Scale starting at 60,000 TPS
By implementing dynamic zkSharding, =nil; enables secure parallel execution of transactions across shards operating independently.
As the number of these dedicated shards grows, so does the maximum Ethereum throughput, linearly.
More than just another zkRollup
zkSharding facilitates scalable transaction processing and data availability, all without fragmenting liquidity or economic security.
Secure by design, safe in fact
With great scale comes great responsibility, and =nil; offers an unparalleled security setup, ensuring safety remains at the forefront to match this commitment.
Circuits, compiled automatically from C++, adhere to the precise implementation of Ethereum production-used evmone. This enables our zkEVM1 auditability and eliminates human errors in circuits.
Utilizing Ethereum staking pool’s (e.g. Lido) and applications’ TVL, we've established robust economic liveness security. This guarantees protocol state liveness and fortifies the safety of the underlying liquidity.
From its launch, =nil; will be decentralized to ensure censorship resistance. As the number of nodes involved increases, Ethereum's maximal throughput scales linearly.
Cherries on top of the scale
Scale alone doesn't define our vision, which aims to redefine application experiences, ensuring unparalleled capabilities to truly elevate Ethereum's potential.
Full composability at zero cost
As all shards form integral parts of a singular execution layer, applications on =nil; will benefit from complete composability, free of security compromises or additional zkBridges fees.
Transparent in-EVM data access
A shard within =nil; operates as an Ethereum full node, granting applications trustless read access to all in-EVM data — all at no charge and without the need for migration.
Breaking modularity’s drawbacks
With full in-EVM data access and unified liquidity, zkSharding enhances Ethereum capabilities, contrasting the fragmented liquidity and siloed environments caused by modular zkRollups.
Whether you're a seasoned developer or a zk enthusiast taking your first steps, we've got your back!
Join our fast-growing community to collaborate with experienced engineers ready to share their expertise on building secure, scalable and composable decentralized applications.