Marlin - Decentralized Compute Infrastructure

Marlin provides TEE-based serverless coprocessors for Web3 applications. Their Oyster network enables secure, scalable, and verifiable off-chain computation for AI, DeFi, and decentralized applications.

What They Do:

• TEE-Based Coprocessors—Secure, hardware-isolated computation using Trusted Execution Environments for verifiable off-chain processing
• AI Model Deployment—Train, evaluate, and monetize community-owned AI models with private inputs and model protection
• Decentralized Exchanges—Build low-latency DEXs with trustless matching engines secured by enclaves
• Decentralized Frontends—Host dynamic websites without centralized servers using TLS certificate management
• Oracle Networks—Implement reliable data feeds quickly for any blockchain with off-chain API integration

Impact:

Marlin has revolutionized Web3 infrastructure by providing the first scalable, secure, and cost-effective solution for off-chain computation. Their Oyster network enables developers to build complex applications like AI models, DEXs, and oracles with hardware-level security and verifiable execution, accelerating the adoption of decentralized applications.

Mission:

Marlin is committed to democratizing access to secure, scalable compute infrastructure for Web3 applications. They believe in enabling developers to build powerful decentralized applications by providing TEE-based coprocessors that combine security, performance, and cost-effectiveness.

Frontend Developer at Marlin Protocol - Building Blockchain Infrastructure Interfaces

As a frontend developer at Marlin Protocol, I was responsible for creating intuitive user interfaces for their decentralized compute platform. My work focused on developing frontend components and user experiences that enabled developers to easily interact with TEE-based coprocessors through responsive and accessible web interfaces.

Oyster Platform Deployment Interface

• Developed drag-and-drop containerization interface for TEE-based application deployment
• Implemented real-time build status tracking and deployment progress visualization
• Built automated Docker image optimization and security scanning features
• Created one-click deployment workflows for serverless and CVM environments

Kalypso ZK Proof Marketplace Dashboard

• Built comprehensive proof generation, monitoring, and verification interface
• Implemented real-time proof status tracking with visual attestation indicators
• Developed proof marketplace browsing and filtering capabilities
• Created automated proof verification workflows with blockchain integration

Relay Network Management System

• Developed multi-chain network monitoring dashboard with performance metrics
• Implemented real-time network health indicators and fault tolerance alerts
• Built automated relay node status tracking and performance optimization tools
• Created network topology visualization for blockchain-agnostic communication

Key Management & Security Interface

• Built secure key management UI with attestation-based verification
• Implemented enclave status monitoring and security validation features
• Developed persistent key storage interface with MPC-based encryption
• Created automated key rotation and backup management systems

Developer Tools & Documentation Platform

• Developed interactive API documentation with live code examples
• Built SDK integration wizards for multiple programming languages
• Implemented real-time cost calculator for coprocessor usage
• Created automated testing and debugging tools for TEE applications