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L&T PES has developed CHANAKYA, a decentralized autonomy framework for UAV swarms. It enables flocking, mission-level autonomy, collision avoidance, and coordinated surveillancesuccessfully demonstrated through synchronized fixed-wing UAV flight trials operating as a single cohesive unit.

Alpha Defense™🇮🇳

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19,502 просмотров • 7 месяцев назад •via X (Twitter)

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Flywing has developed the X-WING, a compact VTOL FPV aircraft that combines vertical takeoff with fast fixed-wing flight. It can take off vertically, hover, and switch to forward flight with a single command for smooth and stable performance. With long flight time and a foldable design, it blends the advantages of both drones and airplanes.

Flywing has developed the X-WING, a compact VTOL FPV aircraft that combines vertical takeoff with fast fixed-wing flight. It can take off vertically, hover, and switch to forward flight with a single command for smooth and stable performance. With long flight time and a foldable design, it blends the advantages of both drones and airplanes.

Space and Technology

276,157 просмотров • 3 месяцев назад

Hivemind completed its first autonomous multi-platform teaming flight with V-BAT and multiple Destinus Hornet systems. V-BAT served as a comms relay between the ground station and the Hornets, while Hivemind coordinated formation and managed in-flight mission updates in real time, no direct control of each platform required. The test shows how platforms with different communication architectures can operate as a single autonomous unit in contested environments. More coming soon! Autonomy for the world. The greatest victory requires no war.

Hivemind completed its first autonomous multi-platform teaming flight with V-BAT and multiple Destinus Hornet systems. V-BAT served as a comms relay between the ground station and the Hornets, while Hivemind coordinated formation and managed in-flight mission updates in real time, no direct control of each platform required. The test shows how platforms with different communication architectures can operate as a single autonomous unit in contested environments. More coming soon! Autonomy for the world. The greatest victory requires no war.

Shield AI

19,401 просмотров • 1 месяц назад

No traditionally crewed, fixed-wing aircraft has ever flown autonomously in commercial revenue service. We're targeting New Zealand in 2027. Our goal is for Merlin to be the first company to do that with real autonomy on real planes flying real routes in revenue-generating operations. We've been operating a flight test center in Kerikeri since 2022, logging hundreds of autonomous flights with Merlin Pilot, the same system we're certifying with New Zealand's CAA on a concurrent validation pathway with the U.S. Federal Aviation Administration (FAA). We're now approaching the final phases of that certification journey. Many of the companies attempting to commercialize autonomous flight are using custom-built eVTOL airframes or remote operators. We're doing it the hard way, on fixed-wing aircraft with autonomy in the cockpit, because we believe that's what the future of aviation actually looks like.

No traditionally crewed, fixed-wing aircraft has ever flown autonomously in commercial revenue service. We're targeting New Zealand in 2027. Our goal is for Merlin to be the first company to do that with real autonomy on real planes flying real routes in revenue-generating operations. We've been operating a flight test center in Kerikeri since 2022, logging hundreds of autonomous flights with Merlin Pilot, the same system we're certifying with New Zealand's CAA on a concurrent validation pathway with the U.S. Federal Aviation Administration (FAA). We're now approaching the final phases of that certification journey. Many of the companies attempting to commercialize autonomous flight are using custom-built eVTOL airframes or remote operators. We're doing it the hard way, on fixed-wing aircraft with autonomy in the cockpit, because we believe that's what the future of aviation actually looks like.

Matthew George

14,126 просмотров • 1 месяц назад

🇹🇷 THREE DRONE INCIDENTS IN FIVE DAYS TEST TURKEY'S AIRSPACE AS BLACK SEA TENSIONS RISE Turkey recorded three separate UAV incidents between December 15-20, raising questions about Russian drone activity near NATO territory. INCIDENT 1: December 15 - SHOOTDOWN Turkish F-16s scrambled after detecting an unidentified aerial track approaching from the Black Sea. The UAV was assessed as "out of control" and destroyed outside populated areas. Debris fragmented on impact, complicating identification. No attribution announced. INCIDENT 2: December 19 - ORLAN-10 FOUND Residents in Kocaeli province discovered a damaged UAV in an agricultural field near İzmit. Initial assessment identified it as a Russian-origin Orlan-10 reconnaissance drone. Photos showed a red star marking. The Orlan-10 is widely documented in the Ukraine war for surveillance missions. Authorities have not explained how it reached northwestern Turkey. INCIDENT 3: December 20 - UNIDENTIFIED CRASH Farmers in Balıkesir province reported another UAV crash in an empty field. The aircraft was transferred to Ankara for technical examination. The drone visually resembles the Russian Merlin-VR, a long-range reconnaissance UAV capable of 600km range and 10-hour flight time. Each unit costs approximately $300,000. Ukraine has destroyed at least 12 since 2022. THE BIG PICTURE: Three drones. Five days. A NATO member's airspace. Turkey has not confirmed any link between the incidents or made official attribution. Source: Turkish Defense Ministry, Clash Report

