Industry expert in Software Defined Radio (SDR) Pascal Prost, Director of Sales and Business Development at Simpulse, sits down with UST to outline to benefits and use-cases of SDR >> 🔗 https://hubs.la/Q02PJdj80
“Traditional transmission technologies like 5G or WiFi are not designed for use cases without infrastructure, with very long range transmissions, or in harsh environments as we find in many UAS operations. Simpulse SDR, on the other hand, is not constrained by a compliance with a standard, giving the necessary freedom to use software to implement the solutions for best performance, coping with challenging environmental conditions.” 👏
➡️ Visit the Unmanned Systems Technology website for further information.
#software#interview#unmanned#technology#connectivity
Advertising Account Manager at EchoBlue - Unmanned Systems Technology I Defense Advancement | Ocean Science & Technology | Advanced Air Mobility International
MSc in Digital Marketing
Otonos’ modularity lets you decide which platform requires automation and/or tele-operation. In need of a mule? Otonos can carry the load. Need a robotic MEDEVAC option? Otonos is ready. Need a mobile UAS platform? Send Otonos out on an ISR mission.
Learn more: ara.com/otonos#otonos#tele-operations
Otonos’ modularity lets you decide which platform requires automation and/or tele-operation. In need of a mule? Otonos can carry the load. Need a robotic MEDEVAC option? Otonos is ready. Need a mobile UAS platform? Send Otonos out on an ISR mission.
Learn more: ara.com/otonos#otonos#tele-operations
Ideal for unmanned aerial vehicles, small gimbals, handheld devices, and fixed-mounted gas leak detection systems, the Neutrino LC OGI optical gas imaging camera module is a game-changer integrators developing methane monitoring and other gas imaging solutions today.
The Neutrino LC OGI operates in the MWIR spectral band, enabling accurate hydrocarbon gas leak detection. This innovative module offers a quick, 5.5-minute cool down and multiple modes, including a 640x512 VGA resolution mode and a Bin mode with industry-leading <20 mK sensitivity.
▶ Made-in-the-USA and ITAR Free: Crafted with precision in the USA for integration globally
▶ SWaP Design: Best-in-class sensitivity within a small, lightweight, and low-power module
▶ FLIR Reliability: Long-life linear micro cooler and a standard two-year warranty
📰 Read the story: https://bit.ly/42jwgD2#teledyne#FLIR#thermalimaging#thermalcamera#infrared#technology#techinnovation#OEM#MWIR#OGI#oilandgas#lowemissions
#RaptorX4 launch Aiotize
The Raptor X4 Generation 1 is the pioneering model in the Raptor X4 series, built to deliver exceptional performance in both tactical and industrial applications. Designed for versatility, this generation introduced groundbreaking features that laid the foundation for the series’ success.
Key features of the Raptor X4 Gen 1 include:
• Robust Design: Engineered for durability, the Generation 1 model features a high-strength composite body capable of withstanding harsh environmental conditions.
• Advanced Maneuverability: With precision control, the Gen 1 excels in both agility and stability, making it ideal for complex flight operations.
• Extended Communication Range: Equipped with long-range communication systems, the Gen 1 can transmit high-quality video and data over significant distances with low latency.
• Aerial Imagery Capabilities: The drone supports high-resolution video transmission, capturing detailed 1080p footage to provide comprehensive surveillance and monitoring.
• Covert Operations Ready: Like its successors, the Raptor X4 Gen 1 was designed with low acoustic and thermal signatures, ensuring minimal detection during sensitive missions.
Although the Raptor X4 Generation 1 paved the way for future advancements, it still stands as a reliable and effective platform for a variety of applications, from industrial monitoring to defense operations.
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This type of system is typically used in professional settings such as tactical operations, emergency response, and broadcasting where reliable, high-quality video transmission is crucial over long distances and through obstacles like buildings or natural terrains.
Enables first responders to send and receive real-time video and data during operations in obstructed areas.
#wirelesstransmitter#Ugv#wirelesscommunicationsystem#drone#highspeedcommunication
Looking for some insight. I need to get a new “non Chinese” thermally equipped drone. I do not want to make the same mistake I made with my last “non Chinese” drone. I will refrain from any bashing, but it is orange. I have narrowed it down to the FLIR Siras, Skydio X10, or the Autel EVO max T. I would consider the Anzu Raptor T but am a bit sketched out by the Chinese sensor (concerned it will be outlawed). The primary use case is thermal imaging of PV sites, substations and t-lines. Very interested in informed opinions of the birds mentioned or any other solid recommendations. I want to be able to use FLIR software for post processing and analysis so anything that prevents that like DJI does will not work.
Have you heard of the term "Tac Bubble" (or "Tech Bubble") in the mobile robotics and public safety/defense space? It's been gaining traction in recent years, but what does it really mean?
Essentially, the Tac Bubble is a centralized hub where decision-making, coordination, and communication occur during missions or operations. It can contain a multitude of physical & data assets, including mobile robotics, data integration into software solutions, and more.
Utilizing mobile robotics in public safety or defense is more than just launching a drone. It has evolved into a multi-domain robotic deployment, connected into a secure, robust and flexible network, and uses software to produce actionable data. This allows bringing the technical operator and the decision maker into the tactical environment.
Check out this video to see how the Tac Bubble ecosystem works! Here we are seeing these pieces integrated. Thanks to getting a little more standardized, other assets can get integrated into the bubble, providing a lot of flexibility. For example you may need a Boston Dynamics quadruped ground robot (Spot) solution as well. It can get onto that MANET solution as well and will be providing data to the right places.
- a self-contained/safe area (in this example FLYMOTION Guardian TOC)
- mobile robotics, such as air, ground or maritime systems (in this example Quantum-Systems Vector)
- a mobile ad hoc network (MANET) connectivity solutions for C2 (Command and Control of such mobile robotic solutions), such as a Silvus Technologies
- proper antenna solutions (in this example here a TSC Mobile Tracking Antenna)
- the data from the mobile robotics (video / telemetry)
- data integration into software solutions like blue-force tracking (PAR Government ATAK)
#UAVsForGood#MobileRobotics#publicSafety#Defense#drone#Manet#mobileCommand#Training#VTOL
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#Innovation#CBRNDefense#MilitaryTech#OperationalExcellence
White House Presidential Innovation Fellow | Senior Leader in the Artificial Intelligence Healthcare Space, Patent Holder, Quantum Computing and Cognitive Technology SME, Seasoned Public Speaker, Entrepreneur, Educator.
We've been discussing the potential ramifications of this in the civilian world for sometime - here is the reality of it in the military space.
It's a real thing now.
#autonomousAI#ai
SoarTech’s SwarmMATE™ is a distributed autonomy software framework for controlling highly dispersed teams of autonomous unmanned systems, grounded in over 20 years of advanced research and experimentation by our experts.
Using a modular and open distributed autonomy framework that leverages proven swarming algorithms, it flexibly integrates with your systems.
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Clear answers to the most common questions about SDR for radio links