key developments included evacuation warnings north of the Zahrani River, Israeli strikes near Rashidiya and southern Lebanon infrastructure, and continued Hezbollah rocket fire into northern Israel. Open source intel tracked: • strike activity near Rashidiya refugee camp • additional targeted strikes in Bchamoun • repeated northern Israeli alerts Israel continues shifting toward targeting infrastructure, limiting movement, and shaping the battlefield. Hezbollah remains active, but increasingly constrained. ━━━━━━━━━━━━━━━━━━ 🌍 WASHINGTON, TEHRAN, AND THE NEGOTIATION TRACK In a sharp pivot, Trump announced that the U.S. is now holding talks with Iran, the Hormuz deadline was extended, and discussions are “close to agreement”. From there markets reacted immediately with oil prices dropping and then global markets rallying. But the reality is far less clear. Iranian leadership denied meaningful negotiations, and then demanded compensation and guarantees as new conditions for an any agreement, including limiting U.S. presence in the Gulf There is also uncertainty about who the U.S. is even talking to. Reports suggest contact with Mohammad Ghalibaf rather than Mojtaba Khamenei, who has not been seen publicly. At the same time, there is a deeper shift: The U.S. may now be willing to end the war without full regime change. That is a major departure from earlier expectations. Meanwhile, Israel is trying to ensure any deal reflects its interests, with Netanyahu reportedly engaging directly with the administration. ━━━━━━━━━━━━━━━━━━ 📌 WHAT MATTERS MOST RIGHT NOW Three developments define the war right now. 1️⃣ The battlefield remains fully active across all fronts. Missiles, strikes, Lebanon operations, and Gulf pressure all continued in this window. 2️⃣ The war is moving closer to energy infrastructure targeting. Isfahan and Khorramshahr are early signals of a potentially much more dangerous phase. 3️⃣ Negotiations have entered the picture, but nothing is settled. The war is still being fought at full intensity even as diplomacy begins. Bottom line, this was not just another day of escalation. It was the first clear moment where war and negotiations are happening at the same time. That creates a new dynamic: • escalation is still real • pressure is still increasing • but the outcome is now less predictable than it was 24 hours ago Quick note... big thanks to Michael W for contributing to the open-source intel picture behind these updates. If you’re serious about following this war and the broader geopolitical landscape, he’s worth having in your feed. ━━━━━━━━━━━━━━━━━━ END OF REPORT
0:30

