Monday, November 25

Marlin has collaborated with Quest Flow to improve the network’s security. The goal is to safeguard sensitive data and ensure the integrity of computations.

Marlin is thrilled to announce a partnership with @questflow, a decentralized AI agentic workflow network to enable secure, efficient, and scalable AI applications.

QuestFlow’s innovative platform empowers users to orchestrate complex AI workflows, automating tasks and… pic.twitter.com/fU87NWgk7f

— Marlin (@MarlinProtocol) August 16, 2024

Marlin Protocol is an open-source, programmable network. It aims to scale peer-to-peer (P2P) networks and host DeFi apps. The services include secure job execution, zk-based prover computations, event-driven scheduling, caching, and fast block or transaction transmissions.

Significance of this Partnership Between Quest Flow and Marlin

Users can organize complicated AI processes through the revolutionary platform that Quest Flow provides. This platform automates chores and offers incentives to those who create AI agents. The necessity of having strong security and privacy measures in place to safeguard sensitive data is the driving force behind QuestFlow’s overall success. At this point, Marlin’s knowledge and experience come into play.

Quest Flow’s artificial intelligence agents are built on top of Marlin’s Oyster, a cutting-edge TEE-based artificial intelligence coprocessor that serves as the ideal basis. By utilizing Oyster, QuestFlow guarantees the integrity of calculations and protects sensitive data. Oyster enables the creation of secure and segregated execution environments for its artificial intelligence models.

When the artificial intelligence orchestration capabilities of Quest Flow are combined with the safe computing architecture of Marlin, a plethora of opportunities become available. Our vision is a future in which decentralized applications (dApps) powered by artificial intelligence may be deployed with full assurance, knowing that their data is safeguarded and their calculations can be verified.



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