It is in fact the case that the Defender greatly hinders the development of applications, programs and APPs, slows it down and is no fun to work with!
Simply deactivating Defender for a short time is not enough, Defender behaves whether all Trojans and viruses are targeting partially offline PCs and scans everything even if it has been deactivated using the normal options, and is diligently checked further using the antispyware option which happily continues to run under Windows 10.
Pretty aggressive behavior on the computer!
As I said, pretty aggressive behavior . Although the protection, like in all virus scanners, hardly works at all, because the software that is installed and running in the background poses a much greater danger if you install an APP, regardless of whether it is on a cell phone, smartphone or under Windows 10 has access to everything, depending on the certificate. Yes! That's right, if you have the corresponding certificate and pay for it, you get more access rights to the corresponding system. This means that non-certified software is more secure than certified software. What irony ;-)
But whatever! ► ... permanently deactivate Windows 10 Defender!
Defender can refer to different software or security measures, here are possible scenarios where security measures such as antivirus software or strict security policies can sometimes slow down the development of applications:
Antivirus software or security tools can consume system resources such as CPU and memory. If these tools scan or perform real-time monitoring while developers are working, it can slow down the development environment and slow down the coding and testing processes.
False Positives: Security tools can flag legitimate code or actions as suspicious or malicious. Developers then have to spend time examining their code and proving it is secure, which can delay the development process.
Restrictive policies:Security policies that restrict access to certain websites or external resources can hinder developers who rely on online resources, libraries, or cloud-based tools to do their work. These policies may require time-consuming exception requests.
Patch management: Security patches and updates for software and libraries must be applied regularly. It can be time-consuming to coordinate these updates with application development to ensure they don't create new problems.
Secure development practices:Security-aware development requires additional steps such as code reviews for security vulnerabilities, implementing secure coding practices, and testing for potential security issues. These steps can increase development time.
Security testing: Comprehensive security testing such as penetration testing and vulnerability scanning can uncover issues that need to be addressed before the application can be released. Fixing these vulnerabilities takes time.
Compliance requirements: In some industries, applications must adhere to strict security and compliance standards. Meeting these requirements may require additional development effort and documentation.
Authentication and authorization:Implementing robust authentication and authorization mechanisms can be time-consuming as developers must ensure that only authorized users can access sensitive data and functionality.
Security reviews: Applications may be subject to security reviews or audits before deployment. These checks can uncover issues that need to be resolved before the application can go live, causing delays.
Although these security measures can slow down the development process, it is important to remember that they are critical to protecting the application and its users from security threats. Balancing security and development speed is a challenge that organizations must address to ensure both robust security and efficient application development.
FAQ 12: Updated on: 9 October 2023 03:34