How it works
Four solvers, zero servers.
- 01
Write a model
Describe your problem in MathProg/GMPL (.mod, optionally with .dat data files) or in LP format (.lp) using a Monaco-powered editor with syntax highlighting, a file explorer and per-file undo.
- 02
Pick a solver
GLPK solves MathProg models; HiGHS, CBC and SCIP solve LP/MIP models. All four are the real, battle-tested native solvers compiled to WebAssembly, not reimplementations.
- 03
Solve without leaving the page
The solver always runs in a Web Worker, off the UI thread, so the editor stays responsive while output streams into the console. Solutions land next to your model as .out files.
- 04
Keep your data yours
Solving stays in your browser. A browser workspace or local folder needs no account; Google Drive is optional and syncs selected files directly between your browser and Google.