Specializing in high-performance networking, eBPF dataplanes, and highly concurrent Go architectures. Architect of global backbone networks and cloud-native Kubernetes controllers, bridging deep-tech R&D with production-grade execution.
Deep expertise in SCION, BGP, and kernel-level packet processing. Utilizing eBPF, XDP, and DPDK to bypass OS bottlenecks for zero-latency data transfer.
Designing fault-tolerant, highly concurrent backend architectures in Go and C. Focus on managing distributed state, gRPC, and mitigating tail latencies at scale.
Engineering custom Kubernetes operators, CNI plugins, and CI/CD pipelines. Building robust infrastructure logic that natively scales with modern orchestration tools.
Served as Lead Architect and Core Developer for "SCIERA", a global backbone research network. Developing "Cilion", an open-source eBPF-powered K8s CNI plugin. Directed research on Zero-Trust network topologies and highly concurrent distributed systems in Go.
Engineered robust backend systems (Node.js, Go) and dynamic frontends. Managed microservice deployments, container orchestration, and spearheaded the migration of legacy monolithic systems into scalable cloud architectures.
A custom Kubernetes Container Network Interface (CNI) written in Go and C. It integrates SCION multipath internet architecture directly into cloud-native clusters by dynamically programming eBPF/XDP hooks for kernel-level encapsulation and routing.
View RepositoryLead Architect for a globally distributed backbone network connecting international institutions. Engineered fault-tolerant Go APIs and telemetry pipelines (TimescaleDB) to monitor multi-tenant multipath traffic across borders.
High-performance developer-focused video server for scalable VOD and live streaming. Features a stateless, multi-cluster architecture using mTLS and cryptographic tokens to eliminate database bottlenecks at the edge.
Architecture and implementation of a highly distributed system for DNS exploration. Focused on high throughput, intelligent load balancing, and real-time aggregation of massive network databases.
Designed and implemented an automated low-latency trading solution for forex and crypto markets. Focus on reliable API execution and robust asynchronous logic.
Engineered secure and anonymous chat devices based on Odroid hardware. Implemented end-to-end encryption and custom Linux OS hardening for maximum data sovereignty.
Contributing to the future of the internet through research on the SCION architecture, high-speed packet processing, and path-aware networking.
Otto-von-Guericke University Magdeburg
Focus: High-Performance Networking & Distributed Systems
State of Lower Saxony Research Grant