Layer 3 ZK Proof Scalability Solutions

We design and implement application-specific ZK circuits (zkSNARKs/zkSTARKs) tailored to your business logic, enabling private, verifiable computation with minimal on-chain footprint.

Deploy data availability solutions matching your security and cost needs. Choose Validium for maximum throughput or Volition for hybrid on/off-chain data security per transaction.

Implement secure bridges and messaging layers (using IBC, Axelar, or Hyperlane) to enable seamless asset and data flow between your L3 and Ethereum/L2s, maintaining finality guarantees.

We deploy and manage high-performance proving clusters (CPU/GPU) with load balancing, ensuring low-latency proof generation and submission without compromising decentralization.

Receive custom SDKs and CLI tools for your team, simplifying integration, local testing, and monitoring of proof generation, state updates, and bridge operations.

Move compute-intensive operations off-chain with ZK proofs, reducing on-chain gas fees by 90-99% compared to L1 execution. Scale your user base without scaling your infrastructure bill.

Achieve sub-second transaction finality with a purpose-built L3 sequencer. Eliminate user experience friction from slow confirmations common in shared L2 environments.

Every ZK circuit and smart contract undergoes formal verification and audits by firms like Trail of Bits. Built with OpenZeppelin standards for maximum security assurance.

Leverage our modular L3 stack and pre-built ZK primitives to deploy a custom, scalable chain in weeks, not months. Focus on your dApp logic, not the underlying infrastructure.

Implement tailored tokenomics, fee models, and MEV capture strategies native to your L3. Design an economic flywheel that aligns with your protocol's long-term goals.

Maintain full composability with Ethereum L1 and major L2s (Arbitrum, Optimism) via native bridges and messaging layers. Your L3 is an integrated part of the ecosystem.

We design your L3's core architecture, including the ZK proof system (zkEVM, zkVM), data availability layer, and bridge mechanics, ensuring optimal scalability and security from day one.

Our team writes and optimizes zero-knowledge circuits (using Circom, Halo2, or Noir) for your application logic, focusing on proof generation speed and verification cost reduction.

We deploy to a dedicated testnet, executing load tests simulating millions of transactions to validate throughput, finality, and economic model under peak conditions.

Managed mainnet deployment with real-time monitoring dashboards for sequencer health, proof backlog, and bridge security, ensuring a smooth production launch.