Dedaub primary sources — 2026-04-30

Project status in this pass

  • No canonical standalone whitepaper or litepaper surfaced.
  • The clearest current source of truth is the official site, product pages, and the public GitHub organization plus audit archive.

Primary-source snapshots

1) Official homepage

  • URL: https://dedaub.com/
  • Key excerpt:
    • The homepage frames Dedaub around smart-contract audits, blockchain transaction monitoring, smart-contract analysis technologies, and contract decompilation even when source code or ABI are unavailable.
    • It presents Dedaub’s Security Suite as a unified indexed and queryable multichain intelligence layer.
    • The page quantifies the operating surface with roughly 29M smart contracts decompiled, roughly 16M threats detected, and 25B+ transactions analyzed.

2) Decompiler product page

  • URL: https://dedaub.com/product/decompiler/
  • Key excerpt:
    • The page says the Dedaub Decompiler reconstructs a human-readable, Solidity-like representation of smart-contract logic directly from deployed EVM bytecode.
    • It says the system recovers functions, control flow, storage layout, and state transitions, and exposes source-yul, AI-reconstructed output, decompiled output, decompiled-yul, TAC, disassembly, bytecode, and ABI artifacts.
    • It also says the product is free for individuals via app.dedaub.com, with programmatic API subscriptions for organizations.

3) Security monitoring / downstream applications page

  • URL: https://dedaub.com/web3-security-monitoring/
  • Key excerpt:
    • The broader monitoring page is noisier, but it still supports the key operating claim: Dedaub links its analysis stack to real-world vulnerability disclosures and post-deployment monitoring.
    • Combined with the homepage taxonomy, the downstream applications are Tok{In} for token-risk detection, Monitor for protocol-specific monitoring, and Firewall for transaction-level protection.
    • This matters because it shows Dedaub is packaging continuous onchain security operations, not only audit engagements.

4) GitHub organization

  • URL: https://github.com/Dedaub
  • Supporting API: https://api.github.com/orgs/Dedaub/repos?per_page=100
  • Key excerpt:
    • The public organization pins audits, srcup, and manifold.
    • The repos listing shows security- and analysis-adjacent tooling, including srcup (“Dedaub’s CLI tool for uploading projects into Security Suite analysis pipeline”), manifold (“Pythonic Web3 Multicall”), and other Ethereum-focused utilities.
    • This supports the view that Dedaub is building reusable operational tooling around its security platform.

5) Public audit archive repository

  • URL: https://github.com/Dedaub/audits
  • Supporting APIs:
  • Key excerpt:
    • The repository description says it is a “Repository containing past audit reports.”
    • The README says each subdirectory corresponds to a project audited by Dedaub and that some projects contain multiple audits.
    • The visible contents include project directories such as AORI, Blur, Chainlink, DeFi Saver, Ethereum Foundation, GMX, Immunefi, Lido, Liquity, and Yearn.
    • This is strong evidence that Dedaub maintains a durable public audit corpus rather than treating reports as one-off marketing artifacts.

Working conclusion

Dedaub is best cataloged as smart-contract security and onchain security-intelligence infrastructure. The combination of audit services, bytecode decompilation, multichain vulnerability and transaction analysis, downstream token/monitoring/firewall products, and a public audit archive makes it materially broader than a standard audit firm.