Control Real FPGA Hardware. Remotely.
A cloud-managed remote lab platform giving students and engineers browser-based access to real FPGA development boards — write code, compile, program, and watch the board live.
Everything You Need to Learn on Real Hardware
From writing your first Verilog module to watching it run on a physical FPGA — the entire workflow lives in your browser.
Real FPGA Hardware
Access real FPGA development boards directly from your browser — no local software or hardware setup required.
Time-Slot Scheduling
Org admins assign dedicated lab sessions. Students get uncontested access to hardware during their window.
Role-Based Access
Three-tier permission model — Super Admin, Org Admin, and Student — keeps hardware access controlled and auditable.
Web Code Editor
Full-featured Verilog and VHDL editor with syntax highlighting, file management, and one-click compilation.
Live FPGA Stream
Watch the physical board in real time with a live video feed — see your design behave on actual hardware as it runs.
Signal Visualization
An interactive waveform viewer built into the browser lets you debug signal timing without installing any external tools.
From Code to Real Silicon in Six Steps
The entire FPGA development workflow — setup, compile, flash, and observe — all managed through the cloud.
Admin Sets Up the Lab
A Super Admin creates an organization, registers hardware boards, and designates an Org Admin.
Slots Are Assigned
The Org Admin invites students and assigns time-based access windows for specific hardware.
Student Signs In
During their slot, the student logs into the Remote Lab portal — access is automatically unlocked.
Write & Compile Code
The student writes Verilog or VHDL in the browser editor, then hits Compile — code is built on the remote server.
Flash to Real FPGA
Your compiled design is automatically sent to the lab and programmed onto the physical FPGA board.
Watch It Live
A live video feed of the physical board plays directly in the browser — see your design running on real hardware.