What Makes Marlin Particularly Interesting
Marlin’s strength does not rely on a single technology, but rather on the combination of several complementary components:
TEE + Coprocessor + Serverless + POND staking/slashing + Smart Contracts + AI Agents.
With Oyster, developers can continue using familiar environments and programming languages — Docker, Linux, Python, C++, Go, etc. — while benefiting from an infrastructure capable of executing confidential and verifiable computations that can interact with blockchains.
This is an important point: Marlin aims to make confidential computing accessible without requiring developers to completely rebuild their applications around complex cryptographic technologies.
TEEs (Trusted Execution Environments) also offer a practical advantage compared with certain approaches such as ZK, FHE, or MPC: they can generally provide performance much closer to traditional computing, while keeping computational costs lower.
With the rise of AI Agents, verifiable compute, and confidential computing, Oyster is positioning itself to address a very concrete challenge:
How can applications and autonomous agents perform complex or sensitive computations off-chain while still providing verifiable guarantees to the blockchain?
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