Zero Downtime for Critical Operations.
When remote management is essential and downtime isn’t an option, trust the absolute, hardware-enforced protection data diodes can provide for your vital systems. Ensure unstoppable, one-way data transfer while blocking malicious threats—providing real-time, reliable access to the information you need. By isolating and segmenting networks, you can safeguard your valuable assets, prevent costly intrusions, and maintain zero downtime.
Discover how data diodes can elevate your security to a whole new level.
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Owl Data Diodes: Rigorously Tested, Globally Trusted
Software solutions can be fooled. Hardware cannot.
That’s why data diodes stand apart in defending against ransomware, malware, and zero-day exploits. By enforcing true one-way data transfer with a complete protocol break and non-routable connections, data diodes isolate and segment networks at the physical layer, making them impervious to software-based threats. Rather than reacting to intrusions, data diodes prevent them altogether—delivering zero-trust protection and eliminating the need for costly cleanup and recovery after an attack.
Why Owl?
Owl’s data diodes are the gold standard for critical infrastructure cybersecurity, protecting some of the world’s most vital facilities—from power plants and substations to oil rigs and government agencies. Renowned for their high performance, reliability, and ease of use, Owl data diodes help organizations achieve secure, uninterrupted one-way data transfer without compromising operations or safety. Owl Talon: Revolutionizing Data Diode Technology
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Multiple Protocols, Single Platform – Manage a range of protocols simultaneously on one device.
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Flexible Form Factors – Choose from Rack-Mount, DIN-Rail, and more to fit any environment.
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Unmatched Speed – Transfer data at rates up to 100 Gbps.
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Proven in Demanding Industries – Trusted by defense, government, and highly regulated sectors worldwide.
Realize secure, effortless one-way data transfer and an unbeatable total cost of ownership with Owl Talon—the next evolution in data diode cybersecurity.
Realize secure, easy one-way data transfer and unmatched TCO with Owl Talon.
COMING SOON: Next-Gen High Speed Data Diodes
High Speed Data Diode capabilities present a breakthrough in hardware-enforced one-way security, offering organizations the ability to share critical data at unprecedented rates without compromising network integrity. Discover how Owl Talon Torrent, the first ever data diode that will be able to realize transfer speeds of up to 100Gbps, streamlines data-intensive operations—such as real-time analytics and large-scale telemetry—while maintaining strict network segmentation to protect sensitive assets. Use cases across defense, energy, and manufacturing demonstrate the substantial benefits: faster updates, enhanced situational awareness, and improved operational efficiency, all secured by an inherently robust architecture. Maintain the highest levels of cybersecurity and resilience, even as data demands continue to rise with Owl Talon Torrent.
One-Way, Hardware-Enforced IT/OT Security
One-way, hardware-enforced security solutions enable safe and reliable data exchange across Information Technology (IT) and Operational Technology (OT) environments without exposing critical assets to cyber threats. Our definitive guide explores the underlying concepts of data diodes—devices that restrict data flow to a single direction—and details how they effectively separate highly secure networks from external risks while still allowing essential information sharing versus traditional cybersecurity offerings like firewalls nad unidirectional gateways. Through real-world use cases and best practices, readers will gain insight into how these solutions bolster security, minimize vulnerabilities, and help maintain operational integrity in sectors such as energy, defense, and manufacturing. By adopting a hardware-based approach to IT/OT convergence, organizations can uphold robust cybersecurity standards while fostering critical data visibility and resilience in high-risk, mission-critical settings.
Bidirectional Data Transfer – Data Diode or CDS?
A cross-domain solution (CDS) is a broad security mechanism that allows controlled data exchanges between different security domains. In contrast, a data diode is a specialized hardware device that enforces strictly unidirectional data transfer, effectively preventing any return channel. Although diodes are designed for one-way flow, they can be paired or configured in tandem to enable limited round-trip communication while still maintaining physical separation and strict security controls for each direction. To learn more about how a CDS can help securely connect your organization’s networks, read out definitive guide to CDSs.
Secure Management of an Isolated Data Vault
Air-gapped data vaults typically require in-person reporting and limit oversight due to restricted connectivity. Owl’s hardware-enforced data diodes solve this challenge by enabling secure, one-way transfers of threat detection and system health data without introducing new vulnerabilities. When combined with Dell Technologies PowerProtect Cyber Recovery, organizations gain both continuous visibility and robust protection for their vault environments. This approach ensures critical alerts and operational metrics are readily available for remote monitoring and response. By maintaining an air gap while allowing essential data transfer, businesses can protect their vaults and still support routine data center operations.
