Wireless Threat Series Podcast

In this episode of the Wireless Threat Series podcast, Adrian Sanabria and Jon Bundy trace the evolution of Wi-Fi security from WEP's earliest weaknesses to today's WPA3 standards. They open with WEP's weak initialization vectors and the Albert Gonzalez retail breaches that first proved how much damage wireless insecurity could do. They dig into the technical details behind Karma and MANA attacks, evil twin access points, WPS PIN brute forcing, and the KRACK key reinstallation attack. The conversation also covers PMKID attacks and the Nearest Neighbor attack used by sophisticated threat actors. The episode closes with practical takeaways: strong network segmentation, solid password hygiene, and consistent patching remain the best defenses for both personal and enterprise Wi-Fi environments.

Wi-Fi is something we all use and almost never think about, until it breaks or gets breached. In this episode, Jon Bundy and Adrian Sanabria go back to basics with a primer on the history and technical foundations of Wi-Fi. They trace its evolution from early 1990s origins through the role of the Wi-Fi Alliance in driving interoperability and branding. Jon and Adrian break down the difference between the 2.4 GHz and 5 GHz bands, walk through the progression of IEEE 802.11 standards from the original spec to Wi-Fi 7, and cover the critical evolution of security protocols from WEP to WPA, WPA2, and WPA3. Along the way, they get into the technical details that matter: frequency hopping, multi-link operation, and the three types of Wi-Fi frames (management, control, and data). This episode sets the stage for what's next: specific Wi-Fi exploits and just how safe (or unsafe) public networks really are.

Bluetooth attacks don't require elite hacking skills — just the right cheap device. In this episode, Adrian and Jon demonstrate real Bluetooth exploits live: BLE spam attacks that flood phones with fake pairing pop-ups, malicious keyboards that execute commands on connected systems, and attacks on unencrypted devices like smart LED strips. They also break down WhisperPair, an attack targeting Google Fast Pair headphones that can grant unauthorized microphone access. Using tools like Flipper Zero, Wireshark, and mobile apps, they walk through exactly how these attacks work and what you can do to protect your devices from using encrypted connections to staying cautious during pairing.

This podcast episode dives into Bluetooth vulnerabilities, tracing the evolution from early pranks like bluejacking to sophisticated modern exploits. The hosts explore how Bluetooth's spec has ballooned to nearly 4,000 pages, creating countless implementation flaws. They cover classic attacks like blue snarfing and blue bugging, then examine modern threats including the KNOB attack, BLE spam via devices like Flipper Zero, and Google Fast Pair vulnerabilities. The episode highlights how spec flaws, chipset issues, and patching challenges make Bluetooth security an ongoing battle. Part 1 of 2.

In this final episode of a three-part Bluetooth security series, Adrian Sanabria and Jon Bundy break down practical hacking techniques, covering proximity requirements and specialized hardware needed for attacks. They explore keystroke injection via compromised keyboards, surveillance through headphone microphones, and WhisperPair vulnerabilities that forcibly pair with headsets. The hosts also demonstrate reconnaissance methods and connection hijacking via timing attacks. Their verdict: personal risk is moderate, but enterprises should worry about surveillance and keystroke injection, especially with legacy devices lacking security patches.

In this episode of the Wireless Threat Series Podcast, hosts Adrian Sanabria and Jon Bundy lay the groundwork on all things Bluetooth. They trace the tech from its 1994 origins through today's v6.2 spec, unpacking the two parallel stacks — Bluetooth Classic and BLE — and how they differ in power, speed, and security. They break down pairing methods, bonding, encryption gaps, and the surprising places Bluetooth shows up beyond your earbuds. Plus: a live sniffing demo.

In this episode of the Wireless Threat Podcast, hosts Adrian Sanabria and Jon Bundy explore the Flipper Zero, a popular wireless security testing device. They highlight its user-friendly design and demonstrate capabilities like sub-GHz signal capture, RFID/NFC, Bluetooth, and infrared control. The episode addresses misconceptions, including car theft myths, and discusses risks like Bluetooth spam. While effective as an affordable educational tool, they note its limitations compared to professional equipment.

Adrian Sanabria and Jon Bundy host the first episode of the Wireless Threat Series podcast, sponsored by Bastille Networks, focusing on smartwatch security risks. They discuss two main categories of threats: consumer risks involving personal data privacy and cloud storage vulnerabilities, and business risks where smartwatches could bypass security policies in no-phone zones. The hosts explore various smartwatch capabilities including WiFi, Bluetooth, cellular, NFC, cameras, and microphones that create potential attack vectors. They examine real-world examples like fitness tracker data leaks through Strava, malicious firmware in children's watches with wiretapping capabilities, and DIY devices that can perform WiFi deauthentication attacks. Key recommendations include evaluating vendor reputation, understanding personal risk tolerance, and updating enterprise security policies to treat smartwatches similarly to phones when they have comparable capabilities. The discussion concludes with threat scores, rating personal risk higher due to PII exposure and business risk as moderate but manageable.

Adrian Sanabria and Jon Bundy explore the emerging security threats and privacy implications of smart glasses in this episode of the Wireless Threat Podcast. They discuss the evolution from Google Glass to modern devices like Meta Ray-Ban glasses, which have sold millions of units. The hosts demonstrate live features including AI assistance, photo/video capture, and language translation capabilities. They examine different categories of smart glasses from basic AI assistants to full augmented reality systems, and discuss detection methods using Bluetooth Low Energy advertising. Key threats covered include covert surveillance capabilities, facial recognition technology, corporate espionage risks, and privacy violations. The conversation includes real-world examples, such as Harvard students creating automated doxxing systems and the US Air Force banning smart glasses from uniformed personnel. The discussion concludes with threat scores, rating personal risk higher due to their potential for abuse, while acknowledging legitimate use cases for accessibility and industrial applications.