Foundries.io alternative

Foundries.io combines Linux platform and OTA for embedded fleets—a strong reference for signed updates and factory flows. Defense autonomy programs on Jetson often also need private mesh delivery, payload-orchestrated rollouts separate from OS cadence, and DDIL assumptions Foundries targets less explicitly. Gentle Weapons pairs GWOS signed OS updates with Poolboy payload fleet management over Poolnet—signed OTA end to end for edge AI devices without treating every rollout as a factory flash.

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vs_foundries_io.session

  [PAYLOAD] weights.safetensors   128MB
     │
     ▼  manifest_signed
  [POOLBOY] ──▶ POOLNET ──▶ N x GWOS
     │
     ├─ rollout: canary → wave → fleet
     ├─ rollback: last_known_good
     └─ ack: cryptographic · per-node

    TARGET_FLEET: ROBOTS / UAS / GCV

$ poolboy rollout submit ./autonomy_v2.manifest

$ → target: UAS_FLEET_NORTH · 142 nodes

$ poolboy gate approve --operator op_07

$ → wave 1: 3/3 · wave 2: 18/18 · wave 3: 121/121

$ [ ROLLOUT: COMPLETE · ROLLBACK: ARMED ]

Platform OTA plus payload orchestration

OS updates and model or application payloads ship on different schedules. Poolboy handles canary-to-wave payload rollout with per-node ack; GWOS handles immutable OS promotion on Jetson.

[ OK ]Separate OS and payload rollout planes that interlock
[ OK ]Delivery over encrypted mesh when backhaul is absent
[ OK ]Human-authorized go/no-go gates for field operations
[ OK ]Rollback to last-known-good on telemetry breach

> Now conducting pilots with US defense autonomy and robotics companies.

> Technical specifications and deployment references are shared under NDA with qualified program parties. [ CONTACT FOR BRIEFING ]

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Comparisons describe architectural fit for defense autonomy programs—not benchmarks or endorsements. Request a briefing for technical detail under NDA.