A quick overview of the cloud native application protection platform
As initially defined by Gartner, cloud-native security solutions that give a lifecycle approach to application security, rather than a patchwork of tools, are critical for organizations to focus on. It was Gartner’s report on cloud-native application protection platforms that pushed CNAPP to the forefront of the security conversation. It’s not just a new security tool with a lot of fanfare, however. Modern organizations with cloud-native applications need a single, integrated solution to protect their data, and CNAPP is designed to do this.
To put it another way, the Cloud-Native Application Protection Platform model was born out of Gartner’s recognition that companies need to integrate their security tools and platforms while seeing security and compliance as a continuum between operations and security teams. Using a traditional approach to application security that restricts access to new releases before they are put into production for security testing undermines many of the advantages of digital transformation in terms of speed and agility.
What Are The Benefits Of Having A CNAPP?
There will always be gaps in visibility and integration issues when there are multiple, disparate solutions. As a result, the DevSecOps team will have more work to do, and the observability of enterprise workloads will suffer. It is possible to overcome these challenges and improve the overall security posture of a company by deploying CNAPPs.
In order to safeguard and protect cloud-native apps during both development and production, CNAPPs (Cloud-native Application Protection Platforms) are a collection of integrated security and compliance capabilities. It’s important to note that CNAPPs brings together a wide range of previously disparate capabilities, such as scanning of containers and cloud infrastructure entitlements management, among others.
CNAPP’s objective is to handle cloud native application risks as much as possible within the SDLC development and testing phases before apps go into production, building on DevSecOps concepts and principles. An integrated view of cloud native application risks and the information needed to remedy known vulnerabilities, misconfigurations as well as behavior violations and compliance violations in the developer’s own tools. CI/CD pipeline is what accomplishes this. In order to reduce the risk of breaches and regulatory penalties, businesses who embrace CNAPP will be able to lower the total cost of patching risky apps and enable engineering teams build safe cloud native applications more quickly.
Other Cloud native application protection platform important Aspects
It is becoming increasingly necessary to handle security as a crucial aspect of digital transformations and cloud native application development due to the commercial implications of incidents such as data breaches, zero-day vulnerabilities, and violations of privacy. The implications of a data breach can range from a loss of customers to bankruptcy. Businesses undergoing digital transformation or developing new cloud apps must have a repeatable and sustainable approach to detect and repair application vulnerabilities early in the development phase rather than paying the price in production for disregarding security and compliance.
Traditional security solutions
Traditional security solutions aren’t suited for the modern corporation, which relies on cloud-native applications. As part of its “cloud-native” infrastructure, CNAPP integrates with CI/CD pipelines and provides security across public and private clouds as well as on-premises. Cloud-native workloads benefit from a plethora of security scanning, monitoring, and observability technologies. Contextualization and end-to-end visibility across an enterprise’s application infrastructure are two of CNAPP’s unique selling points. End-to-end visibility and deep detail on configuration, technology stacks, and identities enable CNAPP solutions to prioritize alarms that pose the greatest risk to an organization.
Enterprise applications face a wide range of threats from misconfigurations of secrets, cloud workloads, containers, and Kubernetes clusters, among others. Preventative scanning and remediation of security and compliance concerns due to misconfigurations are made possible by CNAPP platforms.
Enterprises can reap the benefits of the cloud-native ecosystem with a cloud-native application protection platform that simplifies the security architecture for the cloud. There are no substantial expenditures in technologies or developer talent required for companies to move from siloed- security products to a continuous security fabric.
As opposed to pre-pandemic, today’s ROI for digital transformation is corporate survival rather than merely growth. In order to achieve their digital transformation goals, all organizations want to use the agility and innovation velocity of the public cloud, either alone or in conjunction with private data centers. A cloud-native platform is needed to meet the specific security requirements of this new environment.
Cloud-Native Applications and Workloads Aren’t Visible
Enterprise in the modern age is an intractable quandary. Since the beginning of 2020, cloud usage has increased by 50%. It is common for modern enterprises to grow organically, migrating to the cloud as needed, sometimes ending up with a heterogeneous mix of walled security products and siloed security teams managing them. In addition, the infrastructure environment is impermanent in nature. New personas such as DevSecOps have evolved. Enterprises can only safeguard what they can see, and they must have complete visibility across all cloud-native workloads and applications in order to protect themselves.
Cumulative Risk for Cloud-Native Applications and Workloads can’t be quantified
Cumulative risk cannot be quantified in modern organizations since cloud-native applications are constantly being built and deployed (CI/CD). Risks connected to configuration and mismanagement that account for 99 percent of cloud security breaches, such as a lack of identity and access management policies, superfluous rights, and default public access to sensitive services like MongoDB and Databases, are included in this category.
The number of third-party assaults on cloud services has increased by 630 percent beginning in March 2020. Finding the location of sensitive data. Figuring out how to exploit misconfigurations (such as users, identity, and infrastructure configuration). Leveraging software vulnerabilities as a launching pad for data exfiltration are some of the things bad actors are looking for in an attack. Cloud-native applications and workloads require a comprehensive risk assessment that incorporates all risk factors.
To put it simply, the fundamental idea is that it is more efficient, cheaper, and easier to catch as many vulnerabilities, risks, and compliance concerns as possible during development and testing before it is released to production. Application security checks in development and testing must be addressed using cloud native application protection platform.