🇹🇷 THREE DRONE INCIDENTS IN FIVE DAYS TEST TURKEY'S AIRSPACE AS BLACK SEA TENSIONS RISE Turkey recorded three separate UAV incidents between December 15-20, raising questions about Russian drone activity near NATO territory. INCIDENT 1: December 15 - SHOOTDOWN Turkish F-16s scrambled after detecting an unidentified aerial track approaching from the Black Sea. The UAV was assessed as "out of control" and destroyed outside populated areas. Debris fragmented on impact, complicating identification. No attribution announced. INCIDENT 2: December 19 - ORLAN-10 FOUND Residents in Kocaeli province discovered a damaged UAV in an agricultural field near İzmit. Initial assessment identified it as a Russian-origin Orlan-10 reconnaissance drone. Photos showed a red star marking. The Orlan-10 is widely documented in the Ukraine war for surveillance missions. Authorities have not explained how it reached northwestern Turkey. INCIDENT 3: December 20 - UNIDENTIFIED CRASH Farmers in Balıkesir province reported another UAV crash in an empty field. The aircraft was transferred to Ankara for technical examination. The drone visually resembles the Russian Merlin-VR, a long-range reconnaissance UAV capable of 600km range and 10-hour flight time. Each unit costs approximately $300,000. Ukraine has destroyed at least 12 since 2022. THE BIG PICTURE: Three drones. Five days. A NATO member's airspace. Turkey has not confirmed any link between the incidents or made official attribution. Source: Turkish Defense Ministry, Clash Report

Mario Nawfal

32,249 просмотров • 7 месяцев назад

"A parcel with snacks has been delivered for Flexion. Retrieve it using the stairs and come up using the elevator. Then unpack it and place the items into the empty drawer on the shelf in the snack area." One instruction. No human operator. Everything that follows is autonomous. Today we're introducing Reflect v1.0, our robotics intelligence platform for long-horizon work. From a single natural-language command, the robot understands the task, navigates a multi-floor building, calls elevators, handles doors, uses tools to unpack a box, and puts the items away. The biggest shift in v1.0 is that we use reinforcement learning across every layer, from low-level control to high-level reasoning. Long-horizon autonomy is unforgiving. The robot must recover on its own when things don't go to plan because in the real world, they never do. Combining reasoning, perception, physical execution and runtime robustness into a single mission-capable system is the foundation required to solve humanoid autonomy. Our team is just getting started. #HumanoidRobots #Flexion

"A parcel with snacks has been delivered for Flexion. Retrieve it using the stairs and come up using the elevator. Then unpack it and place the items into the empty drawer on the shelf in the snack area." One instruction. No human operator. Everything that follows is autonomous. Today we're introducing Reflect v1.0, our robotics intelligence platform for long-horizon work. From a single natural-language command, the robot understands the task, navigates a multi-floor building, calls elevators, handles doors, uses tools to unpack a box, and puts the items away. The biggest shift in v1.0 is that we use reinforcement learning across every layer, from low-level control to high-level reasoning. Long-horizon autonomy is unforgiving. The robot must recover on its own when things don't go to plan because in the real world, they never do. Combining reasoning, perception, physical execution and runtime robustness into a single mission-capable system is the foundation required to solve humanoid autonomy. Our team is just getting started. #HumanoidRobots #Flexion

Flexion

138,719 просмотров • 1 месяц назад

In this demo we extend our prior work on obstacles avoidance at aggressive speeds, showcasing our Thar based autonomous vehicle navigating at near drift speeds, progressing towards our endeavour of Level-5 autonomy. Our autonomous vehicle at Swaayatt Robots was tasked with avoidance of traffic cones on the road, placed in a zig-zag fashion, at aggressive speeds. The location of the marked cones was not known to the planner beforehand. The #autonomousdriving task, i.e., motion planning (time parametrized trajectory computation) and decision making, was made even more challenging by restricting the AI agents to not act on obstacles unless they are within 24m radius. Level-5 #autonomousvehicles should be able to react quickly to overtake, or to avoid, any sudden unforeseeable obstacle or pedestrian on the road to avoid fatalities -- a capability demonstrated by our novel motion planning and decision making algorithmic framework over here. Our previous demo showcased our Bolero based platform consistently keeping speeds beyond 45 KMPH for most part, slowing down to only 39 KMPH at one point. Given Thar has lesser body roll, our framework successfully kept speeds well above 47 KMPH (even at the points of avoidance of obstacles), with speeds reaching as high as 55 KMPH. A typical human driver would feel uncomfortable at speeds beyond 40 KMPH in such as scenario. The entire algorithmic framework with 5 classical (one #reinforcementlearning-) agents , runs at 800+ Hz on a regular i7 processor, single thread. This algorithmic framework is being further scaled up with end-to-end deep reinforcement learning, and will be showcased in the month of March. #deeplearning #machinelearning #motionplanning

In this demo we extend our prior work on obstacles avoidance at aggressive speeds, showcasing our Thar based autonomous vehicle navigating at near drift speeds, progressing towards our endeavour of Level-5 autonomy. Our autonomous vehicle at Swaayatt Robots was tasked with avoidance of traffic cones on the road, placed in a zig-zag fashion, at aggressive speeds. The location of the marked cones was not known to the planner beforehand. The #autonomousdriving task, i.e., motion planning (time parametrized trajectory computation) and decision making, was made even more challenging by restricting the AI agents to not act on obstacles unless they are within 24m radius. Level-5 #autonomousvehicles should be able to react quickly to overtake, or to avoid, any sudden unforeseeable obstacle or pedestrian on the road to avoid fatalities -- a capability demonstrated by our novel motion planning and decision making algorithmic framework over here. Our previous demo showcased our Bolero based platform consistently keeping speeds beyond 45 KMPH for most part, slowing down to only 39 KMPH at one point. Given Thar has lesser body roll, our framework successfully kept speeds well above 47 KMPH (even at the points of avoidance of obstacles), with speeds reaching as high as 55 KMPH. A typical human driver would feel uncomfortable at speeds beyond 40 KMPH in such as scenario. The entire algorithmic framework with 5 classical (one #reinforcementlearning-) agents , runs at 800+ Hz on a regular i7 processor, single thread. This algorithmic framework is being further scaled up with end-to-end deep reinforcement learning, and will be showcased in the month of March. #deeplearning #machinelearning #motionplanning

