| | | | | | Inversion will examine how its Arc spacecraft could be used for an aerocapture demonstration. The company says the work will include mission design, aerodynamics, trajectory analysis... |
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| | Sponsored | | Build trusted aerospace systems with the wolfSSL embedded security stack. Secure boot, (D)TLS 1.3, post-quantum algorithms, hardware root of trust, and FIPS 140-3 validated cryptography help protect mission-critical software from boot through deployment. |
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| | | | Learn how RF libraries, AI and passive sensing help counter-UAS systems identify drone signals and build a broader picture of the spectrum. |
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| | | | The clean-sheet aircraft is designed around long-range flight, modular payloads, autonomous operations, and high-rate production for missions including intelligence, surveillance... |
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| | Sponsored | | Through Life Support 360™ (TLS360) from Rochester Electronics helps extend the operational life of select semiconductor product families beyond traditional end-of-life milestones. Supporting long-term sustainment strategies, TLS360 enables continued production and maintenance of proven designs through an authorized, transparent lifecycle framework aligned with JEDEC standards. |
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| | | | Learn how Detect and Avoid systems, command-and-control links and air traffic procedures help large drones operate alongside crewed aircraft. |
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| | | | Kongsberg says its PROTECTOR C-UAS architecture can operate as a network, allowing systems to share the radar picture and integrate sensors and effectors on static, manned, or... |
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| | Sponsored | | Optimax is America’s largest precision optics manufacturer. We engineer and produce advanced optical components and systems for critical applications in semiconductor manufacturing, defense, and space. Our integrated manufacturing, coating, and metrology capabilities take customers from rapid prototypes through production. |
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| | | Naval electronics are becoming more capable, but demanding qualification requirements and difficult shipboard installations can put cost, schedule, and readiness at risk. Discover how smarter enclosure strategies address these challenges. |
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| | | Attritable autonomy is transforming the battlefield, but what if the true vulnerability isn’t the drone, it’s the intelligence it carries? Uncover the hidden dangers and why securing onboard data throughout the lifecycle matters. |
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| | | Unlock safer, bolder unmanned missions. Discover how combining HAIPE and CSfC encryption delivers ITAR-free, edge-to-core data protection for military unmanned vehicles, even in contested environments. |
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| | | See how encrypted storage protects high-volume ISR data on attritable UAS, ensuring mission intelligence stays secure, even if the platform is lost. |
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| | | The update adds an N-way reciprocal power-divider element and a coaxial transmission-line element to XFdtd's schematic editor. |
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| | | RfRecon combines wideband spectrum sensing, direction finding, and artificial-intelligence-enabled signal processing in a single portable system. |
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| | | The 4U rack-mount units combine high-current power switching with low-current sense-line switching. |
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| | | AI inference systems can generate large key-value caches as models process and retain context during multi-step interactions. Offloading portions of that cache to storage can provide an additional persistent data tier, but introduces storage-performance requirements involving throughput, latency, quality of service and endurance. |
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