David Rodgers

Lead and contribute to infrastructure architecture, platform engineering, cloud service delivery, validation infrastructure, automation, and AI-enabled operations across large VMware environments. Work bridges architectural strategy and implementation, with an emphasis on repeatability, scale, and operational usefulness.

• Architected and delivered proof-of-concept Large Language Model solutions that transform vSphere support bundles, logs, and diagnostic artifacts into concise AI-generated analyses, accelerating the first stages of root-cause investigation.
• Designed the architectural framework for AI-driven Site Reliability Engineering, enabling intelligent execution of infrastructure runbooks and automated operational workflows.
• Evaluated practical applications of generative AI in infrastructure diagnostics, operational analysis, and engineering workflows, focusing on problems where AI could reduce repetitive investigation and improve time to insight.
• Developed proof-of-concept approaches that connected AI analysis with existing infrastructure data and operational processes rather than treating AI as an isolated demonstration.

• Architected and defined infrastructure strategy for VMware Cloud Foundation validation environments spanning thousands of software components, thousands of physical servers, hundreds of concurrent Software-Defined Data Centers, and multiple geographically distributed data centers.
• Established architectural patterns for large shared validation environments requiring repeatable deployment, isolation, capacity management, resilience, and continuous lifecycle evolution.
• Translated the requirements of complex multi-product validation into physical and virtual infrastructure designs capable of supporting large numbers of concurrent engineering environments.
• Designed infrastructure automation frameworks that converted manual deployment, validation, and operational processes into repeatable, scalable workflows.
• Built and refined deployment automation supporting multi-site cloud validation environments and the rapid creation, reconfiguration, and retirement of test infrastructure.
• Worked across engineering organizations to turn architecture concepts into production-ready infrastructure and help define long-term platform direction.

• Contributed to the architecture, implementation, deployment, and lifecycle management of VMware Cloud Director as a Service.
• Contributed to the architecture, implementation, deployment, and lifecycle management of VMware Database as a Service.
• Applied platform engineering principles to improve deployment consistency, operational repeatability, and service lifecycle management across complex VMware environments.
• Served as a technical resource across teams, connecting cloud architecture, infrastructure implementation, automation, and operational requirements.

Architected enterprise Infrastructure-as-a-Service platforms and implementation strategies for private cloud adoption using VMware Software-Defined Data Center technologies.

• Architected enterprise Infrastructure-as-a-Service platforms built on VMware Software-Defined Data Center technologies.
• Designed private cloud infrastructure leveraging VMware Integrated OpenStack to provide scalable, self-service infrastructure capabilities.
• Produced architecture guidance, technical designs, and implementation strategies supporting enterprise cloud adoption.
• Connected compute, networking, storage, security, and operational requirements into cohesive platform architectures.
• Collaborated with engineering, security, operations, and strategic technology partners to integrate emerging cloud technologies into enterprise platforms.
• Helped move cloud initiatives from conceptual architecture toward implementable, supportable production systems.

Designed and operated highly available infrastructure for a real-time advertising exchange where latency, reliability, deployment speed, and horizontal scale directly affected the business.

• Architected highly available infrastructure supporting one of the industry's largest real-time advertising exchanges processing millions of HTTP requests across distributed production environments.
• Designed infrastructure and security architectures optimized for very low-latency request processing, horizontal scalability, and continuous availability.
• Created deployment automation and operational tooling that accelerated platform delivery while improving consistency and reliability.
• Developed infrastructure patterns supporting rapid growth, continuous deployment, and resilient Internet-facing services.
• Improved the repeatability of production changes by replacing manual procedures with automated deployment and operational workflows.
• Worked across application and infrastructure concerns to ensure the platform could scale without sacrificing operational control or security.

Created architectures, reference designs, and proof-of-concept platforms within the CTO Office to evaluate emerging infrastructure technologies and inform future product direction.

• Architected next-generation networking solutions and proof-of-concept platforms within the CTO Office.
• Designed and implemented reference architectures demonstrating programmable networking, automation, and software-defined infrastructure concepts.
• Developed prototype technologies to test architectural ideas, validate future capabilities, and expose implementation constraints early.
• Combined architecture and hands-on engineering to ensure strategic concepts could be demonstrated as working systems rather than remaining presentation-only proposals.
• Collaborated with strategic customers including Facebook, Google, Twitter, Oracle, Dell, Zynga, and Joyent to evaluate large-scale networking architectures and emerging infrastructure requirements.
• Translated customer-scale challenges and technology trends into practical architecture experiments and proof-of-concept implementations.

Designed networking and security foundations for early cloud computing platforms and modular data center systems, working at a time when many required operational and security capabilities had to be invented rather than purchased.

• Architected the networking foundation for Sun Grid and Sun Cloud, defining the network architecture supporting two of the industry's earliest enterprise cloud computing platforms.
• Designed network services and connectivity patterns for distributed, multi-tenant cloud infrastructure operating across geographically separated data centers.
• Engineered globally distributed BGP routing infrastructure connecting cloud data centers and supporting resilient Internet connectivity.
• Addressed the operational realities of early cloud platforms, including scale, segmentation, availability, routing control, and secure service delivery.
• Worked across infrastructure and engineering organizations to move early cloud architecture from concept into deployable and supportable platforms.

• Designed the networking architecture for Project Blackbox, later released as the Sun MD20 Modular Data Center.
• Defined network integration approaches for a portable, modular data center that had to connect reliably with enterprise and service-provider environments.
• Helped bring modular data center concepts into practical enterprise computing by connecting physical design, networking, security, and operational requirements.

• Created security tooling and operational security frameworks protecting Sun Grid and Sun Cloud where suitable commercial products did not yet exist.
• Developed practical controls around early cloud platforms so security requirements could be enforced within real operational workflows.
• Selected for the Sun Microsystems Engineering Mentor Program in recognition of technical excellence and contributions across engineering organizations.
• Served as a trusted technical resource on complex networking and security problems spanning multiple teams and platforms.

Held end-to-end responsibility for enterprise infrastructure architecture, design, implementation, and operations. Built enterprise-class capabilities with open-source technologies under tight budget constraints and with substantial technical autonomy.

• Served as the primary infrastructure architect with responsibility for enterprise networking, Linux infrastructure, security architecture, and data center design.
• Owned the complete technical lifecycle: requirements, architecture, detailed design, implementation, troubleshooting, operational tooling, and ongoing evolution.
• Architected and implemented a secure enterprise VPN that replaced a nationwide Frame Relay WAN, reducing operating costs by approximately $70,000 per month.
• Designed highly available infrastructure using open-source technologies to deliver capabilities that would traditionally have required substantially larger capital investments.
• Created security architectures, operational tooling, and infrastructure standards supporting enterprise authentication, messaging, DNS, web services, and Internet connectivity.
• Integrated networking, systems, security, and application services into a coherent enterprise platform rather than treating them as isolated domains.
• Solved difficult infrastructure problems through practical engineering and open-source software when commercial products were financially out of reach.
• Established repeatable operational practices that improved maintainability, reliability, and control across the environment.

Helped build and operate an early regional Internet service provider during the rapid expansion of commercial Internet access and broadband connectivity.

• Engineered Nebraska's first cable modem broadband network, helping deliver one of the region's earliest high-speed Internet services.
• Designed Linux and FreeBSD infrastructure that replaced Microsoft Windows NT systems, reducing operational complexity and licensing costs.
• Built and supported the networking and systems foundation required for a growing Internet service provider.
• Applied open-source systems to improve reliability, flexibility, and operational control during a period of rapid network growth.
• Supported expansion of the network and operational environment through the company's acquisition by Charter Communications.