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• ↓ Part II: Sniffing Bluetooth Auracast
• ↓ Token Theft in Microsoft Entra ID (Part 2 of 4): Continuous Access Evaluation
• ↓ Token Theft in Microsoft Entra ID (Part 1 of 4): Threat Landscape and Attack Techniques
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"A while ago we started researching Bluetooth Auracast security and wrote about some of our insights. Back then we released the Auracast Hacker’s Toolkit that allowed scanning, listing, and dumping Auracast broadcasts. The main goal was to be able to capture over-the-air packets in order to brute-force the Broadcast Code. Along with this blog post we’re releasing an updated version of the toolkit. This time we implemented proper sniffing capabilities. If you’re interested in the details, feel free to read on. If not, grab your nRF52840 USB dongle, flash the firmware, start sniffing, and load the captures in our Auracast Packet Visualizer."

"This is the second post in a 4-part blog series that accompanies ERNW White Paper 80: Token Theft in Microsoft Entra ID - An Analysis of Controls. In Part 1, we covered how attackers steal tokens in the first place. This post digs into Continuous Access Evaluation, the event-driven mechanism Entra ID adopted to help close that gap."

"This is the first post in a 4-part blog series that accompanies ERNW White Paper 80: Token Theft in Microsoft Entra ID - An Analysis of Controls. Over the next four posts, we’ll walk through how token-based attacks work, put important Microsoft defenses gaining relevance in this context, Continuous Access Evaluation and Token Protection, through empirical testing, and check where Entra ID still deviates from OAuth 2.0 best practices. This post sets the stage: why token theft matters, and how attackers actually get their hands on a token."

"While most attacks against cloud identities still rely on traditional password-based techniques, such as password spraying, credential stuffing, and brute-force attacks, these methods have become less effective as multi-factor authentication (MFA) has become more widespread. As a result, attackers are increasingly turning to token-based techniques, including token theft, adversary-in-the-middle (AiTM) attacks, device code phishing, and ConsentFix, which get around MFA instead of trying to break it."

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Part II: Sniffing Bluetooth Auracast

Token Theft in Microsoft Entra ID (Part 2 of 4): Continuous Access Evaluation

Token Theft in Microsoft Entra ID (Part 1 of 4): Threat Landscape and Attack Techniques