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Introducing Raptor—a first-of-its-kind software suite that unlocks next-gen GPS resilience for autonomous drone systems. Now, when GPS goes blind, your mission doesn’t have to. These software products use a drone’s native camera and Maxar’s unique global 3D data to deliver a breakthrough terrain-based positioning system. Drones can navigate with... show more

Maxar Technologies

132,997 subscribers

47,543 次观看 • 1 年前 •via X (Twitter)

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Gokarp 的头像

Gokarp1 年前

@petewilz built on foundry?

ARK Electronics 的头像

ARK Electronics2 年前

Elevate your drone game with our USA-made, NDAA-compliant flight controllers! Trust in reliable technology that not only enhances your flights but also supports US drone manufacturing capability. 🇺🇸✈️ #USAMade #NDAA #drones #uav #uas #px4 #ardupilot #USA #unmanned #opensource

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Johnny Time1 年前

Raptor's terrain-based positioning is a game-changer for drone autonomy. Can't wait to see it in action—GPS who? #drones

Yurii Teteria 的头像

Yurii Teteria1 年前

Will this work in Ukraine ?

相关视频

How can drones navigate without GPS? We sat down with Paul Millhouse, Ryan Garay, and Micah Schicker, to break down how Raptor enables drones to navigate and extract precise ground coordinates in real-time—using only their onboard camera and our global 3D terrain data Watch the full walkthrough and learn more about Raptor:

How can drones navigate without GPS? We sat down with Paul Millhouse, Ryan Garay, and Micah Schicker, to break down how Raptor enables drones to navigate and extract precise ground coordinates in real-time—using only their onboard camera and our global 3D terrain data Watch the full walkthrough and learn more about Raptor:

Vantor

13,764 次观看 • 1 年前

$ONDS gives me exposure to the autonomy layer of drones through drone-in-a-box systems, autonomous networks, counter-drone technology and command-and-control software. Ondas could become a broader autonomous defense platform across aerial drones, counter-UAS, ground robotics, ISR, border security and other mission-critical use cases.

$ONDS gives me exposure to the autonomy layer of drones through drone-in-a-box systems, autonomous networks, counter-drone technology and command-and-control software. Ondas could become a broader autonomous defense platform across aerial drones, counter-UAS, ground robotics, ISR, border security and other mission-critical use cases.

Shay Boloor

163,894 次观看 • 4 天前

Australia unveils jam-proof quantum tech that’s 50 times more accurate than GPS alternatives | Christopher McFadden, Interesting Engineering The system was found to be 50 times more accurate than traditional GPS alternatives. Australia’s Q-CTRL has announced the first real-world demonstration of its commercially viable quantum navigation system. The system works without Global Positioning Systems (GPS), cannot be jammed, and is already proving to be drastically more accurate than anything else. This is a big deal as many vehicles worldwide (including planes and cars) rely heavily on GPS for navigation. However, GPS can be jammed, spoofed, or even denied, especially during military conflicts or cyberattacks. This is a growing concern for national security and autonomous vehicles, which need constant, accurate location data. In fact, according to a press release by Q-CTRL, GPS jamming has been shown to disrupt around 1,000 flights every day. An outage on this scale is estimated to cost the global economy around $1 billion daily. Therefore, finding a reliable backup to GPS is critical, especially for defense and autonomous systems. Navigation without GPS To this end, Q-CTRL developed a new system called “Ironstone Opal,” which uses quantum sensors to navigate without GPS. It’s passive (meaning it doesn’t emit signals that could be detected or jammed) and highly accurate. Instead of relying on satellites, Q-CTRL’s system can read the Earth’s magnetic field, which varies slightly depending on location (like a magnetic fingerprint or map). The system can determine where you are by measuring these variations using magnetometers. This is made possible using the company’s proprietary quantum sensors, which are incredibly sensitive and stable. The system also comes with special AI-based software, which filters out interference like vibrations or electromagnetic noise (what they call “software ruggedization”). The system is small and compact and could, in theory, be installed in drones or cars and, of course, aircraft. Q-CTRL ran some live tests on the ground and in the air to validate the technology. As anticipated, they found that it could operate completely independently of GPS. Moreover, the company reports that its quantum GPS was 50 times more accurate than traditional GPS backup systems (like Inertial Navigation Systems or INS). The systems also delivered navigation precision on par with hitting a bullseye from 1,000 yards. Technology now proven Even when the equipment was mounted inside a plane, where interference is much worse, it outperformed existing systems by at least 11x. This is the first time quantum technology has been shown to outperform existing tech in a real-world commercial or military application, a milestone referred to as achieving “quantum advantage.” Because of its stealthy, jam-proof, and high-precision nature, this tech is highly attractive to military forces, notably Australia, the UK, and the US. However, it could also prove valuable to commercial aviation companies, autonomous vehicles, and drones. It could be a game-changer for navigation in hostile environments, GPS-denied zones, or deep-sea/mountainous regions where GPS doesn’t work well.

