RUNTIME-LEVEL INTEROPERABILITY
EVM execution,
integrated with
Solana runtime
Qarmir-EVM is a REVM-based execution layer that enables EVM applications to interact directly with Solana-native programs, accounts, assets, and runtime primitives.
Designed around runtime interop.
Qarmir-EVM is built around direct interaction between EVM execution and Solana runtime semantics.
Cross-runtime behavior is treated as a core execution concern rather than an external integration layer.
Direct Solana runtime access for EVM execution.
EVM execution can read Solana accounts, invoke programs, and route state transitions into Solana-native systems.
Solana account reads
Read account data from EVM execution paths.
Program invocation
Call Solana programs through CPI-style interfaces.
SPL asset interaction
Work with SPL token accounts, mints, and asset flows.
Relayer RPC access
Expose Ethereum-compatible transaction submission through independent relayers.
REVM execution
Execute Ethereum-compatible bytecode using a REVM-based engine.
Cross-runtime application logic
Keep EVM-side business logic while integrating with Solana execution primitives.
Existing EVM infrastructure was not designed for Solana runtime.
Audited EVM systems already operate bridge, settlement, routing, custody, and interoperability infrastructure.
Conventional Solana integration often requires rewriting protocol logic, duplicating tooling, and redesigning execution assumptions.
Qarmir-EVM keeps EVM execution continuity while integrating directly with Solana-native runtime surfaces.
Runtime participation.
For teams crossing boundaries.
Cross-Chain Protocols
Connect EVM settlement and interoperability logic with Solana-native execution environments.
Settlement Systems
Extend EVM settlement logic into Solana-integrated execution paths.
Routing Infrastructure
Route execution between EVM logic and Solana program interfaces.
Intent Systems
Coordinate intent fulfillment flows across EVM and Solana runtime boundaries.
Custody and Wallet Infrastructure
Integrate account and asset controls with Solana program-level execution.
EVM teams expanding into Solana
For teams with existing EVM infrastructure, Qarmir-EVM reduces the need to duplicate protocol logic across completely separate execution stacks.
Execution path
Relayers provide Ethereum-compatible entry points. Transactions are translated into Solana execution, where Qarmir-EVM runs REVM-based contract logic and exposes controlled interfaces for account access and program invocation.
Engineering-first infrastructure.
These principles define the architectural intent behind qarmir-evm and guide every decision in the system's design and evolution.
qarmir-evm is designed around direct interaction between EVM execution and Solana runtime semantics. Interoperability is not treated as an external bridge or compatibility layer, but as part of the execution architecture itself.
Cross-runtime execution introduces behavioral boundaries that cannot always be safely abstracted behind ordinary EVM assumptions. qarmir-evm treats these boundaries as part of the execution architecture where they materially affect execution semantics.
The execution layer is intended to track Solana runtime development and adopt relevant platform improvements when they create concrete execution, composability, or interoperability benefits.
qarmir-evm does not require a protocol-native token as a condition for execution. The execution model is separated from token-driven protocol economics, allowing infrastructure and relayer economics to remain independent.
Independent relayer operators can expose Ethereum-compatible RPC interfaces, submit Solana transactions, index execution data, and reconstruct Ethereum-style views without relying on a centralized protocol-controlled relayer.
The protocol does not define a mandatory fee policy for relayers. Operators may choose their own fee models and supported payment assets, while signed transaction semantics remain protected by on-chain Ethereum-style signature verification.
Building cross-runtime infrastructure?
We are interested in interoperability systems, execution infrastructure, settlement surfaces, and Solana-integrated EVM applications.
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