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Accelint builds operator-first Command and Control (C2) and Decision Superiority systems that unite data, mission intent, and operational execution. Designed for joint and coalition operations - from national command authority to the tactical edge - our systems give operators real-time visibility and decision support to act with speed and confidence.
C2 that supports the full mission lifecycle—planning, synchronization, monitoring, and execution—for air, land, maritime, and joint operations. Validated through real-world deployments and multi-service exercises.
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Interfaces shaped through direct collaboration with warfighters, reducing cognitive load during high-tempo operations. Supports timeline creation, sync matrices, force laydowns, scheme of maneuver, and battle management aids (BMAs)
AI that analyzes and acts: executing mission plans, positioning sensors and effectors, and driving post-mission forensics. Real-time, explainable analytics deliver trusted insights for rapid, informed decisions.
Built for continuous delivery with RMF-compliant hosting, automated over-the-air (OTA) updates, built-in cybersecurity controls, and identity management (IdAM).
Render hundreds of thousands of entities with ultra-responsive latency and no ceiling on sensors or APIs—built to support advanced effectors at operational scale.
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Integrate any data broker or schema, fusing heterogeneous feeds into a single real-time COP from strategic view to asset telemetry.
Native support for collaborative planning, timeline and force planning, sync matrix development, scheme-of-maneuver visualization, and battle management aids, enabling coordinated execution across domains.
Designed by human-factors UX specialists with years embedded alongside Joint Warfighters - modernizing the C2 experience for real-world operations.
Secure, RMF-aligned hosting with identity management (IdAM), automated patches, and over-the-air updates for continuous delivery and rapid fielding without rework or lock-in.
A web-native architecture built for global deployments and contested, low-bandwidth, and disconnected environments.
Developing an operator-first interface that fuses battlefield data into a real-time visual display, improving survivability, speeding decision-making, and strengthening coordination in complex tactical environments.
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Integrating an operator-first mission command interface into the Army’s NGC2 program, validated through Pacific Theater exercises and soldier touchpoints to ensure trusted performance under combat conditions.
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