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DATED BASELINE · 26 OCTOBER 2026

Engineering Evidence and Independent Acceptance

The difference between a design objective, a locally measured result and an independently demonstrated complete system.

CONSOLIDATED BTG FOUNDRY · OCTOBER 26 ENGINEERING RE-RUN

209 local tests run: 208 passed, one skipped

The latest E-drive Foundry full-suite run reports 209 tests run, 208 passed, one optional Windows-to-WSL test skipped, with the cross-kernel test explicitly enabled. This includes the original bounded Studio/DataChip/FarmNode integration, original owner-signed consent and device revocation, source-integrity checks, negative release-evidence tests and authenticated FarmNode job dispatch.

Windows → Linux demonstration: A Windows scheduler opened an actual authenticated private-IP TCP/mutual-TLS connection to a Debian WSL2 agent. The agent executed an original ADAM/BTDU Circuit through its FarmNode worker using Linux CPU-time and address-space limits, returned a kernel-measured result, and rejected replayed, modified and owner-revoked requests. Both kernels operated on one physical computer.

Qualification boundary: No independent off-device physical hosts were attested (0 of 3), no production ENTITY owner identity was used, and no financial instruments or payments were created. The 25-seat Council and signed native HuntAR device qualification remain separate acceptance gates. The release gate still forbids production promotion.

Full acceptance protocol · Service boundaries

What was actually demonstrated

EvidenceWhat it demonstratesWhat it does not prove
18 of 18 integration / source-handoff tests passedOriginal Studio importer and Graph Doctor connected to bounded original ADAM/BTDU logical FarmNode executionRepair of a previously unseen production application
2 of 2 bounded numeric DataChip examples acceptedTwo typed compute transformations checked against separate decimal reference calculationsGeneral software reconstruction or autonomous invention
9,047 of 9,047 copied source files verified by SHA-256Integrity of consolidated selected files on drive E at that snapshot9,047 functional components or completion of asset migration
157 HuntAR files indexed and hashedNon-executing source baseline for future repair qualificationNative AR overlay, GPS, 2D map and legal checks passing on devices
14 accepted Council responses at last observed check10 creators and 4 reviewers with accepted responses towards 25 seats25 independent, fully qualified model seats

What will prove the full system works

HuntAR complete repair

Use the actual current iOS source, reproduce defects, freeze acceptance tests, record Council proposals, build a signed app and demonstrate native camera, overlays, GPS, selectable species, legal restrictions and 2D map on real iPhone/iPad.

Second unrelated application

Repeat the process with a different codebase selected in advance. Measure errors, manual intervention, generalization and regression coverage.

25 separate AI members

Require 25 distinct responding models, identity and model provenance, independent creator/reviewer outputs and archived evaluation.

Three physical FarmNodes

Real host enrollment, authenticated cross-machine tasks, enforced CPU/RAM/GPU boundaries, recovery, measured costs and signed receipts.

Rights-to-use trace

Show a scoped ENTITY grant, approved Bridge consent, actual FarmNode execution, verifiable technology usage and correct Bit Trade Global records, with financial transfers accounted separately.

Comparison with established tools

Report developer time, build effort, runtime throughput, repair accuracy, false positives, network latency and operating cost using reproducible controls.

Academic replication standard

For each claim, publish the immutable input manifest, tool and model versions, frozen tests, source hashes, independent oracle, release/build conditions, errors, human changes, measured results and repeat instructions. Unsuccessful cases remain part of the record.

This snapshot describes evidence visible on October 26, 2026, not a real-time statement about concurrent Council qualification. See the historical engineering evidence library for dated reports.

Logical DataChip/Circuit FarmNodes — not physical computer nodes

BTG Farms consist of reusable DataChip and Circuit computing units. A compact Farm Family can address millions of logical Farms; each individual operation is executed by the original ADAM/BTDU FarmNode runtime on finite owner-authorized physical computing resources. The October 26 local benchmark demonstrated 1 million addressable Farms, 4 million logical slots, 4 actual Circuit executions and 8 Host receipts. This is addressing and sampled execution, not 4 million concurrent processors or market transactions.

Read the canonical logical Farm design and measured results · Full evidence register