I develop specialized Digital Tools designed to validate, stress-test, and monitor wireless networking infrastructure. These tools bridge the gap between raw data collection and actionable QA insights.
🏡 Smart-Home-Network-Simulator [Latest]
- Core Function: A high-fidelity framework that emulates 50+ diverse IoT devices (IP Cameras, Smart Bulbs) with dynamic behaviors and security vulnerabilities.
- Key Insight: Validates Router Stability and Security Observability by simulating real-world chaos like "Thundering Herd" reconnection and anomaly injection.
- Tech Stack: Python, Threading, Rich (Dashboard), Zeroconf (mDNS), Scapy.
- Core Function: Tracks RSSI (Signal Strength), Noise Floor, and Latency over time.
- Key Insight: Helps identify signal degradation patterns and interference in Mesh environments.
- Tech Stack: Python, CoreWLAN (macOS), Pandas.
- Core Function: Simulates high-density household traffic using multi-threaded iperf3 streams.
- Key Insight: Evaluates Bufferbloat, Congestion Control, and hardware stability under 95%+ load.
- Tech Stack: Python, Subprocess, Matplotlib, JSON-parsing.
My toolkit addresses the full spectrum of network validation:
- Signal Layer: WiFi-Performance-Monitor (RF Health)
- Throughput Layer: Network-Stresser (Capacity & Stress)
- Application/IoT Layer: Smart-Home-Simulator (Ecosystem Behavior & Security)
A collection of production-ready NestJS templates following modern software architecture principles.
- Onion architecture with DDD
- Microkernel (Plug-in) architecture
- Clean Architecture
- Hexagonal Architecture
- Modular Monlith Architecture
- Modular Monolith Architecture with integrated CQRS and Event Sourcing patterns
- Modular Monolith Architecture incorporating Event-Driven communication patterns
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