According to a recent BitSight report, internet-facing webcams pose a significant security risk to businesses. These webcams, which are commonly used for surveillance and video conferencing, are accessible from outside the network and can be easily hacked by cybercriminals.
In contrast to best practices, nearly 3% of BitSight-tracked organizations have at least one Internet-facing video- and/or audio-enabled device, according to BitSight’s analysis. In this group, 9% of the devices had exposed video and/or audio feeds, allowing an attacker to directly view video feeds and/or eavesdrop on conversations. As a result, one out of every twelve BitSight-tracked organizations with Internet-facing webcams and/or similar devices is vulnerable to video and/or audio compromise.
The report focuses on the vulnerabilities associated with internet-facing webcams, such as weak passwords, out-of-date firmware, and unsecured network connections. Hackers can use these flaws to gain unauthorized access to the cameras, allowing them to spy on the organization, steal sensitive data, or launch a cyberattack.
According to BitSight’s analysis, many organizations use Internet-facing video and/or audio-enabled devices, with a subset of those organizations using devices with exposed video and/or audio feeds (exposed devices). Exposed organizations are those who have at least one exposed device.
The risks of internet-facing webcams are especially concerning for organizations that handle sensitive data, such as government agencies, financial institutions, and healthcare providers. This is because an attacker could potentially view private activities and eavesdrop on sensitive conversations, as well as reveal individuals’ locations.
Furthermore, an attacker could potentially observe business-related activities and listen in on professional conversations, potentially exposing sensitive business information of the target and/or third parties. While the physical security and cybersecurity infrastructure of such an organization may also be jeopardized.
The sources for this piece include an article in TechRepublic.
