Your codebase is a graph. Every node reasons. Every change is governed.

One command. 90 seconds. Your AI writes code with architectural awareness, governance gates, and multi-agent reasoning. Not a linter. Not a copilot. A knowledge graph where every module is an autonomous agent.

The world's first governance-led multi-agent reasoning system for code. Scan any codebase into a persistent knowledge graph. Every module becomes a reasoning agent. Multiple agents decompose, debate, and synthesize answers with clearance-level governance. Every change is impact-analysed, gate-checked, and taught back — automatically.

"AI assistants see files. GraQle sees architecture. That's why it catches the bugs they can't."

pip install graqle && graq scan repo . && graq run "find every security bug in this codebase"

Website · VS Code Extension · Dashboard · PyPI · Changelog

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Pre-Reason Activation — every chat turn, safety-checked before the LLM runs

GraQle runs a three-layer pre-reason safety step on every chat turn before the LLM planner. It narrows the KG to relevant chunks, scores the turn with DRACE (dependency / reasoning / auditability / constraint / explainability), and pre-activates the predictive subgraph — all before the first tool call.

• Free tier — advisory: full evaluation runs, score is visible, an upgrade chip shows what would be blocked in enforced mode.
• Pro / Enterprise — enforced: below-threshold turns halt at the turn boundary, not after.

The feature flag defaults ON. Same behavior in Claude Code, in the GraQle VS Code extension, and in direct SDK usage. See the Pre-Reason Activation section for the full flow and the tier-aware behavior matrix. Design rationale

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Governance Gate — Activate Full GraQle Autonomy

Optional. One command. Fully reversible. Turn any Claude Code session into a governed, architecture-aware reasoning pipeline.

pip install graqle
graq gate-install

That's it. Claude Code now routes every tool call through GraQle's governed equivalents — impact analysis, preflight checks, lesson memory, and architectural reasoning activate automatically. No workflow change. No configuration. Just governance.

• What it does: Installs .claude/hooks/graqle-gate.py and .claude/settings.json in your project
• What changes: Claude Code's native tools (Read, Write, Edit, Bash) are routed through GraQle's graph-aware equivalents (graq_read, graq_edit, graq_generate, graq_bash)
• Why: Every file read gets architectural context. Every edit gets preflight governance. Every change gets impact analysis. Your AI stops guessing and starts knowing.
• Reversible: Delete .claude/hooks/graqle-gate.py to disable. Your project is unchanged.

Works with the free tier. No signup required. No API key needed if you use Ollama (fully local).

Learn more about Governance Gate · VS Code Extension

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What's New in v0.46.7

Multi-Agent Governed Reasoning

Your codebase is not a collection of files. It's a network of reasoning agents.

• ReasoningCoordinator — decompose complex queries into specialist subtasks, dispatch to multiple graph nodes simultaneously, synthesize answers with clearance-level governance. Not a chatbot. An architecture-aware reasoning network.
• Governed synthesis — every answer passes through GovernanceMiddleware. Trade secret patterns are unconditionally blocked. Clearance levels (PUBLIC, INTERNAL, CONFIDENTIAL, RESTRICTED) propagate through the reasoning chain.
• BudgetAwareSemaphore — cost-conscious concurrency. The graph reasons within your budget, decays costs across rounds, and stops before overspending.
• Feature-flagged — coordinator.enabled=false by default. Zero disruption. Enable when ready: graq run "your question" --coordinator

Self-Validating Code Generation

• The AI validates its own output before writing. ast.parse() catches syntax errors. difflib catches drifted context lines. Auto-reanchoring fixes minor drift without burning an LLM call. CWE-22 containment on all file reads.
• graq auto — autonomous loop: plan, generate, write, test, diagnose, fix, retry. All governed.

Intelligent First-Run

• No knowledge graph? No crash. GraQle detects your LLM backend, profiles your project (languages, frameworks, file count), and guides you through 3 questions to build your first graph. Your original question is auto-answered after the scan completes.

14 LLM Backends. 122 MCP Tools. 4,150+ Tests.

Works with Anthropic, OpenAI, AWS Bedrock, Ollama (local), Gemini, Groq, DeepSeek, Together, Mistral, OpenRouter, Fireworks, Cohere, vLLM, and custom providers. Now with think-tag fallback and num_predict auto-scale for local reasoning models.

Install VS Code Extension | Full Changelog

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Why GraQle is different from everything else

AI Assistants (Copilot, Cursor, Claude Code)	GraQle
See one file at a time	Sees the entire architecture as a graph
Generate code, hope it works	Generate, validate, self-correct, then write
No memory between sessions	Persistent knowledge graph that learns and grows
No governance on output	Every answer passes governance gates
Single model, single perspective	Multi-agent reasoning: decompose, debate, synthesize
Can't tell you what a change breaks	Impact analysis across the full dependency graph

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The problem with AI coding at scale

Copilot writes auth logic. Cursor generates your API layer. Claude Code refactors your service layer. All of it ships fast. None of it is checked at the architectural level.

Bugs don't live in files. They live between files.

In a 6-file dental appointment system we built as a demo, every single tool — pylint, mypy, flake8, Copilot — missed 4 of the 8 bugs. Because those bugs only exist in the relationship between files:

• app.py assumed services.py checks auth on the cancel endpoint
• services.py assumed app.py already checked it
• Neither did
• Any unauthenticated HTTP client could cancel any patient's appointment

That is a HIPAA violation. That is what vibe coding at scale produces. That is what Graqle catches.

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The 90-second proof

# 1. Scan any codebase into a knowledge graph
graq scan repo .
# → 5,579 nodes, 19,916 edges — full architecture mapped in seconds

# 2. Ask Graqle to audit it
graq run "find every security vulnerability in this codebase"
# → Graph-of-agents activates across 50 nodes
# → Traces cross-file attack chain: MD5 (models.py) → expired tokens
#    never checked (auth.py) → cancel endpoint with zero auth (app.py)
# → Confidence: 89% | Evidence: 3-file chain | Cost: ~$0.001

# 3. Fix it — Graqle shows exact before/after for each file
# 4. Teach it back — the graph never forgets
graq learn "cancel endpoint must always require auth token"
# → Lesson persists. Every future audit knows this rule.
# → Copilot forgot. Graqle remembered.

Dental audit results (live, AWS Bedrock, 2026-03-28):

Metric	Result
Files scanned	6 (410 lines)
Bugs found	8 (2 CRITICAL, 3 HIGH, 3 MEDIUM)
Cross-file bugs (invisible to linters)	4
Reasoning confidence	89–90%
Fixes applied	8/8
Verification checks	12/12 PASSED
Total cost	~$0.001

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What makes Graqle structurally different

Every other AI tool works at the file level. Graqle works at the relationship level.

The graph IS the reasoning architecture Every node is simultaneously a knowledge entity AND a reasoning agent. The graph topology determines who reasons. Edge weights encode what was learned. Ontological constraints govern what reasoning is permitted. Results mutate the same graph that governs future reasoning. This is a closed developmental loop. No stateless tool can replicate it without rebuilding the entire persistent typed graph layer from scratch.

Cross-file bugs. Found automatically. app.py ──imports──> services.py | | └──assumes auth──────┘ checked here Neither checks. Graqle sees both. Copilot sees one file at a time. The assumption gap between app.py and services.py is invisible to any single-file tool. Graqle maps the relationship, activates both as agents, and surfaces the contradiction at 89% confidence.

Persistent architectural memory graq learn "auth must be in services layer" # Written to graph as weighted LESSON edge # Survives git ops, session resets, team changes # Every future audit activates this lesson Lessons compound. The longer your team uses Graqle, the more it knows about your specific architecture, your specific past mistakes, your specific safety rules. That compounding is the moat.

Governance gates before code is written graq preflight "refactor the auth layer" # → 12 modules depend on auth # → 3 have no tests # → 2 past lessons activated # → LESSON: cancel endpoint must require auth # → Risk: HIGH — proceed with plan The gate runs before a single line changes. Not a linter rule. The graph reasoning about the specific change in the context of your specific architecture.

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How it works

Your Code                    Knowledge Graph                AI Reasoning
┌──────────────┐            ┌───────────────────┐         ┌──────────────────────┐
│ Python       │ graq scan  │ 13 node types      │  query  │ Graph-of-Agents      │
│ TypeScript   │ ─────────> │ 10 edge types      │ ──────> │ PCST activation      │
│ Config       │            │ Weighted lessons   │         │ Multi-round reasoning │
│ Docs / APIs  │            │ Dependency chains  │         │ Confidence-scored    │
└──────────────┘            └───────────────────┘         │ Audit-trailed        │
                                      │                    └──────────────────────┘
                               graq learn / graq grow              │
                                      │                            ▼
                            Graph evolves with every      graq preflight / graq impact
                            interaction and lesson        Gate every change before it ships

6-gate validation pipeline — every scanned node passes: parse integrity → completeness repair → chunk quality → edge deduplication → relationship inference → compilation verification. Hollow nodes are auto-repaired, never silently dropped.

