From mobile phones to court – A complete FORensic investigation chain targeting MOBILE devices (FORMOBILE)
Projects / Completed
Period: May 2019 – April 2022
Contacts: Daniela Ilieva
From mobile phones to court – A complete FORensic investigation chain targeting is a 36-month project aimed at the fight against crime and terrorism. The overarching objective of FORMOBILE is to establish a complete end to end forensic investigation chain, targeting for mobile devices. To achieve this goal three objectives will be pursued. Novel tools shall be developed that include the acquisition of previously unavailable mobile data, unlocking mobile devices, as well as the decoding and analysis of mobile data. Based on the definition of requirements of law enforcement and legal and ethical issues a new mobile forensics standard shall be developed. With the developments of the new standard and the new tools, training for police and criminal prosecution will be established, providing the end users with the latest knowledge in a novel and an innovative curriculum to ensure a quality standard of investigations.
The European Union has developed as a Security Union, building on the European Agenda on Security. This aims to ensure that people live in an area of freedom, security and justice, without internal frontiers. To strengthen digital forensics in the context of criminal investigations is crucial to achieve this vision. FORMOBILE contributes to the fight against virtually all forms of crime. This is because mobile devices are widely used in crimes, especially in the arrangement of conspiracies. Yet, there are crimes more closely related to mobile devices; this includes child abuse and emerging forms of cybercrime in particular. To fight crime effectively, law enforcement has to be empowered to access all evidence stored on mobile devices.
The project is coordinated by Mittweida University of Applied Sciences.The project consortium consist of a total of 19 partners all across EU.
The project is implemented with the support of the H2020 Research and Innovation programme of the European Commission under Grant Agreement No 832800.