That's the key distinction. This isn't just a complex function, but a programmable machine that enables new capabilities.
For example: verifiable, time-locked proof of computation on a secret program. A standard hash or ZK-SNARK can't prove the when or how long of a simulation. Our model can.
The execution of the secret program leaves an irreversible "scar" on a one-time-use Labyrinth. The final state of this scarred structure is a commitment to the entire computational history, which is then time-locked by a Verifiable Delay Function (VDF).
The proof isn't just an output; it's the final, mutated state of the Labyrinth itself. An adversary can't find a more concise model because the history of the computation is inseparable from the proof.
For example: verifiable, time-locked proof of computation on a secret program. A standard hash or ZK-SNARK can't prove the when or how long of a simulation. Our model can.
The execution of the secret program leaves an irreversible "scar" on a one-time-use Labyrinth. The final state of this scarred structure is a commitment to the entire computational history, which is then time-locked by a Verifiable Delay Function (VDF).
The proof isn't just an output; it's the final, mutated state of the Labyrinth itself. An adversary can't find a more concise model because the history of the computation is inseparable from the proof.