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Industry:

Legal Services

Time:

2-months MVP development & 6-month monitoring + adjustment

Result:

58% less time on legal research

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58% less time spent on legal research

The RAG-powered platform reduced the time legal professionals spent researching contracts, clauses, and precedents by 58%.

94% retrieval accuracy

The platform achieved 94% retrieval accuracy on internal evaluation datasets, so the legal teams can find relevant information across a large document repository.

72% less time locating precedents

Semantic search and automated document indexing reduced the time needed to identify relevant legal precedents and documents.

89% user adoption

The platform reached 89% adoption within the first three months, bringing AI-powered document search into everyday legal workflows.

About the project

A US legal services firm managed over 100,000 contracts, amendments, and legal documents across multiple practice areas. Attorneys and paralegals spent a lot of their time searching through document repositories to locate specific clauses and precedents.

The firm wanted to improve legal research efficiency and reduce the time spent on contract reviews and repetitive document analysis while maintaining confidentiality and compliance.

The client had

  • 100,000+ legal documents across multiple repositories.

  • Slow reviews and limited knowledge access.

  • Need to improve productivity without increasing headcount.

We were responsible for

  • Building a secure RAG platform for legal document intelligence.

  • Automating document processing and contract analysis pipelines.

  • Implementing enterprise security, access controls, and private cloud deployment.

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Team

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To accelerate delivery, the team used a multi-agent development workflow that included AI agents for code generation, test creation, documentation, and code review. These agents automated repetitive engineering tasks so the core team could focus on architecture, legal-domain requirements, and security.

Development process

Discovery and legal workflow analysis

We interviewed legal teams to understand document workflows, review processes, compliance requirements, and common research tasks.

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Data audit and knowledge base preparation

The team analyzed more than 100,000 of legal documents to define metadata standards, document taxonomies, and retention policies.

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RAG architecture design

We designed a Retrieval-Augmented Generation architecture capable of retrieving relevant legal information with high precision.

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AI development

The team developed document ingestion pipelines, OCR workflows, embedding pipelines, retrieval services, prompt orchestration layers, and citation verification mechanisms.

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Validation and security testing

We conducted extensive testing using real-world legal scenarios to measure retrieval accuracy, hallucination rates, and security compliance.

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Deployment and optimization

After deployment, we monitored and optimized the platform using evaluation datasets and user feedback from legal teams.

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Project timeline

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Key AI features

Things the final platform can do.

Natural-language legal search

Instead of navigating folders or using complex keyword queries, legal professionals can ask questions in plain English, and the platform retrieves the most relevant information from more than 100,000 documents in seconds.

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Citation-backed RAG responses

Every answer generated by the AI is grounded in retrieved source documents through Retrieval-Augmented Generation (RAG). Responses include direct references to contracts, clauses, and document sections.

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Contract clause analysis and comparison

The platform automatically identifies and compares clauses across multiple agreements, so lawyers can analyze differences in liability, indemnification, confidentiality, termination, and renewal terms.

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rag-contract-intelligence-platform

Tech stack

The technologies under the hood of the platform:

Development challenges and solutions

What we faced during the development process.

AI accuracy

Challenge: Legal professionals required highly accurate answers and could not rely on AI responses that lacked supporting evidence.

Solution: We implemented a RAG architecture with mandatory citation generation, source attribution, and retrieval validation. Every answer was grounded in retrieved documents, allowing users to verify information instantly.

Too much information

Challenge: The document repository contained contracts spanning multiple years, jurisdictions, formats, and naming conventions, reducing retrieval quality during early testing.

Solution: We developed a metadata enrichment pipeline that automatically classified documents, extracted legal attributes, and standardized indexing structures. Combined with hybrid retrieval and reranking, this improved retrieval precision by over 40%.

Result

Within six months of launch, the platform delivered measurable improvements across legal operations. By combining automated document processing, hybrid retrieval, and citation-backed AI responses, the platform now helps legal professionals locate relevant contracts and precedents, compare clauses, and access institutional knowledge without manually digging through repositories.

FAQ

What problem did the legal team face before building the platform?

The client struggled to find relevant clauses and legal precedents across more than 100,000 documents, making legal research time-consuming.

How did Yellow build the legal intelligence platform?

Yellow developed a RAG-based platform that combines document retrieval with LLM-generated answers grounded in relevant legal sources.

How can lawyers use the platform in their daily work?

They can search legal documents using natural language, locate relevant precedents, compare clauses, and review source-backed answers.

How does RAG improve the reliability of legal research?

RAG retrieves relevant document passages before generating an answer, helping ground responses in source material rather than relying solely on an LLM's learned knowledge.

How did Yellow handle the client's large document collection?

The solution combined document ingestion, OCR, metadata processing, hybrid retrieval, and reranking to make the collection searchable.

How did the platform support data security?

It included role-based access controls, audit logs, and private-cloud deployment to help protect confidential legal documents.

AI engineering pod$16k/monthFixed
monthly cost.