Mango Network, a fully on-chain blockchain infrastructure platform known for its Multi-VM architecture, has expanded its capabilities by integrating the Solana Virtual Machine (SVM). This development marks a significant step in addressing the long-standing issue of liquidity fragmentation across Web3 ecosystems. With this move, Mango Network has positioned itself as the first public blockchain to support MoveVM, Ethereum Virtual Machine (EVM), and now SVM in a single, interoperable framework.
The organization behind Mango Network has reportedly spent the past three years designing a system capable of bridging the technical divides that typically separate blockchain environments. Through its Multi-VM approach, Mango enables developers to build cross-chain decentralized applications (dApps) on an infrastructure that is secure, open, and capable of high performance. With the inclusion of SVM, the platform now offers compatibility for smart contracts developed in Solidity, Move, and Rust, broadening both the potential user base and the composability of the ecosystem.
Each of the supported virtual machines brings distinct advantages to the Mango Network architecture. MoveVM contributes a resource-oriented model that enhances contract security and asset protection. EVM, being the most widely adopted virtual machine in the blockchain landscape, brings with it a broad developer base and robust tooling. SVM, on the other hand, offers superior performance, leveraging Solana’s Sealevel engine to execute transactions in parallel, which significantly boosts throughput.
The integration has enabled smart contracts across different VMs to operate within a shared state, communicate seamlessly, and be accessed using a unified account model. This shared state management removes the need for intermediary messaging layers, while the uniform account structure simplifies user interactions. Contracts developed in any of the three languages can now call one another directly, minimizing friction and allowing for higher composability. Additionally, Mango has implemented a standardized digital asset model, enabling asset transfers between VMs without the traditional risks and costs associated with wrapping or bridging.
Performance-wise, the platform boasts a peak throughput of 297,450 transactions per second (TPS), achieved through a modular design that optimizes contract execution, consensus processes, and data availability. The architecture reduces computational overhead and employs advanced consensus mechanisms to ensure fast and reliable finality.
To enable interaction with Solana’s mainnet, Mango Network has implemented a ZK Rollup-based solution. This zero-knowledge technology allows for secure cross-chain messaging, where events on Solana are captured and transmitted to Mango’s sequencer. As a result, Mango can execute cross-VM calls involving both MoveVM and SVM, using native event emission and parsing to maintain consistency and reliability. Solana-based decentralized applications can now be deployed directly on Mango Network, allowing them to interact seamlessly with the existing Move and Ethereum-based smart contracts.
This latest integration is seen as a strategic step toward unlocking greater potential in Solana’s DeFi and GameFi sectors. Developers working in Rust on Solana can now migrate their applications to Mango’s multi-VM environment without incurring high transition costs. This capability is expected to accelerate multi-chain dApp development and lower entry barriers for cross-chain innovation.
Mango Network is also developing an SVM Adapter Layer aimed at reconciling Solana’s parallel execution model with its own architecture. The team views this as part of a broader vision to support additional VMs such as ZKVM and WASM in the future. This modular and forward-compatible approach aligns with Mango Network’s ambition to serve as a full-chain infrastructure layer for the decentralized internet, offering developers and users a more unified, scalable, and interoperable blockchain experience.
