Storage Proof Generation SDK

Generate verifiable storage proofs for data on Ethereum, Polygon, Arbitrum, and other major EVM chains. Our SDK abstracts away chain-specific RPC complexities, providing a unified interface for your application.

On-chain proof verification contracts pre-audited and optimized for minimal gas consumption. We provide Solidity libraries that reduce your verification costs by up to 40% compared to naive implementations.

Continuously monitor and prove the state of any on-chain storage slot. Our SDK handles block reorganization and finality guarantees, ensuring your proofs reflect the canonical chain state.

Comprehensive TypeScript/JavaScript SDK with full type safety, detailed error handling, and integration guides for Next.js, Hardhat, and Foundry. Get from zero to first proof in under 30 minutes.

All cryptographic primitives and proof circuits are built on audited libraries like circom and snarkjs. We implement zero-trust architecture patterns to isolate sensitive key material.

Efficiently batch multiple storage proofs into a single verification transaction. Our SDK's aggregation logic cuts per-proof on-chain costs by over 70% for high-throughput applications.

Enable novel DeFi primitives, verifiable RWA attestations, and provable gaming states. Our SDKs turn any data source into a trust-minimized, monetizable asset on-chain.

Build with confidence using SDKs built on formal verification principles and audited by leading firms. Our architecture supports SOC 2 Type II compliant deployments for regulated assets.

Comprehensive TypeScript/Go SDKs with full documentation, local testnets, and dedicated technical support. Empower your team to build complex proofs without becoming cryptographers.

Create tamper-proof oracles by generating proofs of historical on-chain states (e.g., token balances, governance votes). Eliminate reliance on centralized data providers and their single points of failure.

Prove ownership of assets on a source chain (like Ethereum) to mint wrapped representations on a destination chain (like Arbitrum or Polygon). Secure bridging without centralized custodians.

Enable privacy-preserving compliance by allowing users to generate a zero-knowledge proof of their verified identity or accredited status from a trusted source, without revealing the underlying data.

Allow users to generate proofs of their liquidity provider positions, collateral health, or trading history. Enables undercollateralized lending, credit delegation, and sophisticated risk models.

Create verifiable on-chain trophies and achievements by proving a user's past actions or holdings. Drives engagement for GameFi and loyalty programs with immutable proof of participation.

Settle disputes or perform automated audits by cryptographically verifying the exact state of a smart contract or user balance at any past block. Provides an immutable source of truth for arbitrators.