A hacked Raspberry Pi can become a powerful tool for a covert hardware-based cyberattack. When combined with a drone, attackers may be able to bring malicious hardware within range of a target environment without needing direct physical access.
Drones are typically associated with aerial photography, deliveries, or military operations, but they can also introduce new cybersecurity risks. By operating a drone from a concealed or remote location, an attacker could potentially position a Raspberry Pi or other malicious device close enough to a target network to support an attack.
How Can a Hacked Raspberry Pi Enable a Cyberattack?
Physical access is often one of the biggest challenges for attackers attempting to compromise an organization through rogue hardware. Social engineering, insider activity, and supply chain compromise can provide that access, but they are not the only possibilities.
A drone carrying a hacked Raspberry Pi demonstrates how an attacker could potentially bypass the need to enter a facility directly. The Raspberry Pi can serve as a compact platform for malicious activity, bringing attacker-controlled hardware closer to the target environment.
In this episode of Captain RDM, Captain RDM and his family are celebrating his daughter’s graduation when an unexpected threat emerges. A student attempts to interfere with the graduation presentation using a hacked Raspberry Pi attached to a drone.
Can Captain RDM and his family identify the rogue device and stop the attack before it disrupts the ceremony?
Rogue Hardware Can Hide in Plain Sight
Although Captain RDM presents the scenario through a fictional story, the underlying security challenge is real: organizations cannot protect hardware they cannot see.
Rogue, unauthorized, manipulated, and shadow devices can create blind spots across network and peripheral environments. Traditional cybersecurity controls may not provide sufficient visibility into every physical asset connected to an organization’s infrastructure.
This makes hardware asset visibility and device trust an important part of a modern cybersecurity strategy.
Gain Visibility Into Known and Shadow Assets
Sepio helps organizations discover and assess the hardware connected to their environments, providing visibility into known and shadow assets and the risks they may introduce.
By combining comprehensive asset visibility with hardware-based intelligence, Sepio enables security teams to strengthen device trust, identify potentially risky hardware, and make more informed mitigation decisions.
Learn more about Sepio’s approach to Physical Layer visibility and how deeper hardware visibility can help organizations uncover risks that traditional security solutions may overlook.
See Every Asset. Understand the Risk. Take Action.
Hardware-based threats can take many forms, from a hacked Raspberry Pi delivered by a drone to an unauthorized device connected directly to the network. The first step toward reducing that risk is knowing what is connected and whether it can be trusted.
Gain visibility into known and shadow assets, assess device risk, and strengthen hardware security across your environment.
Schedule a demo to discover how Sepio can help your organization gain control of hardware asset risks.
