Conduit FAQs

Question 1

Are Conduit's proof bundles easy to verify?

Accepted Answer

Absolutely. Each proof bundle is a self-contained `.tar.gz` archive that includes a `verify.py` script. This script uses only Python's standard library, ensuring zero dependencies. Anyone can extract the bundle and run `python verify.py` to confirm the integrity of the hash chain and the validity of the Ed25519 signature.

Question 2

What is Conduit and how does it provide verifiable web interactions?

Accepted Answer

Conduit is a unique headless browser that adds a cryptographic audit layer to every web interaction. It records every action – from clicks to JavaScript execution – in a tamper-evident SHA-256 hash chain, which is then signed with an Ed25519 identity key. This creates self-verifiable proof bundles ensuring the integrity and authenticity of all recorded browser activity.

Question 3

What are the main use cases for Conduit's audit capabilities?

Accepted Answer

Conduit is primarily used for compliance automation (e.g., SOC 2, GDPR, HIPAA), AI agent control with verifiable execution and cost enforcement, security research (documenting exact JavaScript executed), web monitoring with signed change detection, and litigation support requiring chain-of-custody for web-based evidence.

Question 4

How does Conduit differ from other headless browsers like Playwright or Puppeteer?

Accepted Answer

The key differentiator is trust and verifiability. While other browsers offer automation, Conduit adds a cryptographic audit log for every action, stores the full JavaScript source code executed, provides Ed25519-signed and self-verifiable session proof bundles, and includes built-in billing/cost enforcement for AI agents. It gives you automation you can definitively prove.

Question 5

Can Conduit capture the exact JavaScript executed on a page?

Accepted Answer

Yes, unlike other headless browsers that only log that JavaScript ran, Conduit stores the entire source body of any JavaScript executed via 'eval' directly within its SHA-256 hash chain. This provides cryptographic evidence of exactly which code ran, invaluable for security research and forensic analysis.

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