Build without the wait
Compile a large codebase, run test suites, or prepare release artifacts on a dedicated development machine.
Another computer.
A lot more possibilities.
Some projects outgrow a laptop. CPUBorrow is a workbench for finding a whole remote machine, using it for a while, and getting back to what you’re building.
Give your data some room
Explore datasets in notebooks, transform large files, and run memory-hungry batch processing jobs.
A place for your experiments
Try a development service, run an automation, or spin up a temporary Linux environment.
Choose the whole machine
Compare physical cores, threads, RAM, SSD storage, region, and hourly rate. You’re choosing a workstation configuration, not buying a processor or renting a single core.
Set up your workspace
Pick a Linux software environment and a duration, then add your SSH public key. Prices apply to the complete machine and are prorated by the minute.
Work, then wrap up
Your workspace brings session controls and resource information together. End the session when you’re done. Save your work before ending a future live session.
A dedicated computer, ready to share
List a spare workstation with an AMD or Intel processor, adequate memory and storage, stable internet, power, and cooling. Keep your everyday personal machine separate.
Make the numbers work
Set your hourly rate, daily available hours, electricity price, and whole-system power draw. The estimate helps you explore costs; it is not earned revenue.
You control availability
Publish the listing so builders can find it. Pause new bookings whenever you need the machine, and resume when you have time to share again.
03 / Where we are today
The workbench comes first.
This version lets you explore configurations, publish local listings, and walk through a workspace session. Listings and the latest session are stored in your browser.
Machine provisioning, resource readings, terminal output, and SSH details are illustrative. Wallet connection only shares an account address; no funds move and no physical computer is connected.
The next step is a host agent, isolated environments, verified machine availability, persistent accounts, and metered billing. Those connections must be in place before real workloads can run.