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 Traditional cybersecurity solutions focus on physically separating devices and limiting their functions. AKM allows virtual segmentation into a Mesh of Trust, referred to as an AKM Trust Relationship (ATR). Thus, different devices, users, and applications can be securely separated into a single ATR without needing physical boundaries, simplifying network management while providing strong security.

With AKM, creating secure segments is as simple as selecting which components (devices, apps, or users) belong in which group. No complex setup is needed; overlapping groups can be managed without losing security integrity. This offers businesses an easy, user-friendly approach to cybersecurity.

AKM Trust Relationships need only be configured once. The Endpoint Nodes within a Trust Relationship will run autonomously for perpetuity, refreshing security credentials every session without operator intervention for the life of the device. Hence, AKM can claim close to zero maintenance required.

 A Typical Zero-Trust Architecture utilizes an explicitly complex process with significant overhead, constantly proving their trust between the endpoints. AKM implicitly provides a Zero-Trust Architecture via its Zero-Knowledge Authentication methodology by authenticating both the endpoints themselves and the communication between all endpoints within a multipoint-to-multipoint framework 

Existing solutions are often proprietary, limiting flexibility and integration across different systems. AKM overcomes this by offering a flexible, universal solution that can be applied across various devices and platforms.

AKM's Autonomous Key Management (AKM) ensures secure communication between devices, applications, and users without exposing sensitive information (like encryption keys). This makes it significantly harder for hackers to breach the system.

AKM creates trust relationships by authenticating each endpoint (device, user, etc.), ensuring only validated entities can communicate within a segment. This builds a secure, trust-based network that can protect sensitive information 

If any device or component within the network is compromised, AKM can autonomously detect the issue and take corrective action, ensuring ongoing security without human intervention. 

Traditional cybersecurity solutions focus on physically separating devices and limiting their functions. AKM allows virtual segmentation, meaning different devices, users, and applications can be securely separated without needing physical boundaries. This simplifies network management while maintaining strong security 

 With AKM, creating secure segments is as simple as selecting which components (devices, apps, or users) belong in which group. No complex setup is needed; overlapping groups can be managed without losing security integrity. This offers businesses an easy, user-friendly approach to cybersecurity 

 A Typical Zero-Trust Architecture utilizes an explicitly complex process with significant overhead, constantly proving their trust between the endpoints. AKM implicitly provides a Zero-Trust Architecture via its Zero-Knowledge Authentication methodology by authenticating both the endpoints themselves and the communication between all endpoints within a multipoint-to-multipoint framework