Blockchain Virtual Machine Architecture

Blockchain Virtual Machine Architecture defines the structural design and operational environment of the software that executes smart contracts. It encompasses the memory model, the instruction set, the stack management, and the state access patterns.

Different architectures prioritize different goals, such as security, speed, or flexibility. For example, some architectures are designed to be lightweight to run on mobile devices, while others are optimized for high-performance computation.

The architecture dictates the limitations and capabilities of the smart contracts that run on it. It also influences how easily the chain can be integrated with other networks.

Understanding this architecture is essential for developers building complex financial primitives. It serves as the sandbox within which all on-chain activity occurs.