Sanjeev Sharma

12,839 просмотров • 1 год назад

Failed attempts to reach a single objective: control, evolution, and immortality. Eveline A bioweapon developed to achieve obedience through psychological manipulation and forced emotional attachment. The result was artificial familial bonds, severe mental instability, and complete psychological breakdown. The experiment demonstrated that emotional manipulation cannot produce genuine humanity. Las Plagas A parasitic organism capable of enhancing physical abilities and enabling shared cognition. However, it overrides individual autonomy and free will. The outcome is increased physical power at the cost of mental independence. This confirms that evolution without autonomy is not true advancement. Progenitor Virus The foundational organism from which subsequent bio-organic weapons originated. Intended to create a superior form of human life, it instead resulted in extreme mutations and biological instability. Forced evolution consistently led to physical and genetic degeneration. Immortality Virus A research project aimed at halting cellular aging and achieving biological immortality. While preserving the physical body, it failed to maintain mental and personal integrity. The pursuit of immortality without equilibrium resulted in irreversible loss of identity. Spencer These projects ultimately served the vision of a single individual. A man who sought transcendence beyond humanity, yet fundamentally failed to understand human nature. His downfall stemmed from viewing humans as experimental subjects rather than living beings. --- And then comes a different name. Not a virus. Not a parasite. Not a forced experiment. E + L + P + I + S = Elpis Hope after every failure #ResidentEvilRequiem #ResidentEvil #REBHFun #RE9

Failed attempts to reach a single objective: control, evolution, and immortality. Eveline A bioweapon developed to achieve obedience through psychological manipulation and forced emotional attachment. The result was artificial familial bonds, severe mental instability, and complete psychological breakdown. The experiment demonstrated that emotional manipulation cannot produce genuine humanity. Las Plagas A parasitic organism capable of enhancing physical abilities and enabling shared cognition. However, it overrides individual autonomy and free will. The outcome is increased physical power at the cost of mental independence. This confirms that evolution without autonomy is not true advancement. Progenitor Virus The foundational organism from which subsequent bio-organic weapons originated. Intended to create a superior form of human life, it instead resulted in extreme mutations and biological instability. Forced evolution consistently led to physical and genetic degeneration. Immortality Virus A research project aimed at halting cellular aging and achieving biological immortality. While preserving the physical body, it failed to maintain mental and personal integrity. The pursuit of immortality without equilibrium resulted in irreversible loss of identity. Spencer These projects ultimately served the vision of a single individual. A man who sought transcendence beyond humanity, yet fundamentally failed to understand human nature. His downfall stemmed from viewing humans as experimental subjects rather than living beings. --- And then comes a different name. Not a virus. Not a parasite. Not a forced experiment. E + L + P + I + S = Elpis Hope after every failure #ResidentEvilRequiem #ResidentEvil #REBHFun #RE9

Abdullah | SpookyHoo 📴

56,816 просмотров • 6 месяцев назад

#WATCH | Exclusive footage of the light tank Zorawar developed jointly by DRDO and Larsen and Toubro. The tank project being developed for the Indian Army was reviewed by DRDO chief Dr Samir V Kamat in Hazira, Gujarat today. The tank has been developed by the DRDO to meet the Indian Army’s requirements in the eastern Ladakh sector to counter the Chinese deployment across the Line of Actual Control. The tank with its lightweight and amphibious capabilities can travel through steep climbs in mountains and cross rivers and other water bodies much more easily than the heavy-weight T-72 and T-90 tanks. As per DRDO chief Dr Kamat, the tank is expected to be inducted into the Indian Army by the year 2027 after all trials. L&T Executive Vice President Arun Ramchandani said that the joint development model has achieved big success and developed in such a short time frame.

#WATCH | Exclusive footage of the light tank Zorawar developed jointly by DRDO and Larsen and Toubro. The tank project being developed for the Indian Army was reviewed by DRDO chief Dr Samir V Kamat in Hazira, Gujarat today. The tank has been developed by the DRDO to meet the Indian Army’s requirements in the eastern Ladakh sector to counter the Chinese deployment across the Line of Actual Control. The tank with its lightweight and amphibious capabilities can travel through steep climbs in mountains and cross rivers and other water bodies much more easily than the heavy-weight T-72 and T-90 tanks. As per DRDO chief Dr Kamat, the tank is expected to be inducted into the Indian Army by the year 2027 after all trials. L&T Executive Vice President Arun Ramchandani said that the joint development model has achieved big success and developed in such a short time frame.

