Cubie-tf architecture

Resource library map

A reader-friendly map of the monorepo, the public Cloudflare library, and the scope boundaries behind the headline claims. Use this page to pick the right entry point before downloading evidence or citing a claim.

Start here

Browse library Find an artifact

Start from the collection browser when you know the family, date, or object prefix.

Claims registry Check a headline

Use this for public statements. It carries the source evidence and the caveats.

Agent index Automate lookup

Agents should start with /llms.txt and /api/catalog instead of scraping pages.

Workbench Inspect APIs

Try list, catalog, search, ask, object, capabilities, and OpenAPI routes in place.

Live resource-library data plane

15
collections

Proofs, archives, logs, evidence packs, learning packs, and whitepapers.

4
grounded claims

Each headline claim has status, scope, evidence, reproduce steps, and known gaps.

D1
machine catalog

Live /api/catalog backed by D1, with R2-listing fallback if D1 is unavailable.

AI
answer surface

Workers AI answers from source excerpts; ranked-search fallback remains available.

PublishSmall repo locator manifests point at public R2 object keys.
CatalogD1 indexes exact keys, sizes, hashes, source refs, and collection metadata.
BrowseHumans use cards and filters; agents use /llms.txt and /api/catalog.
Answer/api/ask answers from retrieved sources with ranked-search fallback.

Claim boundaries

These cards mirror the grounded claims registry: live artifacts are cited directly, and scoped claims carry the limitation in the same place as the metric.

Proof corpusScoped

Mixed Coq, Lean, and Verus snapshot. Cite manifest-scoped checks, not blanket closure.

TEP replayScoped

V8.1 reports 96.745% on the complete recovered replay; the 100/100/100 peak remains a same-trace control, not held-out validation.

Agentic wastePublic data

Public JSON reproduction pack and REPRODUCE.md are available from the claim page.

EU AI ActScaffold

Rust crates compile and generate mappings, but the conformity pack is not fully populated.

Core Cubie runtime ← cubie-mathEU AI Act layer ← cubie-euControl plane / TrustFortress ← tf-rusty + trustfortressProof kernels triple-kernelApps & UI surfacesSupport / infra shared bolt-on feature-gated / optional module foundation depended on by everything

Repository layout — the four layers + proof kernels

Proof kernels

triple-kernel

Coq + Lean4 + Verus proof corpus with manifest-scoped closure evidence.

Core Cubie runtime

← cubie-math

no_std bare-metal geometric trust runtime + admit pipeline + FFI.

EU AI Act layer

← cubie-eu

Articles 9/10/11/13/14/15 + Annex IV conformity, ledger, attestation.

Control plane / TrustFortress

← tf-rusty + trustfortress

Attestation, audit, governance, identity, MCP, edge control.

Apps & UI

surfaces

TrustFortress app, dashboards, MCP surfaces, demos.

Support / infra

shared

Datasets, benches, eBPF dataplane, manifold, tooling, docs.

Containers, cuts & dependencies

Where the monorepo is cut (layer boundaries preserved from the frozen source repos), how the containers depend on each other, and which are bolt-on (feature-gated / optional). cubie-core is the foundation everything builds on.

everything→ depends on →cubie-core40 crates → the foundation
cubie-platform→ depends on →cubie-core + cubie-controladmit path over runtime + crypto
cubie-eu-*→ depends on →cubie-coreEU obligations over the runtime — CUT at crates/ (Annex IV traces layer names)
controlplane/tf-*→ depends on →cubie-platformcontrol plane over the admit platform — CUT at controlplane/
apps/trustfortress→ depends on →controlplane/tf-*app surfaces over control plane — CUT at apps/
verus specs→ depends on →cubie-core / cubie-platformin-crate proof-to-code bindings (ensures over real fns)
Docker deploy units: root Dockerfile(.server/.demo/.intel-profiler), apps/trustfortress-full/* (edge, local, mcp-proxy), apps/trustfortress/* (edge, local, compliance-dashboard). Bolt-on modules are feature-gated crates that attach without touching the core admit hot path.

Why it matters

4
headline claims with public status, evidence, reproduce steps, and gaps
3
verification kernels with scoped evidence: Coq · Lean 4 · Verus
EU AI Act
Articles 9/13/14/15 + Annex IV mapped through layer names
R2+D1
Large evidence stays out of Git, while the catalog remains machine readable
Manifest-scoped verification. The geometric trust runtime carries proof-to-code bindings in crate and evidence manifests. Use the linked manifests and local verifier commands before making blanket proof-closure claims.
TDX roadmap + patented IP. Intel TDX/SPDM/DOE shim code exists, but real hardware validation and admit-pipeline wiring remain deferred until lab evidence is published. Patents include US 11,956,363 B2 & US 12,073,439 B2; the runtime stays proprietary.
Historical archive. This resource library keeps bulky artifacts out of Git — proof artifacts, evidence packs, recovery bundles, datasets, transcripts — with SHA-256 locators committed in-repo for provenance.

Generated from the cubie-tf workspace manifest · served by the resource-library Worker · lib.trustfortress.ai