AI Tech Lead and distributed systems engineer with 11+ years of experience building mission-critical real-time event processing and monetization platforms where latency, uptime, and consistency are product-critical. Strong record across architecture, hands-on C++/Java engineering, AWS migration, Kubernetes platforms, active-active resiliency, and production performance engineering.
Delivered production designs and performance improvements for high-availability distributed systems, including 4-site active-active deployment, 70-80% faster recovery, 60% fewer event conflicts, sub-50ms replica lag, and 30% higher JVM throughput. Owns customer-facing architecture from high-level design and technical reviews through development, testing, rollout, and successful go-live.
- High-throughput, low-latency distributed systems
- Active-Active architectures & fault tolerance
- Performance tuning, concurrency, and memory optimization
- Cloud-native systems on Kubernetes (EKS) & AWS
- Production reliability, RCA, and system observability
- Infrastructure as Code (IaC)
- Real-time event processing for telecom billing platforms at scale
- Efficient use of in-memory data grids, Memcache, Redis
- GenAI & agent engineering: RAG, tool-calling agents, LangChain/LangGraph, MCP
- AI Tech Lead: taking AI systems from prototype to production
- Designing and operating Active-Active real-time charging systems
- Kubernetes-based deployments with zero-downtime upgrades
- Performance optimization in C++, Java, VMs
- Improving recovery time, idempotency, and event consistency at scale
- Mentoring engineers in debugging, design, and production incident handling
- GenAI, Agentic Development and Observability
- Distributed coordination & consistency
- Event-driven systems and streaming platforms
- Stateless microservices and horizontal scaling
- Deep debugging (gdb, perf, valgrind)
- System design for scalable workloads
- Certified Kubernetes Application Developer (CKAD)
- LinkedIn: https://www.linkedin.com/in/mohaimran/
- Email: imran14989@gmail.com