Skip to main content

Morpho and Telit partner on IOT-based emergency response system for Russia

Identity and security specialist Morpho (Safran) and Internet of Things (IoT) enabler Telit claim to have successfully tested Morpho’s specialised embedded SIM with Telit’s high performance 2G, 3G, and 4G cellular IoT modules for deployment in an Emergency Road Assistance project in Russia. The two companies have been working closely to test a special robust embedded universal integrated circuit card (eUICC), next-generation SIM cards, which are developed specifically for the machine-to-machine (M2M) sec
November 27, 2015 Read time: 2 mins
Identity and security specialist 4561 Morpho (Safran) and Internet of Things (IoT) enabler Telit claim to have successfully tested Morpho’s specialised embedded SIM with Telit’s high performance 2G, 3G, and 4G cellular IoT modules for deployment in an Emergency Road Assistance project in Russia.

The two companies have been working closely to test a special robust embedded universal integrated circuit card (eUICC), next-generation SIM cards, which are developed specifically for the machine-to-machine (M2M) sector and additionally implement ERA GLONASS services

They now say that extensive tests have proven the seamless interoperability between Morpho’s ERA GLONASS eUICC and Telit’s cellular IoT modules to ensure that the unique requirements of the system are achieved.

The ERA GLONASS (Emergency Road Assistance based on Global Navigation Satellite) project has been launched to introduce a sensor-based in-vehicle emergency call system that in case of an accident automatically dials an emergency number linked to the nearest emergency centre. Basic data – including the location – is sent to the local emergency services, meaning that the response can be faster, the size and scope of an incident can be assessed early and time can be saved in critical life-and-death situations. These life-saving measurements are made possible by the integration of a specialised eUICC into the telematics control system of vehicles.

Related Content

  • Public transport operators implement passenger safety systems
    December 4, 2012
    Operators of public transport systems are arming themselves with sophisticated systems of technology to ward off terrorism threats to passenger safety. David Crawford reports. City transportation authorities worldwide are looking more keenly than ever for mass transit solutions to overcome traffic congestion and manage commuter flows. As they do so, concerns over passenger security are driving development of new technologies for terrorist incident detection, response and emergency passenger evacuation. The
  • European Commission aids deployment of eCall
    December 4, 2012
    The European Commission has adopted a measure to ensure that by 2015 vehicles can call emergency services in the event of a crash. The Commission wants the life-saving eCall system to be fitted to all new models of cars and light vehicles from 2015. eCall automatically dials Europe's single emergency number 112 in the event of a serious accident and communicates the vehicle's location to the emergency services. According to some estimates, eCall could speed emergency response times by 40per cent in urban ar
  • Intersection management, cooperative infrastructures - what next?
    February 1, 2012
    What do recent vehicle recalls mean for future cooperative infrastructures? Anthony Smith takes a look. As ITS industry stakeholders converge on Amsterdam for the 2010 Cooperative Mobility Showcase, an unprecedentedly wide range of technologies will be on display demonstrating what might be achievable in the future from innovations based on Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) communications.
  • Connecting DoTs with IoT for secure, connected transportation systems
    January 11, 2022
    Michelle Maggiore of Cisco outlines how connected roadways and intersections can help improve safety, reduce traffic congestion, and minimise our carbon footprint