Strike (STRK)

StarkWare continues to highlight a key advancement in Recursive Circuit Proving with S-two.

Proving time has been reduced from 1 minute to just 3 seconds -- a 95% reduction in both latency and computational resources. This now makes proof generation feasible on standard laptops, with significantly smaller proof sizes and lower costs for creation and verification.

These improvements substantially strengthen on-chain privacy (STRK20s), bring decentralized proving closer to reality, enable client-side proving on everyday devices, enable faster Starknet settlement on Ethereum.

A meaningful contribution to ZK infrastructure.

Starknet continues to execute with a level of consistency that is difficult to ignore.

From core infrastructure breakthroughs to application-layer expansion and ecosystem activity, the past week reflects a system that is steadily maturing across all fronts.

Post-quantum readiness is no longer theoretical.
With wallets now aligned alongside a proving system that was already designed for it, Starknet is positioning itself ahead of a curve most of the industry has yet to fully acknowledge.

At the same time, S-two introduces a meaningful leap in proving efficiency.
Lower latency, reduced hardware requirements, and smaller proofs are not just technical improvements. They directly impact scalability, cost, and the feasibility of decentralized and privacy-preserving systems.

On the network side, staking dynamics are evolving as expected.
Rising validator fees reflect the transition toward a more robust and responsibility-driven validator set. Delegators should remain attentive and actively manage their allocatio

Starknet is entering Phase 4.

A faster, more decentralized and private Starknet, increasingly connected to Bitcoin and built on stronger economic alignment.

It’s time to activate this stack at a much larger scale. https://t.co/nQzDsXmnYt