By transferring files through our data diode, sensitive information can be securely moved while ensuring no reverse communication or malicious data can penetrate the secure network. This method is often used in military, industrial, and critical infrastructure environments.By using two data diodes in a redundant configuration, you can achieve High Availability (HA). Our data diodes can handle files of any size and in any numbers, we can even batch operate collection of files based on numbers or size in sequence.
Our Data diodes can also be used for secure storage synchronization, ensuring that data from a less secure network (low side) is safely transferred to a more secure network (high side).In this setup, data flows one way only, preventing any unauthorized access or data leakage from the secure network. This allows critical data to be securely synchronized while maintaining the integrity of both networks.Our Data diodes can support clustering for storage synchronization with 100% utilization. By clustering multiple data diodes, you can achieve load balancing and failover capabilities, ensuring continuous and efficient data transfer.
Our Data diodes ensure secure, one-way transmission of data streams from a less secure network (low side) to a more secure network (high side). This setup prevents any reverse communication, eliminating the risk of data leakage or cyberattacks. Data streams, such as video feeds or real-time telemetry, can be securely transmitted to the high side without compromising the integrity of the secure network.For continuous data streaming with minimal downtime, our data diodes can be clustered to support High Availability (HA).
In some cases, secure communication between networks may require two-way data transfer. By using dual unidirectional data diodes, data can be securely sent in both directions. One data diode handles the flow from the low side (less secure) to the high side (more secure), while a second data diode allows secure transmission back from the high side to the low side.This dual-diode setup ensures that each stream is isolated and secure, maintaining the integrity and protection of both networks. It provides a way to exchange data while preventing any direct interaction that could compromise security. This is ideal for environments that require secure two-way communication without the risk of vulnerabilities.
For small, medium files & data streams.
For small, medium, large files & data stream.
For high bandwidth data streams.
A data diode is a unidirectional network device that allows data to flow in one direction only, preventing any return flow or access from the receiving end, thus ensuring one-way transmission of information for security purposes.
A data diode ensures unidirectional flow by physically blocking any return data transmission, allowing data to move only in one direction for enhanced security.
A firewall is designed to monitor and control traffic between different network segments or between a network and the internet. However, it operates bidirectionally, meaning it allows data to flow in both directions. This bidirectional nature of firewalls makes them unsuitable for ensuring the strict unidirectional flow required by certain high-security environments, which is where data diodes come into play.
A data diode is needed for scenarios where strict unidirectional data flow is necessary to maintain the security and integrity of sensitive information. This includes environments where data must be transmitted securely between networks of differing security levels, such as in critical infrastructure, defense systems, or financial institutions, without the risk of any information flowing back into the originating network. Data diodes provide a reliable solution to enforce one-way data transmission, mitigating the risk of data breaches, espionage, or unauthorized access.
1. PCIe and RAW Device Support: Offers both PCIe devices for high-speed, integrated server systems and RAW devices for versatile applications in specialized environments. 2. REST API-Enabled Software: Facilitates easy integration, automation, and real-time management and customization of data flows. 3. Clustering Capability: Ensures 100% utilization and high availability through clustering, supporting load balancing and failover mechanisms. 4. Versatile Data Handling: Capable of securely transmitting both files and data streams, accommodating a wide range of data transfer needs. 5. Containerization: Our software is containerized for enhanced portability and isolation, seamlessly running inside Docker environments.