Australia unveils jam-proof quantum tech that’s 50 times more accurate than GPS alternatives | Christopher McFadden, Interesting Engineering The system was found to be 50 times more accurate than traditional GPS alternatives. Australia’s Q-CTRL has announced the first real-world demonstration of its commercially viable quantum navigation system. The system works without Global Positioning Systems (GPS), cannot be jammed, and is already proving to be drastically more accurate than anything else. This is a big deal as many vehicles worldwide (including planes and cars) rely heavily on GPS for navigation. However, GPS can be jammed, spoofed, or even denied, especially during military conflicts or cyberattacks. This is a growing concern for national security and autonomous vehicles, which need constant, accurate location data. In fact, according to a press release by Q-CTRL, GPS jamming has been shown to disrupt around 1,000 flights every day. An outage on this scale is estimated to cost the global economy around $1 billion daily. Therefore, finding a reliable backup to GPS is critical, especially for defense and autonomous systems. Navigation without GPS To this end, Q-CTRL developed a new system called “Ironstone Opal,” which uses quantum sensors to navigate without GPS. It’s passive (meaning it doesn’t emit signals that could be detected or jammed) and highly accurate. Instead of relying on satellites, Q-CTRL’s system can read the Earth’s magnetic field, which varies slightly depending on location (like a magnetic fingerprint or map). The system can determine where you are by measuring these variations using magnetometers. This is made possible using the company’s proprietary quantum sensors, which are incredibly sensitive and stable. The system also comes with special AI-based software, which filters out interference like vibrations or electromagnetic noise (what they call “software ruggedization”). The system is small and compact and could, in theory, be installed in drones or cars and, of course, aircraft. Q-CTRL ran some live tests on the ground and in the air to validate the technology. As anticipated, they found that it could operate completely independently of GPS. Moreover, the company reports that its quantum GPS was 50 times more accurate than traditional GPS backup systems (like Inertial Navigation Systems or INS). The systems also delivered navigation precision on par with hitting a bullseye from 1,000 yards. Technology now proven Even when the equipment was mounted inside a plane, where interference is much worse, it outperformed existing systems by at least 11x. This is the first time quantum technology has been shown to outperform existing tech in a real-world commercial or military application, a milestone referred to as achieving “quantum advantage.” Because of its stealthy, jam-proof, and high-precision nature, this tech is highly attractive to military forces, notably Australia, the UK, and the US. However, it could also prove valuable to commercial aviation companies, autonomous vehicles, and drones. It could be a game-changer for navigation in hostile environments, GPS-denied zones, or deep-sea/mountainous regions where GPS doesn’t work well.

Owen Gregorian

53,563 次观看 • 1 年前

Raptor helps drones navigate without GPS. Any size. Any mission. Any budget. 🔗:

Raptor helps drones navigate without GPS. Any size. Any mission. Any budget. 🔗:

Maxar Technologies

31,805 次观看 • 1 年前

🚨🇺🇸 SPACEX LAUNCHES GPS III-7: NEXT-GEN SATELLITE BOOSTS DEFENSE AND CIVILIAN NAVIGATION SpaceX launched GPS III-7, the latest next-generation satellite that will revolutionize navigation for both military and civilian users: "Today's mission is also Falcon 9's 7th launch of a GPS satellite, helping provide everyday navigation on your phone and in your car in addition to enabling autonomous vehicles, disaster response organizations, banking transactions, advanced defense capabilities, and more. GPS-III is the next generation of satellites required to maintain the GPS constellation's resiliency and improve services to meet user demand." The Falcon 9 booster completed its fourth flight, previously launching cargo to the ISS, a classified mission, and Starlink satellites. SpaceX's reusability continues to drive down launch costs for critical national security missions. This marks SpaceX's second accelerated mission for Space Force, proving private innovation can deliver defense capabilities faster and cheaper than traditional contractors. Every smartphone, bank transaction, and military operation depends on these satellites. Source: SpaceX

