Connected vehicles to suit your needs

About us

Technological development has allowed for the development of automation and remote control in many areas. The vehicle sector has undoubtedly been one of the most advanced.

Eos Connectivity is now applying these advances by designing and manufacturing a hybrid hardware and software solution to manage the geolocation of vehicles and their control through commands.

What problem do we solve? 

Changes in mobility and the advent of connected vehicles have generated new needs such as remote and centralisedvehicle control and management.

Likewise, all these connected vehicles generate and require large amounts of information in order to be managed.

Thus, they lead companies to look for a way to manage their vehicle fleets in a simpler way.

How our solution works

A combination of software and hardware that allows vehicles to connect and communicate with each other through a central platform for management.

This makes it possible to automate numerous processes, such as knowing the location of vehicles thanks to geolocation or interacting in real time with them.

Who is it for?

EOS Connectivity technology addresses a wide variety of industries:

● ●        Vehicle manufacturer: we offer the technology needed to produce connected vehicles of all types.

●        Mobility platforms: our technology is viable for mobility companies with fleets of vehicles for shared mobility such as motosharing services.

● ●        Fleet management platforms: an organised system that allows you to control and manage the stream of data you get from each vehicle.

●        Vendors: contactless or keyless systems to eliminate keys from your business operations.

● ●        Rental cars: keyless solutions for the digitalisation of vehicle reception, delivery and use.

How do we do it?

Through the use of hardware and software installed in the vehicles to meet the needs required by the user

Then,  middleware collects all the information and data generated by these vehicles for its use.

The information is interpreted and sent via a SAS platform to the customer who can use this information and communicate with the connected vehicles.