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Model agnostic. Works everywhere.

Graqle is not tied to any AI provider. The knowledge graph and reasoning architecture are completely decoupled from the backend. One line in graqle.yaml switches providers.

Backend	Best For	Cost
Ollama	Fully offline, air-gapped, zero cost	$0
AWS Bedrock	Enterprise IAM, your own account	AWS pricing
Anthropic	Deepest reasoning, Claude Opus	~$0.001/q
OpenAI	Broad compatibility	~$0.001/q
Groq	Sub-second responses	~$0.0005/q
DeepSeek / Mistral / Gemini / Together / Fireworks / Cohere / OpenRouter / vLLM / Custom	Various	Various

# graqle.yaml — smart task routing
model:
  backend: bedrock
  model: eu.anthropic.claude-sonnet-4-6
  region: eu-north-1

routing:
  rules:
    - task: reason
      provider: bedrock
      model: eu.anthropic.claude-opus-4-6-v1
      profile: your-aws-profile    # uses your existing AWS credentials
    - task: context
      provider: groq               # fast lookups on cheap model

Works with every AI IDE: Claude Code, Cursor, VS Code + Copilot, Windsurf, JetBrains — zero workflow change. Graqle adds 74 architecture-aware MCP tools your AI uses automatically.

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What Graqle does that competitors cannot

	Copilot / Cursor	LangChain / CrewAI	LlamaIndex	Graqle
Sees cross-file relationships	No	No	No	Yes — typed graph
Finds cross-file bugs	No	No	No	Yes — 4/8 dental bugs
Persistent architectural memory	No — resets	No — stateless	No — stateless	Yes — compounds
Blast radius before change	No	No	No	Yes — BFS traversal
Governance gate	No	Prompt rules	No	Yes — graph-enforced
Learns from every audit	No	No	No	Yes — edge weights
Works offline / air-gapped	No	No	No	Yes — Ollama
Self-improves over time	No	No	No	Yes — closed loop

The structural reason competitors cannot copy this: They are stateless. Graqle's moat is a persistent typed knowledge graph where topology governs agent activation, ontological constraints bound reasoning, edge weights encode institutional memory, and results mutate the same structure that governs future cognition. You cannot replicate this with prompt engineering. You have to rebuild the entire layer.

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Use cases

Auditing an existing production application

Point Graqle at any codebase. It scans in minutes. You get:

• Full blast radius for every file — what breaks if this changes
• Cross-file vulnerability chains traced across auth, business logic, data layers
• Architectural coupling violations and assumption gaps between modules
• Security issues: auth bypass, injection vectors, insecure crypto, data exposure
• All findings with confidence scores and file-level evidence

No prior knowledge of the codebase required. The graph maps it for you.

graq scan repo .
graq run "find every security vulnerability"
graq run "what are the highest-risk files to change?"
graq impact auth.py    # blast radius: what breaks if auth changes

Building a new application with AI

Every function you add gets mapped to the graph immediately. Before writing the next function, run preflight: the graph tells you what this will affect, whether something similar already exists, whether this introduces a circular dependency.

graq preflight "add payment processing to checkout service"
# → 6 modules will be affected
# → LESSON: payment module must never call user service directly
# → Similar function exists in billing.py — consider reusing

You build with architectural awareness that accumulates as you build. By the time you ship, the graph is a complete living specification.

Maintaining a legacy codebase

Legacy systems are where Graqle is most valuable. No single developer has the full picture. Assumptions are buried across dozens of files. A change to one module silently breaks five others.

The graph maps hidden dependencies explicitly. A new engineer gets full architectural context for any module in seconds. A senior engineer validates that a refactor is safe before touching a single line.

graq context legacy_payments.py     # 500-token focused context
graq impact legacy_payments.py      # what depends on this
graq lessons payment                # what went wrong here before

CI/CD governance gate

Every PR runs graq preflight. The gate produces a confidence score. Below threshold: blocked.

