What are CNAPPs, and how do they protect enterprise applications? What solutions are available? And which ones are the best? Here are some answers. Read on to discover what the right cloud native application protection platform (CNAPP) is for you. And don’t forget to check out our other articles for additional information on CNAPPs. Hopefully, you will find them useful. Let’s start with what they do.
Cloud Native Application Protection Platforms
As organizations transition from traditional, on-premises security to cloud-native applications, they are facing unique challenges. Cloud environments are increasingly diverse, dispersed, and dynamic, and organizations are responding to this trend by seeking to establish consistency and uniformity. However, this lack of consistency makes it difficult to manage risk across cloud environments, especially when they contain disparate point products. CNAPPs, or cloud native application protection platforms, bridge this gap.
CNAPPs are software-based solutions that help security teams improve their overall security posture. By integrating security into development at the earliest stage, they help organizations better understand the actual risks in their environment. While this means reducing the burden on DevSecOps teams, it improves the security posture of the organization as a whole. Moreover, CNAPPs do not interrupt developer productivity.
Traditional security solutions are not capable of providing complete coverage for today’s environments. They were designed to protect on-premises data centers and endpoints, and they do not work well with cloud native apps. By contrast, CNAPP solutions bridge these gaps and provide holistic coverage. They also help organizations prioritize risk by taking a holistic approach to security. This article will cover some of the key features of a CNAPP.
CNAPPs provide automation for application needs. A CNAPP can monitor cloud native applications and alert on their behavior, as well as create an environment profile. It can also perform vulnerability detection and repair and also recommend a least privilege model for each environment. Ultimately, CNAPPs help enterprises secure their data in the cloud. When properly implemented, they can increase security while reducing the cost of maintaining applications and preventing data loss.
CNAPPs are a critical part of cloud security…
CNAPPs are a critical part of cloud security. Cloud-native security addresses the needs of the cloud, including its dynamic and ephemeral nature. These environments have increased the complexity of security requirements, and traditional agent-based approaches cannot keep up. The cloud native security solution addresses this by integrating with CI/CD pipelines. It automatically scans production and development environments throughout the entire life cycle. CNAPPs reduce the workload of security teams by automating risk detection and compliance.
In contrast, traditional security solutions are based on network perimeters that are clearly defined and monitored by dedicated teams. Instead of managing a large network, a Cloud Native Application Protection Platform (CNAPP) offers end-to-end coverage and helps organizations minimize risks and costs. Further, CNAPPs provide centralized monitoring and control for cloud applications, as well as a single point of control for compliance.
In order to implement a CNAPP, organizations must focus on a comprehensive view of the cloud’s risks. This includes automated processes that help remediate known vulnerabilities at an early stage in the software development cycle. Organizations should aim for an integrated CNAPP framework that empowers production engineering and DevOps teams to better protect their application environments. The benefits of using a CNAPP are significant, as it improves the security posture of the enterprise.
The concept of cloud native application protection (CNAPP) is not a new one, but its importance is becoming more visible, especially as the development and live production environments become more agile. Whereas legacy architecture typically contained one type of computing resource, application performance management solutions were static, relying on firewalls and static network configurations. Cloud native infrastructure is highly dynamic, allowing the deployment of new applications and reconfiguring resources quickly. CNAPP addresses these issues head-on.
The CNAPP approach is built with modern cloud-native infrastructure in mind, including serverless security, containers, and CI/CD pipelines. Cloud native application protection platforms help enterprises protect both their private and public cloud applications. The CNAPP approach differs from individual point solutions in several ways, including the contextualization of information and end-to-end visibility of application infrastructure across private clouds and public clouds. CNAPP solutions prioritize risk based on risk and prioritize security alerts based on risk.
Cloud native application protection platforms…
Cloud native application protection platforms (CNAPP) can protect your cloud applications by scanning the underlying infrastructure for vulnerabilities. CNAPPs can scan infrastructure-as-code templates, container image vulnerabilities, Kubernetes pod configuration settings, and clusters. In addition to providing protection for application vulnerabilities, CNAPPs focus heavily on automation and API integration, which are crucial for DevOps teams. Although the acronym can be confusing, the concept is largely successful.
A CNAPP can provide continuous protection for your applications, including identifying new vulnerabilities. Compared to standalone solutions, CNAPPs offer comprehensive coverage, auditing policies, and validation of workloads. These capabilities make CNAPPs particularly valuable in securing cloud-native applications. While standalone security solutions have limited benefits, they can be a valuable addition to any organization’s security arsenal. And because cloud native applications are so diverse and complicated, they require a CNAPP solution to protect them.
Capabilities of a Cloud Native Application Protection Platform…
Cloud native application protection platforms are designed to meet these specific requirements and are a good choice for enterprises with a low IT budget. The capabilities of a Cloud Native Application Protection Platform include automated vulnerability and misconfiguration management, a comprehensive centralized vulnerability database, and a zero-trust attack prevention system. As a result, cloud native applications require advanced application services beyond traditional cloud providers. With advanced cloud app services, companies can increase application visibility, performance, and security across their cloud infrastructure.
Cloud native application development has matured to the point where certain assumptions can be accepted as fact. However, cloud environments are diverse, disparate, and distributed, and cloud management professionals naturally respond to impose uniformity and consistency. Therefore, managing risk in these environments is more complex with point solutions. For enterprises, Cloud native applications are the way of the future. So why not protect your investments by making sure they’re secure?
A recent Gartner report introduced the phrase “cloud native application protection platforms,” or CNAPP. The term quickly caught on among security professionals. While there are many advantages to building applications on cloud platforms, CNAPP doesn’t solve all of the challenges that arise from such a configuration. This article examines some of the most important characteristics of CNAPPs and their importance. For enterprises, these solutions offer new benefits for cloud users.
First, a CNAPP combines the benefits of a CASB, CSPM, and CWPP into one integrated security solution. CNAPPs secure workloads in development and runtime, allowing for DevSecOps teams to focus on other aspects of their job. In addition, to cloud native application protection, CNAPPs simplify the operations of DevSecOps teams.
Second, CNAPP provides end-to-end visibility of application infrastructure and prioritizes alerts based on risk. Enterprise applications are particularly vulnerable to misconfigurations of cloud workloads, containers, and Kubernetes clusters. CNAPPs can automatically detect and remediate any misconfigurations and reduce cybersecurity risks. Further, CNAPPs help reduce human error that occurs when users manage multiple security tools.
Third, CNAPPs simplify cloud security by offering a single unified control plane and comprehensive application protection capabilities. CNAPPs consolidate the capabilities of cloud security posture management, Kubernetes security posture management, and container scanning. The central control plane can integrate multiple security capabilities, including automation, identity entitlement management, and orchestration security. Kubernetes-specific CNAPPs are particularly useful for Kubernetes workloads.
The holistic approach
Security leaders need to take a holistic approach when thinking about cloud applications. There are a wide range of risks, ranging from overly permissive access rights to unintentional public-internet exposure. The right approach should focus on the most pressing risks and not just on the most basic protections. Many point solutions tend to focus on a subset of security challenges and don’t integrate well when trying to correlate signals.
In addition to offering cloud-native application protection, CWPP also provides visibility into cloud workloads. With this full-featured solution, teams can detect and mitigate security threats quickly and easily, while enabling continuous delivery and integration. CWPP offers protection for all cloud workloads. You can also implement policies to restrict access to sensitive data and resources. For additional information, visit the CWPP site. Its features and benefits are highlighted below.