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.

For more information on companies in this article

Related Content

  • Developing an integrated WIM/ANPR enforcement system
    July 31, 2012
    The weigh in motion market remains especially buoyant and technological development continues to reflect this. Although there are major differences in operating philosophies, particularly between developed and developing countries, both the numbers of countries using Weigh In Motion (WIM) technology and the numbers of systems that they deploy are on the increase.
  • Nokia builds comms network for the smart, super-connected highway
    March 6, 2025
    The challenges are clear, but operators are embracing digitalisation and automation as they work to transform the highway landscape
  • Connected car infotainment and telematics services to account for 98% of M2M data traffic by 2021
    September 14, 2016
    A new study from Juniper Research has found that new in-vehicle infotainment services such as Apple CarPlay and Android Auto will generate large amounts of new cellular M2M data traffic. Over the next five years, this will account for up to 98 per cent of all M2M data traffic. According to the new study, M2M: Strategies & Opportunities for MNOs, Service Providers & OEMs 2016-2021, data intensive applications such as Internet radio, music streaming applications and information services will generate appro
  • Priority for safety and interoperability, need for DSRC
    July 18, 2012
    Justin McNew, Chief Technology Officer, Kapsch TrafficCom Inc., USA offers his opinion of where 5.9GHz DSRC technology will head in the coming years. The debate ranges back and forth over the most suitable technological solution for future tolling and charging in the US. However, the coming trend is common cooperative infrastructure: instrumented roads and vehicles with the capacity to communicate with each other over all manner of safety, mobility and traveller applications, many of which will involve fina