ANI

239,049 просмотров • 2 лет назад

AAI clearances delay UAV testing at Challakere ATR despite surge in desi programmes By Anantha Krishnan Muralidharan Nair Tarmak Media House #TMH FORT KOCHI (KERALA), 19 MAY 2025: India’s push for indigenous unmanned aerial systems is encountering turbulence at the Aeronautical Test Range (ATR) near Chitradurga, Karnataka, with multiple UAV developers raising concerns over persistent delays caused by mandatory clearances from the Airports Authority of India (AAI). A subscale High-Altitude Platform (HAP) UAV, developed by CSIR-NAL, recently achieved back-to-back test flights at 24,000 ft AMSL, demonstrating notable robustness and reliability. The test missions were conducted from the DRDO-run ATR, which falls under the Aeronautical Development Establishment (ADE). The ATR has emerged as a critical testbed for India’s UAV ecosystem, involving both government agencies and private industry. NAL’s HAP -- now in its fourth year -- has attracted particular attention from the Indian Air Force #IAF. Touted as a loitering munition with stealth capabilities, the platform aims to scale 40,000 ft shortly, with an eventual goal of 70,000 ft. Its applications span both military and civilian domains, with swarming capability being a key focus for the IAF. Yet, despite this momentum, UAV developers report consistent setbacks due to AAI’s clearance protocols. Every trial requires prior approval from AAI -- a process they describe as time-consuming and operationally disruptive. “ATR lies beneath a busy civil aviation corridor -- the Bengaluru–Chennai–Bengaluru sector. Alongside DRDO and NAL, ISRO also uses the range for testing its Reusable Launch Vehicle (RLV),” said an official familiar with the matter. ATR’s current 2-km-plus runway is undergoing planned expansion, and several support facilities -- including a wind tunnel for UAV testing -- are expected to become functional within the next two years. However, developers are calling for urgent reform in test protocols, especially after the boost in indigenous UAV activity following Operation Sindoor. “ATR should be designated as a permanent exclusion zone for civil air traffic. Its surrounding airspace must be reserved solely for defence testing. The current SOPs involving repeated NOTAMs are delaying critical trials. AAI should have no jurisdiction over strategic military ranges,” the official asserted. Repeated attempts to contact Union Civil Aviation Minister Kinjarapu Rammohan Naidu on his mobile phone were unsuccessful. A text message sent to one of his Personal Assistants following a brief exchange also went unanswered. AAI Executive Director (CNS & Planning) Suneel Dutt responded to a call but clarified that he is not the concerned authority on the issue. It remains to be seen whether this pressing matter will receive due attention during the high-profile drone warfare strategy session currently underway in New Delhi. ©TarmakMediaHouse (TMH) #ATR #Challakere #ISRO #DRDO #NAL #UAV #HAPS #CSIR #Military #Drones #AAI #AirportAuthorityofIndia #TarmakMediaHouse #TMH #IndiaFirst Tarmak Media House l #TMH l Formerly Tarmak007 Billion Beats Onmanorama Madhavdas G. Airports Authority of India Adedayo Osholowu ISRO CSIR, India CSIR-NAL Ram Mohan Naidu Kinjarapu PMO India

Anantha Krishnan M🇮🇳

32,621 просмотров • 1 год назад

On November 14, 2025, China's first new-generation Amphibious Assault Ship, the #Sichuan (Hull 51), set sail from Hudong-Zhonghua Shipyard in east China's Shanghai City, heading for relevant sea areas to carry out its first navigation test mission. This #SeaTrial will mainly test and verify the reliability and stability of the power, electrical and other systems of the #AmphibiousAssaultShip Sichuan. It is learned that since its launch in December 2024, the construction of the Sichuan has been steadily advancing as planned. It has successfully completed mooring tests and equipment installation and debugging, and has met the technical conditions for sea trials. China's first Type 076 amphibious assault ship Sichuan, has a full-load displacement of over 40,000 tonnes and features a dual-island superstructure along with a full-length flight deck. It incorporates the innovative electromagnetic #catapult and arrestor technologies, enabling it to carry fixed-wing aircraft, helicopters, and amphibious equipment. #Chinamilitary #ChinaNavy #PLAN #PLA #Navy #ElectromagneticCatapult #四川舰 #两栖攻击舰 #076两栖攻击舰 #电磁弹射

On November 14, 2025, China's first new-generation Amphibious Assault Ship, the #Sichuan (Hull 51), set sail from Hudong-Zhonghua Shipyard in east China's Shanghai City, heading for relevant sea areas to carry out its first navigation test mission. This #SeaTrial will mainly test and verify the reliability and stability of the power, electrical and other systems of the #AmphibiousAssaultShip Sichuan. It is learned that since its launch in December 2024, the construction of the Sichuan has been steadily advancing as planned. It has successfully completed mooring tests and equipment installation and debugging, and has met the technical conditions for sea trials. China's first Type 076 amphibious assault ship Sichuan, has a full-load displacement of over 40,000 tonnes and features a dual-island superstructure along with a full-length flight deck. It incorporates the innovative electromagnetic #catapult and arrestor technologies, enabling it to carry fixed-wing aircraft, helicopters, and amphibious equipment. #Chinamilitary #ChinaNavy #PLAN #PLA #Navy #ElectromagneticCatapult #四川舰 #两栖攻击舰 #076两栖攻击舰 #电磁弹射

