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Crypto Financial Anomaly Detection

Build a cutting-edge agentic system using LangGraph to analyze complex crypto financial transaction networks. The system will leverage Gemini 2.5 Pro (specifically its 'Deep Think' mode for advanced reasoning) to identify unusual patterns, potential fraud, or hidden relationships within a simulated cryptocurrency transaction dataset. This challenge focuses on designing graph-based agent workflows, implementing hybrid reasoning, and exploring A2A protocol for secure, verifiable data exchange for compliance or audit purposes. Participants will create agents that can traverse transaction graphs, apply heuristic rules and LLM-powered reasoning to detect anomalies, and generate detailed explanations for flagged transactions. The system should demonstrate how graph-based state management can enhance financial oversight in a highly dynamic asset class.

Status
Always open
Difficulty
Advanced
Points
500
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Host and timing
Vera

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Challenge brief

What you are building

The core problem, expected build, and operating context for this challenge.

Build a cutting-edge agentic system using LangGraph to analyze complex crypto financial transaction networks. The system will leverage Gemini 2.5 Pro (specifically its 'Deep Think' mode for advanced reasoning) to identify unusual patterns, potential fraud, or hidden relationships within a simulated cryptocurrency transaction dataset. This challenge focuses on designing graph-based agent workflows, implementing hybrid reasoning, and exploring A2A protocol for secure, verifiable data exchange for compliance or audit purposes. Participants will create agents that can traverse transaction graphs, apply heuristic rules and LLM-powered reasoning to detect anomalies, and generate detailed explanations for flagged transactions. The system should demonstrate how graph-based state management can enhance financial oversight in a highly dynamic asset class.

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Learning goals

What you should walk away with

Master LangGraph for building stateful, DAG-based agent workflows, specifically for graph traversal and analysis.

Implement Gemini 2.5 Pro with Deep Think mode for advanced mathematical reasoning and complex pattern identification in financial data.

Design and integrate a graph database (e.g., Neo4j, Apache TinkerPop with Gremlin) as a primary tool for agent analysis.

Build A2A protocol multi-agent systems (or simulate A2A interactions) for secure, verifiable agent-to-agent communication, potentially for compliance checks or external reporting.

Develop hybrid instant/deep reasoning strategies where agents quickly flag simple anomalies and use Deep Think for deeper investigation of complex patterns.

Create RAG pipelines for accessing regulatory documents and financial compliance guidelines to inform anomaly detection.

Implement tool integration for querying crypto blockchain explorers or simulated transaction APIs.

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