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Accelint delivers mission-ready autonomy across air, land, and sea. We design autonomous platforms and the software frameworks that power them, enabling commanders to deploy, control, and coordinate assets across domains with speed and confidence.
Unify autonomous platforms, sensors, and control software into one operator-ready framework. Coordinate across air, land, and sea assets through a common control interface that reduces workload and increases mission tempo.
Expand operational range and endurance with low cost, long-duration autonomous platforms and edge-based control systems that sustain missions without added manpower. Operate confidently in GPS-denied or contested environments with built-in adaptability across domains.
Fuse autonomy, data, and human judgment to deliver rapid, coordinated responses across the battlespace. From AI-assisted mission planning to fleet-level coordination, Accelint autonomy turns information into action when every second counts.
Our non-exquisite platforms pair with Government Purpose Rights software built on a UMAA-compliant, open architecture. Extendable to heterogeneous swarms and interoperable with DARPA, ABMS, Project Overmatch, and NGC2 initiatives. The result: affordable, reusable autonomy that integrates rapidly across the CJADC2 ecosystem.
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Containerized payload bays enable fast configuration for ISR, EW, and surface-strike missions. Early integration with payload providers ensures every variant meets specific Navy mission needs and magazine-depth requirements.
Built by human-factors UX designers, not OEM engProven autonomy across air, land, and sea—deployable on UAVs, UGVs, and USVs to extend advantage at the tactical edge.ineers. Our team has spent years embedded with Joint Warfighters to modernize the C2 experience and deliver interfaces built for real-world operations.
Compute, perceive, and decide at the edge. Onboard AI enables low-latency autonomy and resilient operation in GPS-denied or contested environments.
Advancing the Navy’s Common Control System to unify multi-UAS operations, improving coordination and mission outcomes.
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Deploying AI-powered tools that explain unmanned system decisions—building operator trust, accelerating validation, and expanding mission use of autonomy.
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Get in touch to discuss how Accelint’s autonomous solutions can support your mission objectives.
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