Why expose your attack surface? 

Why would you stay handicapped against hackers?

 
Upgrade Your Cybersecurity with R6 Security's Phoenix - The Asymmetric Moving Target Defense Solution

Protect your mission-critical systems with Phoenix, an innovative Moving Target Defense solution from R6 Security. Phoenix utilizes self-healing zero-trust architecture to defend against anomalies and attacks, ensuring continuous performance even in adverse conditions.

Take Control of Your Security with Phoenix's Advanced Features:

1.  Increased Security: Phoenix adds an extra layer of security by constantly changing the attack surface, making it difficult for attackers to find and exploit vulnerabilities.
2. Reduced Attack Surface: By constantly changing the configuration of systems and networks, moving target defense can effectively reduce the attack surface, making it harder for attackers to find and target vulnerable systems.
3. Improved Resilience: Phoenix helps systems become more resilient to attacks, as it makes it harder for attackers to gain a foothold and persist in the system.
4. Early Detection: Phoenix can help detect attacks early, as attackers must constantly adapt their methods to keep up with the constantly changing target. This can give organizations more time to respond and mitigate the attack.
5. Lower Resource Requirements: Moving target defense can help lower resource requirements compared to traditional security measures, as it relies on a dynamic approach to security instead of a static one. This means that it may require fewer resources to maintain and update, freeing up resources for other security initiatives.

With Phoenix, you can reduce system downtime and ensure business continuity even under attacks.

Don't let threats compromise your critical systems. Switch to Phoenix, the Moving Target Defense solution that adapts to changing security landscapes and keeps your systems secure. 

R6 is building Phoenix, a Kubernetes operator that can enable moving target defense on any Kubernetes deployment. Making them: