ZKode is an on-chain configuration platform for building dApps by reusing and combining existing on-chain smart contract functions. It features a Turing-complete smart contract virtual machine with integrated on-chain interpreter and an SDK for interacting with the VM.

The VM processes arbitrary opcode to create and execute new smart contract logic through a configurable interface. Its ad hoc interpreter enables efficient development and testing by executing instructions on the fly. The VM's logic can be modified and reconfigured on-chain until it's set as immutable.

The SDK deploys the VM and compiles opcode from YAML configuration files, referencing deployed smart contract addresses and functions. With its DSL-agnostic design, the VM is compatible with any domain-specific language that compiles to opcode.

Although Ethereum enables composability, ZKode unlocks its true potential by providing usability to existing on-chain components and making them accessible to even non-sophisticated smart contract developers. ZKode focuses on configuring smart contracts from existing on-chain components, making all functions available as building blocks through its virtual machine using a simple configuration language (YAML). This opens up the Ethereum ecosystem to developers with different tech stacks and skill levels.