Software Security vs. Cyber Security
Software Security |
Cyber Security |
---|---|
Focuses on individual software applications, code, and data. |
Encompasses a broader range of digital assets, including networks, systems, data, and user training. |
Ensuring the security of software applications and data from vulnerabilities and threats. |
Protecting an organization’s entire digital ecosystem against a wide array of cyber threats. |
Emphasizes secure coding, vulnerability assessments, access controls, encryption, and secure design principles. |
Includes network security, endpoint security, data security, incident response, identity and access management, and more. |
Integrated within the software development lifecycle. |
Coordinates various security measures to provide holistic protection. |
Often a component of incident response, focusing on software-specific issues. |
Addresses security incidents across the organization, not just software. |
Developers focus on secure coding and application security. |
Employees receive training on various security topics, including software security. |
Ensures that software complies with security standards. |
Ensures that the organization complies with relevant laws and industry regulations. |
What is Software Security – Definition and Best Practice?
Software security is simply a collection of methods used to protect computer programs and the sensitive information handled by them against malicious attacks. It covers a wide range of functions to safeguard software and its correlated data on privacy, accuracy, and accessibility respectively.
Important Topics for Software Security and its Best Practices
- What is Software Security?
- What are the threats to Software?
- Importance of Software Security
- Issues Related to Software Security
- Types of IT Security
- Tools for Software Security
- Software Security vs. Cyber Security
- Best Practices for Software Security
- Conclusion