Substrate-based Chain Security Testing

In-depth audit of your custom pallets and runtime logic for vulnerabilities like reentrancy, access control flaws, and economic exploits. We ensure your business logic is robust and secure.

Security review of your chosen consensus (BABE/GRANDPA, Aura, etc.) for liveness, fairness, and finality guarantees. We identify risks in validator selection and slashing conditions.

Assessment of libp2p configuration, peer discovery, and transaction propagation to prevent eclipse attacks, sybil attacks, and network-level denial of service.

Verification of all cryptographic primitives (SR25519, ED25519, Keccak) used in signatures, hashing, and key derivation. We ensure compliance with industry standards and no weak randomness.

Penetration testing of public RPC endpoints, WebSocket connections, and external APIs to prevent injection attacks, unauthorized access, and data leakage.

Analysis of runtime upgrade mechanisms (sudo, democracy) and governance pallets to prevent malicious proposals, upgrade hijacking, and treasury drain attacks.

We conduct exhaustive runtime and pallet logic testing, simulating edge cases and adversarial conditions to uncover vulnerabilities that could lead to chain halts or fund loss.

Rigorous testing of your BABE/GRANDPA or other consensus mechanisms under network splits and adversarial validator behavior to ensure chain liveness and safety.

Benchmark and stress-test your chain's transaction throughput, block propagation, and storage I/O to ensure it meets the performance demands of your dApp ecosystem.

Comprehensive testing of runtime upgrades (forkless and otherwise) and migration scripts to prevent state corruption and ensure smooth, non-disruptive chain evolution.

A secure, stable chain foundation protects your token economics, validator incentives, and user trust—directly safeguarding your project's market cap and long-term viability.