What do you do if your code is vulnerable to cyber threats?

1. Audit Code: Regularly review and audit your code for vulnerabilities. 2. Update Libraries: Keep all libraries and dependencies up-to-date. 3. Use encryption: Implement strong encryption for data protection. 4. Access Control: Enforce strict access controls and authentication. 5. Error Handling: Ensure proper error handling to avoid leaks. 6. Security Patches: Apply security patches promptly. 7. Testing: Perform thorough security testing regularly. 8. Monitor: Continuously monitor for unusual activity. 9. Educate: Train staff on cybersecurity best practices. 10. Backup: Maintain regular backups to prevent data loss.

Firstly, assess the extent of the vulnerability and its potential impact on the system or application. Then, prioritize patching or mitigating the vulnerability by applying security updates, implementing secure coding practices, and conducting thorough testing. I suggest collaborating with security experts or colleagues to validate the effectiveness of your remediation efforts and ensure all necessary measures are taken to safeguard the code. Additionally, proactively review and improve your coding practices to prevent similar vulnerabilities in the future.

Start by thoroughly assessing the vulnerability to understand its scope, potential impact, and how it could be exploited by attackers. This may involve reviewing the code, conducting security testing, or seeking assistance from cybersecurity professionals

Identify and mitigate vulnerabilities based on their risk level. When you discover a vulnerability, carefully evaluate the potential consequences of an exploit. Consider the sensitive data, critical systems, and valuable resources that could be compromised if an attacker were to leverage the vulnerability. By gauging the severity of the threat, you can make informed decisions about how to allocate your time and resources effectively. This risk assessment serves as the foundation for prioritizing remediation efforts and ensures that you tackle the most pressing issues first.

Once you've thoroughly assessed the risks associated with the identified vulnerabilities, the next critical step is to take action and update your code to fortify your software against potential threats. Sometimes, readily available security patches can provide a quick and effective solution, addressing known vulnerabilities with minimal effort. More complex issues may require a deeper intervention, such as refactoring your code to improve its overall structure and resilience. It's crucial to ensure that you're leveraging the latest and most secure versions of any libraries or frameworks your software uses. Regularly updating these dependencies can proactively protect your code from a wide range of common vulnerabilities.

White Box Testing comes in handy as it grants testers full access to a system's internal codebases. Security testers like this approach due to its thorough understanding of the application's architecture, allowing them to simulate attacker behaviors and address security vulnerabilities effectively, thus reducing risks.

In my experience, I would say the best way to avoid cyber attack issues is to monitor the platform often and on regular intervals. Also to make sure that the loop holes are properly closed. It is also advised to do regular planned attacks in order to test the system from the inside. Also we need to ensure that we use the right tools to monitor the system.

Educating your entire team about cybersecurity is one of the most impactful steps you can take to protect your code from vulnerabilities. It's not enough to simply react to threats as they arise; you must cultivate a proactive culture of security that permeates every level of your organization. Keep your team up-to-date on the latest threats and the most effective strategies for preventing them. Encourage open communication and collaboration, fostering an environment where developers feel empowered to raise concerns, share knowledge, and hold each other accountable for maintaining high standards of security compliance. Invest in your team's cybersecurity education to arm them with the skills and knowledge needed to write more secure code

In case of cyber threats, it is important to create a clear response plan including- 1. Defining the list of vulnerabilities, their risk/ impact on the system. 2. Prioritizing the list with specific action items and ownership. 3. Actively do software development, testing and deployment on these fixes and communicate to needful stakeholders. 4. Keep monitoring for impact and future risk mitigation.