Field technicians
Teams and vehicles move between customers, offices, construction sites and service areas.
Zenit shows the location, service-call times and non-productive mileage of field teams. It does not manage tickets, dispatch or shifts; those remain in your field-service system. Zenit adds the vehicle context that system may be missing today.

Operational quality depends on availability, presence, mileage, times, maintenance and shared information.
Field technicians
Teams and vehicles move between customers, offices, construction sites and service areas.
Assignment of vehicles
Reliable data is needed to understand which vehicle is available and suitable for the next job.
Service-call times
Arrival, dwell time and departure need to be reconstructed without repeated phone calls.
Non-productive mileage
Unplanned travel, stops and routes affect the cost of the service.
Weak reporting
Vehicle presence and use become difficult to prove retrospectively.
Dispersed maintenance
The service vehicle must remain available and consistent with the workload.
Zenit connects fleet and territory, without promising unimplemented dispatch or shifts.
Fleet Management
Vehicles, drivers, alerts, usage, maintenance and reports in a central view.
GPS tracking
Location, journey history, stops and geofences provide context for service calls and on-site presence.
CAN bus and consumption
Mileage, fuel, idle time and anomalies on service vehicles.
Service-area geofences
Entries, exits and dwell time in operational areas or at customer premises.
Operational reports
On-site presence, vehicle use and travel time between service calls.
APIs
Fleet data is sent via API to the system that already manages tickets and field-service jobs.
Zenit brings vehicle and territory data into the process, without replacing dispatch tools.
Before
Service call confirmed by phone
Arrival, stay and exit are reconstructed through calls or manual notes.
Routes not analysed
Mileage and non-productive stops remain hidden in the cost of each job.
Subsequent maintenance
An unavailable vehicle disrupts service calls and rescheduling.
With Zenit
Contextual presence record
Geofences and journey history provide context for the service call.
Measurable shifts
Routes, stops and vehicle use become comparable data.
Governed availability
Maintenance and anomalies are part of fleet planning.
The impact is evaluated on times, kilometres, presence, use and availability of vehicles, without automatic promises.
Times
Arrival, stay and exit can be read with more context.
Mileage
Routes and stops help identify non-productive patterns.
Vehicle availability
Maintenance and anomalies become part of operational control.
Reporting
Cleaner data supports reporting to operations and customers.
Verify
Presence and use of the vehicle.
Reduce Opacity
Mileage, stops and unexplained time.
Connect
Fleet and company systems through integrations defined on the use case.
Each line leads to the role page, which goes into detail about what that role asks of the system.
Role
“How much non-productive mileage do we cover, and how much of it is genuinely unavoidable?”
Role
“Is the technician I am about to call actually closest to the urgent job, or simply the first person who came to mind?”
Role
“What does a service call cost once travel time is included, rather than only the working hour?”
It is the most frequent confusion in this sector: two product categories that touch and do not overlap.
Zenit does not provide dispatch, service-call queues, shift planning or order management. Dedicated software already exists for those tasks, and you may already use it. Zenit provides the vehicle context: where vehicles are, how long they took to arrive and how long they remained on site.
A field-service management system often lacks two facts it cannot measure directly: actual journey time and vehicle presence on site. A job closed at 15:00 does not show whether the technician arrived at 11:00 or 14:00, yet that difference materially affects the cost of the round.
A geofence can show that a vehicle was within an area at a given time. Using that data to monitor the person driving is a company decision with privacy and employee-relations implications, and must involve the appropriate company stakeholders. Zenit provides the data and access controls; the company defines the policy.
Zenit provides APIs for fleet data. What can be transferred, and in which format, depends on the receiving system. We therefore start with the data that system needs rather than the full set Zenit can send.
Answers on the boundaries between fleet, presence, reports and intervention systems.
No. Zenit supports location, geofencing, vehicle usage, maintenance, reporting and integrations. Tickets, staff shifts and complete dispatch require dedicated systems and are not part of the functions described on this page.
Geofences can record entry, exit and dwell time within a service area. The company must define the operating rules and how this data may be used.
Location, history, stops and vehicle use can highlight patterns to analyze. No automatic cuts or guaranteed percentages are promised.
Yes, through APIs and integrations, but there is no one-size-fits-all answer. It depends on three things: what system is already in use, what data needs to pass from one side to the other, and what technical coverage is available on both sides. The verification is done on the real system, not on the principle.
Together we evaluate GPS, geofences, reports, fleet management, maintenance and possible integrations without promising a complete workforce management system.
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