.@union_build's Galois framework follows three principles that every ZK project should copy:

1. Fast execution
2. Low-cost operation
3. True decentralization

And the best part? It runs on a single machine.

Compared to other ZK bridges needing data centers, Galois outperforms while running on consumer hardware.

This aligns with @theblessnetwork's vision. Edge computing meets ZK proving. Or in other words: Your laptop contributing to cross-chain security.

@TheoriqAI agents need this efficiency. I mean, we simply can’t have AI swarms waiting for expensive proof generation. Galois makes real-time cross-chain agent coordination possible.

The architecture in short is:
> Emit send-packet event
> Generate ZK proof of Union state
> Update counterparty chain

So simple yet so elegant.

Maybe this is far fetched but even @camp_network could integrate this for cross-chain IP licensing. Prove ownership on one chain, license on another, and all fully trustless. Isn’t that beautiful?

When ZK proving becomes this efficient, every interaction can be cross-chain.