Zero trust cybersecurity is a modern approach to cybersecurity that is quickly gaining popularity among organizations of all sizes. It is considered better than traditional cybersecurity models for several reasons:
Prevents unauthorized access: In a traditional cybersecurity model, once a user has been granted access to a network, they are free to move throughout the network and access sensitive data. With zero trust, access to sensitive data and systems is only granted after multiple layers of verification and authentication. This helps prevent unauthorized access and reduces the risk of cyber attacks.
Protects against insider threats: Insider threats can be just as damaging as external threats. With zero trust, all users and devices are treated as untrusted until proven otherwise. This helps prevent insider threats and reduces the risk of data breaches caused by employees or contractors with malicious intent.
Reduces the attack surface: In a traditional cybersecurity model, the attack surface is large and difficult to defend. With zero trust, the attack surface is reduced because access to data and systems is only granted on a need-to-know basis. This makes it easier for organizations to defend their networks and data from cyber attacks.
Improves visibility and control: In a traditional cybersecurity model, it is often difficult to see what is happening on a network. With zero trust, all access attempts are logged and monitored, providing organizations with greater visibility and control over their networks and data.
Supports remote work: With the increasing trend of remote work, traditional cybersecurity models can become ineffective. Zero trust supports remote work by allowing organizations to securely access their data and systems from any device, anywhere.
Adapts to changing threats: The threat landscape is constantly changing, and traditional cybersecurity models can become quickly outdated. With zero trust, the security measures are constantly being updated and adapted to changing threats, providing organizations with a more effective way to defend their networks and data.
