Proof of Real work
Hey guys,
I’ve been digging into using local AI models to harden smart contracts and the thing that caught me is that it feels like a more useful version of the “mining” metaphor.
Not mining hashes. Mining actionable intelligence.
The basic idea is: a node runs a local AI model against public DeFi code, produces signed work, other nodes verify it, and the accepted work gets aggregated into something useful: a cybersecurity report.
That is the part I find provocative. Crypto has spent years proving that machines can coordinate around scarce digital objects. AI agents are now proving they can generate endless output.
The stack is pretty grounded. Nothing exotic:
- Ed25519 for node identity and signed ATP envelopes
- SHA-256 for receipt hashes and hash-linked event history
- RFC 8785 JCS so JSON is canonical before signing
- Noise over libp2p for encrypted peer transport
- libp2p with Yamux, Identify, mDNS, Circuit Relay v2, Rendezvous, and DCUtR for discovery / NAT traversal
The workflow is roughly:
- A DeFi target is selected from a public Guardian index.
- The repo is resolved to a pinned commit.
- A local model runs an audit pass.
- The node signs its contribution.
- Another node verifies or rejects it.
- Accepted contributions roll up into a security report and receipt trail.
It is early. But I like the direction because it makes the crypto part feel useful. The blockchain/crypto primitives are not the product. They are the accounting and verification layer around useful AI labor.
We are spent billions are producing tons of not so useful proof of work for Bitcoin. I think it is time to reevaluate the cost/benefit.
Curious what people here think: is “proof of real work” a better primitive than hash functions alone?