🚨 OPERATIONAL UPDATE: ISRAEL U.S. WAR WITH THE ISLAMIC REPUBLIC - Reporting Window: LAST 24 HOURS • Iranian missiles struck Tel Aviv and northern Israel, causing injuries and structural damage • Israel expanded strikes across Iran, including Tehran, Tabriz, Isfahan, Bandar Abbas, and missile infrastructure sites • U.S.–Israel strikes hit senior PMF infrastructure in Iraq, killing key commanders • Reported strikes on Iranian gas infrastructure in Isfahan and Khorramshahr signal a potential shift toward energy targeting • Lebanon intensified with evacuations, Rashidiya strikes, and continued Hezbollah fire • Trump abruptly pivoted to negotiations with Iran and extended the Hormuz deadline, delaying a major escalation The past 24 hours were not defined by a single headline event, but by a combination of very real battlefield activity and a sudden political shift at the top level. On the ground, the war remained active across every front: Israel, Iran, Lebanon, Iraq, and the Gulf. At the same time, the expected U.S. escalation tied to Hormuz did not happen. Instead, Washington pivoted toward negotiations, with Trump claiming talks are close to agreement while Iran publicly denies that anything meaningful is underway. That combination, ongoing war with a simultaneous negotiation track, is new. And it matters. ━━━━━━━━━━━━━━━━━━ 🚀 IRANIAN MISSILE ATTACKS ON ISRAEL Iran continued missile launches into Israel, with a clear pattern of split targeting between central and northern sectors. A missile hit in Tel Aviv injured several civilians and damaged nearby residential structures. Later waves triggered wide alert zones across northern Israel, including the Galilee, Golan, and confrontation line communities. Your outbox tracked these alerts across dozens of locations in real time. There were also additional impacts from fragments and debris, including a schoolyard hit and damage to homes in the north without mass casualties. This continues a trend seen over the last several days: • lower salvo size • wider disruption footprint • sustained daily pressure Iran is no longer relying on large coordinated barrages. It is maintaining pressure through frequency, geography, and effect per missile. At the same time, Israeli officials continue to investigate interception gaps, including earlier failures tied to THAAD systems, reinforcing that even a degraded Iranian launcher network can still produce meaningful results. ━━━━━━━━━━━━━━━━━━ ✈️ STRATEGIC AIR CAMPAIGN OVER IRAN The Israeli and U.S. strike campaign inside Iran remained broad, multi-layered, and geographically extensive. Mainstream reporting confirmed strikes on: • missile storage and production facilities • regime and intelligence headquarters in Tehran • additional infrastructure in Isfahan and surrounding regions Open source intel shows how wide this really was. Strikes or explosions were reported across: • Tehran (multiple districts including eastern sectors and Parchin-adjacent areas) • Tabriz • Khuzestan and Dezful • Bandar Abbas and coastal nodes • Yazd and missile infrastructure There were also multiple reports of targeted assassination strikes, destruction of missile-related infrastructure, and pressure on internal security nodes This matters because the campaign is not narrowing. It is hitting production, command, logistics, and leadership. This is a system-wide degradation effort, not a tactical suppression campaign. ━━━━━━━━━━━━━━━━━━ ⚡ ENERGY INFRASTRUCTURE: THE WAR IS GETTING CLOSER TO THE GRID One of the most important developments in this window was the reported targeting of Iranian gas infrastructure. Reuters reported a gas company office and pressure reduction station hit in Isfahan and a pipeline feeding a power station in Khorramshahr struck At the same time, oil prices rose again as markets reacted to continued Hormuz disruption, uncertainty around negotiations, and risk of escalation into full infrastructure targeting Open source intel strongly corroborates these reports, with repeated references to the same targets and follow-on rhetoric about retaliatory strikes on regional power systems. This is the key shift. The war is moving from military systems toward civilian energy systems. Not fully yet, but clearly closer. ━━━━━━━━━━━━━━━━━━ 🇮🇶 IRAQ: PROXY COMMAND STRUCTURE HIT The Iraq front escalated meaningfully. Reuters reported that strikes hit: • PMF headquarters in Anbar • a residence tied to PMF leadership Casualties included at least 15 fighters killed, dozens wounded, and the confirmed death of operations commander Saad al-Baiji. Open source intel confirmed this in real time, including militant messaging and follow-on threats against U.S. positions. This was not a minor militia strike. It was a hit on central PMF command infrastructure. That keeps Iraq as an active and important front, not just a background theater. ━━━━━━━━━━━━━━━━━━ 🇱🇧 LEBANON: PRESSURE CONTINUES AND DEEPENS The Lebanon front remained highly active. Key developments included evacuation warnings north of the Zahrani River, Israeli strikes near Rashidiya and southern Lebanon infrastructure, and continued Hezbollah rocket fire into northern Israel. Open source intel tracked: • strike activity near Rashidiya refugee camp • additional targeted strikes in Bchamoun • repeated northern Israeli alerts Israel continues shifting toward targeting infrastructure, limiting movement, and shaping the battlefield. Hezbollah remains active, but increasingly constrained. ━━━━━━━━━━━━━━━━━━ 🌍 WASHINGTON, TEHRAN, AND THE NEGOTIATION TRACK In a sharp pivot, Trump announced that the U.S. is now holding talks with Iran, the Hormuz deadline was extended, and discussions are “close to agreement”. From there markets reacted immediately with oil prices dropping and then global markets rallying. But the reality is far less clear. Iranian leadership denied meaningful negotiations, and then demanded compensation and guarantees as new conditions for an any agreement, including limiting U.S. presence in the Gulf There is also uncertainty about who the U.S. is even talking to. Reports suggest contact with Mohammad Ghalibaf rather than Mojtaba Khamenei, who has not been seen publicly. At the same time, there is a deeper shift: The U.S. may now be willing to end the war without full regime change. That is a major departure from earlier expectations. Meanwhile, Israel is trying to ensure any deal reflects its interests, with Netanyahu reportedly engaging directly with the administration. ━━━━━━━━━━━━━━━━━━ 📌 WHAT MATTERS MOST RIGHT NOW Three developments define the war right now. 1️⃣ The battlefield remains fully active across all fronts. Missiles, strikes, Lebanon operations, and Gulf pressure all continued in this window. 2️⃣ The war is moving closer to energy infrastructure targeting. Isfahan and Khorramshahr are early signals of a potentially much more dangerous phase. 3️⃣ Negotiations have entered the picture, but nothing is settled. The war is still being fought at full intensity even as diplomacy begins. Bottom line, this was not just another day of escalation. It was the first clear moment where war and negotiations are happening at the same time. That creates a new dynamic: • escalation is still real • pressure is still increasing • but the outcome is now less predictable than it was 24 hours ago Quick note... big thanks to Michael W for contributing to the open-source intel picture behind these updates. If you’re serious about following this war and the broader geopolitical landscape, he’s worth having in your feed. ━━━━━━━━━━━━━━━━━━ END OF REPORT

