DeepLink and Marlin Protocol have joined forces to enhance the security and performance of AI-powered gaming. This collaboration will bring Marlin’s Trusted Execution Environments (TEEs) into DeepLink’s Decentralized Cloud Gaming Infrastructure, providing confidential and verifiable AI-driven rendering for immersive Web3 games. Marlin’s Oyster compute layer enables the development of complex workloads with confidentiality and integrity.
Exciting News for AI-Powered Gaming! 🔐🎮
We are delighted to announce our partnership with @MarlinProtocol, a leading distributed compute network utilizing Trusted Execution Environments (TEEs) to deliver secure and scalable processing for DeFi, AI, and more. pic.twitter.com/ZvhVnztSj0
— DeepLink (@DeepLinkGlobal) May 14, 2025
With TEEs, DeepLink can offer serverless inference and persistent game logic while maintaining data privacy. This advancement allows gaming applications to scale efficiently without compromising user data privacy, enhancing functionality in competitive gaming, XR experiences, and on-chain platforms.
Empowering Confidential Processing with TEE-Powered Infrastructure
Marlin provides two compute deployment options: Oyster CVM and Oyster Serverless. Oyster CVM offers exclusive, private VMs that can be rented for any duration, similar to traditional cloud services. On the other hand, Oyster Serverless allows developers to offload compute tasks to always-online nodes, billed based on execution time. Both options ensure uptime guarantees and monitoring capabilities.
The protocol facilitates secure networked calls and on-chain contract relaying, enabling seamless integration into both Web2 and Web3 environments. Additionally, Marlin offers tools such as Nix-based reproducible build, key management service, Docker support, and remote attestation-based TLS, simplifying the deployment of secure applications without requiring developers to learn TEE-specific techniques.
Enabling Decentralized Gaming and Scalable Compute Solutions
Marlin enhances blockchain scalability by moving computation off-chain while delivering verifiable results. It allows access to off-chain APIs and supports compatibility across multiple chains, ensuring secure data processing and web endpoint exposure without compromising on-chain trust or user privacy.
The partnership between DeepLink and Marlin leverages these capabilities to establish a secure foundation for real-time AI-driven workloads in gaming, presenting a secure and efficient model for next-generation gaming applications by combining DeepLink’s decentralized infrastructure with Marlin’s privacy-focused approach.
This strategic partnership signifies a significant milestone in the secure implementation of AI and Web3 gaming, promising more sophisticated and privacy-centric user experiences in the future.