Resiliency for the FRTIB starts with actionable data. We’re using the Sony Airpeak’s advanced sensor suite to provide high-fidelity COOP site mapping for critical infrastructure. When mapping federal backup sites, US data sovereignty is the standard. Our workflow pairs Airpeak precision with a secure data chain, documenting strategic assets with sub-centimeter accuracy. From automated tracking to high-res overlays, we deliver the "ground truth" for federal operational continuity. At Extreme Aerial Productions, safety is priority. We’re FAA Part 107 compliant, fully insured, and serve Arizona and Nevada with technical rigor. Call today to secure your COOP infrastructure. Book a call: https://lnkd.in/gt_msEQT #DroneTech #FRTIB #SonyAirpeak #InfrastructureSecurity #AerialMapping #DataSovereignty #AviationSafety

If you're developing: ✅ UAS / Drone Systems ✅ Counter-UAS Solutions ✅ UGVs ✅ USVs ✅ Autonomous & Robotic Systems ✅ Digital Soldier or Edge Computing programmes Let's talk about how Getac can help strengthen your solution from concept and trials through to deployment. Early engagement. Better integration. Lower risk. Stronger mission outcomes. If you're working on a current or future programme, I'd welcome the opportunity to connect and explore how Getac can support your next Ground Control Station capability. Premium rugged capability at a considerably lower price point than the leading alternatives. Demo assets are available for trials Please DM for more details #Drone #UAV #UAS

The Gentex Mask Light Amplified Microphone combines a high-performance amplified microphone and an NVIS-compatible task light in a single aircraft-powered assembly, eliminating the need for batteries. Compatible with Gentex F-35, MBU-23/P, and select HA/LP oxygen masks, it provides hands-free cockpit illumination while maintaining clear communications. Its integrated design reduces snag hazards, supports rapid installation, and has been windblast and ejection tested to more than 600 KEAS. Learn more here: https://bit.ly/3N3kwi4 #Gentex #AircrewSystems #F35 #MilitaryAviation

✅ Move faster. Deploy higher. Act first. In Electronic Warfare, success is not only determined by technology - it is determined by how fast you can move, adapt and respond. As the electromagnetic battlespace evolves in real time, EW units need systems that can be repositioned quickly, deployed instantly and operate wherever the mission demands. SMAG's vehicle-integrated mast systems are designed exactly for that purpose. ✔️Seamless vehicle integration ✔️Maximum mobility ✔️Rapid repositioning ✔️Self-supported construction ✔️Mission-ready within minutes ✔️Optimal elevation for antennas, sensors and electronic countermeasure systems Whether deploying jamming capabilities, protecting friendly forces or establishing electromagnetic superiority, modern EW operations require platforms that move as quickly as the mission itself. More mobility. More flexibility. More operational advantage. 👉 See how SMAG masts on vehicle help EW units move faster, deploy higher and adapt to changing operational environments - https://lnkd.in/ebpnQnmY and explore the Use Case “Electronic Warfare” - https://lnkd.in/esZhz4UX. #ElectronicWarfare #EW #DefenceTechnology #MilitaryMobility #MissionReady #C4ISR #ElectronicProtection #SignalsIntelligence #DefenceInnovation #MobileAntennaMasts #SMAG #EnhanceConnectivityNow

Nothing validates technology like putting it on the water. We're excited to see our friends at Janus Marine & Defense putting the ProteusCore™ Devkit through its paces during their ongoing sea trials. Thank you to Michael Diehl and the entire Janus Defense team for taking the time to share your experience. We look forward to supporting the remainder of your sea trials and learning from the insights gathered on the water. The faster innovative teams can evaluate new technology, the faster we can collectively advance safer, smarter maritime operations. Sea Trial Tocaro Blue's sensor processing software today --> https://zurl.co/H4BwW #DefenseTech #CollisionAvoidance #SensorProcessing #MaritimeInnovation #MachineLearning #SensorFusion

The QUADRO-CLR fuses both thermal imaging and low-light detection technologies into a single, configurable user display, allowing operators to capitalize on the strengths of each sensor while minimizing their individual limitations. Thermal imaging excels at detecting heat signatures, while night vision preserves scene detail and visual context. Individually, each provides valuable information. Through GSCI's patented fusion technology, they are combined to provide operators with a more complete picture. Engineered for military and law enforcement professionals operating in dynamic, information-rich environments. Precision and speed that give you the decisive edge. Learn more about QUADRO-CLR at https://lnkd.in/g6eKtPVZ #GSCI #AdvancedPhotonics #FusionTechnology #SniperSystems #MilitaryTechnology

