Expert in KVM & Remote Access solutions. BIOS-to-Text via SSH, data snapshots, and enterprise-grade remote management. Total control over your infrastructure.
Major milestone! The first USBridge-KVM 2.0 unit is officially shipped to the US for technical review π 4 more packages are on the way to Spain, UK, and the US. Can't wait for the first independent feedback!
#KVM#Moonlight#OpenSource#Hardware#DIY#Radxa#OCR#USBridge
I built USBridge-KVM 2.0 to turn Pre-OS/BIOS into interactive text via SSH.
But why stop there? I rewrote the pipeline to stream games via Moonlight using hardware encoding (RGA/MPP) & DMA!
Zero lag. 1080p. Watch it run π
@crowd_supply page: https://t.co/d8tu4mCt2C
I'm assembling the first batch of USBridge-KVM 2.0 for bloggers π¦ Inside: streaming via Moonlight (no lag), BIOS-in-Terminal with offline OCR for SSH, and hardware Immutable Snapshots on Btrfs.
#KVM#DevOps#Hardware#USBridge#sysadmin#embedded#AI
USBridge v2.0: Moonlight integration is alive! πΉοΈβ‘
We are bringing ultra-low latency video streaming directly to our compact KVM module. Perfect remote control with near-zero lag is getting closer.
#RaspberryPi#KVM#Moonlight#OpenSource#Hardware#DIY
Automating BIOS via SSH? Yes, please.
My DIY IP-KVM maps pixels into a text terminal, enabling copy-paste for error codes. Here I'm triggerring a reboot script using OCR for automation.
#Hardware#CLI#SysAdmin#Embedded#DevOps
I started with copper and went on to a custom shape and an active fan. I strive to put maximum effort into every component of this device to achieve the perfect result.
#hardware#diy#homelab#KVM
I'm no master machinist, but I cut and filed these aluminum heatsinks anyway.
Review units for tech bloggers are almost done. Testing active thermal design on the new USBridge batch!
#hardware#diy#homelab#KVM
The evolution of USBridge-KVM 2.0.
1οΈβ£ V0.1 β Bare stacked PCBs, getting the firmware and display logic to work.
2οΈβ£ V0.2 β Device optimization and removing a whole PCB layer to slim it down.
3οΈβ£ V1.0 β Almost production-ready, fine-tuning the final details.
#KVM#TechDIY
Autonomous AI at the bare-metal level! π¦Ύ
Connected Claude AI (@AnthropicAI) directly to a server BIOS via MCP and USBridge-KVM v2.0.
Watch it autonomously navigate settings and diagnose a dead CMOS battery via terminal OCR. No humans.
π https://t.co/wZdA8shgdp
Working on the BIOS-to-text feature via SSH for our KVM. Fixed the rendering, colors, and layout.
Next step: training a new OCR model to speed things up.
Dropped the USBridge KVM 2.0 thermals by a solid 20Β°C!
I replaced the axial fan with a high-static-pressure blower and soldered a 2mm copper shim directly to the heatsink.
From 70Β°C to a stable 50Β°C under heavy 2K/OCR load. Massive win for stability.
#Hardware#KVM#DIY
7/ Another item on my to-do list is to fix the menu display in KVM. Thereβs no anti-aliasing. It works, but I want to make it look nice. I havenβt had a chance to work on it yet.
1/ Built a hardware KVM that gives you full server access before the OS even loads. It has a local LCD menu so you don't need a laptop at the rack. Here's what each item does π§΅
6/ Monitor β displays real-time video from the host. Enables quick diagnostics at the server rack without connecting a monitor or launching a client.
The evolution of the USBridge Power Management Module. π οΈ
It took three iterations to get from a hand-soldered prototype (V0.1) to the production-ready version (V1) that ships with our KVM 2.0.
This tiny board allows for full remote server reboots from anywhere.