Securing traditional cloud workloads is already a challenge. Edge workloads encounter additional security obstacles, including a broader attack surface and greater exposure to physical attacks. A robust edge-to-cloud security approach helps protect an enterprise’s entire IT environment while improving the efficiency and scalability of security operations. For organizations leveraging edge computing to boost performance or digitalize operations, securing the edge is just as critical as protecting workloads in traditional data centers. Discover the fundamentals of edge security, key challenges, and best practices for protecting edge workloads. What is edge computing? Edge computing is an IT architecture that brings computing resources physically closer to end users or data sources, as opposed to traditional cloud data centers. Consider, for example, an IoT sensor monitoring conditions in a factory, or a smart device tracking a patient’s vital signs. These are some examples of devices operating at the network edge. Edge workloads present several unique security issues that either are absent in traditional data centers or are significantly more severe in edge settings. These include an extended attack surface across multiple devices, limited computing power, and network-related security risks. Common security vulnerabilities in edge computing workloads. Here is a closer look at some of the classic weaknesses in edge workloads: The 1. The attack surface
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