
Device operations are visible and structured
Use the devices workspace to register hardware, validate events, and resolve pending ingestion issues.
4
Sequenced steps
3
Expected outcomes
Integration
Attendance hardware is part of the operating model, so the system treats it like a first-class integration surface.
4
Operating steps
3
Expected outcomes

Use the devices workspace to register hardware, validate events, and resolve pending ingestion issues.
4
Sequenced steps
3
Expected outcomes
Best suited for
Bring device registration, event ingestion, and exception handling into the platform.
The operational problem
Attendance device integrations fail when hardware events arrive without business context: unknown employees, missing branches, invalid codes, and no owner for failed punches.
Next move
If this route matches the problem your team is trying to solve, the next useful step is a focused conversation about rollout scope and operating fit.
ContinueScroll through the route
NxtGenSoftware treats attendance devices as operational infrastructure. The integration includes registration, mapping, ingestion, validation, and exception ownership.
Integration
Scroll story stage



Integration
4
Operating steps
3
Expected outcomes
01 / Integration
Keep device details, tokens, and rollout status in one place.
Device registry
02 / Integration
Support operational testing and staged rollout through structured ingest paths.
Employee-code mapping
03 / Integration
Treat unmatched punches as visible follow-up work rather than silent failures.
Ingestion validation
Workflow
01
Register each terminal with location, owner, token, and rollout state.
02
Map employee codes to workforce records before production use.
03
Ingest events through JSON or CSV and validate results.
04
Route unmatched punches to an owner for correction.
Move the conversation forward
The useful next step is not another feature list. It is a concrete conversation about data quality, queue ownership, rollout boundaries, and the workflow that needs to go live first.