Geotab Features

Matches customer requests with routes and driver or vehicle availability.

Define default routes per customer, geography, type of vehicle or type of cargo.

Routes can be assigned to drivers individually or by batch base on criteria such as qualifications or experience.

Defines schedules for a geographical area, customer group, or type of delivery.

Define and implement constraints such as maximum distance or number of required stops.

Administrators can override schedules when unexpected changes occur.

Estimated time of arrival can be shared with customers and adjusted when needed.

Allows users to establish and change priorities for routing activities.

Routes can be automatically adjusted in real time based on predefined rules.

Adjust routes based on company constraints and customer requirements.

Analyse the performance of different routes or schedules.

Track time (for travel, load/unload, etc.) and the associated costs.

Monitor driver productivity based on KPIs such as time to destination.

Analyze vehicle performance for various routes or types of deliveries.

Provide KPIs to monitor and manage driver performance.

Analyze costs for vehicle maintenance, fuel consumption, or mileage.

Analyze vehicle performance for various routes or types of deliveries.

Provide KPIs to monitor and manage driver performance.

Analyze costs for vehicle maintenance, fuel consumption, or mileage.

Manages the inventory of vehicles across multiple locations.

Ability to monitor and optimize fuel consumption.

Schedule maintenance operations and plan downtime.

Track the location of vehicles using GPS technology.

Provide features for onboarding of new drivers.

Implement safety measures to comply with regulations.

Allow dispatchers to track the location of drivers in real time.

Analyze driver behavior to identify issues and prevent accidents.

Calculate the estimated time of arrival (ETA) for each delivery.

Allow drivers to capture customer confirmation on shipments.

Suggest optimal routes for deliveries to save time and fuel.

Create a list of all the assets owed by a company.

Define relationships between various types of assets.

Track asset locations using GIS and GPS technology.

Monitor the status of multiple types of assets.

Maintain a history of adjustments made to assets.

Allows users to see vendor spend, vehicle operating costs and other expenses

Allows users to compare fuel economoy or cost per mile across vehicles

Provides a list of all vehicles with details such as mileage or maintenance status

Allows users to review weekly, monthly or annual service costs

Allows users to setup reminders for scheduled maintenance.

Allows users to set up automatic task notifications when the vehicles have travelled a certain amount of miles

Allows users to set up email and text notifications to alert whenever maintenance is needed

Provides user with a calendar of upcomign maintenance activities such as inspections

Allows users to set maintenance priorities by vehicle or group of vehicles

Creates and manages maintenance schedules based on equipment availability

Allows users to manually approve or reject a request for maintenance on a vehicle.

All reports on vehicle maintenance are automatically kept on record.

Allows users to evaluate various vehicle maintenance shops that are in the area.

Provide standard templates to conduct inspections and document findings

Create alerts for speeding, idle engine, or fast acceleration.

Track the location of vehicles using GPS technology.

Ability to monitor and optimize fuel consumption.

Monitor the inventory of vehicles across multiple locations.

Set up geographic boundaries around areas that needs to be monitored.

Deliver driver alerts via text message or other forms of communication.

Track actual mileage and compare to estimated distances.

Monitor driver performance based on idle time and on-time deliveries.

Provide estimated times of arrival (ETAs) for deliveries.

Design intelligent workflows for specified devices, such as automated adjustments and event triggers.

Integrates with existing IoT hardware.

Has a centralized dashboard for users to interact with.

Allows users to access daily and weekly hours logged, time remaining, and hours of service (HOS) status

Drivers can submit DVIRs from within the software

Allows users to access the ELD even when offline

Allows uses to identify any footage that has incidents involving collisions or harsh breaking

Provides driver with a safety score based on driving performance

Dashcam footage is automatically uploaded to the cloud for access

Anticipates needs and offers suggestions without prompting

Makes informed choices based on available data and objectives

Ability to break down and plan multi-step processes

Notifies users of colllision concerns

Engages in human-like conversation for task delegation

Analyzes driver biometrics to alert of any safety concerns

Anticipates needs and offers suggestions without prompting

Makes informed choices based on available data and objectives

Engages in human-like conversation for task delegation

Anticipates needs and offers suggestions without prompting

Capability to perform complex tasks without constant human input

Ability to break down and plan multi-step processes

Works across multiple software systems or databases

Improves performance based on feedback and experience

Engages in human-like conversation for task delegation

Anticipates needs and offers suggestions without prompting

Makes informed choices based on available data and objectives

Condenses long documents or text into a brief summary.