Inside_Israel_Intel

37,207 Aufrufe • vor 4 Monaten

nobody in that room realised what he just said microsoft's ceo told a conference that the frontier model you rent for $200 a month is the commodity, and someone has now measured what that costs everyone who assumed otherwise teams carrying 90 to 100% evaluation coverage reach excellent reliability 70.3% of the time, against 32.4% for teams sitting under half, on the same rented models i read the survey behind it twice because the sample is 500 enterprise teams rather than a vendor anecdote, and the spread holds across all of them this is Eval Engineering, and it is the part of the stack that stops being rented: - stop classifying behaviours as low-risk before you have data on them, because the 19.3% of teams who do take 2.3 times the production incidents and the intuition fails hardest exactly where behaviour is emergent - make the incident the source of the test: only 51.7% of teams turn an outage into a permanent regression, so half of all incident response gets paid for and then thrown away - budget coverage like continuous integration rather than like paperwork, since the pattern separating the elite teams is 70% coverage held together with 40% of development time spent on testing - gate the deploy on the eval instead of reporting the eval, because a threshold that cannot block a release is a dashboard with extra steps - keep the examiner private, since it encodes your own definition of correct: the model gets replaced from scratch twice a year and the examiner is the only asset that survives the swap - expect the incident rather than hoping to prevent it, because 84.9% of organisations hit one inside six months and only 8.4% report none, so detection speed is the real variable - review the gaps on a schedule and make the team justify an uncovered behaviour rather than defend a test that already exists the catch is what coverage actually costs, and it is not the tooling bill: the elite pattern spends 40% of development time on testing, which is the share of every sprint that stops being feature work that is the trade nobody puts in the quickstart, and it is why most teams stay at the coverage level where reliability lands at 32.4% bookmark this, the whole build sits in the article ↓
0:15

nobody in that room realised what he just said microsoft's ceo told a conference that the frontier model you rent for $200 a month is the commodity, and someone has now measured what that costs everyone who assumed otherwise teams carrying 90 to 100% evaluation coverage reach excellent reliability 70.3% of the time, against 32.4% for teams sitting under half, on the same rented models i read the survey behind it twice because the sample is 500 enterprise teams rather than a vendor anecdote, and the spread holds across all of them this is Eval Engineering, and it is the part of the stack that stops being rented: - stop classifying behaviours as low-risk before you have data on them, because the 19.3% of teams who do take 2.3 times the production incidents and the intuition fails hardest exactly where behaviour is emergent - make the incident the source of the test: only 51.7% of teams turn an outage into a permanent regression, so half of all incident response gets paid for and then thrown away - budget coverage like continuous integration rather than like paperwork, since the pattern separating the elite teams is 70% coverage held together with 40% of development time spent on testing - gate the deploy on the eval instead of reporting the eval, because a threshold that cannot block a release is a dashboard with extra steps - keep the examiner private, since it encodes your own definition of correct: the model gets replaced from scratch twice a year and the examiner is the only asset that survives the swap - expect the incident rather than hoping to prevent it, because 84.9% of organisations hit one inside six months and only 8.4% report none, so detection speed is the real variable - review the gaps on a schedule and make the team justify an uncovered behaviour rather than defend a test that already exists the catch is what coverage actually costs, and it is not the tooling bill: the elite pattern spends 40% of development time on testing, which is the share of every sprint that stops being feature work that is the trade nobody puts in the quickstart, and it is why most teams stay at the coverage level where reliability lands at 32.4% bookmark this, the whole build sits in the article ↓

