Topic starter
23/10/2026 12:46 am
TL;DR: Web3 penetration tests are scoped, executed, and closed out, according to CertiK’s guide, showing that the value comes from testing contracts, wallets, and deployment assumptions before attackers do. The real lesson is that security review has to follow the asset-control lifecycle, not just the codebase.
Editorial analysis by NHI Mgmt Group, based on content published by CertiK: “Technical Insights”.
Key questions
Q: How should teams scope a Web3 penetration test for real risk coverage?
A: Scope the test around the controls that can move value or change authority, including contracts, wallets, admin keys, deployment rights, and recovery paths.
Q: Why do signing keys and deployer roles matter so much in Web3 security?
A: They are the practical control points that decide who can authorise transactions, change code, or recover access.
Q: What are the signs that a Web3 security programme is missing important controls?
A: The clearest signs are vague scope, unclear approval chains, weak recovery planning, and no separation between routine operators and high-trust signers.
Practitioner guidance
- Define test scope around asset-moving controls Include contracts, wallet permissions, admin keys, deployment rights, and recovery mechanisms in the engagement scope so the test covers where value can actually be moved or changed.
- Map signing and upgrade authority Document which individuals, services, or roles can sign transactions, upgrade contracts, or approve releases, then verify those authorities against actual operating practice.
- Review recovery and fallback paths Check whether emergency access, multisig recovery, and key rotation procedures would still hold under compromise or staff absence, not just during normal operations.
Bottom line: Web3 penetration testing is most valuable when it examines the authority model around assets, not just the contract logic itself.
Explore further
View Full Forum → | NHI Foundation Course → | Our Services → | Read the full analysis →