In-Vehicle Mobile Computing Solutions for the Waste Management Industry
Waste Management Vehicle Software & Hardware Solutions
Advanced Mobile IT specialises in the supply and installation of rugged devices, mounting kits and vehicle docks across multiple vehicle types, including light vehicles, trucks and forklifts.
Implementing in-vehicle computing solutions, such as rugged devices, can offer significant benefits as rugged devices are designed to withstand the demanding conditions encountered in the waste management industry. They are built to be resistant to drops, shocks, vibrations, dust, and moisture. With their robust construction, these devices can handle the rigours of waste collection vehicles, recycling centres, and disposal sites, reducing the risk of damage and ensuring continuous operation.
In-vehicle rugged devices can be equipped with GPS technology to enable route optimisation for waste collection vehicles. They provide real-time maps, traffic updates, and navigation guidance, allowing drivers to optimise their routes and reduce travel time. Route optimisation improves fuel efficiency, reduces emissions, and enhances overall operational efficiency in waste management operations.
By using in-vehicle computing solutions, installed devices integrate with waste management software systems, enabling efficient work order management. Waste collection schedules, route assignments, and customer information can be accessed and updated in real-time on rugged devices. This streamlines the work order process, reduces paperwork, and ensures accurate record-keeping.
Advanced Mobile IT has been delivering proven end-to-end in-vehicle mobility technology solutions for over 15 years, always maintaining a strong focus on after-sales support.
Waste Management In-Vehicle Mobile Computing Solutions
- Rugged Devices Procurement
- Vehicle Docks and Mounts Procurement
- In-Vehicle Software Solutions
- Fleet Installation Services
- Repairs Service and Maintenance
Our mission is to keep your field and vehicle technology in motion.