Yatima is a certifying compiler that transforms functional programming languages into software with provable correctness, utilizing formal verification and zkSNARKs for secure execution proofs. This technology addresses the need for reliable and verifiable software in decentralized applications, ensuring both safety and privacy.
Funding
Funding not disclosed
Founders
Product
Problem
Current software development lacks inherent mechanisms for ensuring correctness and security, leading to vulnerabilities and potential exploits, especially in decentralized applications. Traditional testing methods often fail to catch subtle bugs and malicious code injections, resulting in unreliable and untrustworthy systems.
Solution
Yatima is a certifying compiler that translates functional programming languages into software with provable correctness. By leveraging formal verification techniques and zero-knowledge succinct non-interactive arguments of knowledge (zkSNARKs), Yatima enables the generation of execution proofs that guarantee the integrity and security of the compiled code. This approach allows developers to create verifiable software where every computation can be cryptographically proven to be correct, addressing the need for reliable and trustworthy applications, particularly in decentralized environments. The compiler ensures that the resulting software behaves as intended, mitigating risks associated with vulnerabilities and malicious activities.
Target Audience
The primary audience includes developers of decentralized applications, researchers in formal verification, and organizations requiring high-assurance software systems.
Features
- Certifying compiler for functional languages, ensuring provable correctness.
- Formal verification techniques to guarantee code integrity.
- zkSNARKs integration for generating secure execution proofs.
- Support for creating verifiable software in decentralized applications.
- Minimal instruction set surface across a range of cryptographic backends and language frontends.