The researcher's tool first - with the compliance answer stated before you ask for it.
Public-sector research runs on the same mathematics as any lab: models, optimizations, distributions, growth and queueing. Qurak serves the researcher inside the institution today - accounts under an organization, per-member usage reporting, and invoicing on your paperwork rather than a card.
It computes from your model, not from your files: Qurak solves what you write down, and does not read spreadsheets or datasets.
The posture, plainly: no FedRAMP, no ATO, no SOC 2 report, no agency single sign-on, and hosting is not in your data centre. If an RFP needs any of those, tell us - each gate gets built when a real procurement asks for it. Until then this page will not pretend.
Every example here was run by the engine that will run yours.
| You write | It answers |
|---|---|
| NMinimize[{x + 2 y, x + y >= 3 && x >= 0 && y >= 0}, {x, y}] | {3., {x -> 3., y -> 0.}} |
| Quantile[{12, 7, 21, 15, 9, 18, 11}, 0.9] | 21 |
| DSolve[{p'[t] == k p[t], p[0] == p0}, p[t], t] | {{p[t] -> E^(k*t)*p0}} |
Plot[Exp[-x/5] Sin[2 x], {x, 0, 10}] · Plots render as SVG, in the workbench and over the API.Qurak is an MCP server, so Claude, Cursor, VS Code and any other MCP client can hand it a calculation and get a real answer back instead of a plausible one. There is an HTTP API for everything else. Both are open on the free plan.