Cross-jurisdictional compliance for AI applications.

Deterministic statutory mapping across the EU AI Act & GDPR, India DPDP Act 2023, and US NIST AI RMF before code leaves your editor. Published on npm as jurisync with native Model Context Protocol (MCP) support.

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How JuriSync Works

From Natural Language to Deterministic Statutory Rules

01

Lexical Risk Signals

Detects explicit triggers (biometrics, employment, minors, scraping, autonomous decision-making) without hallucination.

02

Curated Statutory Rules

Evaluates vetted JSON rules linked directly to Official Journals, Gazette notifications, and NIST publications.

03

Binding vs Voluntary

Separates enforceable statutory duties (EU AI Act, DPDP) from voluntary safety benchmarks (NIST AI RMF).

04

Actionable Checklist

Generates prioritized markdown tasks ready for GitHub issues, Jira tickets, or pull request verification.

Open Source AI Governance jurisync@1.0.1 Deterministic Statutory Grounding

System Architecture: Cross-Jurisdictional Regulatory Orchestration

1. The Divergence Problem

AI coding assistants and autonomous agents build software globally, but AI regulation is fragmented. A feature permitted under US voluntary frameworks may trigger mandatory high-risk conformity assessments under EU AI Act Annex III, or violate India DPDP purpose-limitation rules before developers even notice.

2. Deterministic Rule Matching

Generic LLMs frequently hallucinate legal sections. JuriSync replaces ungrounded text with a deterministic pipeline: natural language signal detection, 32 curated statutory rules from official government gazettes, cross-border tension detection, and an actionable developer checklist.

3. Zero-Egress Privacy Architecture

Evaluations execute 100% client-side in the browser or locally via stdio pipes. Zero prompt exfiltration, zero PII retention, and zero external network calls. Built for early-stage architectural decision support to bridge engineering and legal teams.