# .github/workflows/graqle-gate.yml
- name: Graqle governance gate
  run: |
    graq predict "$(git diff HEAD~1 --stat | head -20)" \
      --confidence-threshold 0.80 \
      --fail-below-threshold

Architecture-aware quality control that scales across teams without requiring every reviewer to understand every subsystem.

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PR Guardian — governance checks on every pull request

Automated blast radius analysis for PRs. PR Guardian analyses your diff against the project knowledge graph and reports blast radius, a governance verdict, and a status badge — directly on the PR.

GitHub Action

# .github/workflows/graq-guardian.yml
name: PR Guardian
on: [pull_request]
permissions:
  contents: read
  pull-requests: write
jobs:
  guardian:
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
        with:
          fetch-depth: 0
      - uses: graqle/pr-guardian@v1
        with:
          github-token: ${{ secrets.GITHUB_TOKEN }}

CLI

# Analyse a diff locally
graq pr-guardian --diff <(git diff main...HEAD)

# JSON output for CI integration
graq pr-guardian --diff <(git diff main...HEAD) --output-format json

What it shows

• Blast radius — how many downstream modules are affected by the change
• Governance verdict — pass or block, with actionable reasoning
• PR badge — shields.io-compatible SVG posted as a PR comment
• SARIF output — optional integration with GitHub Code Scanning

PR Guardian runs the same analysis locally and in CI, so developers catch governance issues before review.

---

Release Gate — the pre-publish governance gate nothing else offers

The Release Gate is the final checkpoint before a diff becomes a public artifact (PyPI package, VS Code Marketplace extension). It's the only governance tool that combines KG-backed diff review with multi-agent risk prediction into a single structured verdict: CLEAR, WARN, or BLOCK.

# Gate a diff against PyPI publish
graq release-gate --diff "$(git diff main...HEAD)" --target pypi

# Or drop it into CI (GitHub Action — one-line adoption):
# uses: graqle/release-gate@v1
#   with: { target: pypi, strict: 'true' }

Why this is unique:

Tool	Diff review	KG-backed	Multi-agent	Pre-publish gate	Risk scoring
GitHub CODEOWNERS	Manual	❌	❌	❌	❌
SonarQube	Rules-based	❌	❌	❌	❌
Snyk	Supply chain	❌	❌	❌	❌
Dependabot	Version bumps	❌	❌	❌	❌
GraQle Release Gate	AI + KG	✅	✅	✅	✅

Three ways to run it — CLI, MCP tool (graq_release_gate), and GitHub Action (graqle/release-gate@v1). Full documentation: docs/governance.md.

---

76 MCP tools — your AI uses them automatically

graq init          # Claude Code — auto-wires all 75 tools
graq init --ide cursor
graq init --ide vscode
graq init --ide windsurf

Core reasoning tools (free):

Tool	What it does
graq_reason	Graph-of-agents reasoning — 50 nodes, multi-round, confidence-scored
graq_impact	Blast radius — BFS traversal through dependency graph
graq_preflight	Pre-change gate — lessons + safety boundaries + risk level
graq_context	500-token focused context for any module
graq_learn	Teach the graph — lesson persists across sessions and teams
graq_lessons	Surface relevant past mistakes for current query
graq_predict	Confidence-gated prediction — writes back if threshold met
graq_gate	Binary governance gate — PASS / FAIL with evidence
graq_inspect	Graph stats, node details, health status
graq_auto	Autonomous loop — plan, generate, write, test, fix, retry until GREEN

SCORCH — UX audit engine (12 dimensions):

Tool	What it does
graq_scorch_audit	Full 12-dimension UX friction audit with Claude Vision
graq_scorch_behavioral	12 behavioral UX tests — zero AI cost
graq_scorch_security	CSP, XSS, exposed API keys, auth flow
graq_scorch_a11y	WCAG 2.1 accessibility
graq_scorch_perf	Core Web Vitals
graq_scorch_conversion	CTA + trust signals
graq_scorch_mobile	Touch targets + viewport
+ 5 more	seo, brand, i18n, diff, report

Phantom — browser computer skills (8 tools):

Tool	What it does
graq_phantom_browse	Open any URL, screenshot + full DOM summary
graq_phantom_click	Click elements by text, selector, or coordinates
graq_phantom_type	Type into forms, inputs, search boxes
graq_phantom_audit	Run 10 audit dimensions on any live page
graq_phantom_flow	Execute multi-step user journeys with assertions
graq_phantom_discover	Auto-crawl all pages from a starting URL
graq_phantom_screenshot	Capture + optional Claude Vision analysis
graq_phantom_session	Session + auth profile management

graq_* tools have kogni_* aliases for backwards compatibility. All 75 tools, zero license checks.

