Kinnami AmiShare is a resilient, zero-trust data mesh designed to meet the demands of today’s edge environments—where bandwidth is limited, connectivity is unreliable, and real-time decisions are mission-critical.
By enabling autonomous peer-to-peer data sharing, AmiShare ensures that critical information flows even in disconnected or contested networks.
Its efficient use of bandwidth through optimizing all available network resources supports latency-sensitive applications like AI at the edge and predictive analytics.
With built-in privacy, security, and compliance controls, AmiShare empowers organizations to operate with confidence—anywhere, under any conditions.
Kinnami AmiShare Unifies Data Protection, Security and
Availability for Our Digital World
Kinnami Hybrid Resilient Data Mesh provides a unified way, which is easily administered, to manage data availability, protection, security, and ownership.
AmiShare automates an otherwise complex process and eliminates the patchwork of systems required to deliver resilient data today.
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Trustworthy, reliable data is available on any network—even in real-time and in unstable network environments.
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Zero‑Trust, Fragmented,
Encrypted Data-at‑Origin
Data is immediately split into encrypted fragments upon creation at the source, ensuring that even if a device is compromised, no single fragment reveals useful information. These fragments are distributed across devices, reducing the value of any single breach.
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End-to-End Privacy, Security & Compliance
With strict separation of data ownership and administration, the system enforces zero-trust: policy-defined access controls are applied everywhere, and administrative users cannot view the data. Auditing and immutability support non-repudiation and compliance.
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Policy‑Driven Intelligent Data Movement
Kinnami’s policy engine dynamically manages data placement and movement—prioritizing based on parameters like bandwidth, device trust level, and mission urgency. It also enables delta-only transfers of changed data to minimize bandwidth usage.
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Resilience Through Versioning and Redundancy
Data fragments are replicated and versioned across multiple nodes, providing continuous availability—even during storage failures, Cyber attacks, or edge outages. Policies dictate redundancy levels and recovery paths.
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Peer‑to‑Peer Resilience in Disconnected Environments
The peer-to-peer mesh autonomously routes data across devices, ensuring critical information flows without reliance on a central server. Data is protected even when edge networks are unstable.
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Features/Capabilities
Data Security & Zero-Trust Protection
Resilience, Continuity & Recovery
Flexibility Across Infrastructure
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Protects all data & file types
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Protection for servers and endpoints
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Secure data on the Edge—IoT, 5G
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Protect data on ORBs/UAVs
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Communications on unsecured networks
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Military mission partner data sharing
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Secure remote work
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Auto-data recovery, backup & versioning
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Immutable, traceable, authenticate
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Distributed storage
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Storage agnostic with auditing
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Any environment: Edge devices to cloud
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Network and storage agnostic
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Transparent to end-users
Compliance & Governance
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GDPR/Compliance
Explore Our Solutions
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Peer-to-Peer Edge
Partner Collaboration
