Mike Lodder is a software engineer and security-focused polyglot with a decade of experience designing and implementing cryptographic systems, secure protocols, and privacy-preserving architectures. Based in Salt Lake City, he blends hands-on R&D—implementing crypto primitives, migrating secure wallets to SQLCipher, and hardening Hyperledger and Indy components—with practical DevOpSec and CISO-level responsibilities. A Rust expert and active open-source contributor, his work includes substantive contributions to well-known projects like Hyperledger Ursa and cryptography libraries used by Coinbase, demonstrating deep protocol and interoperability expertise. He’s an advocate for self-sovereign identity and privacy, has helped develop decentralized key management and a DHS protocol, and enjoys coaching teams to adopt rigorous security best practices.
10 years of coding experience
The University of Utah
Doctor of Philosophy - PhD, Cyber Operations, Doctor of Philosophy - PhD, Cyber Operations at Dakota State University
Hyperledger Ursa (a shared cryptographic library) has moved to end-of-life status, with the components of Ursa still in use moved to their relevant Hyperledger projects (AnonCreds, Indy, Aries and Iroha).
Role in this project:
Back-end Developer
Contributions:22 reviews, 348 commits, 134 PRs in 3 years 1 month
Contributions summary:Mike focused on fixing bugs and refactoring components within the Hyperledger Ursa repository. The commits indicate they addressed an issue related to IS-822 by modifying the `prover.rs` file and incorporating a deserialization fix for backward compatibility. They also converted older versions to new ones and implemented updates to the AnonCreds project. Their contributions show a strong understanding of the underlying cryptographic library and its integration within Hyperledger's ecosystem.
Contributions:1 release, 16 reviews, 11 commits in 3 months
Contributions summary:Mike's contributions primarily focus on changes related to cryptographic libraries and protocols. Their work involves modifying and extending existing code, including implementing cryptographic primitives, and improving the robustness of the software. Their work includes adjusting ElGamal encryption methods and making changes to bulletproof range proofs, along with adding support for signature schemes.
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Mike Lodder - Software Engineer at Sawtooth Software Inc