WASM-Based L2 VM Development

Deploy applications on a purpose-built WebAssembly Virtual Machine for deterministic execution. Achieve near-native speeds with support for Rust, C++, and Go, enabling complex logic at a fraction of the cost of EVM-based L2s.

Define your own state transition rules and consensus mechanisms. We implement custom pallets (for Substrate) or execution environments tailored to your application's specific data and transaction logic.

Build on a foundation of security-first engineering. Our VM implementations undergo rigorous internal audits and leverage formally verified components where possible, reducing the attack surface for your core logic.

Integrate with Ethereum, other L2s, and Cosmos/IBC chains via secure, trust-minimized bridges. Our service includes the development of message passing protocols and light client verification for asset and data transfer.

Accelerate development with our comprehensive SDKs, local testnets, and debugging tools. Get full support for familiar languages and frameworks, reducing your team's learning curve and time-to-market.

Go live with confidence. We handle node orchestration, monitoring, alerting, and disaster recovery planning. Includes 24/7 infrastructure monitoring with defined SLAs for uptime and performance.

Build with Rust, C++, Go, or TypeScript instead of just Solidity. Leverage mature ecosystems and libraries to accelerate development cycles by 40-60% and attract top engineering talent.

WASM's near-native execution speed enables sub-second block times and higher TPS. More efficient computation directly translates to ~30-50% lower gas fees for end-users compared to standard EVM rollups.

Reduce attack surface with memory-safe languages like Rust. Our development includes formal verification tooling and audits against WASM-specific vulnerabilities, providing a more secure foundation than EVM-equivalent code.