China Military Bugle

212,152 просмотров • 8 месяцев назад

Intelligence should not be a service you rent; it is a foundational element you possess. At Tether, we see AI as a new element of the periodic table - a raw material that can be embedded into the very fabric of the universe. Today, the QVAC SDK is officially live - the atomic unit for the next era of compute. From your smartphone today to the edge of the galaxy tomorrow, we are building the decentralized mind that doesn't require an uplink to function. Infinite Stable Intelligence: - Local-First: Runs privately on any device without permission or central servers. - Single API: A complete SDK for Vision, RAG, P2P networking, and LLM fine-tuning. - Unstoppable: No central point of failure if the internet breaks, your world keeps thinking. - Decentralized: Evolve through Peer-to-Peer Swarms of Infinite Intelligence. The era of Stable Intelligence has begun. Start building the future at

Intelligence should not be a service you rent; it is a foundational element you possess. At Tether, we see AI as a new element of the periodic table - a raw material that can be embedded into the very fabric of the universe. Today, the QVAC SDK is officially live - the atomic unit for the next era of compute. From your smartphone today to the edge of the galaxy tomorrow, we are building the decentralized mind that doesn't require an uplink to function. Infinite Stable Intelligence: - Local-First: Runs privately on any device without permission or central servers. - Single API: A complete SDK for Vision, RAG, P2P networking, and LLM fine-tuning. - Unstoppable: No central point of failure if the internet breaks, your world keeps thinking. - Decentralized: Evolve through Peer-to-Peer Swarms of Infinite Intelligence. The era of Stable Intelligence has begun. Start building the future at

QVAC

13,344,999 просмотров • 3 месяцев назад

@sachitakahara sits down with David Minarsch ☴, core contributor to OLAS, to break down what it really means to co-own AI. Instead of just using AI, OLAS lets users participate — through tokens, running agents, or even operating them as businesses. From DeFi to prediction markets, agents generate yield, and operators share in the upside. It’s a shift from passive users to active participants in an AI economy. But ownership is only half the story — alignment matters. Through staking contracts, OLAS defines clear KPIs for agents, similar to roles in a workplace. Agents act autonomously, but incentives keep them aligned with the system’s goals. And at the infrastructure level, reliability is handled through decentralized agent architecture — combining multiple models and consensus mechanisms to reduce errors and improve decision-making. The result: AI that isn’t just decentralized — but coordinated, incentivized, and owned by the community.

@sachitakahara sits down with David Minarsch ☴, core contributor to OLAS, to break down what it really means to co-own AI. Instead of just using AI, OLAS lets users participate — through tokens, running agents, or even operating them as businesses. From DeFi to prediction markets, agents generate yield, and operators share in the upside. It’s a shift from passive users to active participants in an AI economy. But ownership is only half the story — alignment matters. Through staking contracts, OLAS defines clear KPIs for agents, similar to roles in a workplace. Agents act autonomously, but incentives keep them aligned with the system’s goals. And at the infrastructure level, reliability is handled through decentralized agent architecture — combining multiple models and consensus mechanisms to reduce errors and improve decision-making. The result: AI that isn’t just decentralized — but coordinated, incentivized, and owned by the community.

.

38,583 просмотров • 3 месяцев назад

🔶 Shib Tech Stack: From Meme to Modular Infrastructure 🔶 What started as SHIB — a decentralized experiment — has grown into a full-stack Web3 ecosystem built for scale, privacy, and real utility. SHIB → The Origin The token that launched the community. Fairly distributed and community-led. Leash → Scarce by Design Limited supply, evolving purpose. Used for early access, NFTs, and ecosystem incentives. Bone → Gas and Governance The operational core of Shibarium. Powers transactions and governance across the network. ShibaSwap → Native DeFi A decentralized platform for swapping, staking, and earning — designed for Shib ecosystem tokens. Shiboshis → Identity NFTs 10,000 collectibles that serve as digital identity and access points within the ecosystem. Shibarium → The L2 Core An Ethereum-compatible Layer 2 built for speed, low fees, and high throughput — with Bone as gas. Dev Portal → Tools to Build Everything developers need: RPCs, Paymaster, APIs, oracles, faucet access, and SDKs. Dapp Store → Shibarium Front Door A curated marketplace for discovering and using Shibarium-based applications. The Metaverse → Digital Space An interactive 3D world for land ownership, creation, and on-chain utility. Sheboshi (DN404) → Next-Gen NFTs On-chain, gas-efficient NFTs built on the DN404 standard — combining ERC-20 and ERC-721 traits. Treat → Encrypted DeFi Enables privacy-focused smart contracts through Fully Homomorphic Encryption (FHE). Shib Identity → On-Chain Credentials Decentralized identifiers for user authentication, access, and reputation. Shib OS → Application Framework The operating layer that connects identity, logic, data, and UI for Shibarium-native dapps. Shib Alpha Layer → Unified Protocol The Alpha layer — where compute, privacy, identity, and value converge into one cohesive system. Shib is no longer just a token. It’s an integrated tech stack — decentralized, modular, and built to scale.

