Secure Coding Practices
Secure Coding Practices are necessary to safeguard a system from various types of Cyber Threats. By following these practices, it is possible to safeguard the sensitive an confidential data, restrict unauthorized access, maintain the integrity of the system etc. Proper validation of the input and access control mechanism are important to stop common cyber attacks.
Some of the Secure Coding Practices is given below:
- Input validation: It is necessary to always validate user inputs to prevent threats like SQL Injection and XSS (Cross Site Scripting).
- Access Control: Implement proper access control mechanism so restrict the user to only let them access data or information they are authorized to do.
- Secure Authentication: Use of secure authentication methods like MFA , Face Recognition etc.
- Error Handling: Use meaningful error messages and logging information to avoid potential leak of sensitive and confidential data publicy which could be used by hackers.
- Regular Updates and Patch Managemen: Updating the security components alongside libraries and patches is a must to safeguard the system from cyber attacks.
Essential Security Measures in System Design
In today’s digitally advanced and Interconnected technology-driven worlds, ensuring the security of the systems is a top-notch priority. This article will deep into the aspects of why it is necessary to build secure systems and maintain them. With various threats like cyberattacks, Data Breaches, and other Vulnerabilities, it has become very important for system administrators to incorporate robust security measures into their systems.
Important Topics for the Essential Security Measures in System Design
- What is the need for Security Measures in System Design?
- Steps and ways to ensure the security of a system
- 1. Authentication
- 2. Authorization
- 3. Data Encryption
- 4. Secure Coding Practices
- 5. Network Security
- 6. Updates
- 7. Incident Response and Disaster Recovery (IR/DR)
- 8. Physical Security
- 9. Secure Communication Protocols
- 10. Third-Party Risk Management
- 11. Secure Software Development Lifecycle (SSDLC)