Zero-knowledge ML doesn’t fail because of theory it fails because of cost.
By breaking models into slices and verifying selected subcomputations,
That’s what makes verifiable AI actually deployable.
@inference_labs
1/ A lot of the AI world is focused on bigger models and better interfaces.
Inference Labs is focused on something just as important: trust infrastructure for AI systems that need to operate in the real world.
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Zero-knowledge ML doesn’t fail because of theory it fails because of cost.
By breaking models into slices and verifying selected subcomputations,
That’s what makes verifiable AI actually deployable.
@inference_labs
@inference_labs
Zero-knowledge ML doesn’t fail because of theory
it fails because of cost.
By breaking models into slices and verifying selected subcomputations,
That’s what makes verifiable AI actually deployable.
If AI agents become autonomous,
who verifies their decisions at scale?
We can’t rely on reputation or blind trust.
Is targeted verification (like DSperse) the only scalable path where we verify just enough instead of everything?
@inference_labs Instead of forcing full verification, it treats trust as something you can allocate focusing proofs on critical parts of inference.
That’s a much more realistic design for production systems.
DSperse solves this by introducing targeted verification: instead of proving entire models, it focuses on critical computations where trust matters most.
That shift makes zkML far more practical for real-world deployment.
@inference_labs
In 2009, almost no one paid attention.
A few did.
They stayed. They believed. They showed up.
Today, we call them early.
TRACE is built on the same principle:
Consistency creates advantage.
Most will ignore this.
Some won’t. $BTC