Argona

16,307 Aufrufe • vor 13 Tagen

🚨12 HOUR NEWS RECAP 1.⁠ Trump announced he had moved 2 nuclear submarines into position after ex-Russian president Dmitry Medvedev called Trump’s threat to sanction Russia over Ukraine a “step towards war.” 2.⁠ Viktor Vodolatsky, a senior Russian lawmaker, shrugged it off - saying those subs have “been in the crosshairs for a long time.” He said no Russian response is needed - because they already control the waters Trump is targeting. 3.⁠ Trump fired labor statistics chief Erika McEntarfer hours after data showed jobs growth slowed. He claimed: “Today’s Jobs Numbers were RIGGED in order to make the Republicans, and ME, look bad.” 4.⁠ Epstein’s co-conspirator in sex trafficking, Ghislaine Maxwell, was moved to a cushy minimum-security prison in Texas following her meetings with Deputy AG Todd Blanche (Trump's former criminal lawyer). The timing caused alarm as rumours swirl that Trump may be considering pardoning her. 5.⁠ SpaceX launched NASA’s Crew-11 to the International Space Station aboard Dragon Endeavour. They’ll spend the next 6-8 months on board conducting experiments before splashing down off California. 6.⁠ Ukraine continued its strikes on Russia’s energy infrastructure, hitting the Novokuybyshevsk oil refinery with drones, causing a massive explosion. 7.⁠ SpaceX lit up Starship for a full-duration static fire before its test launch, scheduled for mid-August. All Raptor engines ignited while the vehicle stayed clamped to the pad, simulating real flight conditions without liftoff. 8.⁠ Trump said Brazilian President Lula can “talk to me anytime he wants,” brushing off tensions over tariffs and sanctions. He praised Brazilians but blasted the current government, accusing it of targeting Bolsonaro. 9.⁠ The Corporation for Public Broadcasting will shut down in January after Congress voted to strip over $500 million in funding. The move ends CPB’s role in supporting NPR, PBS, and hundreds of local stations, especially in rural areas. Sesame Street survives - but not for everyone. 10.⁠ The Grand Canyon mega fire has scorched over 112,000 acres so far, as it shows no sign of stopping. Dragon Bravo Fire has become the 10th largest in Arizona history, burning so hot it generates its own weather systems.
0:14

🚨12 HOUR NEWS RECAP 1.⁠ Trump announced he had moved 2 nuclear submarines into position after ex-Russian president Dmitry Medvedev called Trump’s threat to sanction Russia over Ukraine a “step towards war.” 2.⁠ Viktor Vodolatsky, a senior Russian lawmaker, shrugged it off - saying those subs have “been in the crosshairs for a long time.” He said no Russian response is needed - because they already control the waters Trump is targeting. 3.⁠ Trump fired labor statistics chief Erika McEntarfer hours after data showed jobs growth slowed. He claimed: “Today’s Jobs Numbers were RIGGED in order to make the Republicans, and ME, look bad.” 4.⁠ Epstein’s co-conspirator in sex trafficking, Ghislaine Maxwell, was moved to a cushy minimum-security prison in Texas following her meetings with Deputy AG Todd Blanche (Trump's former criminal lawyer). The timing caused alarm as rumours swirl that Trump may be considering pardoning her. 5.⁠ SpaceX launched NASA’s Crew-11 to the International Space Station aboard Dragon Endeavour. They’ll spend the next 6-8 months on board conducting experiments before splashing down off California. 6.⁠ Ukraine continued its strikes on Russia’s energy infrastructure, hitting the Novokuybyshevsk oil refinery with drones, causing a massive explosion. 7.⁠ SpaceX lit up Starship for a full-duration static fire before its test launch, scheduled for mid-August. All Raptor engines ignited while the vehicle stayed clamped to the pad, simulating real flight conditions without liftoff. 8.⁠ Trump said Brazilian President Lula can “talk to me anytime he wants,” brushing off tensions over tariffs and sanctions. He praised Brazilians but blasted the current government, accusing it of targeting Bolsonaro. 9.⁠ The Corporation for Public Broadcasting will shut down in January after Congress voted to strip over $500 million in funding. The move ends CPB’s role in supporting NPR, PBS, and hundreds of local stations, especially in rural areas. Sesame Street survives - but not for everyone. 10.⁠ The Grand Canyon mega fire has scorched over 112,000 acres so far, as it shows no sign of stopping. Dragon Bravo Fire has become the 10th largest in Arizona history, burning so hot it generates its own weather systems.

