Autonomous operations. Private knowledge. Spatial awareness. Decision simulation. Explore the programs, the work behind them, and where each stands today.
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Plan, rehearse, supervise, and review autonomous operations across a family of connected tools.
Programs, platform modules, and shared foundations are listed separately. Development status describes the available evidence, not certification or general availability.
ArcEyes OS brings routes, observations and shared camera views into a head-worn workspace. Its local prototype can discover permitted views from reachable mesh assets, open them in a browser or immersive AR, and select named sources by voice. Stale imagery blanks, and withdrawn sharing permission closes the view.
Device integration and physical testing remain ahead: headset capture, mesh radios, speech recognition, ranging accuracy and end-to-end latency have not been qualified.
Automatic visual target selection, camera tasking and AI video interpretation are planned capabilities, not implemented features.
Individual tools solve individual moments. ArcForge is building the connective tissue between them: one operational model that can travel from simulation to hardware, from the command surface to the field, and from action to auditable evidence.
Each program can address a distinct need while benefiting from common identity, evidence, interoperability, operator language, and assurance.
The company’s opportunity is larger than a drone or rover interface. ArcForge is developing a portfolio that can sit above changing hardware and connect the full operational lifecycle.
Investors, strategic partners, and mission-aligned operators can begin with a direct conversation. Sensitive architecture and controlled technical detail can move under NDA when the discussion reaches that stage.