Michael Young is a seasoned technology executive and principal systems engineer with 14 years of professional engineering experience and over 25 years of leadership in building IT organizations. Based in Manchester, NH, he blends deep Linux release engineering and automation expertise—having helped found Rocky Linux release engineering and contributed to prominent open-source projects like Asterisk and the DisplayLink EVDI driver—with hands-on security and compliance work, including Secure Boot, SHIM coordination, and FIPS/CIS remediations. He has a proven track record designing CI/CD and repository workflows, shrinking Secure Boot pipelines from hours to under one hour, and creating enterprise-grade IT systems from the ground up. Equally comfortable in code, packaging, and operational leadership, he leverages tools from Ansible and Jenkins to Pulp and Terraform while mentoring teams and representing open-source communities at conferences. An underappreciated strength is his knack for bridging vendor, legal, and engineering stakeholders to get difficult signing and compliance work across the finish line.
14 years of coding experience
19 years of employment as a software developer
Highschool Degree, Highschool Degree at Alvirne Highschool
Contributions:2 reviews, 9 commits, 13 PRs in 1 year 7 months
Contributions summary:Michael primarily focused on adapting the EVDI driver for compatibility with newer Linux kernel versions and different distributions, especially RHEL/CentOS and EL systems. Their work involved modifying the codebase to accommodate changes in DRM, DKMS, and other kernel APIs, indicated by preprocessor conditionals and adjustments to header files and object handling. Furthermore, the user addressed compilation issues and maintained compatibility across various kernel versions and distributions.
Contributions summary:Michael primarily contributed to the Asterisk Project, focusing on enhancements and bug fixes related to the core functionality, particularly in the areas of security events, SIP and IAX2 protocol handling. Their work involved adding IPv6 support, fixing security events tests, and addressing issues within the SIP and IAX2 channels. They implemented code changes to enhance the reliability and functionality of the system, including addressing registration failures and various other issues.
pythonasterisklinuxpbxsip
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