
Cloud Gaming Infrastructure
High-density gaming servers, out-of-band management, KVMs, power switching, storage and rack infrastructure for a cloud gaming operator.
Rack-scale infrastructure down to palm-sized PCBs. Hardware, firmware, and the systems around them.

High-density gaming servers, out-of-band management, KVMs, power switching, storage and rack infrastructure for a cloud gaming operator.

Our own IP KVM: an eight-layer RK3576 main board with an RK628H HDMI bridge, a Rust streaming daemon, and a light-sensor rig that times the video latency every change adds. Measured at 26.5 ms added at 1080p60 and 35.7 ms at 4K60.

The rack line for WarpKVM, in development: 8 to 32-port KVM chassis that stream 4K from every port at once, serial consoles up to 48 ports, and a managed 2U Mac mini tray, all on one browser-based management plane.

A fully modular handheld game console. Swappable input modules, swappable front and back plates, swappable SoC and storage, all on a common backplane bus. Our own product, in active development. Open source at launch.

A modular benchtop cable-test platform with eleven hot-swappable modules, consolidating seven discrete instrument categories (electrical, RF, fiber-optic) into one chassis. Designed as a proof of concept for a client proposal.

A BLE tool-tracking system for manufacturing floors. We built the nRF52-based tag (PCB, firmware, enclosure) and the adjustable u-blox AoA antenna enclosure, plus RF testing and algorithm-deployment support.

An open-source MCP server that lets AI agents read, review and edit Autodesk Fusion Electronics designs: 101 tools for review, impedance and current checks, placement, routing and JLCPCB outputs. Released with the component libraries we design with, including 4,059 passive variants that carry their JLCPCB part numbers.

Electrical panels, harnessing, PCBs, and power systems for an integrated 3D printing robotics platform that prints houses on-site.

PCB design and firmware for the NANO X100, a 1:64-scale desktop excavator that raised over $350,000 on Kickstarter. We redesigned its controller and receiver electronics inside the existing outlines for longer battery life and a lower BOM cost.

A connected cat-care product line for a client: a wet-food feeder family anchored by a compressor-based sub-zero hopper for week-long safe storage, plus a wearable smart collar with activity tracking and location-context beacons. Prototyped through bench and on-cat testing.
Every case study above started as an email describing something that was not working yet. Tell us what you are building and where it is stuck.
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