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Real results

Dental appointment system — 8 bugs in 90 seconds (live demo, 2026-03-28)

A 6-file, 410-line Flask dental appointment system. Bugs planted as a realistic "vibe coded" application would produce them.

What every standard tool missed:

• BUG-001 CRITICAL: cancel() in app.py — no auth. Traces through app.py → services.py. Neither file checks auth. Only visible as a relationship.
• BUG-002 CRITICAL: search() — unauthenticated. Empty query returns all patients. HIPAA violation.
• BUG-005 HIGH: Double-booking not prevented. services.py assumes models.py checks overlap. models.py assumes services.py does. Neither does. Only visible as a cross-file assumption gap.
• BUG-006 MEDIUM: notifications.py bypasses service layer entirely. Schema change in models.py silently breaks it.

Graqle found all 8. 89–90% confidence. AWS Bedrock. 3 minutes.

17,418 nodes, 8 audits, $0.30

Three repos merged into one knowledge graph. 8 parallel SCORCH audits across the entire surface. Found a CTA button that was 20px tall (44px minimum for mobile touch targets). Fixed before a single prospect saw it.

Scale: 17,418 nodes | 70,545 edges | 8 audits | Total cost: $0.30

Graqle scores itself — from 6.4 to 8.5 across 5 releases

Graqle uses Graqle to manage its own development. From v0.12.3 (6.4/10) to v0.29.9 (8.5/10) — every improvement guided by the knowledge graph's own intelligence layer. 1,569+ tests. 5,579 compiled nodes. Graph-powered development, by the graph.

This is not a demo feature. This is proof the tool works at the scale and complexity of real software.

---

Full CLI reference

Scan & Build

Command	Description
graq init	Scan repo, build graph, auto-wire IDE
graq scan repo .	Scan codebase — 13 node types, 10 edge types, AST-level
graq scan docs ./docs	Ingest PDF, DOCX, PPTX, Markdown into graph
graq compile	Risk scores, insights, CLAUDE.md auto-injection
graq verify	Run all governance gate checks
graq doctor	Health check — graph integrity, backend, config

Reason & Audit

Command	Description
graq auto "task"	Autonomous loop — plan, generate, write, test, fix, retry
graq run "question"	Natural language query — auto-routed to best tool
graq reason "question"	Multi-agent graph reasoning — confidence + evidence
graq context module	500-token focused context for any module
graq impact module	BFS blast radius — what breaks if this changes
graq preflight "change"	Pre-change gate — lessons + risk + safety boundaries
graq predict "query"	Confidence-gated prediction with optional write-back
graq lessons topic	Past mistakes relevant to current query

Teach & Learn

Command	Description
graq learn "fact"	Teach the graph — persists across sessions and teams
graq learn node "name"	Add a named node
graq learn edge "A" "B"	Add a typed relationship
graq learned	List everything the graph has been taught
graq grow	Incremental rescan (runs on git commit via hook)

Cloud & Sync

Command	Description
graq login --api-key <YOUR_API_KEY>	Authenticate with Graqle cloud
graq cloud push	Push graph to S3 — team sync
graq cloud pull --merge	Pull graph from S3 — preserves local lessons
graq studio	Visual dashboard
graq serve	REST API server
graq mcp serve	MCP server — auto-discovered by Claude Code, Cursor, Windsurf

SCORCH — UX Friction Auditing

Command	Description
graq scorch run	Full 12-dimension audit with Claude Vision
graq scorch behavioral	12 behavioral UX tests — zero AI cost
graq scorch a11y	WCAG 2.1 accessibility
graq scorch perf	Core Web Vitals
graq scorch security	CSP, XSS, exposed keys
graq scorch mobile	Touch targets + viewport
graq scorch conversion	CTA + trust signals
graq scorch seo	SEO + Open Graph
graq scorch brand	Visual consistency
graq scorch diff	Before/after regression detection

Phantom — Browser Automation

pip install graqle[phantom] && python -m playwright install chromium

Command	Description
graq phantom browse URL	Open browser, screenshot + DOM summary
graq phantom audit URL	10-dimension audit on any live page
graq phantom discover URL	Auto-crawl all navigable pages
graq phantom flow file.json	Execute multi-step user journey

Works on any website. Results feed back into the knowledge graph automatically.

