Full Control and Air Gapped Networks

An air gapped environment is a highly secure setup where a network or system is completely disconnected from the internet and external networks. This isolation prevents unauthorized access and cyber threats from outside sources, protecting sensitive data and mission-critical systems.


ZEDEDA Edge Air Gap Sync is purpose-built for these environments, maintaining orchestration, visibility, and Zero Trust security even when cloud connectivity is unavailable.

 

Continuous and Secure Fleet Management for Challenging Environments

For organizations operating in ultra-secure or connectivity-constrained settings—such as air gapped facilities, remote industrial sites, or locations with planned network outages—ZEDEDA Edge Air Gap Sync delivers a local management solution that keeps operations running smoothly.


Edge Air Gap Sync operates within the local network to orchestrate and monitor devices when disconnected, maintaining security and synchronization with ZEDEDA Cloud once connectivity is restored.

Key Capabilities of ZEDEDA Edge Air Gap Sync

Secure, seamless, local edge management and monitoring

Zero Trust Security

Applies ZEDEDA’s comprehensive Zero Trust framework to safeguard assets, even when offline.

Zero Touch Operation

Simplifies local device management and monitoring—no onsite IT expertise required.

Zero Limits Connectivity

Provides full access to edge devices, containers, and applications across air gapped or unstable networks.

Local Edge Management

Monitor and manage edge nodes locally, regardless of connection status.

Built on Proven Technology

Powered by ZEDEDA’s industry-leading, market-proven edge platform.

Low Total Cost of Ownership

Manage fleets of air gapped and connected sites through a unified solution, eliminating the need for separate systems.

Customizable Console

APIs enable creation of a fully tailored local interface for seamless control and visibility.

Secure System Integrity

Maintains system security and consistency even while offline.

Operational Continuity

Transitions smoothly between connected, disconnected, and air gapped states without disruption or manual intervention.

How it Works

  • 1. The operator downloads configuration data from ZEDEDA Cloud.
  • 2. ZEDEDA generates a signed and encrypted configuration blob.
  • 3. The operator transfers the blob into the air gapped environment using their preferred secure transport method.
  • 4. Configuration data is posted to Edge Air Gap Sync on the local network.
  • 5. When the edge node detects loss of connection to ZEDEDA Cloud, it retrieves the configuration from Edge Air Gap Sync.
  • 6. The node applies configuration updates locally. Once connectivity is restored, it checks for newer cloud configurations—ensuring the cloud remains the single source of truth and preventing split-brain scenarios.
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What our Customers Are Saying

“We’ve been confident in the robustness and reliability of ZEDEDA’s platform to manage our edge fleet. As we continue to grow and innovate, we’re reassured by ZEDEDA’s support, ensuring the quality and robustness of our architecture”

Jamal Abdelkhalek,
IoT Software Engineer,
Bobst

“We have standardized on ZEDEDA as a critical part of our solution, enabling us to extend DeltaV to the distributed edge and provide AI-based data analysis for real-time support for automated decision-making”

Claudio Fayad,
Vice President of Technology, Process Systems and Solutions,
Emerson

Built for Air Gapped and High-Security Edge Environments

ZEDEDA Edge Air Gap Sync extends centralized orchestration to disconnected networks, ensuring visibility, control, and security even when cloud connectivity is unavailable.