The build environment of secure coding consists of some tools that actively support secure specification, design, and implementation.
Which of the following features do these tools have? Each correct answer represents a complete solution.
Choose all that apply.
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A. B. C. D. E.the behavior of insecure software.
Answer: E is incorrect.
This feature is not required for these tools.
The tools that produce secure software have the following features: They decrease the exploitable flaws and weaknesses.
They decrease the attack surface.
They employ software security constraints, protections, and services.
They reduce and restrain the propagation, extent, and damage that are caused by.
Secure coding involves building software applications with a focus on security from the ground up. The build environment of secure coding consists of tools that support secure specification, design, and implementation. These tools have several features that aid in improving the security of software applications.
A. They decrease the exploitable flaws and weaknesses:
One of the primary features of secure coding tools is to decrease the exploitable flaws and weaknesses in software applications. This is achieved through a variety of means, such as identifying and fixing vulnerabilities in code, providing secure coding guidelines, and helping developers implement secure coding practices.
B. They reduce and restrain the propagation, extent, and damage that have occurred by insecure software behavior:
Another critical feature of secure coding tools is to reduce and restrain the propagation, extent, and damage that have occurred by insecure software behavior. This is done by providing developers with the means to detect and respond to security threats and vulnerabilities as they arise.
C. They decrease the attack surface:
Secure coding tools can also decrease the attack surface by identifying and eliminating unnecessary or vulnerable code components that could be exploited by attackers. This can help to reduce the risk of security breaches and improve the overall security of software applications.
D. They employ software security constraints, protections, and services:
Secure coding tools employ software security constraints, protections, and services to provide additional layers of security to software applications. These can include access controls, encryption, data validation, and other security measures that help to protect sensitive data and prevent unauthorized access.
E. They decrease the level of type checking and program analysis:
This statement is incorrect. Secure coding tools do not decrease the level of type checking and program analysis; in fact, they often increase it to improve the accuracy and effectiveness of code analysis and vulnerability detection.
In summary, secure coding tools have several features that aid in improving the security of software applications, including reducing exploitable flaws and weaknesses, restraining the propagation of insecure software behavior, decreasing the attack surface, employing software security constraints and protections, and increasing the level of type checking and program analysis.