Scammers place fraudulent QR codes over legitimate ones on public chargers, redirecting users to fake payment portals.
Researchers have simulated "switching attacks" where hijacked chargers create massive power demand spikes, potentially causing widespread blackouts. Scammers place fraudulent QR codes over legitimate ones
Protecting this ecosystem requires a layered defense strategy that addresses vulnerabilities from the physical plug to the cloud backend. ⚡ The Growing Threat Landscape ⚡ The Growing Threat Landscape Attacks that overwhelm
Attacks that overwhelm charging networks, leaving drivers stranded with uncharged batteries. 🛡️ Critical Strategies for Protection 1. Hardening Communication Protocols In 2024, cyberattacks on automotive and smart mobility
The surge in electric vehicle (EV) adoption has created a new playground for cybercriminals. In 2024, cyberattacks on automotive and smart mobility products rose by , with EV charging infrastructure emerging as a primary target. These stations are no longer just "plugs"—they are highly connected IoT devices that bridge your car, your personal data, and the national power grid.
Recent data shows that of EV charging attacks in 2024 had the potential to impact millions of connected devices. The risks range from minor "cyber pranks" to severe national security threats:
A single data breach in November 2024 compromised over 116,000 records , exposing sensitive user emails and banking details.