Researchers from the University of Maryland uncovered systemic cybersecurity vulnerabilities across 3,095 U.S. county governments, exposing 42,735 internet-facing devices (98% of all counties) to potential exploits. The study revealed critical gaps in security measures for public-facing nodes, databases, and online services—including school boards, wastewater systems, housing, elections, and emergency response infrastructure. Counties, often constrained by limited budgets, lack visibility into their cyberattack surface, making them prime targets for hackers seeking initial attack vectors. The exposed vulnerabilities (e.g., unpatched CVEs) risk compromising sensitive citizen data, disrupting essential services (water, elections, police response), and enabling cascading attacks on regional economies. While the researchers avoided active probing to prevent exacerbating risks, passive reconnaissance (via OSINT tools like Shodan/Censys) confirmed that poor cyber resilience at the local level could lead to disastrous societal consequences, including service outages, data breaches, or even threats to public safety if critical infrastructure (e.g., water treatment) is targeted.