Software engineer and networking researcher focused on high-performance systems, communications infrastructure, and applied security.
- Led development of a Go-based ISO 8583 performance and regression test system sustaining 2,000 transactions per second.
- Replaced vendor tooling and reduced annual software cost by $1.2 million.
- Conducting research in network security and performance testing.
Mesh — Co-Founder and CEO
- Designed and built a real-time social connectivity platform used by 15,000 people.
- Implemented more than 250 TypeScript cloud functions for location-aware discovery, recommendations, and small-group matching.
- Co-authored peer-reviewed work in cross-technology communication, wireless networking, and IoT security.
- Developed C++ systems for WiFi-to-ZigBee communication, protocol evaluation, and network-layer performance.
A C++17 simulation of orbital mechanics, packet routing, and satellite handoff scheduling for a 9,636-satellite constellation.
- Generates a Walker Delta constellation across five orbital shells.
- Models visibility, propagation latency, packet reordering, and priority routing.
- Uses an O(n²) dynamic-programming scheduler to produce continuous simulated coverage with make-before-break handoffs.
- Renders the constellation and network state in Three.js.
An interactive orbital-physics visualization exploring gravitational fields, Lagrange points, and transfer trajectories.
- Key Establishment for Secure Asymmetric Cross-Technology Communication — ACM AsiaCCS, 2024
- IoT Sentinel: Correlation-based Attack Detection, Localization, and Authentication in IoT Networks — IEEE ICCCN, 2023
- Simultaneous Data Dissemination Among WiFi and ZigBee Devices — IEEE/ACM Transactions on Networking, 2023
B.S. in Computer Science, Saint Louis University