Derrick Meade

At Mobile Frontiers, I served as principal engineer and architect for a large-scale, web-based telecommunications network testing and analysis platform designed to replace legacy desktop software used across global enterprise environments. The system ingested high-volume, real-time telemetry from distributed sources executing complex network tests, requiring robust handling of large data payloads, low-latency streaming, and resilience across heterogeneous customer infrastructures.

The platform delivered rich, real-time and historical visualization of network performance data through a highly customizable web interface, supporting geospatial mapping, dynamic charting, interactive data tables, and advanced filtering and reporting workflows. Significant engineering effort went into client-side performance optimization, including multi-threaded processing, IndexedDB-based local storage for large payloads, and on-the-fly data transformation pipelines to ensure responsive user experiences even under sustained high data throughput.

In parallel, I pioneered a flexible Angular-based framework that dynamically generated production-grade applications from declarative configurations, enabling rapid deployment of new testing and data collection workflows without traditional development overhead. This architecture supported SaaS delivery with multi-tenant isolation, subscription management, and scalable provisioning, allowing the platform to evolve from a single-purpose tool into a configurable, enterprise-ready network intelligence solution.

At Vigilant, I designed and delivered a modern, highly adaptable administrative web platform for an enterprise workforce safety SaaS offering, supporting real-time location tracking, emergency alerting, compliance training, and organization-wide management workflows. The system emphasized flexible, open-ended data modeling and configurable workflows to accommodate diverse customer requirements, while also implementing full SCORM 2004 course management and playback through a standards-compliant runtime environment with seamless LMS integration. Built with an Angular front end over a .NET-based, REST-driven microservices architecture, the platform supported granular roles, permissions, and multi-step operational workflows, providing a scalable foundation despite the engagement's short duration.

At SAE International, I led the web technology platform serving as the foundation for dozens of enterprise applications, establishing UI architecture, standards, and shared tooling across a large Angular-based monorepo. This work supported content libraries numbering in the millions of documents and required solving complex challenges around server-side rendering, SEO, crawlability, and Core Web Vitals within single-page application architectures. The platform was designed to ensure consistent presentation, accessibility, and performance across diverse application surfaces while enabling discoverability that directly supported customer acquisition and standards document conversion workflows.

A central focus of the engagement was building and maintaining a comprehensive, enterprise-grade UI component ecosystem that acted as a single source of truth for the organization. This included hundreds of reusable components ranging from sophisticated document annotation systems and advanced search experiences to full e-commerce flows and complex data management views, all designed to function consistently across multiple personas and use cases. The work also involved navigating major Angular Material and MDC version migrations, resolving breaking changes while preserving design integrity and minimizing downstream disruption across teams.

At RiPSIM Technologies, I served as the founding web architect, joining at the concept stage and translating the founders' vision into a fully realized, production-grade platform. I designed and led the architecture of a cloud-native, software-defined system enabling wireless service providers, private 4G/5G operators, and enterprises to generate, manage, and deploy eSIM profiles at scale. As the company evolved from idea to venture-backed startup, I remained the technical authority for the web platform, establishing architectural foundations that supported team growth and long-term product viability.

The platform provided multiple interaction models for authoring and managing highly complex, TCA-compliant eSIM profiles, ranging from guided, workflow-driven experiences similar to TurboTax-style flows to advanced expert modes offering fine-grained, schema-level control. This work required deep decomposition of the TCA specification into approachable yet precise interfaces, alongside robust validation, role-based authorization, and real-time feedback. In parallel, I designed management systems for applets, HSM adapters, configuration endpoints, and high-volume job orchestration, supporting tens to hundreds of thousands of entities through scalable tables, visualizations, and operational dashboards built on an Angular front end integrated with a .NET backend via REST and WebSocket APIs.

At VidSys, I served as the lead front-end architect and senior engineer over a decade-long evolution of a mission-critical enterprise SaaS platform supporting global security and operations centers. The system delivered continuous 24/7 situational awareness, video surveillance, and device management for high-profile, large-scale environments, requiring exceptional reliability, performance, and operational resilience. I owned the front-end architecture and product evolution, setting technical direction and design standards while supporting large numbers of concurrent users operating in always-on, high-stakes command-and-control environments.

