Embedded · Network · IoT
Engineering the invisible : ultra-low-power, ultra-low-memory firmware, Wi-Fi SoC security, and resilient network architectures for mission-critical IoT systems.
Who I am
Results-driven Embedded & Network Engineering professional with 5+ years of experience delivering firmware, hardware design, and secure communication systems for IoT, ultra-low-power and ultra-low-memory Wi-Fi SoC platforms.
My work on Neutrino - an ultra-low-power ultra-low-memory Wi-Fi SoC involved compressing an entire Wi-Fi security stack (OpenAuth-WEP40-WEP104-WPA-WPA2-WPA3-WPS, MQTT over MBEDTLS, OTA Firmware updates) into just 512 KB RAM. Implemented HW Cryptography on bare-metal system.
I thrive at the intersection of hardware constraints and network security. Currently expanding into network infrastructure design, configuration, and security for critical communication environments, drawing directly from years of low-level protocol work and interrupt-driven architectures.
Where I've worked
What I Work With
What I've Built
For secure communication at various terrains
Defense, offense, reconaissance, deception
Weather · Network · Electricity · Water
Inter-connecting vehicles and sharing lane information with 50 milliseconds latency to avoid collision
Critical dynamic data computation to provide realtime information and avoid collisions
Secured internet for confidentiality
Reach out
Open to embedded systems roles, network engineering opportunities, or consulting engagements. Feel free to reach out directly.
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