Deploy
Connect TIP with a lightweight SDK. Any chain, any stack.
TEE Integrity Prover
Runtime protection for infrastructure that cannot afford blind spots.
TIP verifies smart contracts, dApps, services, dependencies, and deployed code continuously. TEE enclaves inspect execution, AI agents scan risk, and proofs can be posted on Base.
Verification Loop60 sec cadence
TIP
TEE fingerprint capturedExpected state comparedZK proof generatedAlert or attest on Base
How TIP Works
Continuous integrity in four movements.
Fingerprint
TEE enclaves capture a cryptographic fingerprint of your running code every 60 seconds.
Compare
Runtime state is compared with expected source, dependency, and deployment posture.
Prove
A proof is generated and can be anchored publicly for independent verification.
Proof Timeline
From runtime event to verifiable signal.
TIP reads like a product when the verification path is visible. This timeline is the assurance contract your user should understand in seconds.
TEE sample
Enclave captures execution state and dependency posture.
Risk comparison
Runtime fingerprint is compared with expected source and deployment state.
Agent review
Security agents inspect anomalies, package drift, and suspicious behavior.
Proof ready
Valid state is committed. Suspicious state becomes an actionable alert.
What It Protects
Defense against the attacks that bypass a one-time audit.
TIP is built for living systems: dependencies update, contracts interact, operators rotate, and attackers wait for the moment after launch.
Code tampering
Unauthorized modifications detected through TEE verification of running code.
Supply chain attacks
AI scanning identifies vulnerable libraries, malicious packages, and permission drift.
Source mismatches
Flag when deployed code diverges from the approved source.
Smart contract vulnerabilities
Autonomous testing and runtime analysis surface exploitable behavior continuously.
AI Security Layer
Agentic scanning connected to runtime proofs.
Open source security checker
Scans dependencies for known vulnerabilities, license issues, and malicious packages.
Autonomous pentesting
Probes smart contracts and infrastructure for exploitable weaknesses on a continuous cadence.
AI code scanning
Detects suspicious patterns, logic bugs, and attack vectors with trained security models.
Private Alpha
Bring TIP into your runtime security program.
TIP is positioned for selected integrations first. Use the contact path to discuss the right verification model.