Two Execution Engines.
One State.
Zero Limitations.
The only blockchain where EVM and WASM run side-by-side on the same global state, with AI-driven scheduling and parallel execution.
Most blockchains pick either EVM or WASM.
Some try to "add support" for the other.
ArthaChain engineered both.
Two execution engines running simultaneously,
sharing one state tree, with AI-driven scheduling,
parallel lanes, and sharding awareness.
Serving two developer worlds
Billions in tooling
Solidity dominance
Existing dApps migration
MetaMask compatibility
Rust high-performance apps
AI-enhanced logic
Complex deterministic compute
Microservices on-chain
Instead of forcing compromise,
ArthaChain gave both their own execution lane.
Full Ethereum Compatibility
Full Solidity compatibility
All standard EVM opcodes
Ethereum gas schedule
JSON-RPC compatible
Hardhat/Foundry ready
ArthaChain Enhancements
→ Parallel processing
→ Shard awareness
→ AI-optimized scheduling
Native Rust Execution
Wasmtime runtime
Custom gas/fuel accounting
Near-native performance
Multi-language support
Direct state access
Perfect For
→ AI agents
→ Advanced logic systems
→ High-speed microservices
The heart of the Dual VM system
Both VMs write to the same:
Solidity contract calling WASM contract
WASM calling EVM precompiles
Cross-VM libraries
One address space
No other chain supports this.
Where ArthaChain becomes futuristic
Solidity → WASM
// Call WASM from Solidity
Address("wasm_contract")
.invoke("function", args)
WASM → EVM
// Call EVM from WASM
evm_call
(address, method, params)
Under the hood:
AI-driven concurrent processing
Separate transactions into non-conflicting groups
Run across CPU cores simultaneously
Schedule EVM + WASM together
Use DAG ordering for concurrency
AI detects patterns and optimizes
Higher TPS
Faster execution
Lower latency
Better hot-spot control
Scalability per core
Scalability per shard
EVM and WASM both compile to native bytecode with equal priority in transaction processing and block inclusion.
Multiple CPU cores process EVM and WASM transactions concurrently using dependency graph analysis and conflict detection.
Both VMs write to the same Patricia Merkle Trie, ensuring one source of truth for all account states and storage.
Smart contracts can invoke functions across execution engines within the same transaction using unified ABI routing.
Machine learning models analyze transaction patterns to optimize gas pricing, scheduling, and resource allocation in real-time.
VM execution is localized to shard boundaries, minimizing cross-shard communication and maximizing throughput per partition.
WASM handles compute-intensive operations while EVM ensures ecosystem compatibility, creating optimal performance for all use cases.
Move apps instantly
Build powerful native modules
Run agents directly on-chain
High performance with safety
One chain. Two paradigms.
Build exactly the way you want, without limits.