7 security coding guidelines to keep in mind

Do you know the coding strategies used by developers? There will be fewer security holes and better leads if the development team uses secure coding guidelines to design the product. As a layman one might ask, “What are the fundamentals of secure coding techniques, best practices, and how and when can we use them?” ”

In this blog, we’ll go over the basics of secure coding guidelines, best practices, how we can use them, and how VAPT can help you in that regard.

Security encoding refers to a set of practices for applying security considerations to the way software is encoded and encrypted in order to avoid errors or weaknesses. This helps prevent and simultaneously minimize the most common vulnerabilities that potentially lead to cyber attacks.

Why do we need to secure our coding techniques?

Secure encoding helps minimize the vulnerabilities and risks associated with software development. It is very beneficial to secure the code with correct rules.

The main goal of the development team should be to discover and analyze the risks and security issues associated with the application, as well as to compare various mitigation strategies and choose the best one.

Here are the main reasons for securing coding techniques: –

  1. Help develop a standard for a development platform and language
  2. Find and remove vulnerabilities that could be exploited by cyber attackers
  3. To ensure that each software has controls and systems to strengthen it and eliminate any security issues and vulnerabilities.
  4. Since exploits can lead to the leakage of sensitive user data, optimizing security through these techniques early on can save you a lot of money in the long run.

Security coding guidelines

Let’s take a look at some of the secure coding standards provided by OWASP which are used to guard against vulnerabilities. These standards are designed to detect, prevent and eliminate problems that can compromise software security.

  1. Password management
  2. Access control
  3. Cryptographic practices
  4. System configuration
  5. Error handling and logging
  6. Threat modeling
  7. Safety by design
7 security coding guidelines
    • Password management – Passwords remain the most widely used security credentials, and adhering to basic coding standards reduces risk.
    • Access control – Make sure sensitive data access requests are rechecked to ensure the user has permission to read the information.
    • Cryptographic practices – In the event of a compromise, the use of current high-quality cryptographic algorithms with keys stored in secure vaults improves the security of your code.
    • System configuration – Make sure you manage your development and production environments securely if you are working in various environments. Remove all unnecessary components from your systems and make sure all working software is up to date with the latest versions and fixes.
    • Error handling and logging – Software updates include vulnerability fixes, making it one of the most important and secure coding guidelines. Two of the most effective ways to reduce the impact of errors are error handling and logging.
    • Threat modeling– Threat modeling is a multi-step process that should be integrated into the software development, testing and deployment cycles.
    • Safety design– Organizations may have different software engineering and coding goals. The priority of security may conflict with the priority of the pace of development.

How can you be sure your code is secure?

Secure code is a requirement of a competent software development process. The project will be doomed to failure if proper data security protocols are not established. VAPT Security’s knowledgeable and knowledgeable staff help organizations ensure that data security standards are properly accepted and enforced while taking into account your specific IT environment.

Secure coding best practices serve as a buffer against cyber threats that attempt to exploit a software’s SDLC and / or supply chain.

The Kratikal VAPT team, which is a CERT-In-empaneled security auditor, has performed source code reviews for a variety of companies all over the world.

In Kratikal VAPT Services, we perform configuration analysis and installation testing, covering all critical services to uncover any misconfigurations or vulnerabilities.

Please contact us if you have any additional questions regarding VAPT by leaving a comment in the box below, and we’ll be happy to help!

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*** This is a Syndicated Security Bloggers Network blog by Kratikal Blogs written by Deepti Sachdeva. Read the original post on: https://www.kratikal.com/blog/security-coding-guidelines/

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