The platform handled high-volume real-time event ingestion and telemetry, driving complex operational workflows that combined live and archived video streams, geospatial visualization with moving assets, and responsive data-driven controls. I architected a multi-window, single-page application using AngularJS and vanilla JavaScript, integrated with a Java Spring Boot and PostgreSQL backend via REST and full-duplex communication layers. Significant effort went into performance optimization to support thousands of live camera streams and tens of thousands of managed devices with low latency, enabling operators to rapidly visualize, assess, and respond to events in real time across large physical and geographic footprints.

At BuyerZone, I developed a dynamic web content management system that enabled non-technical users to create and manage views, forms, and conditional workflows through configuration rather than custom code. The platform was built using HTML, JavaScript, JSP, and XML-based data models, with client-side DOM parsing used to dynamically compose interfaces and optimize response payloads. The work focused on flexible data modeling, reusable view components, and a clean client-server architecture that supported scalable, maintainable web delivery.

At Bose, I worked within the online commerce organization maintaining and enhancing the company's global e-commerce website, supporting core experiences including the homepage, product detail pages, shopping flows, and email-driven marketing campaigns. The role involved extensive hands-on development of responsive, componentized views, asset optimization for performance and search visibility, and close collaboration with design and marketing teams to support product launches, seasonal promotions, and targeted campaigns. I implemented usability and SEO best practices, image optimization techniques, and A/B testing to improve conversion, while working within a CMS-driven architecture using HTML, JSP, JavaScript, and templating systems to deliver scalable, maintainable web experiences.

I founded and led Bonsai Logic as a technology consulting and software development firm, serving as both technical lead and business owner for seven years. The company's first major engagement was with a high-intensity startup in the global insurance commerce space, where we built a disruptive, web-based platform to modernize an antiquated, paper-driven underwriting and policy issuance process. The system dynamically generated complex forms and workflows based on nuanced policy logic and user input, supporting multi-tenant operation, multiple personas, integrated email communications, and end-to-end electronic processing for insurers and consumers.

As the company matured, Bonsai Logic evolved into a dual-track organization delivering both productized solutions and bespoke client services. On the product side, I designed and developed a suite of SaaS applications for municipalities, supporting functions such as licensing management, vehicular access control, fleet tracking, and public works operations, including integrations with LPR and RFID-based identification systems. In parallel, the firm operated as a full-service web consultancy, delivering solutions ranging from small business marketing sites to full e-commerce platforms and early-stage startup systems, all built on a client-server architecture using HTML, JavaScript, ASP, COM, and SQL Server within Microsoft IIS environments.

At Send.com, I worked as part of an early enterprise architecture team designing and building a highly interactive e-commerce platform during the late dot-com era. I was responsible for a rich, JavaScript-heavy client-side architecture that delivered a single-page-like user experience well ahead of industry norms, enabling dynamic product recommendations, related item advisories, and responsive shopping interactions without full page reloads. This required developing a custom client-side framework to abstract browser inconsistencies and support advanced DHTML, XHR-style communication, and stateful UI behavior. In parallel, I contributed to the full e-commerce surface area, including public-facing storefront experiences and comprehensive administrative systems for customer, order, and inventory management backed by ASP and SQL Server.

At The Harvard Group, I designed and delivered a full-stack, web-based personality assessment platform that modernized a complex, paper-driven evaluation process similar in structure to Myers-Briggs-style instruments. The system supported lengthy, multi-session questionnaires with hundreds of inputs, secure user accounts, and persistent state management, allowing participants to complete assessments over time. I implemented the full scoring and analysis logic required to translate responses into evaluative metrics, along with an administrative interface for managing participants and reviewing results. As the sole engineer on the project, I owned the solution end to end, from data modeling and application logic to secure delivery and usability, using HTML, Visual Basic, and MS Access-backed systems.