Verifiable Compute
Verifiable Compute
Being able to access verified data is just the first step as most applications want to process compute on top of that data. Due to this, the ability to prove the correctness of computations is crucial. At Herodotus, we're at the forefront of verifiable compute solutions, enabling a new era of trust-minimized applications.
What is Verifiable Compute?
Verifiable compute refers to the ability to prove that a computation was performed correctly without having to re-execute it. Our advanced cryptographic systems allow for efficient verification of complex computations across distributed networks.
The Power of Verifiable Compute
TRUST MINIMIZATION
Eliminate the need to trust centralized entities for computation results.
Scalability
Enable complex off-chain computations with on-chain verification.
Privacy
Prove the correctness of computations without revealing sensitive data.
Interoperability
Verify and reuse computations across different blockchain networks.
Our Verifiable Compute Solutions
Herodotus Data Processor (HDP)
The Herodotus Data Processor is a powerful solution for defining extensive sets of on-chain data and running complex computations over them in a fully sound and proven environment using STARKs and Storage Proofs. It enables:
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Low Cost: Complex off-chain computations with on-chain verification
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Private Inputs: Proving computation correctness without revealing sensitive data
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Custom Data Lakes: Define and work with large sets of on-chain data
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Custom Compute Modules: Create tailored computation processes for your specific needs
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Cross-chain Support: Access and process data from multiple blockchain networks, enabling interoperability and expanded functionality
Build sophisticated, verifiable applications while maintaining data privacy and computational integrity across various blockchain ecosystems.
Data Processor Modules
Data Processor modules enable specific computational tasks to be performed over Data Lakes, allowing developers to leverage both predefined functions and custom computations. The module system supports a range of predefined functions such as average, maximum, and minimum, providing developers with ready-to-use tools for common data analysis tasks. For more advanced use cases, developers can create and execute custom modules using Cairo1, enabling tailored computations to meet unique project requirements and specific needs.
These modules can access data from multiple chains, facilitating cross-chain computations. Each module is identified by a unique code hash in the Module Registry, ensuring integrity and allowing for easy reference and reuse across different projects. The flexibility of public and private modules allows developers to balance between open collaboration and proprietary computations, catering to various application needs and development strategies.
Herodotus Cloud Services
For enterprise-grade verifiable data solutions, Herodotus Cloud offers:
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Data Processor API: Powerful API for integrating verifiable compute into your applications. The Data Processor API enables developers to leverage verifiable compute quickly and easily. There's no need to understand complex cryptography, zero-knowledge proofs, or how to write intricate compute circuits. The API handles scheduling, requests verifiable data to perform compute on, and saves developers significant time, allowing them to focus on building powerful applications.
Harness the full potential of verifiable compute with our cloud infrastructure, eliminating the need to manage complex backend systems.
Use Cases for Verifiable Compute
DeFi
Prove complex financial calculations off-chain for on-chain verification.
Gaming
Verify game state transitions without revealing player strategies.
Supply Chain
Prove the correctness of complex logistics calculations.
AI/ML
Verify the results of machine learning models while maintaining data privacy.
Eligibility Requirements
Reward loyal users by offering rewards to those that fulfill some criteria, such as calculating trading volumes across different DEXes, or average balance held on a given chain for an arbitrary time period.
Build the Future of Trust-Minimized Applications
Whether you're a blockchain developer, a DeFi project, or an enterprise exploring blockchain solutions, our verifiable compute technologies provide the foundation for creating truly trust-minimized applications that can scale across multiple chains.
Ready to start leveraging verifiable compute? Contact us to discover how Herodotus can empower your projects with our latest verifiable compute solutions.