I am a Systems Architect and Researcher. My career began with designing high-availability enterprise systems at Deloitte. Today, my focus is on a different challenge: how to build resilient, AI-native software architectures without the overhead of traditional synchronous organizations.

I operate as an independent builder, leveraging asynchronous work systems to design and deploy production-grade infrastructure with minimal organizational friction.

Conway’s Law states that organizations design systems that mirror their communication structures. Tightly coupled, meeting-heavy organizations often produce tightly coupled, fragile software.

I work under a different thesis:

• Documentation is Code: A system is only as robust as its written design. I treat system specifications, RFCs, and API documentation as primary deliverables.
• Decoupled Execution: By utilizing asynchronous workflows, deep focus blocks, and clear boundaries, I build systems that are modular, highly testable, and easy to maintain.
• High-Leverage Engineering: Using multi-model LLM orchestration (Anthropic, OpenAI, Vertex AI) not just as a coding assistant, but as an architectural tool to rapidly prototype and test complex system designs.

One of the greatest challenges in modern generative AI is semantic drift—the gap between what a natural language prompt asks for and what a structured database or hardware schema requires.

My research (SPU-V1 & Chandas-Niyantrana, Zenodo 2025) addresses this by applying Sanskrit grammatical frameworks (Pāṇinian Logic) to computer science.

• Pāṇini’s Ashtadhyayi is one of the earliest known formal rule systems, predating modern compiler theory by over two millennia.
• By translating these classical linguistic rules into modern schema definitions, I work on eliminating semantic errors in AI-to-database orchestration, making structured data extraction more predictable and less prone to hallucination.

Instead of maintaining large, complex codebases that require constant maintenance, I focus on building lean, high-efficiency engines:

• Multi-Tenant POS Engine: Optimized for transactional reliability and low-latency response times under simulated peak load conditions.
• Data-Isolated Healthcare Architecture: A security-first system designed around strict tenant-isolation boundaries to meet compliance requirements.
• Configurable Multi-Channel Auth: Decoupled security pipelines allowing seamless integration of SMS, email, and TOTP authentication without modifying core business logic.

I partner with teams that value autonomous execution, deep technical competence, and high-quality written communication over constant status meetings.

• LinkedIn: My Profile
• Inquiries: Open to asynchronous consulting, system design roles, and research collaborations.