Lawep.ai

Lawep.ai is an innovative legal tech startup designed to revolutionize how legislators, policymakers, and researchers craft laws, acts, and bills. By leveraging Large Language Models (LLMs) and Retrieval-Augmented Generation (RAG) technologies, Lawep.ai empowers its users to streamline the research and drafting processes, delivering efficiency, precision, and reliability.

The platform assists legislators not only in researching vast legal frameworks but also in drafting complete, presentation-ready bills intended for parliamentary procedures.

"Xpiderz.com played a key role in building Lawep.ai’s legal AI platform. Their team delivered powerful data pipelines, accurate OCR, and custom LLM fine-tuning with impressive speed and precision. Their expertise helped us scale efficiently and launch a high-impact product. Highly recommended."

Marvi Memon
Marvi Memon
Founder, Chairperson & CEO

Transforming Legislative Drafting with AI

Scope of Work

Lawep.ai required a robust and scalable AI system capable of:

  • Extracting, processing, and organizing an extensive legal dataset.
  • Fine-tuning specialized LLMs tailored for different categories of users.
  • Building a RAG system to ensure responses are contextually grounded and legally accurate.
  • Enabling efficient, reference-backed drafting and research through a web-based interface.

Key Deliverables:

  • Deployment of multiple fine-tuned LLMs for diverse legal research needs.
  • A large-scale text extraction and cleaning system capable of handling hundreds of thousands of documents.
  • An intelligent verification system for result accuracy and reference citation.

Developed Pipelines

A Text Extraction Pipeline was developed to process and extract text from over 432,000 legal documents across various formats, including PDFs, DOCX, TXT, images, and Pages files. The system was designed to ensure high-fidelity extraction that preserved essential legal terminology and document formatting.

An OCR Pipeline was integrated to handle non-digital and scanned files. This enabled comprehensive full-text retrieval from all types of legal documents, ensuring no content was left behind due to format limitations.

A robust Data Cleaning Pipeline was created to normalize and clean the extracted data. This involved removing inconsistencies, redundant information, and formatting errors, resulting in high-quality, LLM-ready datasets.

The Dataset Generation Pipeline took the cleaned data and structured it into formats suitable for supervised fine-tuning of language models. This included the creation of instruction-response pairs tailored to legal tasks.

For LLM Fine-Tuning, multiple language models were fine-tuned using custom legal datasets, leveraging Huggingface libraries and AWS Sagemaker. These models were specifically tailored for various user groups, such as legislative drafters, legal researchers, and compliance officers.

A specialized Prompt Engineering Pipeline was also implemented, designing sophisticated prompting strategies for legal use cases. These included bill drafting, amendment suggestions, summarizing legal arguments, and retrieving precedents.

Finally, a Result Verification and Reference Extraction system was built to cross-verify model outputs with original source documents. It also extracted citations and references to ensure legal accuracy and maintain source traceability.

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Technology Stack

  • Compute: AWS EC2, SageMaker, AWS Lambda
  • Storage: AWS S3
  • Database: MySQL, AWS DocumentDB, MongoDB
  • Scraping Frameworks: BeautifulSoup (BS4), Puppeteer, JinaAI, Mendable, Scrapegraph.ai
  • LLM Hosting: vLLM for high-throughput inference
  • LLM Fine-tuning: Huggingface libraries and AWS SageMaker
  • Backend Stack: Django (Python)

Results

  • High Processing Capacity: Successfully processed over 432,000 legal documents, creating one of the largest specialized datasets for legislative AI work.
  • Enhanced Research Speed: Reduced research and drafting time for users by up to 65% compared to manual workflows.
  • Reliable Output: The reference extraction system ensures that generated drafts include verifiable, properly cited sources.
  • Scalable Architecture: Multiple LLMs deployed across vLLM instances for low-latency, concurrent access.

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