🔶 Shib Tech Stack: From Meme to Modular Infrastructure 🔶 What started as SHIB — a decentralized experiment — has grown into a full-stack Web3 ecosystem built for scale, privacy, and real utility. SHIB → The Origin The token that launched the community. Fairly distributed and community-led. Leash → Scarce by Design Limited supply, evolving purpose. Used for early access, NFTs, and ecosystem incentives. Bone → Gas and Governance The operational core of Shibarium. Powers transactions and governance across the network. ShibaSwap → Native DeFi A decentralized platform for swapping, staking, and earning — designed for Shib ecosystem tokens. Shiboshis → Identity NFTs 10,000 collectibles that serve as digital identity and access points within the ecosystem. Shibarium → The L2 Core An Ethereum-compatible Layer 2 built for speed, low fees, and high throughput — with Bone as gas. Dev Portal → Tools to Build Everything developers need: RPCs, Paymaster, APIs, oracles, faucet access, and SDKs. Dapp Store → Shibarium Front Door A curated marketplace for discovering and using Shibarium-based applications. The Metaverse → Digital Space An interactive 3D world for land ownership, creation, and on-chain utility. Sheboshi (DN404) → Next-Gen NFTs On-chain, gas-efficient NFTs built on the DN404 standard — combining ERC-20 and ERC-721 traits. Treat → Encrypted DeFi Enables privacy-focused smart contracts through Fully Homomorphic Encryption (FHE). Shib Identity → On-Chain Credentials Decentralized identifiers for user authentication, access, and reputation. Shib OS → Application Framework The operating layer that connects identity, logic, data, and UI for Shibarium-native dapps. Shib Alpha Layer → Unified Protocol The Alpha layer — where compute, privacy, identity, and value converge into one cohesive system. Shib is no longer just a token. It’s an integrated tech stack — decentralized, modular, and built to scale.

Shibarium | SHIB.IO

15,682 просмотров • 1 год назад

NEAR MIDAIR COLLISION OVER THE CARIBBEAN INVOLVING JETBLUE A320 AND U.S. AIR FORCE TANKER “THEY PASS DIRECTLY IN OUR FLIGHT PATH. WE HAD TO STOP OUR CLIMB. THEY DON’T HAVE THEIR TRANSPONDER TURNED ON, IT’S OUTRAGEOUS. WE ALMOST HAD A MIDAIR COLLISION UP HERE.”,JetBlue Pilot On Friday, JetBlue flight 1112, an Airbus A320 operating from Willemstad, Curaçao to New York (JFK), was reportedly involved in a serious near miss while climbing through FL333–FL334 over the southern Caribbean. The crew visually spotted a U.S. Air Force KC-135R aerial refueling tanker directly in their climb path and immediately stopped the climb and initiated a descent to avoid a collision. Pilots told ATC the military aircraft appeared to be operating without an active transponder, rendering it invisible to both ATC and nearby traffic. Flightradar24 data shows the JetBlue A320 halting its climb and briefly descending around 21:04 UTC. The KC-135R was reportedly conducting operations off the coast of Venezuela as part of Operation Southern Spear. JetBlue confirmed the incident, stating it has reported the event to federal authorities and will participate in any investigation, praising the crew for promptly reporting the situation. U.S. Southern Command (SOUTHCOM) said it is reviewing the matter, emphasizing that safety remains a top priority.

NEAR MIDAIR COLLISION OVER THE CARIBBEAN INVOLVING JETBLUE A320 AND U.S. AIR FORCE TANKER “THEY PASS DIRECTLY IN OUR FLIGHT PATH. WE HAD TO STOP OUR CLIMB. THEY DON’T HAVE THEIR TRANSPONDER TURNED ON, IT’S OUTRAGEOUS. WE ALMOST HAD A MIDAIR COLLISION UP HERE.”,JetBlue Pilot On Friday, JetBlue flight 1112, an Airbus A320 operating from Willemstad, Curaçao to New York (JFK), was reportedly involved in a serious near miss while climbing through FL333–FL334 over the southern Caribbean. The crew visually spotted a U.S. Air Force KC-135R aerial refueling tanker directly in their climb path and immediately stopped the climb and initiated a descent to avoid a collision. Pilots told ATC the military aircraft appeared to be operating without an active transponder, rendering it invisible to both ATC and nearby traffic. Flightradar24 data shows the JetBlue A320 halting its climb and briefly descending around 21:04 UTC. The KC-135R was reportedly conducting operations off the coast of Venezuela as part of Operation Southern Spear. JetBlue confirmed the incident, stating it has reported the event to federal authorities and will participate in any investigation, praising the crew for promptly reporting the situation. U.S. Southern Command (SOUTHCOM) said it is reviewing the matter, emphasizing that safety remains a top priority.

Turbine Traveller

161,007 просмотров • 7 месяцев назад

Autonomous driving through tight, dynamic, stochastic, and adversarial traffic-dynamics on sub-urban roads in India, as well as through partially unstructured environments. This demos showcases the robustness of our motion planning and decision making algorithmic frameworks in enabling #autonomousdriving through seamlessly through such traffic and environmental scenarios. The vehicle starts from a generic open environment at the temple, where there are no traffic-rules to abide by. It then exits the region and assumes a generic autonomous navigation behaviour, negotiating complex traffic scenes. At various points it can be seen that the other vehicles (bikes, autos, bicyclists, and cars) didn't abide by any traffic-rule and moved in crisscross fashion, presenting adversarial scenarios, challenging our autonomous vehicle at Swaayatt Robots to take care of the collision avoidance. This classical motion planning and decision making algorithmic framework is being further scaled up with deep #reinforcementlearning, which will practically solve the sub-urban traffic-dynamics and environment negotiation for #autonomousvehicles in India and throughout the world as well. This demo was done at the Kankali Kali Mata mandir in the city of Bhopal. This demo was a culmination of our prior works and demos: off-roads, on-roads, bidirectional traffic negotiation in single lane roads, and toll-plaza navigation. We have taken up the arduous task of solving the Level-4 autonomous driving by the end of 2024, globally. #machinelearning #deeplearning

