A rubber ducky attack is a type of cyber attack that involves using a specially crafted USB device to exploit a computer system’s security. People also call this attack a “USB drive-by” or “BadUSB” attack. It exploits the trust users have in USB devices, which they commonly use to transfer files and share information.
Why Rubber Ducky Attacks are Dangerous
The rubber ducky attack is particularly concerning because it doesn’t require the victim to open any files or click on any links. Simply plugging in the USB device is enough to trigger the attack. It’s also difficult for traditional security measures to detect because the device appears as a legitimate keyboard to the computer. This method bypasses traditional information-security measures, making it difficult for standard firewalls or antivirus programs to detect the threat.
Rubber Ducky Attack Scenario
Mr. Hacker infiltrates a large hospital, cunningly disguising himself as a “sick” patient. Patiently waiting for the perfect moment to execute a rubber ducky attack when least expected. Shockingly, news later breaks that one of the nation’s largest hospitals has fallen victim to a devastating ransomware attack.
Healthcare institutions are particularly susceptible to rubber ducky attacks due to the general lack of robust IoT security and computer-security measures. Cybercriminals often target these institutions, exploiting sensitive data and disrupting essential services. A compromised system can lead to a massive data breach, exposing personal information and patient records.
How to Protect Against Rubber Ducky Attacks
To safeguard your organization against Rubber Ducky Attacks, you need a proactive approach. Sepio’s Asset Risk Management platform offers a comprehensive solution for managing security risks associated with hardware-based cyber-attacks. Sepio’s platform offers comprehensive physical layer coverage. Granting complete visibility into all devices within your hospital’s infrastructure. By utilizing cutting-edge Physical Layer Visibility fingerprinting technology and Machine Learning algorithms, Sepio calculates a unique digital fingerprint based on the electrical characteristics of each device. Sepio compares these fingerprints against a vast database of known fingerprints, providing unparalleled network device visibility. This innovative approach empowers organizations to detect vulnerable devices and switches. Fortifying their infrastructure against potential threats.
Why Choose Sepio for Hardware Security?
In a world where hardware attacks loom large, taking a proactive stance is essential to protect your company continuous operations and the privacy of your data. Sepio’s acts as the shield, defending your organization against hardware-based attacks. Don’t wait for an incident to occur. Prepare yourself and take decisive action now.
The benefits of Sepio’s platform extend beyond the endpoint and network device visibility. It incorporates a robust policy enforcement mechanism that recommends best practices. Allowing administrators to define strict or granular rules for system enforcement. With these predefined policies in place, any device breaching the established guidelines triggers an immediate mitigation process. Blocking unauthorized or rogue hardware, thus enhancing security against rubber ducky attacks.
See every known and shadow asset. Prioritize and mitigate risks
Contact us today to learn more about Sepio’s asset risk management (ARM) platform and how it can help you effectively manage hardware asset-related risks. Safeguard your company’s operations and ensure the integrity and security of your critical network systems in the face of escalating threats such as rubber ducky attacks (see Sepio’s Rubber Ducky demo).
Talk to an expert. It will help you understand how to use Sepio’s patented technology to gain control of your asset risks.
