The Oracle: A Compiler Learning Model that Holds Knowledge as a Ledger, Competence as Readable Rules, and Growth as Admitted State Transitions
A cognitive system whose serving runtime contains no trained weights: knowledge as a ledger of individually cited sentences, competence as a chain of readable rules admitted through a held-out gate under a non-regression policy, self-modification as an unattended loop that authors and admits its own successor rules, and expression as typed routes whose outputs carry a derivation witness. Reported as counted on 2 and 3 September 2026, with every operational figure tied to a runtime identity, three same-day experiments with confidence bounds, universal claims narrowed to the evidence, and limits stated without softening. Version 3 adds the public release line of 14 to 20 October: seven releases, each frozen by a Merkle root anchored on Solana and gated by a sealed test run once, with the two failed tests reported; 310 specialists and a proved-kernel cross-check; and a fourth experiment, Oracle7 4.0, a law built from a written invocation and tested against failure conditions declared in advance.
The evidence bundle holds the measurement timestamps, the sha256 of each knowledge store, the gate ledger reconciliation, the admitted-directory census, the manifest tip and hash, the harness identities, every film specification with its seed, and the kernel schema, kernels, and measurement report. The held-out turn corpus is withheld to preserve the gate; its hash is published. A versioned source archive with an environment lockfile is not yet published and is stated as such in Appendix A. Version 1 is kept for the record; version 2 corrects its counts, resolves runtime identities, narrows its claims, and adds figures. Version 3 keeps version 2’s record unchanged and adds the release evidence: every release’s part hashes, Merkle root and anchor are in its RELEASE_HASHES.json, and the sealed panels with every result file are in the GitHub repository (Appendix B).