Security researchers from multiple academic and private institutions have published a paper showing that a plethora of coexisting WiFi and Bluetooth vulnerabilities can be exploited by attackers to manipulate and eavesdrop on communication traffic on a WiFi chip, as well as allowing the extraction of extremely sensitive password credentials. Although the three main mobile wireless communication standards (WiFi, Bluetooth, LTE) operate from different components with their own security implementations, they often share the same mediums and resources like antennas or wireless spectrums. These attacks are facilitated by targeting a device’s Bluetooth component, and when exploited, they can lead to remote code execution (RCE), memory readout, and denial of service (DoS). Due to operational and technological requirements, many devices simply cannot be patched, or would limit the speed of the required service to an unusable pace. All of the vulnerabilities have been reported to their respective vendors, and customers will need to exercise their own due diligence to identify if their devices have been (or can be) patched. At this time, customers of unpatched devices can delete unnecessary Bluetooth pairing devices, remove dormant WiFi networks, and use cellular service opposed to public WiFi when they are in public. It is currently unclear what the ultimate outcome of these vulnerabilities are, and the Ankura CTAPT will provide updates if new patches or mitigation techniques become known.