Tigera, the inventor and maintainer of open source Calico, delivers Calico Cloud, the next-generation cloud service for Kubernetes security and observability. Calico Cloud is offered both as a managed cloud service and a self-managed service in a private VPC. Tigera's Kubernetes native service extends the declarative nature of Kubernetes to specify "security and observability as code," which ensures consistent enforcement of security policies and compliance and provides observability and troubleshooting across multi-cluster, multi-cloud and hybrid deployments. Tigera's solution is used by some of the world's leading companies, including AT&T, Bloomberg, JP Morgan Chase, Morgan Stanley, Robinhood, ServiceNow, and Visa.Project Calico is the most widely adopted solution for Kubernetes networking and security, powering 1M+ nodes daily across 166 countries. Calico is the only solution with a pluggable data plane architecture enabling support for multiple data planes, including standard Linux, eBPF, and Windows.

Project Calico is a simple, secure, and high scale virtual open-source networking solution for providing IP connectivity and network security policy to virtual machines, containers, and bare-metal workloads. I am a core developer, manager, and evangelist for Project Calico, currently working on integration with cloud-orchestration systems such as Kubernetes.

Worked on an agile self-organizing software development team developing an OpenFlow based software-defined networking controller with a scalable architecture. Performed a variety of functions including: - Implementing SDN function using the OpenFlow protocol.- REST API development.- Network configuration and debugging.- Hardware integration testing with both OpenFlow and traditional devices.

Worked on an agile self-organizing software development team. Developed Android and iOS applications, researched and tested storage solutions for an IP multimedia subsystem core, and built prototype software defined networking solutions using the OpenFlow protocol and various open source projects including Open vSwitch, POX, and Ryu.

Evaluated IP video servers and single-board computers for use on next generation tactical robot controller, designed and built in-house solar loading test fixture, built and debugged RF communication assemblies, corrected and updated schematics and other documentation.

Oversaw electrical component for the first production build of ACL TOP-300 hemostasis testing system. Designed a test fixture using a CPLD to test functionality of address and data interfaces, designed and built cable assemblies, wrote reports and protocol documents, performed hardware testing and various soldering jobs, designed circuits using optical and hall effect sensors, ordered parts.