Control vehicles, drivers, fuel and deadlines in one system
Zenit Telematics is a fleet management and vehicle telematics platform for organisations operating business fleets. It brings together location, compatible CAN data, fuel, drivers and assignments, tachograph management, maintenance, geofences, alerts, reports, integrations and video telematics. Only the modules and data verified for the project are enabled.
- Primary productGPS, CAN, tachograph and AI dashcam are capabilities within the same platform.
- Verified project perimeterVehicles, signals, devices and modules are confirmed before configuration.
What does the Zenit Fleet Management Platform manage?
Each module supports a specific fleet check and uses the same vehicle and driver records. Available data always depends on the vehicle, device, integration and configuration.
Fleet operations management
Vehicles, activities, utilisation, priorities and reports in one coordinated operating view.
GPS tracking and geofences
Available location, history, stops, entries and exits to reconstruct operations and exceptions.
Vehicle telematics, CAN and fuel
Fuel use, distance, engine status and idle time when compatible vehicle signals are available.
Drivers and assignments
Driver-to-vehicle history adds context to operations and events; automatic methods require technical confirmation.
Remote tachograph management
Download, operational archiving, data and deadlines where vehicles, devices and cards are compatible and configured.
Fleet maintenance
Deadlines and service history linked to mileage and engine hours when available.
Alerts, events and automation
Configured rules bring operating exceptions and deadlines to the attention of the right roles.
Reporting and analytics
Readable indicators by vehicle, period and process, without treating correlation as automatic causation.
Security and access control
Roles, access controls and operation traceability as documented for the platform.
Video telematics and AI dashcam
A platform module linking event video, location and available data according to policy and configuration.
Integrations and APIs
Configured APIs and webhooks exchange data with authorised business systems.
How do the modules work in the same system?
Reports, rules, access control and integrations connect the modules, so location, events and deadlines do not remain in separate tools.
Analytics
Contextualised data turns measurements and events into readable indicators.
Automation
Configured rules and notifications centred on operating exceptions.
Data security
Role-based access and traceability as documented for the platform.
APIs
Controlled data exchange with authorised external systems and processes.
Which data can the platform use, and what does availability depend on?
Zenit uses only data that is genuinely available within the project. A feature appearing in the catalogue does not mean every vehicle exposes the same signals or needs the same hardware.
The vehicle defines which data is available
Make, model, year, body configuration, control units and available signals affect which data can be read. Location, CAN, tachograph and video also come from different devices and connections that must be verified on the actual fleet.
Configuration defines the process
Geofences, alerts, roles, reports, assignments and integrations must correspond to a specific operating question and named recipients. An enabled feature without a process creates noise rather than control.
Data supports a decision; it does not replace one
A location, fuel reading or video event provides evidence and context. Causes, responsibilities, disputes and legal duties require technical, organisational or legal checks proportionate to the case.
How is a fleet event reconstructed?
Before displaying an event, the platform links the available data to the vehicle, driver or assignment, location, time and configured rule.
Disconnected data
- 1
Isolated signal
A location, reading or video without operating context.
- 2
Manual reconstruction
The team compares tools, periods and responsibilities by hand.
- 3
Unrecorded outcome
The same exception is investigated from scratch when it happens again.
In the Zenit platform
- 1
Contextualised event
Vehicle, place, time and available data remain connected.
- 2
Assigned priority
Configured rules and roles identify who should investigate.
- 3
Traceable action
Reports and history help teams verify recurrence and outcomes.
Which industries is the Zenit platform designed for?
The same architecture is configured around different operating units: a route, round, depot, worksite, service visit or engine hour.
Transport and logistics
Trucks, drivers, tachograph, fuel, routes and maintenance.
Bus and passenger transport
Depots, assignments, mileage, safety, maintenance and event video.
Construction and worksites
Heavy equipment, geofences, engine hours, utilisation and maintenance.
Waste collection and environmental services
Routes, stops, rounds, fuel and reconstruction of available operating activity.
Field service and vans
Time on site, distance, utilisation, geofences and maintenance.
Frequently asked questions about the Zenit platform.
Self-contained answers covering category, modules, data, drivers and configuration.
What is Zenit Telematics?
Zenit Telematics is a fleet management and vehicle telematics platform for businesses operating fleets. It connects vehicles, drivers, activities, compatible data and events in one interface for fleet control, maintenance, security, tachograph management and reporting.
Is Zenit a GPS tracker or a dashcam product?
Zenit is primarily a fleet management platform. GPS tracking and video telematics with an AI dashcam are platform modules, alongside vehicle telematics, compatible CAN data, fuel insights, driver assignments, tachograph management, maintenance, geofences, alerts, analytics and integrations.
Which data can the platform bring together?
The platform can bring together location, routes, stops, events, compatible vehicle data, fuel use, mileage, engine hours, assignments, deadlines, tachograph data and event video. The data available depends on the vehicle, device, signals, enabled modules and configuration.
Does Zenit connect driver, vehicle, journey and event?
Zenit records driver-to-vehicle assignments and history, which can add context to operations and events. Automatic identification methods and any dedicated hardware must not be assumed: they need confirmation for the specific project.
Is the platform the same for every customer?
The architecture is shared, while modules, devices, views, rules and integrations depend on the project. Configuration must reflect the vehicles, available data, roles and processes that the fleet needs to govern.
Do daily users need technical expertise?
Daily operations are organised around roles and priorities; configurations, installations and integrations require a technical assessment. APIs are intended for teams that need to connect Zenit to other authorised systems.
See which modules and data apply to your fleet.
The demo starts from the vehicles, available signals and required checks to show Zenit as the central system rather than a collection of isolated products.
- Verifiable capabilitiesDevices, signals and configurations are assessed against the actual fleet and project requirements.
- One architectureSelected modules feed the same fleet management platform.