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Pricing

	Free ($0)	Pro ($19/mo)	Team ($29/dev/mo)	Enterprise (Custom)
CLI + SDK + MCP	Unlimited	Unlimited	Unlimited	Unlimited
All 14 backends	✅	✅	✅	✅
Graph nodes	500	25,000	Unlimited	Unlimited
Cloud projects	1	3	Unlimited	Unlimited
SCORCH Vision	—	✅	✅	✅
Phantom Computer Skills	—	✅	✅	✅
Cross-project graphs	—	✅	✅	✅
Team shared graphs	—	—	✅	✅
SSO + audit logs	—	—	—	✅
On-premise deployment	—	—	—	✅

Start free →

---

Security & Privacy

• Local by default. All processing runs on your machine. No telemetry.
• Your API keys. LLM calls go directly to your provider — never proxied.
• Cloud is opt-in. Uploads graph structure only — never source code.
• Air-gapped mode. GRAQLE_OFFLINE=1 — full functionality, zero network calls.

Supply-chain integrity (v0.35.0+)

Protection	What it does
PyPI Trusted Publishing	No long-lived API tokens — GitHub Actions OIDC only
Sigstore signatures	Every wheel signed; bundle on every GitHub Release
CycloneDX SBOM	Full bill of materials for every release
pip-audit in CI	CVE scan on every PR — blocks on CRITICAL/HIGH
.pth file guard	Blocks publish if wheel contains .pth files
Reproducible builds	SOURCE_DATE_EPOCH pinned — rebuild and compare checksums

pip install "graqle[security]"
graq trustctl verify    # verify installed version against Sigstore

---

FAQ

How is this different from Copilot / Cursor?

Copilot and Cursor are file-level tools. They see what is written in one file. Graqle sees the relationships between files — the dependency graph, the assumption chains, the blast radius of every change. They generate code. Graqle makes generated code safe to ship. They are not competitors. Graqle is the layer beneath them.

How is this different from LangChain or CrewAI?

LangChain and CrewAI are orchestration frameworks — they chain agents and prompts. They are stateless: no persistent graph, no accumulated institutional memory, no topology-governed agent activation. Graqle is the persistent typed knowledge substrate that agentic frameworks are missing. If you are building agents that write code, Graqle is the memory and governance layer your agents need underneath.

Does my code leave my machine?

Never. All graph processing is local. Cloud sync uploads graph structure only — never source code. Use GRAQLE_OFFLINE=1 for fully air-gapped operation.

Can I use my own LLM / AWS account?

Yes. 14 backends. One line in graqle.yaml switches providers. AWS Bedrock uses your existing IAM profile — no new credentials needed. Ollama runs fully offline on your own GPU at zero cost.

How long does scanning take?

Under 30 seconds for most codebases. 10K+ file monorepos take 1–2 minutes. The graph persists — subsequent scans are incremental.

Why not just use static analysis?

Static analysis tells you what code exists. Graqle tells you how it connects, what breaks when it changes, what your team has learned about it, and what the blast radius of the next change will be. Static analysis is a search tool. Graqle is a reasoning architecture.

---

Patent & License

European Patent Applications EP26162901.8 and EP26166054.2 — Quantamix Solutions B.V. Phantom browser automation plugin: Copyright 2026 Quantamix Solutions B.V. Free to use under the license terms. See SECURITY.md for supply-chain documentation.

@article{kumar2026graqle,
  title   = {GraQle: Governed Intelligence through Graph-of-Agents Reasoning},
  author  = {Kumar, Harish},
  year    = {2026},
  institution = {Quantamix Solutions B.V.},
  url     = {https://github.com/quantamixsol/graqle}
}

---

Your AI generates code at 10x speed. Graqle makes sure it's safe to ship.

pip install graqle && graq init

⭐ Star this repo — it helps other developers find it.

Built by Quantamix Solutions B.V. · Uithoorn, The Netherlands 🇳🇱

Copilot forgot. Graqle remembered.