Autonomous driving through tight, dynamic, stochastic, and adversarial traffic-dynamics on sub-urban roads in India, as well as through partially unstructured environments. This demos showcases the robustness of our motion planning and decision making algorithmic frameworks in enabling #autonomousdriving through seamlessly through such traffic and environmental scenarios. The vehicle starts from a generic open environment at the temple, where there are no traffic-rules to abide by. It then exits the region and assumes a generic autonomous navigation behaviour, negotiating complex traffic scenes. At various points it can be seen that the other vehicles (bikes, autos, bicyclists, and cars) didn't abide by any traffic-rule and moved in crisscross fashion, presenting adversarial scenarios, challenging our autonomous vehicle at Swaayatt Robots to take care of the collision avoidance. This classical motion planning and decision making algorithmic framework is being further scaled up with deep #reinforcementlearning, which will practically solve the sub-urban traffic-dynamics and environment negotiation for #autonomousvehicles in India and throughout the world as well. This demo was done at the Kankali Kali Mata mandir in the city of Bhopal. This demo was a culmination of our prior works and demos: off-roads, on-roads, bidirectional traffic negotiation in single lane roads, and toll-plaza navigation. We have taken up the arduous task of solving the Level-4 autonomous driving by the end of 2024, globally. #machinelearning #deeplearning

Sanjeev Sharma

186,266 просмотров • 2 лет назад

What is Nostr? Jack Dorsey explains it in just two minutes 👀 Nostr is revolutionizing the way we think about online communication and social networking. As an open protocol—short for "Notes and Other Stuff Transmitted by Relays"—it empowers users to share information in a decentralized manner, promoting freedom of expression and data security. Here are some key insights into why Nostr is gaining traction: A Response to Social Media Failures The current landscape of social media is fraught with issues—manipulative algorithms, intrusive ads, and rampant censorship. Nostr addresses these challenges head-on by offering an alternative that prioritizes user agency and transparency. It allows individuals to curate their experiences without being subjected to opaque corporate agendas. Decentralization at Its Core Nostr operates without a central authority, meaning there’s no single point of failure. This architecture not only enhances resilience against attacks but also ensures that users maintain control over their data. In a world where censorship is increasingly prevalent, Nostr’s structure allows for censorship-resistant communication, making it a compelling alternative to traditional social media platforms. User Empowerment through Cryptography At the heart of Nostr's functionality are cryptographic keys. Users generate unique "events" signed with their private keys, which are then broadcasted through independent relays. This not only secures communications but also enables users to verify their identities easily. The result? A platform where authenticity and privacy are paramount, allowing individuals to engage freely without fear of surveillance or censorship. Simplicity Meets Flexibility Nostr is built on a straightforward protocol that utilizes JSON for event objects and WebSocket connections for data transmission. This simplicity fosters software diversity, enabling developers to create various clients and applications that cater to different user needs. As a result, Nostr is not just another app; it's a flexible framework that can evolve with user demands. Nostr stands out as a beacon of hope for those seeking autonomy and privacy online. Its decentralized nature, combined with robust security features, positions it as a new challenger in the future of social networking. Are you ready to explore what Nostr has to offer? If you want to test nostr as a user, creator, developer or builder shoot me a DM, I'd love to connect. If you've read the whole post and haven't joined nostr yet, please try out Primal. It's a great nostr client for Android and IOS. I see you on the other side )

What is Nostr? Jack Dorsey explains it in just two minutes 👀 Nostr is revolutionizing the way we think about online communication and social networking. As an open protocol—short for "Notes and Other Stuff Transmitted by Relays"—it empowers users to share information in a decentralized manner, promoting freedom of expression and data security. Here are some key insights into why Nostr is gaining traction: A Response to Social Media Failures The current landscape of social media is fraught with issues—manipulative algorithms, intrusive ads, and rampant censorship. Nostr addresses these challenges head-on by offering an alternative that prioritizes user agency and transparency. It allows individuals to curate their experiences without being subjected to opaque corporate agendas. Decentralization at Its Core Nostr operates without a central authority, meaning there’s no single point of failure. This architecture not only enhances resilience against attacks but also ensures that users maintain control over their data. In a world where censorship is increasingly prevalent, Nostr’s structure allows for censorship-resistant communication, making it a compelling alternative to traditional social media platforms. User Empowerment through Cryptography At the heart of Nostr's functionality are cryptographic keys. Users generate unique "events" signed with their private keys, which are then broadcasted through independent relays. This not only secures communications but also enables users to verify their identities easily. The result? A platform where authenticity and privacy are paramount, allowing individuals to engage freely without fear of surveillance or censorship. Simplicity Meets Flexibility Nostr is built on a straightforward protocol that utilizes JSON for event objects and WebSocket connections for data transmission. This simplicity fosters software diversity, enabling developers to create various clients and applications that cater to different user needs. As a result, Nostr is not just another app; it's a flexible framework that can evolve with user demands. Nostr stands out as a beacon of hope for those seeking autonomy and privacy online. Its decentralized nature, combined with robust security features, positions it as a new challenger in the future of social networking. Are you ready to explore what Nostr has to offer? If you want to test nostr as a user, creator, developer or builder shoot me a DM, I'd love to connect. If you've read the whole post and haven't joined nostr yet, please try out Primal. It's a great nostr client for Android and IOS. I see you on the other side )

