We explore the instruction set architecture (ISA) in zkVM and how Valida's decision to create a custom ISA instruction set architecture is fundamental to optimizing the efficiency of zk-proof generation.

Demystify zkVM design and trade-offs that shape a zero-knowledge virtual machine.

Valida's performance significantly outshines that of other proving systems in terms of speed and efficiency

This article covers the basics of a zero knowledge and zkvm, provides a high level summary of the processes in a zkVM, and finish with a set of criteria for evaluating zkVMs.

This review aims to scope out the issues in Valida which must be addressed for an MVP

We foresee a profound shift in how organizations function in the future. The traditional hierarchical structures will give way to more decentralized and dynamic models. Individuals will no longer be tethered to a single organization. Instead, they'll collaborate with multiple organizations, assume varied roles, and contribute to diverse social groups. This shift will transform the nature of work, breaking free from the restrictions of geography and singular corporate identities. This is not just a change, it's a revolution in work and value exchange - one that calls for a new kind of infrastructure.

Lita's new compiler toolchain enables the conversion of C code to Valida machine code, specifically optimizing for efficient zk-VM implementations.

Join our early access partnership program and shape the future of Valida

This document is a brainstorming exercise that delves into the complexities and challenges encountered in the design and implementation of a compiler to translate Ethereum Virtual Machine (EVM) bytecode into Valida bytecode. Throughout this exploration, it became evident that constructing the EVM to Valida compiler is a more intricate task than initially anticipated. Without relying on the LLVM Valida backend, we found ourselves on a path toward crafting a more nuanced and sophisticated solution, navigating through myriad considerations such as word size disparities, interaction models with external worlds, and opcode implementations among others.

Review criteria for Plonky3 and Valida MVP focus on functional completeness, computational robustness, algorithmic efficiency, and compatibility across systems