Lori Billey的动态

At SCD, innovation is in our DNA, and we are proud to present the #Sparrow-HD, a 5μm 1280x1024 MWIR sensor module that sets new industry standards for image quality and operational flexibility. Designed for a wide range of #defense and #tactical applications—from #UAVs to armored vehicle weapon stations—the Sparrow-HD offers unmatched performance in low-SWaP form, integrating all-in-one electronics, cooler architecture, and high frame rates. This powerful solution ensures that operators can depend on superior #thermal imaging and reliability, even in the most demanding environments. Meet Shai Fishbein, VP Business Development and Marketing, at Association of the United States Army - AUSA 2024 for a hands-on demo of the Sparrow-HD and see how this cutting-edge #technology can be a game-changer for your mission-critical needs. Don’t miss your chance—book your meeting today! Learn more about #SCD and our cutting-edge infrared technologies at www.scd.co.il #SparrowHD #AUSA2024 #MWIR #InfraredTech #SCDInfrared #DefenseInnovation #TacticalImaging #ThermalSolutions #MilitaryTech #CuttingEdgeTech #SCDSolutions

The Ojo-Yoshida Report’s latest article on NHTSA’s Automatic Emergency Braking (#AEB) mandate highlights how #Ambarella is leading the charge to help automotive OEMs comply, by driving the future of software-defined sensors! Junko Yoshida writes: “Ambarella is offering a far more aggressive path to software-defined sensors for OEMs. Ambarella’s key is its CV3-AD, a family of SoCs that enables centralized, single-chip processing for multi-sensor perception, including high-resolution vision, radar, and ultrasonic, as well as deep fusion for multiple sensor modalities and AV path planning.” Read Junko’s article here: https://bit.ly/4ewUPlv #NHTSA #AIenvisioned #Radar #Automotive #LiDAR #ADAS #Sensors #Technology #Innovation

Subject: Revolutionizing Defense with VR-Controlled , I’m reaching out with an innovative proposal to advance military operations through VR-controlled robots. By combining cutting-edge robotics with immersive VR technology, soldiers will be able to remotely operate robots in real-time, navigating, engaging, and making decisions as if they were physically present in the field. Key Benefits: ? Safety: Remote control of robots reduces risks to soldiers in high-risk environments. ? Immersive Control: VR offers real-time, intuitive control for precise actions and better situational awareness. ? Versatility: The robots can be used for a wide range of military tasks, including reconnaissance, bomb disposal, and combat. ? Next-Gen Technology: Leveraging 5G and low-latency networks, we can achieve smooth, uninterrupted connections for real-time operation. This project represents the future of defense technology, where VR and robotics come together to enhance operational efficiency, save lives, and push the boundaries of what’s possible. We would love to discuss how we can collaborate to bring this vision to life.

?? Didn't we already have AEB figured out? The NHTSA's new, stricter #AEB regulations are making us rethink the effectiveness of traditional camera and radar systems. Industry experts were intrigued by the NHTSA's claim that "AEB systems can meet the new standards mostly with upgraded software, with only a few vehicles needing additional hardware." Pierrick BOULAY, a senior analyst at Yole Group, raised a crucial point: Can these AEB systems reliably detect a pedestrian in the dark? This brings to light the need for more advanced radar in the sensor suite. I was very glad to see which specific next get radar was mentioned ?? https://lnkd.in/db-rqK3T

According to a GHSA report, over 7,300 pedestrians were killed by drivers last year – a 14% increase from pre-pandemic levels. Automatic Emergency Braking (AEB) is one developing area of ADAS that may be able to help mitigate these trends. Teledyne FLIR is taking a new approach to AEB by adding thermal imaging. With NHTSA’s new FMVSS No. 127 rule set to mandate AEB systems in vehicles by 2029, VSI Labs and Teledyne FLIR are exploring advanced thermal nighttime testing protocols. Join us during #PedestrianSafetyMonth on October 16th for a virtual panel with Mike Walters of Teledyne FLIR and Phil Magney of VSI. They’ll share insights from their recent testing, explore the current state of AEB, and discuss how thermal cameras could improve road safety for everyone. Register at https://lnkd.in/gwrcpsQz

??SCAN . COLLECT . PROCESS?? Tesseract Ventures has been extending our Prism Wearable Robotics System for the WARFIGHTER. The Tesseract TAK Bracer represents a focused use case in military technology, offering a comprehensive solution for enhanced battlefield asset (Digital + Physical) collection, analysis, and scene reconstruction. Key Features: ?? Advanced 3D Scanning Technology: Enables precise and efficient data collection, AR/VR battlefield reconstruction, and analysis, providing insights and operational intelligence. JUMP BACK INTO THE SCENE! ?? Enhanced Communication: Facilitates situational awareness and communication between warfighters and the Tesseract Smart Space, ensuring mission-critical real-time information is transmitted quickly and accurately. ?? User-Friendly Interface: Designed with large buttons and a controller, the Tesseract Bracer is optimized for use with gloves, ensuring ease of operation in all conditions. ?? Integrated RFID: Provides efficient means to create on-the-fly manifests of collected and scanned items. ?? Dimensional Scanner: Enhances spatial awareness and environmental mapping, crucial for mission planning and execution. ?? Display Options: Choose between e-Ink or OLED screens to suit your operational needs and preferences. DM me for more info and demo! #Wearables #robotics #USSOCOM #Tesseract #SBIR #Military #Veterans #MilitaryTech #BattlefieldInnovation #WarfighterCommunications #DataAnalysis #TAKBracer #TesseractVentures

??SCAN . COLLECT . PROCESS?? Tesseract Ventures has been extending our Prism Wearable Robotics System for the WARFIGHTER. The Tesseract TAK Bracer represents a focused use case in military technology, offering a comprehensive solution for enhanced battlefield asset (Digital + Physical) collection, analysis, and scene reconstruction. Key Features: ?? Advanced 3D Scanning Technology: Enables precise and efficient data collection, AR/VR battlefield reconstruction, and analysis, providing insights and operational intelligence. JUMP BACK INTO THE SCENE! ?? Enhanced Communication: Facilitates situational awareness and communication between warfighters and the Tesseract Smart Space, ensuring mission-critical real-time information is transmitted quickly and accurately. ?? User-Friendly Interface: Designed with large buttons and a controller, the Tesseract Bracer is optimized for use with gloves, ensuring ease of operation in all conditions. ?? Integrated RFID: Provides efficient means to create on-the-fly manifests of collected and scanned items. ?? Dimensional Scanner: Enhances spatial awareness and environmental mapping, crucial for mission planning and execution. ?? Display Options: Choose between e-Ink or OLED screens to suit your operational needs and preferences. DM me for more info and demo! #Wearables #robotics #USSOCOM #Tesseract #SBIR #Military #Veterans #MilitaryTech #BattlefieldInnovation #WarfighterCommunications #DataAnalysis #TAKBracer #TesseractVentures

In the race to be the first to fly from Sydney to London in just a couple of hours, Australia might be the winner. But it’s unlikely to happen for a while yet, according to Dr Michael Smart, co-founder and chief technology officer of Sydney-based Hypersonix Launch Systems. His company is taking baby steps towards that goal, starting with a contract from the Pentagon’s Defense Innovation Unit for the HYCAT, or Hypersonic High-Cadence Airborne Testing, program to simply test lots of hypersonic sensors and navigation systems – and do so quickly. Hypersonic speeds are greater than Mach 5. The Hypersonix DART platform which will be used in the HYCAT program will fly up to 1000km at Mach 7, or for less than seven minutes. https://lnkd.in/gPvQ-Pt5