Storage Protocol Security Assessments

We analyze your protocol's core design for logical flaws, centralization risks, and failure modes. This includes consensus mechanisms, data sharding logic, and upgradeability patterns to ensure robust, decentralized operation.

In-depth manual and automated review of storage-specific contracts (data pinning, retrieval incentives, slashing conditions) for vulnerabilities like reentrancy, access control flaws, and economic manipulation.

Verification of all cryptographic primitives used for data integrity (Merkle proofs, erasure coding), access control, and node identity. We ensure implementations resist known attacks and side-channel vulnerabilities.

Stress-testing of tokenomics, staking/reward mechanisms, and slashing conditions under adversarial scenarios. We model for Sybil attacks, withholding attacks, and long-term sustainability.

Assessment of node implementation security, including P2P networking, RPC endpoint hardening, and denial-of-service resilience for storage providers and users.

Receive a detailed technical report with CVSS-scored findings, proof-of-concept exploits, and prioritized remediation guidance. Includes follow-up review of fixes before mainnet deployment.

We audit the implementation of Bitcoin-specific protocols (PSBTs, Miniscript, Descriptors) for logic flaws, signature malleability, and fee management errors that generic tools overlook.

Comprehensive assessment of key generation, segmentation, storage, and signing workflows across air-gapped, HSM, and multi-party computation (MPC) setups to eliminate single points of failure.

Evaluation of human processes: key ceremony documentation, backup recovery drills, personnel access controls, and incident response plans to prevent procedural breaches.

We analyze your protocol's architecture, data models, and incentive structures against industry standards like Filecoin, Arweave, and IPFS. Identifies systemic risks before code is written.

Manual and automated review of on-chain logic for storage deals, slashing, proofs, and payments. We test for reentrancy, access control flaws, and economic logic errors.

Deep-dive analysis of Proof-of-Replication (PoRep), Proof-of-Spacetime (PoSt), and data encoding schemes. Ensures cryptographic assumptions hold under adversarial conditions.

Simulates adversarial market conditions, tokenomics attacks, and collusion scenarios. Models the security of your staking, slashing, and reward mechanisms.

We provide prioritized, actionable fixes and verify all vulnerabilities are resolved. Deliver a final attestation report for your team and stakeholders.