Cloud adoption continues to be a key driver of digital transformation and growth for today’s businesses enabling them to deliver applications and services to customers at the speed and scalability that only the cloud can provide. However, protecting the cloud entails securing an ever-expanding attack surface that includes everything from cloud workloads to virtual servers and other technologies that power your cloud environment.
Cloud workload protection is critical because it protects workloads, containers, and Kubernetes while allowing organizations to continue building and running smoothly.
Benefits of Cloud Workload Protection
Visibility: CWP provides complete visibility into workload and container events, ensuring that nothing in your cloud environment goes unnoticed, allowing faster and more accurate detection, response, threat hunting, and investigation.
Protection: CWP protects your entire cloud-native stack, across all workloads, containers, and Kubernetes applications, on any cloud. A cloud workload protection platform will automate security and detect and prevent fraudulent activity.
Frictionless: A CWPP (cloud workload protection platform) supports continuous deployment delivery (CI/CD) workflows, enabling you to secure workloads at DevOps speed without sacrificing performance.
What Exactly Is a Cloud Workload Protection Platform (CWPP)?
So, what is CWPP? A cloud workload protection platform (CWPP) is a security technology that detects and eliminates vulnerabilities included within cloud software. A CWPP is similar to an automobile technician who detects defects and breakdowns inside a car’s engine before they cause additional damage. CWPP inspects the interior of cloud services rather than automobiles. It monitors a wide range of workloads automatically, including real on-premise servers, virtual machines, and serverless functions.
Cloud Workload Security challenges
Because public cloud deployments use a shared security model, cloud computing necessitates security measures from both customers and providers. Both the cloud computing provider and the customer are responsible for ensuring security within their respective areas of control. In general, the provider is in charge of cloud security, physical access, and infrastructure.
In turn, the customer is responsible for cloud security. Their applications, identity management, data, and encryption are all part of this. Customers face new security challenges as they migrate workloads. Here are the prominent challenges attached to cloud workloads.
Expanded attack surface
More systems and instances distributed across multiple off-premises locations means more risk and a larger attack surface. It is no longer enough to safeguard physical data centers and servers. With a cloud, presence comes the added responsibility of securing virtual servers, remote applications, cloud workloads, containers, and network communications between environments. There is also the issue of having a larger number of users with varying.
Blind spots result in silent failure and, eventually, breaches. For a variety of reasons, cloud workloads present visibility challenges. For starters, traditional security tools do not intend to provide granular visibility. Since visibility surrounds only the host, tools like Linux logs make it difficult to distinguish between events generated by containers and those generated by the host.
Additionally, containers are short-lived. They present additional visibility challenges, making data collection and incident investigation difficult because forensic evidence is lost when a container is terminated. Furthermore, container portability adds new challenges as deployment across cloud environments results in decentralized container controls, limiting overall visibility.
Traditional solutions and manual processes are no longer adequate due to the dynamic nature of cloud workloads, particularly containers. Because of rapid deployment and scaling, the attack surface is constantly changing, and security solutions must keep up with DevOps without sacrificing performance.
Key Requirements of the cloud workload protection platform
While image scanning is important, it is blind to attacks. Before we have a chance to address vulnerabilities, they can be exploited by outside threats. Misconfigurations can occur even if the image is properly configured and verified before launching a virtual machine or container, it can be compromised. To secure containers and the hosts on which they run, comprehensive runtime protection is required.
If you can’t see something, you can’t detect, stop, or respond to it. Workload events, including container events, must be captured, analyzed, and stored so that security products and teams can detect and stop threats as they happen.
Simplicity and performance
Companies must address the cloud’s security requirements without increasing the number of products they deploy and manage. Moreover, they should ideally use the same platform for on-premises, public, private, and hybrid cloud needs. In order to provide consistent, low-impact security without adding complexity. With cloud workloads, it is even more critical for a solution to protect while causing the least amount of performance impact on systems, teams, and workflows.