Mario Nawfal

841,322 Aufrufe • vor 1 Jahr

🇵🇰 WHEN SISTERS SIT IN THE COLD FOR JUSTICE, WHAT IMRAN KHAN’S ISOLATION MEANS FOR DEMOCRACY Imagine this: 3 women, unarmed, sitting outside a prison gate in cold temperatures, not demanding special treatment, not asking for power, just the basic right to see their brother. That brother? Pakistan’s most popular politician, former PM Imran Khan, currently being held in solitary confinement at Adiala Jail. This isn’t a scene from a movie. It’s happening in real life. And in the eyes of millions of Pakistanis, and many watchers abroad, it’s the latest sign that Pakistan’s democracy is in free fall. Khan, once a cricket legend, then a reformist politician swept into power by a frustrated middle class, is now locked away, denied access to the public, his lawyers, his party, even his family. According to his sister Aleema Khan, his mental isolation is deliberate, designed to break him. He’s been permitted only a single 20-minute visit last week, and that with her sister, Dr. Uzma Khan. He has 3 sisters who try to visit him every Tuesday: Noureen Khan, Dr. Uzma Khan, and Aleema Khan. In the U.S., this would trigger a national outcry. But in Pakistan, it’s been normalized, even celebrated by parts of the ruling establishment, eager to erase Khan’s influence and memory ahead of upcoming elections. Let’s be clear for American readers unfamiliar with Pakistan’s political fabric. Imran Khan is not just a political figure, he is the people's voice, commanding support from every corner of the country, particularly the youth. In many polls, he is backed by over 70% of the electorate. He represents the threat that scares entrenched political dynasties and military-backed elites, an independent leader who can’t be bought, silenced, or controlled. That’s exactly why he’s been imprisoned on dubious charges, disqualified from contesting elections, and subjected to psychological warfare, not just legal punishment. And it’s why his sisters, Aleema Khan, Dr. Uzma Khan, and Noureen Khan, are now facing police blockades, smashed car windows, deflated tires, and intimidation, simply for trying to see their brother. Yesterday, on top of everything else they were already enduring, cold water from water cannons was turned on them. Women. Unarmed. Peaceful. Sisters. Being sprayed in winter temperatures by state forces, for daring to ask for a visit. What’s worse? State TV anchors and government figures mock them openly, questioning their right to protest, calling them “residents” as if their citizenship is conditional on political obedience. This isn’t just a Pakistani crisis. This is a test of Western credibility. The same governments that preach about human rights and the rule of law cannot stay silent when a U.S. ally imprisons its most popular civilian leader and targets his family. You don’t have to like Imran Khan’s politics to see the danger here. You just have to believe in due process, human dignity, and the right to peacefully dissent. Yesterdya, outside Adiala Jail, 3 women stood for all of that, in the cold. The question is, will anyone stand with them?
0:12