🚨🇺🇸 SPACEX LAUNCHES GPS III-7: NEXT-GEN SATELLITE BOOSTS DEFENSE AND CIVILIAN NAVIGATION SpaceX launched GPS III-7, the latest next-generation satellite that will revolutionize navigation for both military and civilian users: "Today's mission is also Falcon 9's 7th launch of a GPS satellite, helping provide everyday navigation on your phone and in your car in addition to enabling autonomous vehicles, disaster response organizations, banking transactions, advanced defense capabilities, and more. GPS-III is the next generation of satellites required to maintain the GPS constellation's resiliency and improve services to meet user demand." The Falcon 9 booster completed its fourth flight, previously launching cargo to the ISS, a classified mission, and Starlink satellites. SpaceX's reusability continues to drive down launch costs for critical national security missions. This marks SpaceX's second accelerated mission for Space Force, proving private innovation can deliver defense capabilities faster and cheaper than traditional contractors. Every smartphone, bank transaction, and military operation depends on these satellites. Source: SpaceX

Mario Nawfal

159,223 次观看 • 1 年前

GPS: Next month SpaceX will help fulfill President Reagan's vision to provide GPS to the entire world for free to advance both safety, freedom, and peace. SpaceX will launch the GPS III Space Vehicle 07 in Space Force's ongoing modernization of the GPS system, which serves over six billion users globally for positioning, navigation, and timing services.

GPS: Next month SpaceX will help fulfill President Reagan's vision to provide GPS to the entire world for free to advance both safety, freedom, and peace. SpaceX will launch the GPS III Space Vehicle 07 in Space Force's ongoing modernization of the GPS system, which serves over six billion users globally for positioning, navigation, and timing services.

@amuse

17,324 次观看 • 1 年前

SUPER DRONE NAVIGATES UNKNOWN TERRAIN—NO GPS, NO PROBLEM Scientists have developed SUPER, an autonomous drone capable of navigating cluttered environments without GPS. Research Team: "This tech could revolutionize search and rescue by safely guiding drones through unknown terrain." Unlike traditional drones, SUPER relies on advanced AI and onboard sensors to map surroundings in real time. The breakthrough could lead to faster disaster response, autonomous exploration, and even military applications. As AI-driven navigation advances, the line between machine and instinctive flight keeps blurring. Source: Science Magazine

SUPER DRONE NAVIGATES UNKNOWN TERRAIN—NO GPS, NO PROBLEM Scientists have developed SUPER, an autonomous drone capable of navigating cluttered environments without GPS. Research Team: "This tech could revolutionize search and rescue by safely guiding drones through unknown terrain." Unlike traditional drones, SUPER relies on advanced AI and onboard sensors to map surroundings in real time. The breakthrough could lead to faster disaster response, autonomous exploration, and even military applications. As AI-driven navigation advances, the line between machine and instinctive flight keeps blurring. Source: Science Magazine

Mario Nawfal

97,699 次观看 • 1 年前

First demo of our new aerial Visual-Inertial Positioning System (VIO+VPS): 40m positioning accuracy (CEP) in a 50 kilometer flight using a camera, consumer-grade IMU and a barometer! No GPS

First demo of our new aerial Visual-Inertial Positioning System (VIO+VPS): 40m positioning accuracy (CEP) in a 50 kilometer flight using a camera, consumer-grade IMU and a barometer! No GPS

Otto Seiskari

101,510 次观看 • 1 年前

Ever wonder how LTE-based IoT devices communicate over the internet? I modified a Chinese GPS tracker that is in common use in the US and got the cell modem to communicate with internet systems other than the GPS tracker's cloud servers.

Ever wonder how LTE-based IoT devices communicate over the internet? I modified a Chinese GPS tracker that is in common use in the US and got the cell modem to communicate with internet systems other than the GPS tracker's cloud servers.

Matt Brown

92,737 次观看 • 5 个月前

From cleanroom to orbit in just over 3 months. 🛰️ Our newest GPS satellite, GPS III SV08, recently launched and is now undergoing on-orbit commissioning—demonstrating rapid response and resilience for a critical national security mission.

From cleanroom to orbit in just over 3 months. 🛰️ Our newest GPS satellite, GPS III SV08, recently launched and is now undergoing on-orbit commissioning—demonstrating rapid response and resilience for a critical national security mission.

Lockheed Martin Space

11,780 次观看 • 11 个月前

HOW TO TRACK PEOPLE WITH THEIR IMAGES Many photos taken with modern smartphones contain hidden information called GPS metadata. This data is stored in the image file using a format known as EXIF (Exchangeable Image File Format). Along with camera settings like time, date, and device model, EXIF data can also include the exact GPS coordinates of where the picture was taken. When someone takes a photo with location services enabled, the phone uses the Global Positioning System to record the latitude and longitude. These coordinates are automatically embedded into the image file’s metadata. If the image is shared without removing this metadata, anyone with basic tools or online metadata viewers can extract the GPS coordinates from the file. By entering those coordinates into a map service such as Google Maps, they can see the exact location where the photo was taken. Because of this, an image can unintentionally reveal where a person lives, works, or frequently visits. For privacy and safety, many people remove metadata or disable location tagging before sharing photos online.

