Jan 12, 2026
Computer Vision
Computer Vision at the Edge
How we design object detection and tracking pipelines that run on constrained, embedded hardware.
Notes from the lab
Engineering notes, deep dives, and lessons from our work in computer vision, FPGA, RF, and opto-electronics.
Computer Vision
How we design object detection and tracking pipelines that run on constrained, embedded hardware.
FPGA Design
From RTL to bitstream: the fundamentals of turning logic into silicon.
RF Design
Matching, shielding, and signal integrity considerations for today's high-frequency boards.
Opto-Electronics
From sensor to signal: building optical and imaging systems that hold up in the field.
PCB Design
Stack-up, routing, and grounding practices for boards that have to work at speed.
Reverse Engineering
Teardowns, firmware extraction, and protocol reversal to understand and re-create existing systems.
LoRa Gateway
Multi-channel receivers, RF front ends, and field deployment for long-range IoT.
Sigfox
Tiny payloads, long range, and multi-year battery life over ultra-narrowband.
NFC Antenna
13.56 MHz loop design: tuning, matching, and reading reliably through real enclosures.