SECURITY TESTING is a form of software testing that identifies vulnerabilities, hazards, and risks in a software application and guards against intruder attacks. The aim of security tests is to find any potential gaps and vulnerabilities in the software system that could lead to a loss of data, income, or reputation at the hands of employees or outsiders.
Why Security Testing is Important?
The main aim of security testing is to detect and quantify possible weaknesses in a system such that risks can be encountered and the system does not stop working or be abused. It also aids in the detection of all potential security threats in the system, as well as assisting developers in the resolution of issues by coding.
Types of Security Testing:
- Vulnerability Scanning: This is accomplished by scanning a device against established vulnerability signatures using automated tools.
- Security Scanning: It entails finding network and device flaws and then proposing solutions to mitigate these risks. This scanning can be done in two ways: manually and automatically.
- Penetration Testing: This type of testing simulates a malicious hacker’s attack. This testing entails examining a specific framework for possible weaknesses in the event of an external hacking attempt.
- Risk Assessment: This testing entails a review of the organization’s security threats. There are three levels of risk: low, medium, and high. This testing suggests risk-reduction controls and interventions.
- Security Auditing: This is an internal check for security bugs in applications and operating systems. A line-by-line review of code may also be used to conduct an audit.
- Ethical Hacking: It involves breaking into an organization’s software systems. Unlike malicious hackers who steal for personal gain, the aim is to reveal device security vulnerabilities.
- Posture Assessment: This incorporates vulnerability screening, ethical hacking, and risk assessments to demonstrate an organization’s overall security posture.
How to do Security Testing
It is universally accepted that deferring security testing until after the programme development process or after deployment would increase costs. As a result, protection monitoring must be incorporated early in the SDLC life cycle.
The test plan should include:
- Test cases based on security
- Security testing related data
- Security testing tools
- Analysis of test outputs
The most critical testing for an application is security testing, which tests whether sensitive data remains confidential. In this method of research, the tester takes on the part of an intruder and explores the system in search of security flaws. Security testing is critical in software engineering because data must be protected at all costs.
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