MOTAM

Methods to Optimize Road Transport through Mobile Applications

Funded by CDTI
Duration: 01/06/2016 to 31/07/2019
Website:

Project Overview: 

Intelligent Transport Systems (ITS) is a research field that is growing due to the increase of population and cities in addition to a significant motorisation happened in recent times. These aspects make it necessary a greater control and monitoring of traffic in order to enable users to be better informed and make safer, more coordinated and smarter use of transport networks.

The objective of MOTAM project is the creation of a multiplatform system for road safety, traffic management, valued added services and assistance to road users. This system is capable of collecting information from different sources of the environment. To achieve this, a communication system between vehicles (V2V) and between vehicles and infraestructure (V2I) has been developed. Significant information is uploaded to the cloud as well, generating a real time record that can be used for predicting future traffic issues.

In addition to this, an important attempt has been done in order to make secure the devices and the communications between them.

The work done in NICS Lab includes the investigation and implementation of recent telecommunications technologies like LTE, NB-IoT or Bluetooth 5 and the use of open hardware platforms like Arduino, rfDuino, Raspberry Pi or Nordic Semiconductor nRF52 development boards. This include:

  • A gateway between user's vehicle, user's mobile phone, infraestructure sensors and other vehicles has been developed. This gateway has smart functionalities and performs a filtering of the collected information, parsing and sending it to user's mobile device.
  • NICS Lab develops a number of infraestructure sensors about weather, baby seat, traffic light, air quality, bycicle presence, traffic signals, and other notifications about state of the environment as well as realtime information about the user car such position, speed and engine state. In addition, other devices is present in the platform such smart traffic light and advanced emergency vehicle advertisement.
  • In order to improve traffic management, this project includes some devices like NB-IoT connected information panels or NB-IoT controlled and secure traffic light, which is accessible even in remote areas.
  • Security mechanisms have been implemented in the communications between the elements of the designed system. Cryptographic algorithms are used for protect and authenticate the information that is transmitted and saved. Also, Driver identification mechanisms has been implemented.

A description of MOTAM Platform and links to source code repositories can be found on

MOTAM Platform page

MOTAM project is funded by: