Automation earns its value through speed and the ability to trace what it has done. For businesses exploring AI and blockchain, a practical question follows: when a system recommends or initiates an action, can we identify its evidence and the person who approved it?
One concrete development is ERC-8004, an Ethereum ecosystem proposal for agent identity, reputation and validation registries. It remains a draft. My reading is that evaluating agents across organizational boundaries is becoming part of the automation conversation. The proposal offers infrastructure for that task; it does not settle every question of trust. [1]
“Discover agents and establish trust through reputation and validation”
Consider a hypothetical supplier workflow. AI reviews documents, flags missing information and suggests checks for an employee. If several companies need a shared history that resists alteration, document fingerprints and approval records could be recorded on a blockchain. Sensitive documents would remain separately stored with appropriate access controls. This could help teams investigate which version was reviewed and approved. It is a design example, not a completed client project.
Making a record harder to alter does not make its contents true. Blockchain supports record integrity; incorrect inputs and AI recommendations still require checks. This distinction follows NIST's description of blockchain as a tamper-evident, tamper-resistant ledger. [2]
“tamper evident and tamper resistant digital ledgers”
My vision for Hanedan Teknoloji starts with understanding a real business need, building a small Python automation, teaching people to use it and measuring time, errors and workload. Lasting value comes from automation people can understand, supervise and use. Blockchain belongs where shared records justify it. Which process in your organization needs greater visibility and accountability?
Osman ÇETİN | A vision for Hanedan Teknoloji
#ArtificialIntelligence #Blockchain #Automation #DigitalTransformation
KAYNAKLAR:
[1] Marco De Rossi, Davide Crapis, Jordan Ellis and Erik Reppel. ERC-8004: Trustless Agents. Ethereum Improvement Proposals, August 13, 2025. Status: Draft.
https://eips.ethereum.org/EIPS/eip-8004
Source for the description of agent identity, reputation and validation registries. The first quotation is taken directly from the subtitle.
[2] Dylan Yaga, Peter Mell, Nik Roby and Karen Scarfone. Blockchain Technology Overview. NISTIR 8202, October 3, 2018.
https://doi.org/10.6028/NIST.IR.8202
Source for the description of blockchain record integrity. The second quotation is a short extract from the abstract.
Sources checked September 22, 2026. Outside the quotations, the text is original synthesis and author commentary. The supplier scenario is our hypothetical example.