Solutions · Mobile field execution
The technician's screen, not the planner's screen.
Field execution is built around the technician at the asset, not the planner at a desk. Offline capable, low bandwidth tolerant, with the work order, parts, permits, and inspection checklists on a single mobile surface.
Asset health score
62 / 100
DecliningSignals analysed
Representative of the in-product Intelligence view, the signals that drove the decision are attached to the work order.
The problem
Desktop CMMS does not survive the field
Most CMMS platforms were designed for the planner. The technician gets a stripped down mobile view that loses connectivity, drops attachments, and forces re entry when they get back to the office. The result: data captured on paper, transcribed later, and degraded in transit.
- Mobile views lose connectivity in basements and remote sites
- Attachments dropped or never uploaded
- Inspection findings re entered from paper after the shift
- Permits and LOTO not enforced at the point of work
What the platform brings
The capabilities behind the use case.
Concrete behaviours of the platform, not feature checkboxes. Each capability is exposed in the product and traceable to an operational outcome.
Installable PWA, offline-capable
Installs on Android and iOS from the browser. Work orders, asset history, parts catalogue, and inspection forms cached on device. Changes queue locally and sync with conflict resolution when connectivity returns.
Scan-first bottom navigation
Camera-based barcode and QR scan opens the asset or spare part directly. Bottom nav designed for thumb reach. No typing serial numbers off a sticker, no separate scanner app.
Voice-to-text completion notes
Technician dictates completion notes hands-free, gloves on, in Arabic or English. Transcribed inline on the WO before the technician signs off.
Start / stop labor timer
Honest labor capture — start the timer when you walk to the asset, pause for the parts run, stop on closure. Total hours land on the WO automatically.
Push notifications
Native PWA push for new assignments, SLA breaches, approval queues — even when the app is closed. Per-user, per-event preferences.
Permit + safety enforcement
High-risk work is gated by an active Permit to Work and Lockout / Tagout isolation. Cannot be closed without the safety document. Photo-required completion on demand.
Outcomes
The change you can put in front of a steering committee.
Operational platforms are bought to move metrics. These are the changes NextEAM is designed to drive on this use case once operating data starts flowing through it.
Data captured at the asset
Inspection findings, parts consumption, scans, and signatures recorded at the point of work, not transcribed later from paper.
Higher first-time fix rate
Asset history, manuals, recommended parts, and the assistant's KB answers on the technician's screen. Less guessing, fewer return trips.
Honest labor hours
Timer-based labor capture removes the daily "fill in your timesheet" exercise — and the under/over-reporting that comes with it.
Faster closure
Work order closed at the asset with all the data required. No backlog of half-completed records in someone's notebook.
Trust and compliance
Tenant-scoped, RBAC-aware, audit-logged
Mobile sessions inherit the same role scopes as the web. Every action is logged with location and device identifier. Lost devices can be revoked centrally. Module access enforced server-side, not just hidden in the UI.
Other ways teams use the platform
Predictive maintenance
AI scored asset health that flags degradation before failure, shifting work from reactive to planned.
Read moreWork order execution
End to end work order lifecycle on a single audit trail — from request through closure.
Read morePreventive maintenance
Calendar and meter driven schedules with automatic work order generation, forecasting, and route grouping.
Read more