Provasign Documentation

Welcome. This is the home of the long-form documentation for Provasign — certified delivery for AI coding agents — and its open-source foundation: Grove (code knowledge graph), Prism (context delivery), and Fuse (semantic merge).

If you just want to install and try it, the installation guide has the five-minute path. This page exists for the people who need to understand it deeper before they bring it to their team, their CISO, their CFO, or their auditor.


Licensing

Provasign is the product; Grove, Prism, and Fuse are its open-source foundation under a split-license model:

Component Role License
Provasign The product — certified delivery AGPL-3.0
Grove Embedded code-graph engine (+ standalone CLI) MIT
Prism Context delivery for AI agents MIT
Fuse Semantic git merge driver MIT

Provasign’s AGPL applies to the Provasign product and its Provasign-specific docs and source tree. Grove, Prism, and Fuse remain MIT licensed — adopt them independently in commercial products without obligation.


Read by Role

If you are a… Start here
Developer evaluating Provasign for daily use Overview · Agent Setup
Team lead rolling it out to your team Use Cases → Change Management
Engineering executive building the business case Why Provasign
CFO / finance sizing the cost and savings Why Provasign → What This Costs You
CISO / security evaluating the threat model Use Cases → Security
Compliance / audit evaluating evidence quality Use Cases → Audit
Anyone wanting the founder’s pitch Why Provasign

Read by Topic

Topic Document
The case for Provasign — what we built, why we built it, what we deliberately didn’t build Why Provasign
How It Works — capture → gate → certify → sign → replay How It Works
Comparisons — Provasign vs CI/CodeRabbit/Sigstore · Prism vs Copilot semantic search · Grove vs LSP/Sourcegraph · Fuse vs git/AI-merge Comparisons
FAQ — top questions across technical, security, financial, and operational lenses FAQ
Troubleshooting — common issues, how to diagnose, how to fix Troubleshooting
Architecture — embedded Grove engine, single-binary design, data flows, security model Architecture

Read by Product

Component One-line Documentation
Provasign (the product) Certified delivery for agent-produced code Overview · Provasign README
Grove Code knowledge graph embedded in Provasign (+ standalone CLI) Architecture · Grove README
Prism Graph-ranked context for any AI agent Other Dev Tools · Prism README
Fuse Symbol-aware git merge driver Other Dev Tools · Fuse README

Read by Concept

Each of these explains one technical idea in depth.

Concept Document
Progressive disclosure — how Prism cuts token use ~99% on session re-reads Other Dev Tools → Prism
Symbol-level merge — what Fuse does that line-level merge cannot Other Dev Tools → Fuse
In-loop certification — moving quality gates from CI into the agent loop How It Works
Intent capture — committing the prompt as a YAML alongside the code Use Cases → Traceability

Read by Integration

How Provasign hooks into the tools you already use. provasign init auto-detects each and writes its MCP config — see Features → Works with your agent and Agent Setup.

Tool Setup
Claude Code Agent Setup
GitHub Copilot (VS Code) Agent Setup
Cursor Agent Setup
Codex CLI Agent Setup
Windsurf Agent Setup
Zed Agent Setup

Status

The site is organized around Provasign. Every link on this page points to a live page; the open-source tools (Grove, Prism, Fuse) are documented in their repository READMEs, with Grove also covered in Architecture.


Contributing to the Docs

These docs live in docs/ in the main repository. PRs welcome.

Quality bar:

  • Real numbers over adjectives. “35–92% token savings” beats “huge savings.”
  • Honest tradeoffs. Every product has things it doesn’t do well. Say so.
  • Specific competitors. Vague “other tools in the space” is worth nothing. Name names.
  • One audience per page. A doc trying to talk to a CFO and a developer at the same time talks to neither.

This site uses Just the Docs, a documentation theme for Jekyll.