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Sensor input is parsed in real time to auto-detect charge, turning point, and first crack. Inventory, cupping, factory — one data model underneath all of it.
Log with whatever you like — record in Hyper Log, or send roasts from your own program (or Artisan, with a small script) through the API. The day’s journal fills in, and roasts tagged with a green coffee update your stock too.
Batches, input, output and weight loss per day, added every time you save. Nothing to write down.
Pick the green coffee and green stock goes down while roasted goes up; pick a lot and the ledger records the outflow.
Send roasts from your own program with one API key. AI assistants like Claude connect too.
We cross the sign of two rates of change — ET (supply) and BT (reaction) — to label the roast’s energy state in real time. The algorithm reads it; the roaster decides.
Queue the coffees and products to produce, in order. Each roast is pre-filled from the plan — no picking beans every time — and saving one batch rolls straight into the next, so production never drifts from the plan.
Pick a brand and model; the connection profile loads automatically. Secondary sensors — gas, pressure, inlet temp — are auto-detected.
Orders, inventory, clients, production, delivery, and cost calculation, all on one ledger.
No plans, no locked features. Servers are paid for by supporters. If it has been useful, consider chipping in — nothing changes if you do not.
Support Hyper LogTen scored attributes, defect deductions, and specialty grading — the SCA protocol, implemented as-is.
Overlay profiles to compare them, and share across roasters.
There is no paid plan. Nothing is gated behind a payment, and the screens you roast on carry no ads. If it helps your roasting, you can support it then.
USB serial runs through a native driver; network roasters like Giesen and Easyster route through the built-in bridge. Version updates apply themselves in the background.
No card, start now. No roaster on hand? Simulation mode covers it.