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IT Security Infrastructures Lab

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Blog

In page navigation: Research
  • Forensic Computing Group
    • DiOS: Dynamic Privacy Analysis of iOS Applications
    • Fingerprinting Mobile Devices Using Personalized Configurations
    • Selective Deletion
  • Human Factors in Security and Privacy Group
    • Antivirus Usability
    • Browser Fingerprinting
    • IoT Security Update Labels
    • Phishing Susceptibility
    • Security Experts
    • ZigBee Security Research
  • Multimedia Security
    • Image & Video Forensics
    • Image Analysis & Enhancement
    • X-ray Phase Contrast
    • Blog
    • Code and Data
      • Copy-Move Forgery Detectors and Ground Truth Generator
      • Image Manipulation Dataset
    • Colloquium
  • Security Education Development Group
    • Open C3S Overview
    • Open-C3S-Projektergebnisse
    • Ulix – a Literate OS
  • System Security Group
    • AppAuth: On App-based Matrix Code Authentication in Online Banking
    • AppTAN (In)Security: (In)Security of App-based TAN Methods in Online Banking
    • AVX Crypto: AVX Instructions to Accelerate Crypto Primitives
    • Bispe: A Bytecode Interpreter for Secure Program Execution in Untrusted Main Memory
    • Centroid
    • CPU-bound Encryption (TRESOR, TreVisor, ARMORED)
    • FROST: Forensic Recovery Of Scrambled Telephones
    • How Android’s UI Security is Undermined by Accessibility
    • HyperCrypt: Hypervisor-based Encryption of Kernel and User Space
    • N26
    • Nomorp
    • One Key to Rule Them All: Recovering the Master Key from RAM to break Android’s File-Based Encryption
    • RamCrypt: Kernel-based Address Space Encryption for User-mode Processes
    • ReFuzz — Structure Aware Fuzzing of the Resilient File System (ReFS)
    • RISCoT – Security Analysis of Trusted Execution Environments on RISC-V
    • SED (In)Security: Hardware-based Full Disk Encryption (In)Security
    • SGX-Kernel: Isolating Operating System Components with Intel SGX
    • SGX-Timing: Cache Attacks on Intel SGX
    • SoK: The Evolution of Trusted UI on Mobile
    • Soteria: Offline Software Protection within Low-cost Embedded Devices
    • STARK / MARK: Tamperproof/Mutual Authentication to Resist Keylogging
    • TEEshift: Protecting Code Confidentiality by Selectively Shifting Functions into TEEs
    • VMAttack: Deobfuscating Virtualization-Based Packed Binaries
  • Archive
    • ContrOWL: A new security app based on crowed intelligence
    • Ext4 File Recovery
    • Forensic Email Visualization
    • Forensic RAID Recovery
    • Forensig²: File System Images for Training Courses in Forensic Computing
    • Mobile Hotspots
    • Mobile-Sandbox & ADEL: Automated Malware Analyses / Mobile Phone Forensics
    • Privacy Aspects of Forensic Computing
    • PyBox – A Python Sandbox
    • TrustedPals: Framework to Help Establish Security in a Mutually Untrusted Distributed System
    • VirMA: Windows NT pagefile.sys Virtual Memory Analysis
    • Win Vista/7/8/10 Thumbnails Analyzer
  • Funded Projects
  • Publications
    • Technische Berichte in Digitaler Forensik

Blog

  • Metadaten14. December 2020
    Bei der Aufnahme eines Fotos speichern digitale Kameras neben dem Bildinhalt eine Vielzahl weiterer Informationen ab. Zu diesen Informationen zählen die Aufnahmezeit des Bildes, das…

    Benedikt Lorch

  • Digitale Bildgebung und ihre Angriffspunkte für forensische Analyse20. March 2020
    Fotos und Videos werden weitläufig als wahrheitsgetreue Aufnahme eines tatsächlich vorgekommenen Ereignisses angesehen. Dementsprechend liegt es nahe, einer solchen Aufnahme Glauben zu schenken und auf…

    Benedikt Lorch

  • PRNU: Der Fingerabdruck einer Kamera20. March 2020
    "Mit welcher Kamera wurde dieses Bild aufgenommen?" ist eine Kernfrage der Multimediaforensik. Diese Frage kann bei der Ermittlung eines Täters eine Rolle spielen, beispielsweise in…

    Patrick Mullan

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Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU)

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