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Filename Latest commit message Latest commit date
Transaction Science ec45aaaca9 toolchain: Rust 1.98.0 -> 1.99.1 (change-controlled pin) 
Approved by the owner on 2026-10-22. Procedure: change `channel`, run
`rustup show`, then run the pipeline.

What changed
- rust-toolchain.toml and eoc/eoc-rs/rust-toolchain.toml: channel "1.98.0"
  becomes "1.99.1". These are the only two pins in the tree, and the root one
  governs every other cargo root.
- 64 workflows under .github/workflows (the forge's CI): every `Install Rust
  1.98.0`, `rustup toolchain install / default / component add / target add
  --toolchain 1.98.0` and `--default-toolchain 1.98.0` now names 1.99.1
  (409 lines). Two of those lines are in build steps rather than install
  steps (wai-conformance.yml's two `wasm32 (unix)` steps each
  `rustup target add --toolchain`), and they move with the rest: a target
  added to a toolchain that is not installed is an error.
- Left as they are, because they record what was measured on 1.98.0:
  standards-build.yml's "Verified on a native arm64 Linux container (rustc
  1.98.0)", wai-conformance.yml's note on Rust 1.98's LLD 22, and the
  "rustc 1.98.0 (example)" strings in receipts, vectors and docs. The
  one-codegen-unit workaround that note explains also stays. 1.99.1 ships
  LLD 23.1.1, which the note says links those inputs, but removing the
  workaround should wait for a run at the CI path on x86_64.

Why
- 1.98.0 has a P-critical miscompile, rust-lang/rust#161441 (I-miscompile,
  regression-from-stable-to-stable). rustc emits a vacant (null) method slot
  in a trait-object vtable, so a safe dynamic call jumps to address zero
  (undefined behaviour). RELEASES.md records the fix in 1.98.1 ("rustc: fix
  miscompilation in generating vtables").
- 1.99.1 is the current stable (channel manifest dated 2026-10-15; rustc
  58cf8f9c3 2026-10-13). It also fixes 1.99.0's own regressions: wcslen on
  UEFI and embedded targets, x86_64 FFI `bool` returns, and the rust-lld rpath
  on macOS.

Evidence
All of it ran on the build host ([email protected], aarch64-apple-darwin)
through ~/kani-logs/remote/rb. Nothing was built on the dev Mac.

- `rustup show`: the active toolchain is 1.99.1-aarch64-apple-darwin,
  "overridden by .../rust-toolchain.toml" (and by eoc/eoc-rs's own file
  there). rustc 1.99.1 (58cf8f9c3 2026-10-13), LLVM 23.1.1, clippy 0.1.99,
  rustfmt 1.10.0. The baseline is rustc 1.98.0 (88d9e12ae 2026-08-18).
- Scope: every cargo root the pin governs, which is 46 of the 49 tracked
  lockfiles. The other three: two are vendored crates that resolve inside
  their parents, and wai/wai-rs/fuzz builds on its own pinned nightly.
- Trees. The final tree is main at 96117c570 plus these two commits. Main
  moved four times while this ran, and each root's evidence comes from the
  newest tree it was run on:
  - 13 roots on the final tree: every root main changed after 1a465f23d,
    and every root that consumes such a crate by path.
  - 12 roots on 1a465f23d plus these two commits.
  - 7 roots on b16816671 plus these two commits.
  - 14 roots on aa61ab3b9 plus the pin change.
  For each root in the last three groups, checked with git diff and the
  lockfiles' path packages: none of its files, and no crate it reaches by
  path, differs on the final tree.
- Each root got:
  (a) `cargo fmt --all -- --check` on the pin and on 1.98.0. The output is
      byte-identical in all 46. CI gates no root on rustfmt, and none is
      rustfmt-clean on main.
  (b) `cargo clippy --locked --keep-going --workspace --all-targets` on both
      toolchains, with the diagnostics compared line by line. After the
      previous commit, no root has a diagnostic that only 1.99.1 reports.
      openpay's one differing line is the same lint at the same site,
      reworded.
  (c) `cargo test --workspace --locked`.
  (d) the root's other CI steps that can run on this host: feature-gated
      tests, conformance suites, release-profile tests, the aac page-set
      checks, and every clippy -D warnings gate. The gates are
      standards-build's macOS meter and omni lints (jouleclaw-energy x2,
      jouleclaw-omni metal, jouleclaw-loader-gguf, jcp, proof, eoc, sandbox),
      wai-pack, wai-quantum-cli (default, no-default and metal),
      wai-quantum-service, wai-quantum-qpu and wai-quantum-desktop.
- Totals: `cargo test --workspace` ran in 43 roots: 12,532 passed, 1 failed,
  101 ignored. The other 3 roots are wasm32-only, and their
  `cargo build --release --target wasm32-unknown-unknown` passed. Every
  other CI step passed (62 of 62).
- On the final tree: scripts/check-lockfiles.sh (cargo 1.99.1) found all 47
  lockfiles current, and scripts/check-advisories.py passes.
- tokio is 1.54.1 in every lockfile cargo reads. That is patched for both
  RUSTSEC-2026-0386 (>= 1.53.3) and RUSTSEC-2026-0384 (>= 1.54.1). The 1.53.1
  in vendor/wtransport/Cargo.lock is the upstream file kept with the vendored
  source; cargo resolves wtransport inside its parents, and both gates skip
  that file.
- What is not green, each one reproduced on 1.98.0:
  - wai-ops-gpu: under the debug profile, `corpus` trips the debug_assert at
    exec.rs:187 on both toolchains. CI runs it in release only, and that
    passes (6/6).
  - wai-ops: clippy::derived_hash_with_manual_eq (deny-by-default) on both
    toolchains. No CI job runs clippy there.
  - wai-vector/wasm: `--all-targets` cannot build the lib-test target (its
    own `panic_impl`) on either toolchain. `clippy --lib` for wasm32 reports
    0 diagnostics on both.
  - eoc-cascade's hit_calibration_process_energy test reads real energy
    counters, and it fails some of the time on the loaded shared host. In
    interleaved runs each toolchain passed 18 of 20. The full eoc-rs suite
    passed on the final tree (741 passed).
- Environment, not code:
  - wai-quantum-desktop embeds the Studio's build, so wai/quantum-studio was
    built first (`npm ci`, `node build.mjs`), as CI does.
- Not covered here: the x86_64 and arm64 Linux and Windows legs; the GPU,
  NPU, FPGA, emulator and hardware-meter legs; wasm32 tests under Node,
  wasmtime and wasip2; and the fuzz job.

