CSSLP · Question #149
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…
The correct answer is A. They decrease the exploitable flaws and weaknesses. B. They reduce and restrain the propagation, extent, and damage that have occurred by insecure C. They decrease the attack surface. D. They employ software security constraints, protections, and services. Secure coding tools in a build environment enhance software security by reducing exploitable flaws, limiting damage from insecure code, decreasing the attack surface, and enforcing security constraints and protections.
Question
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.
Options
- AThey decrease the exploitable flaws and weaknesses.
- BThey reduce and restrain the propagation, extent, and damage that have occurred by insecure
- CThey decrease the attack surface.
- DThey employ software security constraints, protections, and services.
- EThey decrease the level of type checking and program analysis.
How the community answered
(16 responses)- A94% (15)
- E6% (1)
Why each option
Secure coding tools in a build environment enhance software security by reducing exploitable flaws, limiting damage from insecure code, decreasing the attack surface, and enforcing security constraints and protections.
Secure coding tools, through static and dynamic analysis, help identify and remediate vulnerabilities early, thereby directly decreasing the number of exploitable flaws and weaknesses in the software.
By enforcing secure coding practices and identifying vulnerabilities, these tools help design software that is more resilient to attacks, reducing the propagation and extent of damage should an insecurity be exploited.
These tools guide developers to minimize unnecessary features, open ports, and complex configurations, which collectively decrease the potential attack surface available to adversaries.
Secure coding tools often integrate with security libraries, frameworks, and policies to ensure that software components adhere to defined security constraints, utilize built-in protections, and leverage security services effectively.
Secure coding tools typically increase the level of type checking and program analysis, as these are fundamental techniques for identifying potential bugs and security vulnerabilities.
Concept tested: Secure coding tool features
Source: https://nvlpubs.nist.gov/nistpubs/SpecialPublications/NIST.SP.800-218.pdf
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