An architect working at the intersection of deep airline domain knowledge and AI, with business acumen for judging what is worth solving and delivering it at enterprise grade, at scale, and governed.
I find where the cost or risk actually lives, prove the idea fast through a POC, MLP, or MVP, weigh the risk of acting against the risk of not acting, and then shape architecture with resilience, scale, and governance designed in from the start.
Leading cloud transformation and middleware modernization initiatives for airline platforms, with emphasis on distribution APIs, enterprise integration, operational architecture, and data engineering across ETL pipelines and bronze/silver layer design.
Progressed across architecture and technical leadership roles while shaping airline PSS, offer and order management systems, AWS cloud microservices, retailing integrations, deployment patterns, and recovery strategies.
Started in airline passenger systems delivery, growing quickly into client-facing engineering and strategic cutover work.
Re-architecting legacy airline platforms into cloud-native, resilient systems — modernizing middleware, decomposing monoliths, and clearing the path for faster, safer delivery.
Architecture across the retailing value chain — merchandising, personalized offers, ancillaries, and the booking experience that turns a fare into a relationship.
Deep, hands-on architecture across reservations, inventory, and departure control — the systems of record that keep an airline flying.
NDC-native offer construction and order lifecycle management — decoupling the offer from the fare, and the order from the ticket.
Agentic AIOps, including Smart Diagnose, that correlates across telemetry tools with audit trail and human-reviewable reasoning built in.
An AI-based engine that turns a requirement into the right API, or a full composition plan, ranked on latency, data-model compatibility, and governance signals.
Makes AI code generation deterministic through governed, persona-based agents across the SDLC, with human-in-the-loop gates where they matter.
Open-source tooling that closes real gaps in the agent ecosystem — protocol bridges, governance harnesses, and reference implementations other engineers actually reuse.
A proving ground I maintain passionately, end to end, across a fleet of self-hosted servers — API gateways, WAF, AI-driven observability, automation, security, firewalls, hosting, and Kubernetes.
An idea worth putting into the open rather than gatekeeping — discovering, ranking, and composing the right API for a requirement, published as prior art.
An idea I keep coming back to — deriving an electronic document’s structure and content from constraints, instead of a fixed template.
Problem Most agent frameworks address how an agent thinks, but leave the harness and governance layer — what the agent is allowed to do — unaddressed and untested.
Problem Giving an AI assistant direct SSH access to infrastructure means either exposing raw credentials, or blocking it from operational tasks entirely.
Problem Teams adopting A2A need to see the protocol working end-to-end inside a real agent framework, not just read a spec.
The same governance patterns, unmodified, on LangGraph and Microsoft Agent Framework — with parity tests and the footguns found in each.
Individual patterns are easy to believe in. Running twelve together on one agent found a real gap none of their own tests could have caught.
A spreadsheet of agents drifts the day after you write it. Make the profile enforced: owners, declared tools, expiry, and privilege-drift detection.
Open to conversations on