IIgra Labs has outlined its vision for enhancing programmability on Kaspa, detailing plans to integrate decentralized virtual machines (VMs) and build a scalable, MEV-resistant Layer 2 (L2). The team shared its roadmap in a series of tweets, emphasizing a focus on security, speed, and interoperability.
Building a Secure and Interoperable Smart Contract Platform
Igra Labs aims to unify various decentralized VMs under one system, ensuring they remain secure, fast, and resistant to MEV exploits. The team highlighted the trade-offs made by existing PoS-based blockchain architectures, arguing that Kaspa’s unique approach can overcome these challenges by prioritizing rapid transaction inclusion and deterministic L2 state derivation from L1.
EVM-Compatible Layer 2 and High-Speed Transactions
A key part of the plan involves the development of an L2 on Kaspa, which will feature a canonical bridge to L1, supporting up to 3,000 transactions per second (TPS) with sub-second finality. The L2 will be EVM-compatible, enabling developers to use existing Ethereum tools seamlessly. Additionally, the design incorporates Kaspa’s leaderless DAG structure to prevent transaction reordering and ensure fair execution.
Expanding VM Support and Interoperability
Igra Labs envisions a system where smart contracts can interact across different blockchain architectures. Future plans include support for multiple VMs, such as Solana’s VM, Move, and WebAssembly (WASM), enabling more seamless cross-chain integration and execution.
Growing Interest in Smart Contracts on Kaspa
Igra Labs is one of several teams working on smart contract development within the Kaspa ecosystem. As more developers explore its capabilities, the blockchain’s potential to support decentralized applications continues to expand.
Looking Ahead
With its structured approach to scalability and interoperability, Igra Labs is positioning itself as a key player in advancing smart contracts on Kaspa. As these developments progress, they could provide valuable new opportunities for builders and users alike.