🇵🇰 WHEN SISTERS SIT IN THE COLD FOR JUSTICE, WHAT IMRAN KHAN’S ISOLATION MEANS FOR DEMOCRACY Imagine this: 3 women, unarmed, sitting outside a prison gate in cold temperatures, not demanding special treatment, not asking for power, just the basic right to see their brother. That brother? Pakistan’s most popular politician, former PM Imran Khan, currently being held in solitary confinement at Adiala Jail. This isn’t a scene from a movie. It’s happening in real life. And in the eyes of millions of Pakistanis, and many watchers abroad, it’s the latest sign that Pakistan’s democracy is in free fall. Khan, once a cricket legend, then a reformist politician swept into power by a frustrated middle class, is now locked away, denied access to the public, his lawyers, his party, even his family. According to his sister Aleema Khan, his mental isolation is deliberate, designed to break him. He’s been permitted only a single 20-minute visit last week, and that with her sister, Dr. Uzma Khan. He has 3 sisters who try to visit him every Tuesday: Noureen Khan, Dr. Uzma Khan, and Aleema Khan. In the U.S., this would trigger a national outcry. But in Pakistan, it’s been normalized, even celebrated by parts of the ruling establishment, eager to erase Khan’s influence and memory ahead of upcoming elections. Let’s be clear for American readers unfamiliar with Pakistan’s political fabric. Imran Khan is not just a political figure, he is the people's voice, commanding support from every corner of the country, particularly the youth. In many polls, he is backed by over 70% of the electorate. He represents the threat that scares entrenched political dynasties and military-backed elites, an independent leader who can’t be bought, silenced, or controlled. That’s exactly why he’s been imprisoned on dubious charges, disqualified from contesting elections, and subjected to psychological warfare, not just legal punishment. And it’s why his sisters, Aleema Khan, Dr. Uzma Khan, and Noureen Khan, are now facing police blockades, smashed car windows, deflated tires, and intimidation, simply for trying to see their brother. Yesterday, on top of everything else they were already enduring, cold water from water cannons was turned on them. Women. Unarmed. Peaceful. Sisters. Being sprayed in winter temperatures by state forces, for daring to ask for a visit. What’s worse? State TV anchors and government figures mock them openly, questioning their right to protest, calling them “residents” as if their citizenship is conditional on political obedience. This isn’t just a Pakistani crisis. This is a test of Western credibility. The same governments that preach about human rights and the rule of law cannot stay silent when a U.S. ally imprisons its most popular civilian leader and targets his family. You don’t have to like Imran Khan’s politics to see the danger here. You just have to believe in due process, human dignity, and the right to peacefully dissent. Yesterdya, outside Adiala Jail, 3 women stood for all of that, in the cold. The question is, will anyone stand with them?

