Secure IoT Environmental Monitoring Platform
A multi-node ESP32 platform integrating sensing, telemetry, a FastAPI backend, SQLite persistence, browser dashboards, secure configuration, and OTA updates.
Systems builder · Technical operator · Engineering portfolio
I lead mission-critical communications and cyber operations and build practical cyber-physical systems. This site documents the engineering process: requirements, architecture, implementation, testing, simulation, results, failure analysis, and continuous improvement.
Selected work
Working systems and sanitized case studies, not lists of future intentions.
A multi-node ESP32 platform integrating sensing, telemetry, a FastAPI backend, SQLite persistence, browser dashboards, secure configuration, and OTA updates.
A decision-support dashboard connecting requirements, integration tests, anomalies, risks, corrective actions, and human-gated operational decisions.
A virtualized lab for firewalling, Linux administration, remote access, systems integration, and controlled service deployment.
Engineering Lab
Prototype logs, architecture decisions, verification plans, integration notes, field-test evidence, and release history.
Engineering workflowSimulation Lab
Failure localization, reliability, predictive maintenance, thermal and airflow behavior, power, controls, communications, infrastructure resilience, and decision analysis.
Simulation roadmapFirst simulation note
A reproducible synthetic study of the tradeoff between monitoring frequency, noise filtering, alert delay, and data volume.
Read the studyLatest writing
How the environmental monitor evolved into a secure, configurable system with a backend, dashboards, persistence, and OTA firmware updates.
Read the build note