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Wireless Vulnerabilities Are Accelerating
Wireless technologies now power enterprise connectivity, operational systems, and embedded infrastructure. As organizations rely more heavily on Wi-Fi, Bluetooth, cellular, and IoT protocols, the vulnerability landscape for wireless connectivity continues to expand.
Bastille’s latest research analyzes fifteen years of wireless vulnerability data and reveals how the rapid growth of wireless technologies is reshaping the enterprise threat landscape.
Why Wireless Vulnerabilities Are Different
Wireless vulnerabilities often originate in protocol implementations, chipsets, and embedded device stacks used across multiple vendors and device categories. A single vulnerability can therefore affect large numbers of systems simultaneously.
Many wireless devices also operate outside centralized security management or traditional vulnerability scanning. Some devices cannot receive patches, while others remain deployed for years in operational environments where updates are difficult to apply. These conditions allow wireless vulnerabilities to persist long after disclosure.
As wireless connectivity becomes foundational to enterprise and operational environments, organizations face increasing challenges in identifying and managing wireless risk.
Inside the Report
This Bastille research report explores how wireless vulnerabilities are evolving and what those trends mean for enterprise security teams.
- Long-term trends in wireless CVE growth over the past fifteen years
- How wireless vulnerability growth compares to overall CVE disclosures
- The wireless technologies are driving the largest share of vulnerabilities
- Real-world examples of widely publicized wireless vulnerabilities
- The implications of expanding wireless exposure across enterprise environments
The research also highlights that the continued expansion of wireless technologies across corporate, industrial, and IoT systems is contributing to a growing, persistent attack surface.