Pierre Corbin

18,456 просмотров • 1 год назад

I interviewed a guy who gave his OpenClaw an X, stripe account, and bank account. He told it to build a million dollar business with zero human employees. It made $300K+ in a month. Nat Eliason's agent Felix (Felix Craft) runs an entire business. It builds products, writes sales emails, sends stripe invoices, manages a marketplace with 560+ listings and nat barely touches it. Here's how they got there: 1) create a separate container. Felix has his own gmail, X account, stripe, bank account, C corp. nat never gave it access to his personal stuff. this removes security fears and unlocks maximum autonomy. 2) start stupidly simple. Felix's first product? a PDF. on a Nextjs site on Vercel with Stripe. the simplest business possible. it made $1,000 on day one. built entirely overnight while nat slept. 3) write a soul file with a mission. nat rewrote Felix's identity: "you are the CEO. your financial mission is to build a $1M business with zero human employees. i will never touch the code." 4) run a nightly self-improvement loop. every night Felix reads through all chat transcripts and finds one place where nat blocked him. then figures out how to remove that blocker permanently. 5) delegate by rambling, not prompting. nat uses voice notes on telegram. describes the problem in a 5-minute monologue. lets Felix figure out the workflow. "8 times out of 10, it'll surprise you with something better than what you were thinking." 6) let it cook on replies, gate the original posts. Felix has full autonomy on X replies but creates drafts for top-level tweets nat reviews. balances distribution with quality control.

I interviewed a guy who gave his OpenClaw an X, stripe account, and bank account. He told it to build a million dollar business with zero human employees. It made $300K+ in a month. Nat Eliason's agent Felix (Felix Craft) runs an entire business. It builds products, writes sales emails, sends stripe invoices, manages a marketplace with 560+ listings and nat barely touches it. Here's how they got there: 1) create a separate container. Felix has his own gmail, X account, stripe, bank account, C corp. nat never gave it access to his personal stuff. this removes security fears and unlocks maximum autonomy. 2) start stupidly simple. Felix's first product? a PDF. on a Nextjs site on Vercel with Stripe. the simplest business possible. it made $1,000 on day one. built entirely overnight while nat slept. 3) write a soul file with a mission. nat rewrote Felix's identity: "you are the CEO. your financial mission is to build a $1M business with zero human employees. i will never touch the code." 4) run a nightly self-improvement loop. every night Felix reads through all chat transcripts and finds one place where nat blocked him. then figures out how to remove that blocker permanently. 5) delegate by rambling, not prompting. nat uses voice notes on telegram. describes the problem in a 5-minute monologue. lets Felix figure out the workflow. "8 times out of 10, it'll surprise you with something better than what you were thinking." 6) let it cook on replies, gate the original posts. Felix has full autonomy on X replies but creates drafts for top-level tweets nat reviews. balances distribution with quality control.

Alex Lieberman

952,256 просмотров • 4 месяцев назад

$PLTR Sat down with Forward Deployed Architect Chad Wahlquist to discuss Palantir's Multi-Modal Data Plane (MMDP). Part of the reason the world has begun to care about Palantir is because of the company's obsession around delivering outcomes. Through Q2 earnings, a record number of public companies spent valuable time on their earnings calls discussing how Palantir is changing their business. While many SaaS businesses create toxic forms of usage to keep you hooked, Palantir is geared towards reducing costs and improving margins. CEO Alex Karp has now made it a mission to try to get customer unit economics to resemble Palantir's own unit economics (a rule of 94 on a traditional rule of 40) so that partners can experience the benefit of exceptional operating leverage as the business scales, which is VERY hard to achieve, but Palantir is actually aligned, both philosophically and technically, to help partners achieve it. Chad broke down the technical aspects of how MMDP is a new framework to offer partners a way to store data anywhere, compute data anywhere, and use any model. Thanks for taking the time to discuss Chad!

$PLTR Sat down with Forward Deployed Architect Chad Wahlquist to discuss Palantir's Multi-Modal Data Plane (MMDP). Part of the reason the world has begun to care about Palantir is because of the company's obsession around delivering outcomes. Through Q2 earnings, a record number of public companies spent valuable time on their earnings calls discussing how Palantir is changing their business. While many SaaS businesses create toxic forms of usage to keep you hooked, Palantir is geared towards reducing costs and improving margins. CEO Alex Karp has now made it a mission to try to get customer unit economics to resemble Palantir's own unit economics (a rule of 94 on a traditional rule of 40) so that partners can experience the benefit of exceptional operating leverage as the business scales, which is VERY hard to achieve, but Palantir is actually aligned, both philosophically and technically, to help partners achieve it. Chad broke down the technical aspects of how MMDP is a new framework to offer partners a way to store data anywhere, compute data anywhere, and use any model. Thanks for taking the time to discuss Chad!

amit

105,994 просмотров • 11 месяцев назад