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MyLaw: A Generative AI Intelligent Work Platform for Israel's Legal Sector

This article introduces the MyLaw project, a generative AI work platform designed specifically for Israel's legal sector. Combining technologies like RAG (Retrieval-Augmented Generation), vector databases, document understanding, and streaming LLM dialogue, it provides legal practitioners with precise case retrieval and intelligent assistance services.

法律科技生成式AIRAG向量数据库pgvector法律助手智能检索以色列法律
Published 2026-05-12 20:15Recent activity 2026-05-12 20:20Estimated read 5 min
MyLaw: A Generative AI Intelligent Work Platform for Israel's Legal Sector
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Section 01

[Introduction] MyLaw: A Generative AI Intelligent Work Platform for Israel's Legal Sector

MyLaw is a generative AI intelligent work platform designed specifically for Israel's legal system. Combining technologies such as RAG (Retrieval-Augmented Generation), vector databases, document understanding, and streaming LLM dialogue, it aims to provide legal practitioners with precise case retrieval and intelligent assistance services, helping them free from tedious and repetitive work and focus on high-value tasks.

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Section 02

Background: Needs and Challenges of Digital Transformation in the Legal Industry

The legal industry has long relied on paperwork and case retrieval, with lawyers spending a lot of time reviewing precedents and laws. AI technology brings opportunities for transformation, but general-purpose AI assistants lack legal expertise and struggle to meet the precision requirements of practical work.

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Section 03

Core Technical Architecture: An Intelligent Platform Driven by RAG and Vector Databases

MyLaw adopts a front-end and back-end separation architecture: the front-end is based on React+Vite, providing smooth interaction; the back-end uses FastAPI, including a vector database (PostgreSQL+pgvector) for semantic retrieval, a document understanding engine for processing multi-format files, and a streaming dialogue system for real-time interaction. It also implements a multi-step tool call chain to automatically combine tools to complete tasks. The advantages of the RAG architecture include knowledge timeliness, traceable results, domain expertise, and controlled hallucination risks.

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Section 04

Functional Features and Application Scenarios: Covering Various Legal Work Needs

The platform supports multiple scenarios: case retrieval and research (finding similar precedents via natural language descriptions), contract review assistance (identifying clause risks and providing revision suggestions), legal Q&A consultation (structured answers with cited references), and document drafting assistance (generating initial drafts based on templates).

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Section 05

Highlights of Technical Implementation: Scalable and Security-Compliant Design

Technical highlights include: 1. The Legal Skills concept, which abstracts legal tasks into reusable skill modules; 2. A reserved multi-agent workflow architecture to support more complex tasks in the future; 3. Support for on-premises deployment to ensure data security and compliance.

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Section 06

Implications for Legal Tech Development: Key Elements of Vertical Domain AI

MyLaw demonstrates the potential of generative AI in vertical domains. Vertical AI requires deep domain knowledge integration, rigorous result verification, industry-compliant data processes, and explainable and traceable outputs. These experiences have reference value for AI applications in fields such as healthcare and finance.

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Section 07

Future Development Directions: The Evolving MyLaw Platform

Future plans include expanding to other jurisdictions, enhancing autonomous agent capabilities, optimizing multimodal support (processing non-text evidence), strengthening team collaboration functions, and releasing it as open source to provide a reference for the legal tech community.