Faisal Feroz

I serve as Chief Technical Architect and fractional CTO, partnering with executives to modernize legacy platforms, reduce technical risk, and scale engineering organizations. I design AI-first, event-driven and microservices architectures, integrate GenAI and LLM-powered systems into production, and govern enterprise platforms for performance, resilience, and compliance. I also lead Agile transformation and mentor senior engineers and technology leaders.

Architected and scaled a mission-critical loan accounting platform used by major U.S. banks for SEC-reported financial results. Designed highly scalable database and application architectures processing millions of loans with strict accuracy and compliance requirements. Led performance and security reviews, resolved deep architectural issues, and mentored engineers working on complex financial and regulatory logic.

Served as Technical Architect for DeviceAnywhere, a platform enabling automated testing on real mobile devices connected to live networks. Redesigned core system architecture to improve performance, memory efficiency, and extensibility. Introduced layered caching strategies, resolved complex memory and stability issues, enabled device-oriented scripting, and established architectural and coding standards while mentoring engineers.

Designed and built core data platforms including conQuire, reQuire, and aQuire, processing millions of product records per day across multiple languages and formats. Architected JMS-based data synchronization, high-throughput ingestion pipelines, and extensible frameworks. Led refactoring of legacy systems, established coding standards, and improved scalability, maintainability, and delivery speed.

Designed and implemented major components of a high-performance physics engine used in commercial game engines such as Quest3D and Havok. Focused on low-level C/C++ development, optimization, and debugging of performance-critical systems. Collaborated with external teams to optimize and polish games for production release.