Weavatrix Core
43 repository-intelligence tools across 24 code and configuration surfaces. One reusable local graph for orientation, impact, APIs, architecture, Git, search, semantics, and memory.
OPEN-SOURCE AGENT INFRASTRUCTURE
One evidence substrate.
Many forms of intelligence.
AI models are getting more capable; software systems are getting less legible. Weavatrix closes that gap by turning repositories into durable, inspectable evidence graphs that agents can query, remember, verify, and—only through explicit boundaries—change.
local firstevidence over confidencebounded contextexplicit uncertaintycomposable trust
AGENT SURFACES
Products agents can use today
The product line separates understanding, mutation, and networking. Installing one boundary never silently grants another.
Weavatrix Refactor
Eleven evidence-backed methods that preview exact changes, bind confirmation to current bytes, apply through a crash-recoverable journal, and retain drift-checked rollback.
Weavatrix Online
Seven explicit network methods for endpoint status, advisories, malware review, architecture contracts, and preview-confirmed source-free graph sync.
Weavatrix Quality
Turns product intent and repository changes into revision-bound obligations, runner evidence, immutable proofs, and honest incomplete-evidence states.
INDEPENDENT EVIDENCE PRODUCTS
Use one product or compose the ecosystem
Graph, Parse, Scan, Search, Semantic, Memory, Git, Clone, LSP, Edit, and the other engines each own a repository, API, release history, evidence, and license. They work without MCP or Online; composition never erases product boundaries.
weavatrix-rust
Protocol-independent repository intelligence and the 43-operation engine behind Core.
weavatrix-graph
A deterministic evidence graph with stable identities, typed relations, provenance, source spans, canonical snapshots, compact indexes, and a broad algorithm layer for paths, components, ranking, flow, matching, cuts, communities, and architecture analysis.
weavatrix-parse
Dependency-free tokenization and structural extraction with exact byte round trips.
weavatrix-scan
Ignore-aware, bounded repository traversal with deterministic manifests, revisions, hashes, typed skip evidence, and native async bindings.
weavatrix-search
Bounded literal, regex, multiline, query-set, and persistent live-index search.
weavatrix-search-vector
Dependency-free exact and bounded approximate vector candidate search.
weavatrix-semantic
Exact-rescored semantic relations with policy, provenance, and architecture safeguards.
weavatrix-memory
Bitemporal evidence for facts, decisions, failures, and handoffs, with deterministic graph projection and receipt-backed context budgets.
weavatrix-git
Fast bounded history, objects, indexes, manifests, and cross-repository evidence without a Git subprocess.
weavatrix-clone
Deterministic Type-1/2/3 clone families, spans, limits, and review evidence.
weavatrix-lsp
Tokio-free framing and client contracts for exact local language-server evidence.
weavatrix-edit
Deterministic Unicode-safe validation and application of immutable text edits.
weavatrix-refactor-plan
Versioned multi-operation plans, validation profiles, evidence, and fingerprints.
weavatrix-worktree
Bounded, crash-recoverable multi-file execution with journaling and rollback.
weavatrix-rust-refactor
Protocol-independent refactor operations that connect evidence to transactional apply.
REPRODUCIBLE, SCOPED CLAIMS
Performance is part of the contract
These are measured workload results, not universal rankings. Every linked repository publishes parity checks, fixtures, caveats, and reproduction commands.
The same normalized path/line/span result took 4,927.2 ms through a fresh ripgrep process because the resident index avoids process startup and traversal.
Search evidenceOn disclosed 20k and 200k warm-cache fixtures. On Ubuntu at 200k, ripgrep was 1.35x faster; the comparison stays visible because platform truth matters.
Search evidenceExact-parity release builds measured 0.884 ms with gix and 1.552 ms with libgit2. Across eight repositories, Weavatrix won all five measured p50 contracts.
Git evidenceOn the disclosed 50k-node, 149,991-edge fixture, both sides materialized the same directed-BFS node IDs. Tiny-graph timings remain explicitly below the useful timer-noise boundary.
Graph evidenceStreaming traversal measured 15.5% faster than jwalk with 95.2% less peak working set; compact metadata scanning was 51.6% faster than the output-equivalent ignore manifest.
Scan evidenceCOMPOSITION & CONTINUITY
Beyond one engine
The ecosystem includes composition research, compatibility lines, and the public surface that keeps the project legible.
weavatrix-loom
Turns real code into reusable typed blocks, lets humans and AI compose programs from those blocks, runs and debugs the graph, and compiles the result into ordinary standalone software.
weavatrix-js
The maintained legacy JavaScript engine and compatibility base for existing integrations.
weavatrix-refactor-js
The transactional JavaScript refactoring engine, kept explicit rather than hidden inside the Rust product.
weavatrix-site
The dependency-free website, legal boundaries, measured claims, and deterministic graph experience.
PRIVATE PRODUCT INFRASTRUCTURE
From evidence to a working surface
These repositories stay private while their boundaries, tenant model, licensing, and product contracts mature.
weavatrix-hosted
The authenticated source-free graph workbench for revision history, architecture review, Health, duplicate evidence, and durable decisions.
weavatrix-blocks
A visual workspace for designing modules, boundaries, processes, and migration steps from source-free Weavatrix evidence.
weavatrix-hosted-enterprise
A thin self-hosted distribution boundary for customer-owned storage, identity, licensing, backup, and operations adapters.
PRIVATE RESEARCH TRACK · APPLE SILICON
Weavatrix Hetero
weavatrix-hetero is a measurement-driven Rust runtime and evidence program for routing Qwen3-0.6B work across CPU, Metal, and Core AI's compiler-selected GPU + ANE graph. Its exact routed prefill beat Ollama F16 prefill by 5.31% at 512 tokens and 6.22% at 2,048 tokens in the latest paired control; the C32 route still lost and stays on Metal.
Every speed result keeps its quality class and counter-evidence beside it: the compiled FP16 path passed 26/26 reference tokens, while the faster full-Q8 decode remains approximate and unpromoted. Per-layer offload, Core AI decode, and unmanaged request overlap are retained as explicit NO-GO results.