Automotive Connected Fleet: Monolith to Cloud-Native Microservices Migration
Spearheaded the decoupling of a 15-year-old monolithic telematics and diagnostics core into high-throughput, event-driven Spring Boot microservices on Kubernetes.
A structured portfolio of mission-critical engineering initiatives, legacy monolith-to-microservices modernizations, and AI architectures led by Samuel Mofrad across European enterprise employers, startup ventures, and educational initiatives.
Spearheaded the decoupling of a 15-year-old monolithic telematics and diagnostics core into high-throughput, event-driven Spring Boot microservices on Kubernetes.
Spearheaded the zero-downtime decoupling of core monolithic justice administration systems into secure, containerized Spring Boot microservices for the Federal Office of Justice (*Bundesamt für Justiz*).
Served as Tech Lead directing the technical architecture, security modernization, and digital platform engineering for the Landtag of Lower Saxony (*Niedersächsischer Landtag*).
Led architecture modernization for a Tier-1 German banking group, transitioning legacy batch clearing jobs to real-time ISO 20022 message processing.
Engineered the foundational high-concurrency headless commerce and automated order orchestration pipeline powering digital brands and incubated ventures within the unus.one startup factory.
Architected and deployed enterprise-grade Model Context Protocol (MCP) server hubs enabling secure, bi-directional tool execution between autonomous LLM agents and internal client backends.
Authored comprehensive architectural deep dives, engineering decision blueprints, and practical computer science curricula translating 15+ years of enterprise Java and microservices production experience for engineering teams worldwide.
Engineered and open-sourced a hardened, production-ready reference starter kit for the Model Context Protocol (FastMCP), enabling teams to build secure tool servers for Claude, OpenAI, and custom autonomous agents.