Zero-Knowledge Rollup Core Development

Design and implement custom zero-knowledge circuits for your specific application logic, ensuring optimal proving times and minimal gas costs for end-users.

Build high-performance, fault-tolerant sequencer and prover nodes. We architect for horizontal scalability and sub-second block times to handle enterprise transaction volumes.

Integrate with secure and cost-effective data availability solutions like EigenDA, Celestia, or Ethereum calldata, balancing security guarantees with operational costs.

Deliver optimized, lightweight client software for node operators and indexers, supporting fast sync and efficient state management.

Move operations off-chain and settle proofs on L1, reducing gas fees by 95%+ for your users. This enables micro-transactions and new business models previously cost-prohibitive on Ethereum mainnet.

Process thousands of transactions per second (TPS) with sub-second finality. Scale your application to handle mass adoption without compromising user experience or network stability.

Inherit Ethereum's security while keeping transaction details private. Our rollups use battle-tested proving systems (e.g., PLONK, STARK) and are built with audited cryptographic libraries.

Leverage our modular ZK stack and pre-built components to deploy a production-ready, custom rollup in weeks, not months. We handle the complex infrastructure so you can focus on your application logic.

Designed for a multi-chain ecosystem. We implement standards like EIP-4844 (blobs) and ensure seamless bridging and communication with other L2s and L1s, protecting your long-term investment.

We provide managed sequencer/prover infrastructure with a 99.9% uptime SLA, eliminating the need for you to build and maintain complex node operations. Predictable costs, enterprise reliability.

We design custom ZK circuits and state transition logic tailored to your application's needs, using frameworks like StarkWare's Cairo or zkSync's ZK Stack. This ensures optimal performance and cost-efficiency from day one.

Our engineers build the sequencer, prover, and verifier components in Rust or Go, implementing battle-tested cryptographic libraries. We ensure your rollup achieves sub-second finality and can process 2,000+ TPS.

Every component undergoes rigorous review. We partner with leading firms like Trail of Bits and Quantstamp for smart contract and circuit audits, and employ formal verification for critical state logic.

We deploy to a dedicated testnet, conducting load testing, gas optimization, and benchmarking against Ethereum L1. We fine-tune parameters for minimum latency and maximum cost savings.

We manage the mainnet launch with phased rollouts and real-time monitoring dashboards. Our team provides 24/7 support with defined SLAs for uptime and incident response.

We deliver comprehensive technical documentation, operational runbooks, and conduct training sessions for your engineering team, ensuring full ownership and seamless future development.