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Compute ONE O3: real CUDA13 Ada gateway + 1-MiB physical Dell evidence - #3
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Hazy142 merged 2 commits intoOct 5, 2026
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…physical Ada CUDA13 evidence
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October 5, 2026 21:41
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O3: REAL CUDA13 ADA WORKER INTEGRATED · 04.10.2026
Code: commit
5609f6d78ce9e746972319974542897947f41a80· CI: https://github.com/Hazy142/resonarch-nodeos/actions/runs/37224230685 (SUCCESS)The independently versioned Compute ONE v1 control contract is now end-to-end wired to a real, approved CUDA13 sm_89 worker on the owned Dell G15 RTX4060. The versioned bounded F09-like descriptor and SHA256 state-root are validated before hardware access. Gateway.dispatch(mode="cuda13_ada") requires a caller-supplied verifier, an exact selected Ada-bound lease, explicit administrator NVRTC DLL, bounded input and a replay-free workunit attempt. The only allowed hardware program is our own static CUDA C source in
compute_one/cuda13_worker.py, compiled using the legitimately installed NVIDIA NVRTC13.2 API, then run via the official CUDA Driver API. No arbitrary user PTX, binary decompilation or driver modifications. The parent validates worker receipt schema/profile/SM/source SHA/root/tenant/epoch/attempt, output SHA and actual bytes against an independent CPU oracle.Physical Dell evidence (not GitHub-hosted execution)
checksum32,xor_u8,cuda13_only_reverse; the latter demonstrates explicitly authorized preferred-Pascal → physical Ada routing (synthetic capability marker, not a CUDA12 inability claim).docs/evidence/dell-ada-compute-one-o3.jsonanddocs/evidence/dell-ada-compute-one-o3-1mib.json. Opt-in hardware tests run on Dell: 10/10 PASS, including real three-op and max-boundary GPU path.Reproducibility and CI
python scripts/verify-layout.py: 32 discovered tests; 30 PASS, 2 expected hardware-only SKIP with no device configured; layout/JSON contracts PASS.python -m compute_one.real_demo --real --large --nvrtc <INSTALLED_CUDA13_NVRTC_DLL>.Not included in this proof
Still developer-HMAC-only enrollment (not production APE/mTLS/TPM); in-process replay cache (not durable cross-host); bounded JSON/base64 fixtures (not F09/F10 streaming/FiberFEC live integration); no signed image/hardware attestation, T4/Pascal physical worker, real GGML model inference or product performance claim. Worker subprocess separation is not an OS security sandbox. Linux NodeOS Secure Boot USB image and native .ko research remain independent, gated work. No Windows boot/storage, USB, firmware or NVIDIA driver was changed.
Stacked draft PR on existing Dell USB PR #2 (
codex/nodeos-dell-g15-usb-headless), not a claim that either is merged to main.