About Me
I am an Autonomous Systems Engineer focused on the software and systems that enable drones, robots, and AI-powered autonomous platforms to operate reliably in the real world.
My work centers around communication, distributed computing, networking, cloud-edge integration, and real-time data systems.
I enjoy understanding complex systems, evaluating competing technologies, and transforming them into practical, reliable, and maintainable architectures.
What I Focus On
Modern autonomous systems are much more than robots or AI models.
They are collections of interconnected components that must communicate, coordinate, and operate reliably under real-world constraints.
My primary areas of interest include:
Distributed computing
Networking and connectivity
Embedded Linux platforms
Cloud/edge computing
Real-time communication systems
Media and video transport
System reliability and fault tolerance
AI-enabled autonomous systems
Areas of Expertise
Distributed system architecture
Multi-service and event-driven systems
Cloud/edge communication architectures
Network resilience under mobility and changing IP conditions
Secure transport and tunneling technologies
Real-time media and streaming systems
Telemetry and command-and-control pipelines
Backend systems for autonomous platforms
Robotics software infrastructure (ROS2, OpenRMF)
End-to-end autonomous system integration
Current Areas of Exploration
Low-latency teleoperation systems
Video transport over unreliable networks
WebRTC, SRT, RTP, and QUIC-based media systems
Media over QUIC (MoQ)
Cloud-connected robotics
Distributed AI and edge intelligence
Scalable fleet management architectures
Reliable communication for autonomous systems
Philosophy
Technology is full of tools, frameworks, and competing approaches.
My interest is not only how technologies work, but also:
- When should they be used?
- When should they be avoided?
- What are the trade-offs?
- How do they fit into a larger autonomous system?
- What is the simplest solution that works?
The goal is practical engineering rather than technology for its own sake.