Custom FPV Video Transmission
Exploring a low-latency video path built around ESP32 Wi-Fi raw frame transfer, JPEG compression, forward error correction, and real-time display experiments.
Hardware experiments, software, robots, and other things that should probably have a manual. Built with curiosity, questionable decisions, and just enough caffeine to keep the lab lights on.
I am a computer enthusiast, maker, developer, and hardware explorer. The interesting part is rarely the finished object; it is the debugging, calibration, strange noises, and the moment a stubborn system finally works.
“I like systems that sit between software and the physical world — where code can move motors, cameras can understand space, and a small board can become a machine.”
This is a workshop, not a résumé. Nothing here claims to be finished just because it has a name.Hardware
& embedded.
Software
& systems.
Status labels describe real progress: sketches, research, and bench prototypes are not presented as polished commercial products.
Exploring a low-latency video path built around ESP32 Wi-Fi raw frame transfer, JPEG compression, forward error correction, and real-time display experiments.
Camera calibration and multi-view tracking experiments using OpenCV, depth sensing, and reconstruction-oriented computer vision workflows.
A sensor-controlled enclosure concept for temperature, humidity, and power management, built around embedded hardware rather than cloud dependency.
A private agent relay where DeepSeek handles planning and local Qwen workers absorb bounded tasks. Results can return directly as structured sections instead of flowing through the main model.
Ongoing board-level experiments: embedded systems, early PCB layouts, connector choices, power filters, and the ritual of discovering one missing ground.
A mixed-frequency zone for Linux desktops, drones, games, printing, internet culture, and experiments whose practical value is still under investigation.
Wayland tinkering, keybind archaeology, and making the desktop feel like a machine rather than a storefront.
Betaflight, camera systems, control links, and the recurring question: why did it flip immediately?
Redstone, mods, and improbable builds.
Mechanical curiosity at unreasonable speed.
Industrial sci-fi, purple glitches, and one suspiciously cheerful serial designation. It fits the website’s operating system perfectly.
Blender, Fusion 360, tolerances, failed supports, and the tenth revision of a bracket that was definitely going to fit.
An overview of the disciplines that feed each other. The physical bench and the software stack are part of the same experiment.
MCUs, sensors, power regulation, PCB review, embedded firmware, and physical debugging. Measurement first; confident guesses second.
Python, C++, Linux systems, automation, agent orchestration, and tools built to reduce repetitive work.
Camera calibration, depth sensing, motion capture, OpenCV pipelines, and experiments in turning images into spatial information.
Local models, remote planning models, structured delegation, and the boundary between useful automation and an expensive machine that confidently invents a directory path.
Uzi Doorman and Serial Designation N are the central pair of Murder Drones. Their unlikely alliance begins when a rebellious Worker Drone meets an unusually friendly Disassembly Drone.
Character artwork is shown from the site’s supplied media. Murder Drones and its characters belong to their respective rights holders.

Uzi is the rebellious teenage protagonist of Murder Drones. A Worker Drone living under the sealed doors of Copper 9, she grows tired of hiding from the Disassembly Drones and sets out to fight back. Her determination, curiosity, and refusal to accept the colony’s rules eventually lead her into an unlikely alliance with N.

N is a friendly and curious Disassembly Drone assigned to hunt the remaining Worker Drones on Copper 9. His open personality sets him apart from the rest of his squad, and his encounter with Uzi begins a close partnership as the pair uncover the truth about their world.
No account, tracker, or public guestbook database. Press the receiver for a local-only response from the corner’s extremely unofficial welcoming committee.