Flint MES runs your production line end to end. Operators scan a barcode; stations flash the ESP32-S3, burn the serial into eFuse, capture the test log, and deliver every result to the backend exactly once — even through power loss, dropped networks, and reboots.
Five steps run on the bench without an engineer watching. Each result is captured the moment it happens — before it can be lost.
An operator scans the barcode serial. From this moment it is the board’s identity.
The station flashes the assigned firmware bundle onto the ESP32-S3.
The serial is written into the chip’s eFuse — permanent, one-time, unforgeable.
Functional test runs; the full UART/serial log is captured with the result.
The result lands in a local outbox and is delivered to the backend exactly once.
Power drops at step 3? The record is already on disk in the station’s outbox. On reboot it replays and finishes the upload — and because delivery is idempotent, the backend records it exactly once. Never zero, never twice.
The hard parts of hardware production — durability, traceability, and keeping a fleet of stations in sync — handled by default.
Every flash and test result is written to an embedded SQLite outbox before anything else. Idempotent retries drain it when the network returns — so a station can lose power mid-flash and still deliver each record exactly once. Never zero, never twice.
A barcode scan drives the whole flow. The serial is burned into eFuse and becomes the board’s identity for good — one record per unit, traceable from PO date to final test, forever.
Assign firmware bundles centrally from the web app. Stations sync config and firmware on a loop and report live online/offline status, so every bench runs the build you intend.
Stations run on macOS, Windows, Linux, and Raspberry Pi. The operator UI is bilingual — English and 中文 — so the line keeps moving with just a barcode and a screen.
One station app, cross-platform and bilingual, so the same build runs on every bench — attended or not.
Sign in to manage stations, firmware, production runs, and every unit’s record.
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