Mario Nawfal

251,310 Aufrufe • vor 8 Monaten

DIRECTED ENERGY WEAPONS (DEWs) While typical civilian access to DEW technology is hyper limited, AI gives more insight into the reality of Directed Energy Weapons as used in combat. However, this is not a very comprehensive snapshot of what DEW munitions really are. First, they are not lasers, but rather known as sasers (sound outside of human audible range) that delivers more than just excited photons as per lasers, but envelopes microwave radiation delivered through linear particle accelerators and amplified by square-wave (jackhammer) ultrasonic concussion exceeding 20,000 pulses per second, where each impact doubles in energy through secondary emissions for every pulse. Secondary emissions are created on-the-spot through Neutrino Events that harvests brand-new energy directly out of atmospheric neutrinos, turning them into new ions. Hence why saser beams deliver more energy to the target than anything short of a nuclear blast. DEWs also actively draw energy out of surrounding capacitors at the scene of the target as well as from local sources in the path of the beam. Microwaves excite the electrons within the target structure, such as car batteries and the electric wires inside homes, that causes additional increase in amplitude. Since the energy being siphoned off is focused in the zero point of the beam, that area creates dual opposing twin vortices at zero target forming a hyperbola in the center of the affected area where the energy collapses in on itself, sucking oxygen out of the air which then amplifies the thermal radiation only within that toroidal vortex area, achieving crucible-level temperatures in an open-air setting. This is hyper-accelerated by the coupling of the SBX-1 mobile Vortex generator that delivers oxygen to the strike zone with hyper-focused accuracy at up to 70+ MPH winds. Which is why target zones see hurricane winds out of nowhere and from clear skies without any clouds. DEWs generate temperatures that are vastly higher than normal house or forest fires; 1200F and 1500F respectively. A self-imploding DEW saser strike can generate thermal signatures high enough to burn terracotta roofing tiles (2100F), melt glass (2900F), and vaporize stucco walls that are rated to hold up for 1 HOUR under direct torch flame, rendering it to tiny traces of powder. Even the concrete slab foundations of homes in the Santa Rosa fire of 2017 had been incinerated and literally gone as if evaporated into the air. Since the air surrounding the strike zone becomes immediately depleted, fire will not be readily sustained anywhere outside of the hyperbola area (just the home or automobile), leaving brush, trees, plastic, within just a few feet away barely seared and, in many cases, totally unscathed altogether. Houses that incinerate all the way down to ash within minutes will leave no soot, or flame marks on white-painted homes as little as ten feet away as if there was no heat or fire present of any kind. It is important to note that a normal house fire takes 3-4 hours to burn down, leaving large portions of the home and contents behind unconsumed. DEW crucible vortex fires consumed homes down to nothing but white ash in Santa Rosa, incinerated within 20 minutes that I observed after pounding on doors in one residential neighborhood of 2 story homes at 2:30 in the morning screaming to get out, then returning to that same location less than a half hour later, with nothing left but smoldering ash. There is nothing ‘normal’ about DEW remains. Kitchen stoves, pots and pans, washers, dryers, water heaters simply vanished. The cast-iron engines in cars just gone with their aluminum alloy wheels and windows melted on the street. Since DEW sasers work through the delivery of microwaves (that are radioactive) through encapsulation within tachyons (like protective bubbles), the resulting debris fields of target areas are also left contaminated, similar to the aftermath of nuclear detonation sites. The sites where homes once stood in the Santa Rosa fire for instance, had to have the soil under the vaporized concrete slabs excavated and stored in radiation containment casks before any new construction could resume, as reported by locals there that were involved in the cleanup. The Lahaina target homes in Maui are still blocked off with absolutely no entrance for any reason for this same reason almost a year and a half later. DEWs have been seen pulling massive arcs from lightning strikes, obviously generated by the extreme excitation of atmospheric particles of the beam, as well as from overhead electrical wires that supercharge the phonon shafts that are invisible to the naked eye unless backlit from flame or sparks. This technology has been shown to cut full size military ships in half from high altitude delivery systems in seconds, rendering all previous forms of explosive armaments, including nuclear warheads, obsolete. All the military weapons delivered from the US and other countries to Ukraine in recent years were outdated and considered unusable in a genuine modern conflict and were therefore literally being disposed of to make room for other, newer forms of weaponry in armories here at home. In other words, they were merely junk. US dark and black ops have had functioning DEW assault systems in place for many decades already. While AI admits to Turkey using them in combat in 2019, the real date of deployment of DEWs goes back more than just centuries, but prior to humans' arrival to earth in 560m BC. A recent use of DEWs shown here from the Great Chicago Fire of 1871. An even more recent DEW ‘Tara Cleansing’ as they’re called, was the Great San Francisco Fire of 1906 that was blamed on a 7.9 earthquake. And yes, the HAARP SBX-1 hurricane generator is also an earthquake generator as well. None of this is new tech, just new to you. Satellite and antigravity drone delivery of such weapons are entirely remotely-controlled, placing no mil soldiers' lives on the line to mount a siege, making military battlefield loss of life virtually a thing of the past at this time. VIDEO: DEW ATTACK PACIFIC PALISADES 1/8/25 gratis Kyle Zink
0:10

