Incorruptible Finance is now real-time.
Introducing the Atlas upgrade for the ZK Stack:
✦ 15K+ TPS sequencer
✦ 1-second ZK finality via Airbender
✦ $0.0001 proving cost per transfer
Introducing the Atlas upgrade for the ZK Stack:
✦ 15K+ TPS sequencer
✦ 1-second ZK finality via Airbender
✦ $0.0001 proving cost per transfer
We’re streaming a live dashboard from a full load test of the new ZK Stack sequencer.
Watch TPS, gas/sec, and tx inclusion latency in real time.
project-atlas.zksync.dev
Watch TPS, gas/sec, and tx inclusion latency in real time.
project-atlas.zksync.dev
The global digital economy can’t run on a single mega-chain.
Banks, businesses, and institutions will operate their own chains, private where needed, and connect directly via ZK proofs, not intermediaries.
This requires high performance & real-time proofs.
Atlas delivers both.
Banks, businesses, and institutions will operate their own chains, private where needed, and connect directly via ZK proofs, not intermediaries.
This requires high performance & real-time proofs.
Atlas delivers both.
Atlas combines:
✦ A new ultra-high performance sequencer
✦ A new EVM-equivalent execution environment optimized for ZK
✦ Airbender, the world’s fastest open source RISC-V prover
✦ A new ultra-high performance sequencer
✦ A new EVM-equivalent execution environment optimized for ZK
✦ Airbender, the world’s fastest open source RISC-V prover
The Atlas sequencer delivers 15K+ TPS on stablecoin transfers.
That’s 2× VISA’s annualized avg. load, giving businesses and institutions confidence they can scale onchain.
That’s 2× VISA’s annualized avg. load, giving businesses and institutions confidence they can scale onchain.
Airbender proves transactions for as little as $0.0001/transfer.
To put it in perspective: a single modern GPU can sustain >1M tx/day at that cost (less than $100/day for Ethereum-grade security).
To put it in perspective: a single modern GPU can sustain >1M tx/day at that cost (less than $100/day for Ethereum-grade security).
This ability to run proofs on in-house infrastructure is especially relevant for private chains that must keep data local - for compliance, privacy, or regulatory needs.
Finally, the most consequential aspect of Atlas is what we call 1-second ZK finality.
Each block is proven by Airbender in about a second, and then committed to the ZKsync Gateway - the coordination layer linking all ZK Chains together.
Each block is proven by Airbender in about a second, and then committed to the ZKsync Gateway - the coordination layer linking all ZK Chains together.
What does that mean in practice?
Within one second of a user sending a tx, the entire network of chains can verify its correctness. The proofs carry trust between domains.
This is what enables seamless interoperability on ZKsync.
Within one second of a user sending a tx, the entire network of chains can verify its correctness. The proofs carry trust between domains.
This is what enables seamless interoperability on ZKsync.
Legacy 3rd party bridges put heavy limits on UX: they rely on external liquidity, support only the most liquid tokens, and often require costly routing. Sometimes transactions can’t go through at all.
With interop based on 1-second ZK finality, none of that applies. You send funds from one ZK Chain to another, the block is proven and committed to the Gateway in ~1 second, and those funds are immediately usable on the receiving chain.
Any size. Any asset. Any network.
Any size. Any asset. Any network.
Read the full blog post about Atlas and start building on ZK Stack:
zksync.mirror.xyz/XrlYJN9SUbOtRn…
zksync.mirror.xyz/XrlYJN9SUbOtRn…
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