Co-Authored-By: Claude Opus 5.5 <[email protected]>
2026-11-03 17:42:20 -05:00
..
cookbook Parallel ingest: 9 issues' worth of work across openpay / smart-byte / eoc 2026-05-23 13:24:05 -04:00
docs Parallel ingest: 9 issues' worth of work across openpay / smart-byte / eoc 2026-05-23 13:24:05 -04:00
eoc-bench Cargo: no minimum-supported-version floor, because the policy is latest stable 2026-11-03 17:42:20 -05:00
eoc-rs toolchain: Rust 1.98.0 -> 1.99.1 (change-controlled pin) 2026-11-03 17:42:20 -05:00
os Initial import — three open standards under one shelf 2026-05-23 07:58:09 -04:00
spec Initial import — three open standards under one shelf 2026-05-23 07:58:09 -04:00
standards eoc annex: the per-process counter's lumps are the kernel's fold, and a checked read is exact 2026-10-13 00:54:51 -04:00
vocab vocab v1 SHACL shapes across sister standards (wave-23 #4/#5) 2026-06-02 18:55:56 -04:00
LICENSE Initial import — three open standards under one shelf 2026-05-23 07:58:09 -04:00
README.md licences: ship the Apache-2.0 text the code already declares 2026-10-09 17:22:32 -04:00
THREE_FACES.md Initial import — three open standards under one shelf 2026-05-23 07:58:09 -04:00

README.md

EOC — Energy-Optimized Compute

A free, always-available, energy-honest AI substrate. AI that costs joules, not tokens.

AI is not free yet. The internet is. EOC closes the gap: a substrate that resolves work at the lowest sufficient cost and refuses to spend unbounded energy chasing benchmark deltas. Every query flows through a four-stage pipeline — state-construct → retrieve → refine → check — and a large language model is one of six refine operators, ordered last. The Fourth Truth: refinement before generation. The substrate runs in a browser, runs on commodity CPUs, denominates everything in joules per task against an open evaluation corpus, and cannot be turned off because no one entity runs it.

The substrate is intentionally ownerless: no protocol-level token, permissive licensing, conformance test vectors and open eval corpora so any implementation can verify itself without a trust relationship with the authors. Transaction Science is one steward — it publishes the spec, ships a reference implementation, and operates commercial services around the substrate (managed nodes, certification, registry hosting) — not its proprietor.

Contents

  • spec/eoc1_spec.docx, spec/eoc1_v0_1_1_patch.docx, spec/eoc1_v0_2.docx, spec/eoc1_v0_2_addendum_A.docx — EOC-1: the substrate architecture (v0.1 tiers → v0.2 four-stage pipeline; Addendum A: non-goals — token economics)
  • spec/eoc2_wire.docx — EOC-2: the wire protocol (capability exchange, gossip, signed envelopes)
  • spec/eoc3.docx — EOC-3: artifact distribution (content-addressed fetch for models, state machines, corpora)
  • spec/eoc4_dcy.docx — EOC-4: DCY (Deterministic Cypher — the query language for the knowledge-graph retrieve operator)
  • spec/eoc5_registry.docx — EOC-5: the Operator Family Registry (stable identifiers + conformance tests)
  • spec/eoc1_eval001*.docx, spec/eval001_worked_instances.docx, spec/eval002.docx — Eval-001 (schema-conformant generation proficiency standard) and Eval-002 (retrieval/provenance)
  • spec/eoc_architecture.docx — the architecture working draft
  • spec/tokens_concealment.docx — Tokens Are the Concealment (the rhetorical companion to Addendum A)
  • os/THEOREM.md, os/Q1_W_DEFINITION.md — the energy-first OS theorem the substrate is designed to run on, and the resolution of its open question on defining "useful work" in joules-per-work

Status

EOC-1 at v0.2; EOC-2..5 and Eval-001/002 at working-draft 0.1; OS theorem at v0.2. The reference implementation referenced across the specs as "v0.3" is to be brought into this repository.

Licence

Specification text: CC-BY-4.0 (see LICENSE). Reference implementation in eoc-rs/: Apache-2.0 (see eoc-rs/LICENSE).

Related

  • Smart Byte (../smart-byte/) — the value substrate; uses EOC's energy attribution.
  • TX Science AI (ais.transaction.science) — the AI PaaS; its memoizing cascade is an instance of the EOC four-stage pipeline.