Unlike other leading zkVM teams racing to accumulate integrations for optics, ZKM’s strategy is selective. We focus on a small number of high-quality deployments where we can go deep - not wide.
The tradeoff: fewer integrations, more meaningful deployments.
@GOATRollup is a clear example. It’s not 'just another Bitcoin L2'. Its architecture introduces a decentralized sequencer model with an embedded, natively sustainable Bitcoin yield mechanism - unmatched by any other Bitcoin L2 in full-stack production or research. Rather than being yet another typical rollup model repackaged for Bitcoin, GOAT Network is a complete rethinking of Bitcoin-native economic infrastructure.
In this model, zkMIPS is not just a plug-and-play module; it’s a co-engineered component. The result is:
Tight protocol coupling: zkMIPS is integrated at the architectural layer, not bolted on afterward.
Full-stack support: ZKM works tightly with the team on prover pipelines, proof verification, and recursive optimization.
Joint performance tuning: We’re able to optimize for application-specific constraints like block time, latency tolerance, and compute costs.
This model also yields a better feedback loop: real-world usage from day one, active iteration, and concrete metrics to refine zkMIPS.
As the zkVM space matures and developers start asking not just “can I integrate this?” but “should I?”, we believe depth of support, real engineering alignment, and end-to-end reliability will matter more than following the trend for hype.
Get started with ZKM: https://t.co/RzRqSPOVCH
Build with ZKM: https://t.co/UnRJv0X0ti