Introduction to Zero‑Knowledge Coprocessors

About the Course

This course is structured into five modules that gradually build up from the fundamentals to advanced topics. The first module introduces core ideas such as coprocessors, zero‑knowledge proofs, and their role in modular blockchain architectures. Subsequent modules cover technical architecture, platforms and tools, practical applications in DeFi and cross‑chain communication, and conclude with a forward‑looking perspective on challenges and research trends. The course is written in clear, simple language but does not compromise on depth. Each module is supported by diagrams and infographics to help learners visualize technical processes. Real‑world examples from projects like Space & Time, RISC Zero, and Lagrange ensure that learners can connect theory to current developments in the industry.

What You Will Learn

• Understand what Zero‑Knowledge Coprocessors are and why they are important in blockchain scalability and privacy.
• Explain the principles of zero‑knowledge proofs and how they are applied in coprocessor systems.
• Describe the architecture of ZK Coprocessors, including proof generation, verification, and data interfaces.
• Explore key platforms and tooling ecosystems such as Space & Time Proof‑of‑SQL and RISC Zero zkVM.
• Identify practical applications in decentralized finance, verifiable analytics, AI integration, and cross‑chain systems.
• Assess current limitations, research directions, and career opportunities in the field of zero‑knowledge cryptography.