Encryption for everyone
End-to-end encryption ensures that only sender and recipient are able to read messages in plain text. Fraunhofer SIT’s Volksverschlüsselung simplifies the distribution of cryptographic codes in such a way that even a layman is able to manage it easily.MORE INFO
App security testing tool
Most apps, be they for internet shopping, gaming or social networking, are aimed at private users. But there are hidden risks for businesses. A new test framework will help to uncover gaps in app security and detect malware.LEARN MORE
Study: On the Security of Cloud Storage Services
The security of cloud storage services is often inadequate. This is the result of a study by the Fraunhofer Institute for Secure Information Technology, that tested various providers.DOWNLOAD NOW
Open Doors with your Smartphone
Keys in your Smartphone
Key2Share is a smartphone solution for NFC-enabled locks. It turns smartphones into door openers for cars, hotel rooms and offices. Access rights can be flexibly managed with a smartphone app. A special security architecture on the smartphone protects cryptographic keys from malware.
Many mobile applications have serious safety deficiencies. To make a detailed examination of the security features of Android apps more efficiently, Fraunhofer SIT together with the TU Darmstadt has developed CodeInspect. This tool can quickly detect vulnerabilities and malware in the program code.
The Fraunhofer SIT has discovered severe security vulnerabilities in security apps for Android. These vulnerabilities can be exploited to turn such apps into attack tools, taking control of smartphones and then extorting their owners financially. All of the important providers are affected, with up to 675 million installations in total.
With Software-Defined Networking, companies are able to organize their networks more efficiently by controlling programmable network components via software. With OrchSec (Orchestrator for Security Applications) Fraunhofer SIT has developed an SDN-based network security solution.
The Fraunhofer Project Center for Cybersecurity in Jerusalem has a new associated partner: The German Federal Office for Information Security BSI joins the research cooperation. The Cybersecurity Center (Fraunhofer SIT/IL @HUJI) is a project of the Hebrew University in Jerusalem (HUJI) and Fraunhofer.
Several innovations in the automotive industry are based on IT systems and their internet connection. However, increasing connectivity also poses new vulnerabilities. Fraunhofer SIT has developed a software platform where secure control units can be developed based on a TPM 2.0.
Researchers from Fraunhofer SIT, Fraunhofer IEM, Paderborn University and TU Darmstadt have published a detailed study on the use of Java Runtime Environment vulnerabilities, which is based on data of more than ten years. The study was presented at the "ACM Conference on Computer and Communications Security (CCS)" in Vienna.