BRD — Legal Document Generation Agent
Defines business requirements for a legal document generation agent using RAG to assemble pre-approved clauses with zero hallucination.
What this file does
Defines business requirements for a legal document generation agent using RAG to assemble pre-approved clauses with zero hallucination.
When to use it
- Building an AI agent for contract drafting in a regulated legal environment
- Submitting to a legal AI track requiring hallucination-free document generation
- Designing a system with strict citation validation and human-in-the-loop review
- Planning a RAG pipeline for governed clause assembly with audit trails
Assumes this stack
BRD — Legal Document Generation Agent
Business Requirements Document v2.0
Prepared for: G42 Enterprise AI Agent Submission Track: Legal AI Document Type: Business Requirements Document (BRD)
1. Business Context & Problem Statement
1.1 Industry Problem
Legal professionals spend excessive amounts of time drafting, reviewing, and adapting repetitive contracts (e.g., NDAs, Master Service Agreements, Employment Contracts). These tasks are:
- Repetitive & Time-Consuming: Drafting a standard NDA from an existing template can take 1-2 hours of billable (or in-house) time.
- Prone to Risk: When using generic LLMs (like ChatGPT or standard Claude/DeepSeek interfaces), the models frequently hallucinate clauses, cite non-existent case law, or apply the wrong jurisdictional rules.
- Strictly Governed: Every clause must be verified and approved by legal counsel. There is zero tolerance for hallucinated legal obligations.
1.2 Market Opportunity
The Legal Document Generation Agent aims to solve this by creating an autonomous, audited, and strictly-governed AI assistant that:
- Generates required legal documents by retrieving and assembling only pre-approved clauses from a curated legal knowledge base (RAG).
- Never hallucinates text into a contract.
- Provides citations for every assembled clause, tracing back to the approved template or playbook.
- Drastically reduces drafting time while maintaining 100% compliance with internal legal standards.
1.3 Strategic Alignment
| G42 Requirement | Our Agent Capability |
|---|---|
| Production Performance Metrics | Reduction in drafting time, hallucination rate dashboards |
| Base Model Architecture | DeepSeek LLM + ChromaDB RAG pipeline + strictly grounded prompts |
| Autonomy & Escalation Framework | Action allowlists (e.g., cannot draft outside jurisdiction), escalation to Senior Counsel |
| Security & Data Governance | RBAC, Client Confidentiality (PII/MNPI redaction), immutable audit trail |
| Observability & Improvement | Prometheus/Grafana metrics, strictly measured grounding rates |
2. Business Objectives & Success Criteria
2.1 Primary Business Outcomes
| Outcome | Target | Measurement Method |
|---|---|---|
| Reduction in contract drafting time | ≥ 60% | Time-on-task comparison vs. manual baseline |
| Hallucinated clause rate | 0% | Measured by citation validation (every clause must map to DB) |
| Citation accuracy rate | 100% | Validated during human-in-the-loop review |
| Cost per drafted document | < $1.00 | LLM API + infra cost |
2.2 G42 Submission Success Criteria
The agent is submission-ready when ALL of the following are met:
- End-to-end NDA/MSA generation runs without hallucination on 100% of benchmark tasks.
- The Citation Validator actively blocks/flags any LLM output that cannot be tied back to a retrieved chunk.
- Zero instances of PII/MNPI leakage in LLM call logs (redaction verified).
- RBAC roles enforced (Paralegal, Associate, Partner, Auditor).
- Audit log reconstructs full drafting history, including data sources used.
- Red-team: zero successful prompt injections attempting to insert malicious or unapproved clauses (e.g., hidden indemnity).
3. Stakeholders & Roles
| Role | Responsibility | Interaction with Agent |
|---|---|---|
| Paralegal / Jr. Associate | Primary workflow user | Prompts agent to draft documents, reviews initial output |
| Partner / Senior Counsel | Escalation recipient | Final approver for non-standard clauses or high-risk jurisdictions |
| IT/Infra Team | Deployment & maintenance | Manages infrastructure, RBAC, KMS for secrets |
| Compliance/Audit | Governance oversight | Reviews audit trails, signs off on data privacy |
| Agent Developer | Builds & maintains agent | Implements RAG pipeline, tests citation validators |
4. Business Scope
4.1 In-Scope Business Processes
- Contract Drafting (Primary) — Generation of standard contracts (NDAs, Employment Agreements, MSAs) based on user prompts and retrieved approved templates.
- Clause Adaptation — Modifying an approved clause for a specific jurisdiction (e.g., adapting a governing law clause to UAE Law) using only verified playbook rules.
- Draft Review & Citation Checking — Validating that a generated draft contains zero ungrounded statements.
4.2 Out-of-Scope (Business Boundaries)
- The agent does NOT provide binding legal advice to external clients.
- The agent does NOT negotiate directly with counterparties.
- The agent does NOT access external, unverified legal databases (it operates ONLY on the internal ChromaDB knowledge base).
- The agent does NOT sign documents.
5. Risk Register
| # | Risk | Impact | Likelihood | Mitigation |
|---|---|---|---|---|
| R1 | LLM hallucinates a legally binding clause not in the KB | Critical | Low | Strict RAG implementation; automated Citation Validator runs on output; 100% human-in-the-loop review. |
| R2 | PII or Client Data sent to third-party Cloud APIs (OpenRouter/Supabase) | Critical | Low | Hard boundary: An offline, strictly local script (e.g. presidio) tokenizes all sensitive data before any network call occurs. |
| R3 | Prompt injection to alter core contract terms (e.g., changing governing law against policy) | High | Medium | Input sanitization; red-team testing; system prompts enforce playbook constraints. |
| R4 | G42 sovereign LLM requirement unspecified | Medium | High | Pluggable LLM adapter design; currently built on OpenRouter API but hot-swappable to local models (Ollama). |
6. Timeline Overview & Cost Projections
| Phase | Focus | Est. Duration |
|---|---|---|
| Phase 1 | Core RAG Pipeline (Ingestion, Retrieval, Drafting NDA) | 2 weeks |
| Phase 2 | Guardrails & Governance (Citation Validator, RBAC, PII) | 2 weeks |
| Phase 3 | Observability & Testing (Red-team hallucination tests) | 1 week |
| Phase 4 | Submission Package (Presentation, Metrics) | 1 week |
Estimated API Costs: DeepSeek API usage is highly cost-effective, projected at ~$30-80/month for development and initial testing. Local embedding models (sentence-transformers) cost $0.
Version 2.0 | Business Requirements Document | G42 Legal AI Agent Submission
What's inside
6 sections covering business context, objectives, stakeholders, scope, risk register, and timeline with cost projections.
Change this for your project
- Replace
G42 Enterprise AI Agent Submissionwith your own submission or project name - Replace
safa678545-glitch/Legalaiwith your repository reference - Replace
DeepSeekwith your chosen base LLM model - Replace
OpenRouter APIwith your actual LLM API endpoint
Where it goes
Save as AGENTS.md in your repository root. Read by Codex, Cursor and other agents that follow the AGENTS.md convention.
Worth borrowing
- Zero-hallucination requirement enforced by a Citation Validator that blocks ungrounded output
- Risk register with specific mitigations like offline PII tokenization before network calls
- Pluggable LLM adapter design allowing hot-swap between cloud and local models
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