Infinite Security, One Data Flow.
Uncompromised one-way data transfer.
Organizations worldwide must transfer data quickly and securely across diverse environments, from international borders, across oceans, battlefields and offices.
To meet stringent regulatory requirements for hardware-based data separation and one-way data flow, data diodes provide a crucial solution.
Data Diodes are used to keep sensitive information secure when transmitted, preventing any potential breaches and maintaining strict control over data integrity and flow.
Safeguard one-way data flow
Designed to create boundaries between trusted & untrusted networks. Quickly and reliably gather and share data across oceans, battlefields, and offices with Everfox Data Diodes.
Meet regulatory standards
Use hardware-based diodes to create source and destination separation, ensuring you comply with regulations that require one-directional data flow with physical separation.
Lower total cost of ownership
Eliminate expensive and time-consuming manual data transfers. An Everfox Data Diode is easy to deploy and require little-to-no ongoing maintenance, reducing operating costs year over year.
Why Choose Everfox Data Diode?
Decades of experience in data security
The Everfox Data Diode is based on decades of experience in building Cross Domain Solutions to help organizations mitigate malware reach-back and data exfiltration. It eliminates expensive and time-consuming manual data transfers while meeting various compliance and regulatory standards. Making it the ideal choice for threat- and compliance-focused deployments.
Safeguard communications
Send data from a secured segment to external systems and users (e.g. the cloud, a remote monitoring facility, regulatory bodies) without any risk of creating an external threat vector.
Simplifies configuration, operation and monitoring
Everfox’s Intuitive Configuration Interface makes configuration easy. Users can also combine diodes with your existing Cross Domain Solutions and Everfox Data Guard technologies.
Customization and protection of sensitive data sharing
> Optimized pitcher-catcher software is highly customizable and diodes are available for any specific protocol or data type.
> Non-routable data transfer routes data to a higher sensitivity network and that there is minimal risk of data coming back out of that network.Secure hardware components for your Cross Domain Solution
Data diode enhances your Cross Domain Solutions by enforcing one-way data transfer for uncompromising network and security. For organizations that require hardware-based data separation and one-directional flow.
SIMPLE AND SECURE DATA FLOW
Controlled, unidirectional data flow for unassailable security to support compliance.
The Data Diode creates a physical boundary between source and destination networks that permits the unidirectional directional flow of data but is otherwise separated. This air gap between networks uses the laws of physics to ensure that networks are safe from attacks, malware, and other threats.
Everfox Data Diodes support global regulatory standards and Raise The Bar (RTB) guidelines while enabling rapid, automated data transfer and are designed to work with networks of all sizes. By providing a protocol break, our Data Diodes are a Protocol Filtering Device (PFD) as defined by NCDSMO’s (opens a new window) Raise The Bar.
Everfox Data Diode is designed for use in highly secure environments, by implementing key stages to UK National Cyber Security Centre’s (NCSC) design patterns for Safely Importing Data and Safely Exporting Data (opens a new window)
BEYOND BARRIERS
Unidirectional Confidence in Data Protection.
Everfox Data Diode is configurable for simplified operations and maintenance while offering security, flexibility, usability, and reduced total cost of ownership.
Enabling rapid, unidirectional, automated transfer of highly complex data to segment and protect networks, devices, and other digital assets (including databases, historians, SCADA, PLCs, DCS, and more) from external cyber threats.
The Everfox Data Diode can also be configured for bi-directional use, as additional diodes can be easily deployed for increased throughput.