Trustless coprocessors for limitless compute

Develop powerful applications by accessing and processing data verifiably

The GPU for onchain execution

Marlin allows computations to be delegated to offchain microservices with proofs and attestations verified onchain

Save gas

Onchain verification of proofs or attestations is usually orders of magnitude cheaper than carrying out the entire computation onchain.

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Save gas

Onchain verification of proofs or attestations is usually orders of magnitude cheaper than carrying out the entire computation onchain.

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Accelerate execution

Verifiable offchain execution doesn't require replication of the entire computation and can thus provide results compratively faster.

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Accelerate execution

Verifiable offchain execution doesn't require replication of the entire computation and can thus provide results compratively faster.

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Maintain privacy

Data and logic of computations carried out offchain are neither visible onchain nor to the host in case of enclaves or cyphers.

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Maintain privacy

Data and logic of computations carried out offchain are neither visible onchain nor to the host in case of enclaves or cyphers.

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Oyster: Serverless backends for Web 3

Focus on your protocol, not devops

Computational integrity
Data confidentiality
Failure recovery
Auto Scaling
Trusted Execution Environments
Verifiable compute
On-chain attestations
Leverage the security of Hardware Security Modules (HSMs) for correctness of computations
Trusted Execution Environments
Verifiable compute
On-chain attestations
Leverage the security of Hardware Security Modules (HSMs) for correctness of computations
Secure enclaves
ZK proofs
Delegated off-chain compute
Share logic and data for processing without the uncertainty of an untrusted intruding host
Persistent state
Fault tolerance
Plug-and-play
Nodes fail. The doesn’t mean your app should. Recover state and get going without flinching.
Load balancing
Node Orchestration
Blockchain agnostic
Spend your time on improving your app, not monitoring and provisioning compute resources
CHAIN-AGNOSTIC TOOLING

Kalypso: The ZK proof marketplace

Leverage the power of zero-knowledge proofs without the expense of specialized hardware

  • Liveness

    Improve reliability and probability of timely proof generation through greater redundancy

  • Censorship-resistance

    Prevent apps from being vulnerable to the whims of provers who may refuse to generate proofs

  • Resource efficiency

    Increase resource utilization and reduce idle time by serving multiple applications

JOIN THE NETWORK

Permissionless protocol supported by open-source contributions

Validators in the Marlin network provide GPUs and Trusted Execution Environments powered by Intel SGX, AMD SEV or one of many cloud services to compute ZK proofs and run decentralized backends

Access permissionless markets through innovative software design

Explore the ecosystem of applications leveraging Marlin’s high-performance infrastructure

Polygon MEV relay

The relay allows searchers to securely send Flashbots-compatible bundles or private transactions to Polygon validators running mev-bor, a fork of vanilla bor

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Polygon MEV relay

The relay allows searchers to securely send Flashbots-compatible bundles or private transactions to Polygon validators running mev-bor, a fork of vanilla bor

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ZK prover marketplace

Outsource generation of ZK proofs to optimized hardware providers to ensure better resource efficiency, reduce fixed costs and time to proof generation

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ZK prover marketplace

Outsource generation of ZK proofs to optimized hardware providers to ensure better resource efficiency, reduce fixed costs and time to proof generation

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Web3 Cache

A distributed event driven caching system based on the observation that a small portion of contracts and addresses account for most of the on-chain activity

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Web3 Cache

A distributed event driven caching system based on the observation that a small portion of contracts and addresses account for most of the on-chain activity

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What's new at Marlin

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