October 8, 2018
Security Testing is a type of software testing that intends to uncover vulnerabilities of the system and determine that its data and resources are protected from possible intruders. AST (Application Security Testing) solutions tailor to the latest development methodologies and growing application complexity. Security and risk management leaders incorporate AST into their application security programs. The demand to assure Application Security has amplified with n-number of risks and attacks in the digital world. This is the only reason Automated Security Testing has taken top priority and the thought of implementing Continuous Testing and Delivery is being authorized.
Security Testing is performed once the application has been developed. The application is being tested for security faults and authentication, although the output could be insufficient and can end up distracting the application. DevSecOps has developed to maintain the security testing needs by integrating the built-in strengths of DevOps within the Security Testing process. This model suggests a framework to include security checks within the deployment and development pipelines and make each and every individual responsible for ensuring security.
Automated tests are surrounded within the testing cycle, keeping DevOps model in connection. This has effected in the rise of several technologies and tools to allow enterprises to deliver Security Testing with the DevOps and Test Automation Strategy. DevSecOps combines and together forms the strengths of DevOps, Security Testing and Automation. The key objective of DevOps is to provide more and more influence to the development teams for deploying and scrutinizing applications. Subsequently, to execute automation testing, it allows faster output and ensures a better quality of applications.
The DevSecOps movement is however rising and the rules are still settling into place. Businesses are experiencing the most ideal approach to implement and automate Security Testing. In this way, Security Testing gets robust, iterative, and much more flexible to deal with market challenges.
The concept is still emerging, but the fundamentals are equal, which stays very much close to DevOps as well as Automation Testing models. Integrating the Security aspect is essential. Continuous Testing and Delivery shapes the core of the DevSecOps model and makes the testing and development process more co-operative.
Let's have a look at the best practices for automating Security tests that are related to the best ways for executing any automated testing projects. The only thing is that Security tests have to be combined seamlessly in the process.
1. Recognize the Liability
It is always suggested to separate the application into parts/units and check them for liability. This helps in recognizing failure trail and dodge in each and every aspect of application. And it could be anything, be a deprived authentication, insufficient security policies or ineffective passwords. There are some failed scanners for recognizing hidden network and liabilities at the host. By separating the application and running automated tests for every function, the liabilities can be completely recognized. This is the first and foremost step or the most fundamental aspect, as this will allow the teams to take up further actions and deliver on a consistent basis. Infact, after the tests are being executed, the teams can classify liabilities as per their technical severity, various upgrades and patches and suggesting single security solution.
2. Select Right Tool at Right Time
There are various DevSecOps Test Automation technologies and tools in the market to promote the execution of DevOps. Similarly, with an effective combination of Automation, Security Testing and DevOps, there is a crucial need to choose the right tool at the right time for execution.
You can easily stick to any test automation framework, but it has to sync well with the suitable objectives of the project and the security needs. Preferably, it is suggested to choose a tool that the operations, development and security teams are well-known with, and can incorporate effectively into the test cycle for substantial outputs.
3. Incorporate Best Practices of Automation with DevOps
DevOps can be made profitable only if the automation is executed successfully. The theory of Continuous Testing and Delivery works well with an essential that test automation is effectively executed through the process. The theory of DevSecOps improves the thought of automating Security tests through the test cycle.
The best way is to incorporate the practices of test automation and DevOps approach with Security Testing objectives. When the process of Continuous Testing and Automation Testing in Agile is in action, Test Automation helps to find the errors and software releases on a continuous basis. Simultaneously, during the deployment stage, tests are in process to authorize the security of the application.
4. Automate Security Tests
Security Testing doesn't actually require any specialized approach or treatment. Automation for security tests is related to automation of performance or functional tests. While automating the tests, security tests can be divided into functional Security tests such as password creation and authentication, particular non-functional tests against vulnerabilities, security testing application logic and security of the application and infrastructure.
The key focus is to divide the objectives of security testing and automate the tests to define the success criteria. Getting the expected results and determining the liabilities with required automation is essential. There is nothing to be discussed as over-automation or under-automation as long as the business-crucial objectives are adhered.
5. Test for Liability Disruption
The purpose of automating security tests is to make the application available for any possible disruption or mass attack. While determining the strategy and objectives, it is necessary to use the right tools/framework for an outbreak. The current situation is dreadful for any application and the liability can arise from within the application or an external one. Developing automation frameworks to test any such liability attack can be a good method.
Cyber-attacks and virus threats have strengthened the need for Security Testing across every industry. The best method is to build a comprehensive Automated Security Testing strategy and secure your enterprise-crucial applications.