Relationship between Quality Assurance and Cyber Security

Life around us is getting digitalized every day, making cybersecurity an essential gatekeeper. Industrial and personal use of digital data is flooding the clouds, and hackers are willing to go to any length to get their hands on the valuable data. Cyber security and quality assurance should be an integral part of the SDLC process. You can always run security and quality checks on the software developed. Making tests a part of the entire development cycle makes the software genuinely secure and reliable. 

 This blog will discuss the relationship between Quality Assurance and Cybersecurity. The world has witnessed a rise in cyber-attacks on various organizations and systems. Furthermore, these attacks are only growing more advanced, making it necessary for organizations to focus on Quality Assurance and Cybersecurity.  

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The statistics speak for themselves: 

  1. According to research conducted by Maryland University, which was one of the first institutions to measure hacker attacks, a cyber-attack occurs every 39 seconds. One in every three Americans is affected by these attacks. 
  2. The estimated data leak because of cyber-attacks will cost more than $150 million. According to Juniper Research, as company infrastructure becomes more connected to the internet, cybercrime will have a higher cost to businesses than previous years. 
  3. Over 77% of businesses lack a cyber security plan and incident response strategy: According to a Ponemon Institute survey, 54% of companies were victims of cyber-attacks in 2019. 
  4. Even companies like Facebook and Equifax took over 6 months to notice a security leak. When they discover what has happened, their passwords and credit card information have already been hijacked. 

CYBER SECURITY

Quality Assurance and Cyber Security are about risk prevention: 

QA teams are responsible for filling the gaps in the development lifecycle to reduce risks in product quality. Meanwhile, cybersecurity techniques like Mobile Application Security Testing (MAST) and Open Web Application Security Project (OWASP) focus on identifying security-related threats. MAST is all about examining all the potential risks that come with single action on that app, from authorization concerns to data vulnerabilities. OWASP is an open-source project that provides various useful resources on web application security and awareness.  OWASP guidelines provide all you need to know at every secure software development life cycle level. It is the largest and most comprehensive collection of web application security testing tools available.  

As a result, this form of testing makes QA teams’ jobs easier in the long run. With fewer security risks, there is also less risk to the overall quality of the software. And the higher the quality, the easier it is to detect any potential cybersecurity threats. Because QA and cybersecurity overlap in risk management, collaboration can reduce both parties’ efforts. 

Cybersecurity and software security training is becoming part of a software developer’s everyday tasks. This transition means that cybersecurity is becoming an integral element of the quality assurance testing process rather than a sidestep in the application development lifecycle.  To build the test infrastructure, existing software engineers, data scientists, and quality assurance testers will need to have a strong understanding of security. 

Conclusion: 

From federal officers to social networking sites, neither any department nor institution is currently secure from hacking. Security testing should be included in every project as most of the systems are connected to the internet, making them vulnerable to cybernetic attacks.   

Integrating cybersecurity and quality assurance will provide the best defense for detecting unexpected dangers. Security specialists, software developers, and quality assurance teams may all breathe a sigh of relief now that cybersecurity has become a key priority. 

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