If you look around, you’ll see that nation-states are becoming more digital. And so are their applications. A single app in a digital world may seem like an isolated concern, but it isn’t that simple in practice. In the age of big data and advanced cyberattacks, your organization needs to be as secure as its data. Your mobile apps need to run securely; your web apps need to protect your sensitive data from potential hackers; and even your internal software applications need to be backed up and secured against cyberattacks.
This article covers the basics of what is CNAPP? and the key considerations for building secure cloud-native applications, including security considerations and solutions to common security issues encountered when implementing an application platform (CNAPP) security strategy.
What is a cloud-native application?
Cloud-native applications are software applications architected to run in the cloud. When developers implement an application as a cloud-native application, they should follow the same principles that govern any software application: they must integrate security as an integral part of the application development lifecycle.
Whether it’s building an iOS or Android app, the process of app design, development, and deployment follows best practices that minimize the risk of security vulnerabilities and threats. These include using strong passwords, implementing unique user credentials for every app, using strong encryption for sensitive data, and following best practices for application governance.
Cloud Native Application Protection Platform (CNAPP) Security
The most obvious level of security is related to the application itself. The more specific your application’s security needs are (for example, protecting customer data, managing access to sensitive data, and so on), the easier it is to prioritize and implement security features. Three types of security make up the overall security strategy for a cloud-native application: infrastructure security, application security, and end-to-end security.
The Importance of Secure Code
Anytime you’re dealing with sensitive data, you need to be very careful about what you store, how you store it, and with whom you share it. This is particularly true when your organization is dealing with sensitive data, including financial, health, or cultural information. It’s important to note that no two organizations’ data sets are identical, and the types of data you store and how you store them can affect the level of risk posed by the data.
To protect data from potential hackers and malicious actors, you must properly secure your application. You can use software tools to help you with this process by automatically generating unique user credentials, scrubbing sensitive data before sending it to a recipient, and monitoring for suspicious activities. By using a secure code management system like Kitematic, you can easily track and manage the security of your entire software development lifecycle.
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Define and Understand your Threat Landscape
Anytime you’re dealing with security, it’s worthwhile to understand the threat landscape and how your application fits into it. This will help you to identify any risks and understand the impact of those risks. Threats fall under three main categories: (1) risk from changes in the environment (such as changes in environmental temperature), (2) the risk from unintentional actions (e.g., an employee using a home computer to access your company website), and (3) risk from deliberate actions (such as the company’s information technology (IT) department hacking into your server to steal data).
Implement and Validate your Security Strategy
Having a clear and defined security strategy is one of the most important things you can do. It ensures that your organization follows a consistent security posture, and it helps you identify any misconceptions or problems in your security posture and find a solution. You can create a security strategy that includes setting security policies, establishing controls and procedures, and monitoring and logging activity. The last one can be used to demonstrate the levels of security provided by your application and help you to improve your security posture going forward.
The Internet has become a primary source of information for businesses of all sizes and industries. And with so much data coming from so many sources, it’s become increasingly important to protect that data. Cloud-native applications, which are software tools that run solely in the cloud, are ideal for managing this wealth of data.
However, the same principles of good software architecture that govern any other application should also govern your cloud-native application. If you’re not careful, an unsecured cloud-native application could cost you dearly in the form of slow, unreliable performance or lost data. To protect your business data, implement a cloud-native application security strategy that follows the same principles that govern any other aspect of your application security strategy.