HOW TO TRACK PEOPLE WITH THEIR IMAGES Many photos taken with modern smartphones contain hidden information called GPS metadata. This data is stored in the image file using a format known as EXIF (Exchangeable Image File Format). Along with camera settings like time, date, and device model, EXIF data can also include the exact GPS coordinates of where the picture was taken. When someone takes a photo with location services enabled, the phone uses the Global Positioning System to record the latitude and longitude. These coordinates are automatically embedded into the image file’s metadata. If the image is shared without removing this metadata, anyone with basic tools or online metadata viewers can extract the GPS coordinates from the file. By entering those coordinates into a map service such as Google Maps, they can see the exact location where the photo was taken. Because of this, an image can unintentionally reveal where a person lives, works, or frequently visits. For privacy and safety, many people remove metadata or disable location tagging before sharing photos online.

H4RUK7 KIRA 🇯🇵🇨🇵

199,520 次观看 • 3 个月前

Prometheus underground stress test First real mine deployment: autonomous drones mapped and navigated via a live 3D point-cloud interface - no GPS, no pilot - with dust emerging as the key constraint. 👉

Prometheus underground stress test First real mine deployment: autonomous drones mapped and navigated via a live 3D point-cloud interface - no GPS, no pilot - with dust emerging as the key constraint. 👉

Marek Rosa | European🇪🇺 | South African🇿🇦

344,714 次观看 • 5 个月前

A Russian warns of the variety of anti-handling devices that can be present on downed Ukrainian FPVs. These include different motion sensors and magnetic-influence “Jonik” fuzes with separate power sources. GPS devices can reveal location coordinates if taken to a drone unit.

A Russian warns of the variety of anti-handling devices that can be present on downed Ukrainian FPVs. These include different motion sensors and magnetic-influence “Jonik” fuzes with separate power sources. GPS devices can reveal location coordinates if taken to a drone unit.

Roy🇨🇦

16,048 次观看 • 10 个月前

STARLINK EYES GPS 2.0—SPACEX WANTS TO RUN THE MAP SpaceX just fired its shot—it’s gunning to replace GPS! In a pitch to the FCC, SpaceX revealed its satellite swarm is ready to deliver global PNT (Positioning, Navigation, Timing)—faster, safer, and independent of the Pentagon. Here’s what’s in orbit: •⁠ ⁠GPS-Free Power – Starlink’s low-orbit fleet runs solo, no military signal needed. •⁠ ⁠Global Lock-On – Resilient, secure tracking anywhere on Earth. •⁠ ⁠Direct-to-Phone Ready – Built to power services like T-Mobile’s space-texting plan. The old GPS playbook? Starlink just set it on fire! Source: TESLARATI

STARLINK EYES GPS 2.0—SPACEX WANTS TO RUN THE MAP SpaceX just fired its shot—it’s gunning to replace GPS! In a pitch to the FCC, SpaceX revealed its satellite swarm is ready to deliver global PNT (Positioning, Navigation, Timing)—faster, safer, and independent of the Pentagon. Here’s what’s in orbit: •⁠ ⁠GPS-Free Power – Starlink’s low-orbit fleet runs solo, no military signal needed. •⁠ ⁠Global Lock-On – Resilient, secure tracking anywhere on Earth. •⁠ ⁠Direct-to-Phone Ready – Built to power services like T-Mobile’s space-texting plan. The old GPS playbook? Starlink just set it on fire! Source: TESLARATI

Mario Nawfal

16,001,393 次观看 • 1 年前

Meet Dr. Gladys West, an American mathematician who helped develop the Global Positioning System (GPS). Her work on mathematical modeling of the Earth's shape was incorporated into GPS.

Meet Dr. Gladys West, an American mathematician who helped develop the Global Positioning System (GPS). Her work on mathematical modeling of the Earth's shape was incorporated into GPS.

Typical African

18,149 次观看 • 1 年前

First operational use by the IDF for Iron Sting precision mortars.🎯 The 120 mm mortar system employs a combination of GPS and laser guidance to ensure pinpoint accuracy when engaging targets within a range of 1 to 12 kilometers, minimizing collateral damage.

First operational use by the IDF for Iron Sting precision mortars.🎯 The 120 mm mortar system employs a combination of GPS and laser guidance to ensure pinpoint accuracy when engaging targets within a range of 1 to 12 kilometers, minimizing collateral damage.

Elbit Systems

33,611 次观看 • 2 年前