SECURE DATA TRANSFER FOR HIGH-SECURITY NETWORKS
Arbit Cyber Defence Systems provides secure and controlled data transfer between networks with different security levels through its Cross Domain Solutions (CDS) portfolio, designed for critical infrastructures and high-security environments. Data Diode technology physically enforces unidirectional data flow, helping reduce the risks of unauthorized data transfer and data leakage from critical networks.
Arbit’s Data Diode, TRUST Gateway, Desktop Gateway, Web Gateway and Ruggedized Cross Domain solutions provide a secure architecture for the data transfer and access requirements of air-gapped networks, defence, government and critical infrastructure environments. Supported by advanced content control, malware scanning and CDR capabilities, Arbit solutions help maintain the required secure data flow while preserving network isolation.
Arbit Cross Domain Solutions combine physical isolation, controlled data transfer and data leakage prevention to provide a robust and sustainable security approach for high-security networks and critical systems.
Protects critical infrastructure with network security, data diodes and cross domain solutions.
Arbit TRUST Gateway is a comprehensive Cross Domain Solution (CDS) designed to enable controlled and secure data transfer between networks with different security levels. In high-security environments, controlling the direction of communication is essential, but it is equally critical to ensure that transferred data complies with established security policies.
Cross Domain Data Transfer: Arbit TRUST Gateway supports the controlled transfer of required data between different security domains. This helps establish a secure data flow between networks with different security levels without creating direct and uncontrolled connections.
Data Diode Technology: TRUST Gateway combines Data Diode technology with secure data processing and content control mechanisms. This approach enables critical data to be transferred between security levels in a controlled manner while helping preserve the isolation of high-security networks.
Content Control and Validation: Secure data transfer requires more than simply delivering information to its destination; transferred content must also comply with organizational security policies. Content control and file validation capabilities help ensure that data transfer processes are managed according to defined security requirements.
Malware Scanning and CDR: TRUST Gateway can be supported by security capabilities such as malware scanning and Content Disarm and Reconstruction (CDR), helping reduce cybersecurity risks associated with transferred content. This adds an additional security layer to the data transfer process against file-based threats.
Network Isolation: Instead of directly and uncontrollably connecting networks with different security levels, TRUST Gateway provides a controlled Cross Domain communication approach. This enables essential operational data flows while helping maintain the isolation of critical networks.
Comprehensive Cross Domain Security: Arbit TRUST Gateway addresses Cross Domain data transfer, critical data security, content control, and network isolation requirements through an integrated security approach. This enables organizations to manage essential data exchange between high-security systems in a controlled, secure, and sustainable manner.
Arbit Data Diode is a Cross Domain Security solution designed to provide physically enforced unidirectional data transfer between networks with different security levels. Particularly suited for air-gapped networks, critical infrastructures, defence systems, and high-security networks, it enables required data to be transferred into secure environments while physically preventing communication in the opposite direction.
Physically Enforced Unidirectional Data Transfer: Arbit Data Diode ensures that data can only travel in the designated direction through its unidirectional fibre-optic communication architecture. The absence of a physical communication channel in the reverse direction helps prevent unauthorized data transfers from high-security networks.
Air-Gapped Network Security: The solution preserves the security level of air-gapped and isolated networks while enabling operationally required data to be securely transferred into protected environments. This helps reduce the operational challenges associated with maintaining completely disconnected critical systems.
Data Leakage Prevention: The physically enforced unidirectional communication architecture prevents data from being transmitted back from the critical network to the source network, helping to reduce the risk of data leakage. This provides a strong security layer against the unauthorized transfer of sensitive and critical information to lower-security networks.
Hardware-Enforced Security: With Arbit Data Diode, the direction of data flow is not controlled solely through firewall rules, software policies, or network configurations. Because unidirectional communication is enforced by the physical architecture, it establishes a hardware-based security boundary for protecting critical networks.
Protection of Critical Systems: Designed for critical infrastructures, defence systems, government networks, and high-security operational environments, Arbit Data Diode enables required data to be received from lower-security networks while helping preserve the isolation of critical systems.
Secure and Controlled Data Flow: Arbit Data Diode supports organizational requirements for network isolation, secure data transfer, data leakage prevention, and attack surface reduction. This enables organizations to maintain a strong balance between protecting high-security networks and sustaining the data flows required for critical operations.
Arbit Ruggedized Cross Domain Solutions are rugged Cross Domain solutions developed for high-security systems operating beyond standard data centre environments. They provide an architecture designed to meet secure data transfer requirements in demanding field conditions, particularly across defence, military operations, tactical systems, and C4ISR environments.
Ruggedized Cross Domain Architecture: Arbit Ruggedized Cross Domain Solutions combine high-security requirements with the physical and operational demands of challenging field environments. This architecture helps maintain secure and controlled data flows for critical systems operating outside conventional data centre environments.
Cross Domain Security and Data Diode: The ruggedized product family extends Arbit's Cross Domain Security and Data Diode approach to field operations. It supports the required data flow between systems at different security levels while helping preserve the isolation of high-security networks.
Defence and Tactical Operations: These solutions are particularly suited for scenarios where security and resilience are essential, including defence, military systems, and tactical operations. They support the secure exchange of operational data in accordance with the security requirements of demanding field environments.
C4ISR Environments: In C4ISR environments, the controlled transfer of data between systems and sources operating at different security levels is critical to mission operations. Arbit Ruggedized solutions help address secure data transfer and network isolation requirements while supporting essential information flows.
Mobile and Demanding Field Environments: Where fixed infrastructure is limited or systems must operate in mobile and tactical environments, these solutions support the continuity of secure and controlled data transfer. This helps critical operations maintain secure information flows across a wide range of challenging field conditions.
Military Network Security: Arbit Ruggedized Cross Domain Solutions provide an integrated approach to Ruggedized Cross Domain, secure data transfer, C4ISR security, military network security, and critical system isolation. By extending Arbit's Cross Domain technologies beyond traditional data centre environments, they help maintain secure data flows for mission-critical field operations.
Unidirectional log transfer using Data Diode technology enables log data to be transmitted from critical networks to designated destination systems while physically preventing communication in the reverse direction. This approach supports SIEM integration, secure log transfer, centralized log management, event monitoring, and critical network security requirements while helping preserve the isolation of high-security systems.
It provides a secure connectivity approach particularly for OT/ICS systems, industrial networks, critical infrastructures, and high-security operational environments. Through Data Diode and Cross Domain Security architecture, essential operational data flows can be maintained while supporting critical network isolation, controlled communication, and attack surface reduction.
Arbit's Cross Domain Security and Data Diode technologies support data flows in accordance with defined security policies and permitted communication directions. This enables organizations to address secure data transfer, network isolation, data leakage prevention, and critical system security requirements within a unified security approach.
Powered by OPSWAT MetaDefender, Multiscanning, and Content Disarm and Reconstruction (CDR) technologies, the solution goes beyond traditional malware scanning by removing potentially risky components and reconstructing safe file content. This approach brings together file security, secure data transfer, content sanitisation, and critical network protection within a unified security framework, providing a robust layer of protection for high-security environments.
Hardware-Enforced Advanced Security
Secure Data Flow for Critical Infrastructure
Security and Operational Continuity
Connect your critical networks securely and keep your data under control.
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