Paul Michali is a seasoned software engineer with 13+ years building cloud, networking, and embedded systems, now focused on Kubernetes, containers, and IPv6. He has driven features and migrations for multi-cloud Kubernetes installers at Cisco, added IPv6-only and dual-stack support, and contributed to OpenStack Neutron networking enhancements on GitHub. Comfortable across the full development lifecycle, he blends systems-level networking expertise with practical DevOps automation in Go and Python, and a test-driven approach to quality. A self-starter and mentor, he’s equally effective in small teams or large distributed organizations and has a long history of accelerating product delivery under tight schedules. Notably, he continues to tinker with Kubernetes and container tooling post-retirement, highlighting a persistent curiosity for infrastructure edge-cases like IPv6 NAT64/DNS64 and dual-stack cluster setups.
13 years of coding experience
38 years of employment as a software developer
Bachelors of Science, Bachelors of Science at Penn State University
[EOL] A Kubernetes multi-node test cluster based on kubeadm
Role in this project:
DevOps Engineer
Contributions:22 commits, 23 PRs, 204 comments in 1 year 3 months
Contributions summary:Paul primarily contributed to the infrastructure and configuration aspects of the Kubernetes cluster. Their work involved modifying shell scripts for setting up GCE environments, adding IPv6 support and IPv6 NAT configurations. Furthermore, they enhanced the cluster setup by allowing customization of the DIND subnet and kubeadm configurations. The user made updates to support the PTP CNI plugin and adjusted existing configuration for dual-stack and multi-cluster modes.
OpenStack Networking (Neutron). Mirror of code maintained at opendev.org.
Role in this project:
Back-end Developer
Contributions:39 commits in 3 years
Contributions summary:Paul primarily focused on enhancing the OpenStack Networking (Neutron) project by implementing configuration options for plugin agents and improving error handling. Their work involved requiring specific core configuration options for several agents, such as linuxbridge and openvswitch, and throwing exceptions when these options are missing. They also added debug logging of configuration options at agent startup and addressed database connection configurations by removing default values and adding warnings. Furthermore, they added support for bulk requests, and added UTs for subnet/GW create/update.
ospfopenflownetwork-automationnetworkingsdn
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