Control Point Analysis
FAA BVLOS fully-automated operations certification
American Robotics holds the FAA certification that legally enables the Optimus System to operate commercially in the US without a human pilot present. This certification covers the complete system architecture — not just the aircraft. Competitors face a multi-year re-certification path. No OAS equivalent can substitute for US domestic BVLOS operations.
AI mission tasking protocol (Warp Speed / AI Flight Director / SkyWeaver)
Palantir AIP controls the AI orchestration protocol for all OAS aerial and ground platforms. Loss of this relationship simultaneously removes AI mission tasking from five subsidiaries. No equivalent platform exists with OAS clearance and integration depth. Replaceability is low — a custom C2 system would require 18-36 months to develop and validate.
IEEE 802.16t FullMAX private wireless backbone
Ondas Networks FullMAX is the private licensed-spectrum backbone that all OAS field platforms use for deterministic low-latency communications. Fallback to public LTE loses deterministic latency guarantees — unacceptable for autonomous kinetic systems. Replaceability is medium — other private wireless standards exist (FirstNet, CBRS) but require new hardware and re-certification.
CoRF drone interception protocol (cyber-over-RF methodology)
Sentrycs controls the CoRF soft-kill protocol which provides target classification and coordinates before Iron Drone Raider intercepts. Without CoRF, Iron Drone must use onboard detection only — reducing classification accuracy. CoRF is the only protocol-based C-UAS approach certified for civilian airspace in multiple jurisdictions.