Embention has officially introduced the latest iteration of its Veronte KAI flight control computer at the MSPO 2026 defense exposition, targeting the specialized operational requirements of modern loitering munitions, counter-unmanned aerial system platforms, and one-way kinetic drones.
At the core of the system upgrade is a high-grade tactical inertial measurement unit capable of tracking extreme dynamic maneuvers up to 40g and rotational rates of 2,000 degrees per second. To maintain continuous positioning accuracy when GNSS coverage is denied, degraded, or spoofed, the platform features an adaptable three-layer navigation architecture that integrates alternative positioning, navigation, and timing inputs. This multi-layered design allows system integrators to tailor the flight-control scheme to match specific operational demands in heavily contested electronic warfare environments.
The platform’s optical navigation suite relies on a dual-camera architecture driven by core vision technologies, including visual odometry, terrain map matching, simultaneous localization and mapping (SLAM), and optical flow. While one camera handles en-route GNSS-denied navigation, the second operates as a high-precision optical seeker equipped with edge artificial intelligence for autonomous target recognition, tracking, lock-on, and dynamic terminal guidance shaping. Complementing this visual processing is a radio-frequency navigation suite that leverages Low Earth Orbit satellite signals—offering signal strengths up to 1,000 times stronger than traditional GNSS constellations—alongside 4G/LTE cellular positioning and controlled reception pattern antenna compatibility for advanced anti-jamming resilience.
For deterministic flight execution, the flight-control layer is architected in compliance with DO-178C software and DO-254 hardware aviation certification standards. This safety-critical architecture delivers high-integrity flight management and fail-safe warhead activation logic specifically designed for kinetic platforms. The onboard sensor array also incorporates an integrated magnetometer, barometer, and pitot static sensor, providing complete air data sensing for reliable inertial navigation in the absence of satellite signals.
Engineered for high-volume defense production and rapid rate scaling, the Veronte KAI includes a streamlined manufacturing architecture, automated testing, and custom harness integration to minimize assembly time and ensure unit-to-unit operational reliability. To help defense clients meet strict sovereign procurement mandates and supply chain security, Embention offers flexible manufacturing across Spain, the United Arab Emirates, and the United States, while maintaining full National Defense Authorization Act and Blue UAS compliance to streamline government acquisition.
