Case Study // System Blueprint

Multi-Agent Research Bot.

Agentic workflow system where specialized AI agents collaborate to research topics, gather data, cross-verify facts, and produce comprehensive reports. Role-based agent teams with shared memory.

CrewAILangGraphOpenAIPythonRedis

Performance Benchmarks

Verified Benchmark

4 specialized agents coordinated via LangGraph

Verified Benchmark

85% fact-check agreement rate

Verified Benchmark

Reports generated in <5min

Problem Statement

The Challenge.

Research tasks require gathering information from multiple sources, verifying facts, and synthesizing findings - a process that's tedious and error-prone when done manually.

System Architecture.

01

Role-based agent teams: Researcher, Fact-Checker, Writer, Editor

02

LangGraph state machine for agent coordination and handoffs

03

Shared Redis memory store for cross-agent context

04

Web scraping and API integration for multi-source data gathering

05

Cross-verification pipeline that flags conflicting information

06

Structured report output with citations and confidence scores

Engineering Challenges.

01 // Technical Bottleneck

Agent coordination was the hardest part - designed a state machine that handles failures, retries, and escalation between agents

02 // Technical Bottleneck

Built shared memory with scoped access - agents can read shared context but write to their own namespace to prevent conflicts

03 // Technical Bottleneck

Cross-verification required comparing information from structurally different sources - used embedding similarity to match claims across formats

Results & Impact.

  • Multi-agent orchestration handles complex research tasks autonomously
  • Cross-verification catches conflicting information before report generation
  • Shared memory enables agents to build on each other's findings
Production AI Architecture

Build a similar system for your stack.

Let's Build Together