For persistent perimeter and infrastructure monitoring, a fixed deployment model can be the strongest operational fit. Argus™ XL ADA C-UAS from Teledyne FLIR Defense is positioned as a modular, fixed, multi-mission solution that supports wide-area awareness through integrated sensors and Cameleon™-enabled command and control. Designed for environments such as coastline borders, urban areas, and critical infrastructure, Argus XL brings a fixed-site approach to audiences evaluating coverage for rooftops, perimeter zones, and infrastructure-aligned monitoring. Learn more about Argus™ XL ADA C-UAS: https://bit.ly/4vVDg7a #AnyThreatAnywhere #CUAS

The future of Electronic Warfare threat emulation is getting a massive upgrade. D-TA Systems Inc. has recently kicked off an ambitious $10M R&D project to build a large Active Electronically Scanned Array (AESA) system for our EW Threat emitters. What makes this project special? - Massive Power: It boosts RF power output all the way up to 10 MW. - Advanced Tracking: It gives operators the power to track multiple aircraft at the exact same time. D-TA is proud to partner with a top South Korean firm to build the AESA array. Stay tuned for more updates as we push the limits of radar tech!   #AESA #THREAT2 #R&D #CanadianDefenseInnovation #EMSO #TechFunding #FEDDEV #DTA #MilTech

USSOCOM SBIR 26.BZ Release 4 is now in pre-release. Submissions Open 22 July 2026 at 12:00 PM ET. Two Direct to Phase II topics: SOC26BZ04-DV004: Advanced Stand-off Detection of Concealed Materials (ASDCM) The objective of this topic is to develop applied research toward an innovative capability to detect and identify high-risk materials (radiological, chemical, biological, energetic, or threat-associated components) without requiring physical access, line-of-sight, or direct contact with the target. The solution must enable special operations forces to characterize concealed threats in denied, cluttered, or operationally constrained environments using a stand-off, passive detection modality. Solutions already validated in commercial settings that can be transitioned to Special Operation Forces (SOF) use with minimal development are especially encouraged. SOC26BZ04-DV005: Replanning for Evasive Autonomy to Counter Threats (REACT) The objective of this topic is to develop applied research toward an innovative capability that generates and executes game-theoretically optimized Courses of Action (COAs) for both Blue (swarm) and Red (adversary) forces. The contractor will co-develop realistic operational scenarios with the Government, encode Commander's Intent into a formal utility function, and iteratively refine the autonomy using simulation environments integrated with a Tactical Assault Kit or another system. The final capability will enable a 200-agent UAS swarm to operate in degraded environments, such as those with EW interference, kinetic threats, or weather events, while achieving mission objectives in alignment with AFSOC's provided Adaptive Airborne Enterprise (A2E) vision for tiered ISR. → RSVP to the 09 July Q&A Telecon: https://lnkd.in/e-jimWzP → Full topic, ASDCM: https://lnkd.in/eZKsY9dN → Full topic, REACT: https://lnkd.in/eq4rK-G3 → Learn more: https://lnkd.in/eiTJkmiQ → Never miss a problem set: https://lnkd.in/e34Km8z8

Future schemes of maneuver will require mass. Mass necessitates autonomy. In A2E, we need drone swarms that can plan/re-plan in the face of threats (kinetic/non-kinetic) and uncertainty (presented by the environment and our tech stack). We need methods that scale with swarm size and gracefully degrade with the complexity of the threat picture. If you're building multi-agent planning methods and want to inform the implementation of task planners in our autonomy stack, please consider proposing to REACT. Heroic effort by our technical leads, Timothy Grazier and Athena Chang, for getting this off the ground! Thanks to the team at USSOCOM, Air Force Special Operations Command, and SOFWERX for identifying this capability gap and for their boldness in getting after it. ==== SOC26BZ04-DV005: Replanning for Evasive Autonomy to Counter Threats (REACT) The objective of this topic is to develop applied research toward an innovative capability that generates and executes game-theoretically optimized Courses of Action (COAs) for both Blue (swarm) and Red (adversary) forces. The contractor will co-develop realistic operational scenarios with the Government, encode Commander's Intent into a formal utility function, and iteratively refine the autonomy using simulation environments integrated with a Tactical Assault Kit or another system. The final capability will enable a 200-agent UAS swarm to operate in degraded environments, such as those with EW interference, kinetic threats, or weather events, while achieving mission objectives in alignment with AFSOC's provided Adaptive Airborne Enterprise (A2E) vision for tiered ISR.