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Welcome to our comprehensive research project focused on investigating the security of hearing aids, specifically the Audeo P50-R, and its interaction with Phonak Target software. As advancements in medical technology continue to enhance the quality of life for millions, it is crucial to ensure that these devices are not only effective but also secure. Our project aims to uncover potential vulnerabilities in the connectivity and firmware of these hearing aids, providing valuable insights into their security robustness.

Important Updates

Sprint 1
Low-Power Connectivity

Bluetooth Low Energy (BLE) is a cornerstone technology in the realm of wireless communication, pivotal for the advancement of Internet of Things (IoT) devices. Its low power consumption a...

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Sprint 2
Creating a VM for Capturing

Bluetooth Low Energy (BLE) is a widely used technology in modern devices, from fitness trackers to smart home devices. Capturing and analyzing BLE packets can be essential for security research...

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Sprint 3
Analysis of BLE Packets

Bluetooth Low Energy (BLE) packet analysis is critical for ensuring the security, performance, and reliability of BLE-enabled devices. Kali Linux offers an array of powerful tools d...

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Project Background

Hearing aids have become sophisticated devices, integrating advanced features and connectivity options to improve user experience. The Audeo P50-R by Phonak is one such device that offers seamless connectivity with smartphones via Bluetooth and is programmed using the Phonak Target software. While these advancements offer numerous benefits, they also introduce potential security risks that need thorough investigation.

Objectives

Our primary objective is to conduct a comprehensive and systematic analysis of the Audeo P50-R hearing aid and the Phonak Target software to identify and evaluate potential security vulnerabilities. Specifically, we aim to:

Methodology

Our approach involves several key steps:

  1. Research and Data Collection: Gather information on Bluetooth snooping and reversing techniques, device schematics, and existing research on hearing aid security.
  2. Communication Capture and Analysis: Capture and log communications during various actions performed by the hearing aid to understand its behavior and identify potential vulnerabilities.
  3. Firmware Extraction and Reverse Engineering: Extract the firmware from the hearing aid and analyze it for security flaws.
  4. Script Development: Create automation scripts to facilitate the analysis and manipulation of captured data.
  5. Stakeholder Collaboration: Engage with industry experts, healthcare providers, and regulatory bodies to share findings and discuss potential improvements.

Expected Outcomes

By the end of this project, we aim to either confirm the security robustness of the Audeo P50-R hearing aid or expose critical vulnerabilities that need to be addressed. Our findings will not only enhance the security of this specific device but also provide valuable insights for improving the security of other medical and assistive devices.

Join Us in Our Journey

We invite you to follow our research journey through regular updates on our website. Here, you will find detailed reports, analysis, and findings as we progress. Your feedback and collaboration are welcome as we work towards ensuring the safety and security of hearing aid users worldwide.

Thank you for your interest and support in this vital research endeavor. Together, we can make a significant impact on the security and reliability of medical devices.