DIRECTED ENERGY WEAPONS (DEWs) While typical civilian access to DEW technology is hyper limited, AI gives more insight into the reality of Directed Energy Weapons as used in combat. However, this is not a very comprehensive snapshot of what DEW munitions really are. First, they are not lasers, but rather known as sasers (sound outside of human audible range) that delivers more than just excited photons as per lasers, but envelopes microwave radiation delivered through linear particle accelerators and amplified by square-wave (jackhammer) ultrasonic concussion exceeding 20,000 pulses per second, where each impact doubles in energy through secondary emissions for every pulse. Secondary emissions are created on-the-spot through Neutrino Events that harvests brand-new energy directly out of atmospheric neutrinos, turning them into new ions. Hence why saser beams deliver more energy to the target than anything short of a nuclear blast. DEWs also actively draw energy out of surrounding capacitors at the scene of the target as well as from local sources in the path of the beam. Microwaves excite the electrons within the target structure, such as car batteries and the electric wires inside homes, that causes additional increase in amplitude. Since the energy being siphoned off is focused in the zero point of the beam, that area creates dual opposing twin vortices at zero target forming a hyperbola in the center of the affected area where the energy collapses in on itself, sucking oxygen out of the air which then amplifies the thermal radiation only within that toroidal vortex area, achieving crucible-level temperatures in an open-air setting. This is hyper-accelerated by the coupling of the SBX-1 mobile Vortex generator that delivers oxygen to the strike zone with hyper-focused accuracy at up to 70+ MPH winds. Which is why target zones see hurricane winds out of nowhere and from clear skies without any clouds. DEWs generate temperatures that are vastly higher than normal house or forest fires; 1200F and 1500F respectively. A self-imploding DEW saser strike can generate thermal signatures high enough to burn terracotta roofing tiles (2100F), melt glass (2900F), and vaporize stucco walls that are rated to hold up for 1 HOUR under direct torch flame, rendering it to tiny traces of powder. Even the concrete slab foundations of homes in the Santa Rosa fire of 2017 had been incinerated and literally gone as if evaporated into the air. Since the air surrounding the strike zone becomes immediately depleted, fire will not be readily sustained anywhere outside of the hyperbola area (just the home or automobile), leaving brush, trees, plastic, within just a few feet away barely seared and, in many cases, totally unscathed altogether. Houses that incinerate all the way down to ash within minutes will leave no soot, or flame marks on white-painted homes as little as ten feet away as if there was no heat or fire present of any kind. It is important to note that a normal house fire takes 3-4 hours to burn down, leaving large portions of the home and contents behind unconsumed. DEW crucible vortex fires consumed homes down to nothing but white ash in Santa Rosa, incinerated within 20 minutes that I observed after pounding on doors in one residential neighborhood of 2 story homes at 2:30 in the morning screaming to get out, then returning to that same location less than a half hour later, with nothing left but smoldering ash. There is nothing ‘normal’ about DEW remains. Kitchen stoves, pots and pans, washers, dryers, water heaters simply vanished. The cast-iron engines in cars just gone with their aluminum alloy wheels and windows melted on the street. Since DEW sasers work through the delivery of microwaves (that are radioactive) through encapsulation within tachyons (like protective bubbles), the resulting debris fields of target areas are also left contaminated, similar to the aftermath of nuclear detonation sites. The sites where homes once stood in the Santa Rosa fire for instance, had to have the soil under the vaporized concrete slabs excavated and stored in radiation containment casks before any new construction could resume, as reported by locals there that were involved in the cleanup. The Lahaina target homes in Maui are still blocked off with absolutely no entrance for any reason for this same reason almost a year and a half later. DEWs have been seen pulling massive arcs from lightning strikes, obviously generated by the extreme excitation of atmospheric particles of the beam, as well as from overhead electrical wires that supercharge the phonon shafts that are invisible to the naked eye unless backlit from flame or sparks. This technology has been shown to cut full size military ships in half from high altitude delivery systems in seconds, rendering all previous forms of explosive armaments, including nuclear warheads, obsolete. All the military weapons delivered from the US and other countries to Ukraine in recent years were outdated and considered unusable in a genuine modern conflict and were therefore literally being disposed of to make room for other, newer forms of weaponry in armories here at home. In other words, they were merely junk. US dark and black ops have had functioning DEW assault systems in place for many decades already. While AI admits to Turkey using them in combat in 2019, the real date of deployment of DEWs goes back more than just centuries, but prior to humans' arrival to earth in 560m BC. A recent use of DEWs shown here from the Great Chicago Fire of 1871. An even more recent DEW ‘Tara Cleansing’ as they’re called, was the Great San Francisco Fire of 1906 that was blamed on a 7.9 earthquake. And yes, the HAARP SBX-1 hurricane generator is also an earthquake generator as well. None of this is new tech, just new to you. Satellite and antigravity drone delivery of such weapons are entirely remotely-controlled, placing no mil soldiers' lives on the line to mount a siege, making military battlefield loss of life virtually a thing of the past at this time. VIDEO: DEW ATTACK PACIFIC PALISADES 1/8/25 gratis Kyle Zink

W.R. Schock, QBD

625,182 Aufrufe • vor 1 Jahr