Blockchain Penetration Testing Coming soon
On-chain systems fail differently: deployed contract code is often immutable, and whether an exploit can be fixed afterwards depends entirely on how the contract was designed — which is why the code has to be right before deployment. We are preparing a dedicated blockchain security practice for exactly that.
Where blockchain systems break
Blockchain applications concentrate risk: immutable contracts, valuable keys, and infrastructure that anyone on the internet can transact with. The most damaging findings are rarely in the cryptography — they are in access control, oracle handling and the web layer around the chain.
Our planned practice covers the full stack: contract logic, node infrastructure, and the off-chain components that most blockchain projects get wrong.
On-chainSmart contract testing
Manual, adversarial review and testing of contract logic — reentrancy, access control, arithmetic and the economic exploits that automated checkers miss.
- Logic and access-control review
- Known vulnerability class testing
- Economic and governance abuse cases
- Findings ranked by real exploitability
Off-chainNode & infrastructure testing
The nodes, APIs and services around the chain are the most exposed part of most blockchain systems — tested here like any other internet-facing infrastructure.
- Node exposure and API security
- Consensus and peer abuse scenarios
- Key management infrastructure review
- Monitoring and rate-limiting gaps
AssetsWallet & key security
Where keys live determines who really controls the assets. We review wallet architecture, custody flows and signing logic for the paths that lead to loss.
- Custody and signing flow review
- Key generation and storage practices
- Transaction validation logic
- Supply-chain risks in wallet tooling
Interested in Blockchain Penetration Testing? Register your interest.
Tell us what you would use this service for — it helps us prioritise the launch and shape the engagement to real demand.