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Security

Research project on secure updates

Under the project management of Infineon, the BMBF-funded project 'Alessio' is investigating how networked machines and durable devices can be equipped with updatable security mechanisms.

Long-lasting applications require reliable, updatable security solutions.

© Infineon Technologies

Whether Industry 4.0, autonomous driving or smart home solutions - networked machines and durable devices require updatable security mechanisms. Researching and evaluating these is the aim of the joint project 'Alessio', which is being led by Infineon Technologies. Other project partners from Munich are the Fraunhofer Institute for Applied and Integrated Security(AISEC), Giesecke &Devrient, Siemens and the Technical University of Munich (TUM) as well as Wibu-Systems from Karlsruhe. The project will run until the end of 2019 and is being funded by the German Federal Ministry of Education and Research (BMBF) with around 3.9 million euros.

Every new networked device in the Internet of Things offers another digital attack surface. Sensitive data and information can easily be captured from the network and used for further attacks if they are not adequately protected. Reliable protection of security-critical information is therefore based on a combination of software and hardware. The hardware - a security chip - is comparable to a safe: a specially protected area in which data and security keys are stored separately from the software. However, in the case of durable goods such as industrial equipment, data and security-relevant information must also be able to be updated. This is the only way manufacturers can react to changed or new attack methods.

The aim of 'Alessio' is therefore to develop updateable security solutions for such embedded systems over the next three years. One approach envisages a classic chip-based security element with updatable software. In addition, a security element will be implemented in complex, programmable logic circuits (FPGA, Field Programmable Gate Array). Three practical prototypes will demonstrate the feasibility and functionality of these solutions.

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