Everfox HSV-T safeguards data transmission between classified and unclassified networks, ensuring secure information exchange.
Everfox has launched the High Speed Verifier-Turnkey (HSV-T), a hardware-enforced secure data transfer solution designed to enhance digital collaboration and interoperability between allied nations. This innovative technology safeguards mission-critical data transfers from high-threat networks, making it ideal for tactical field deployments. HSV-T features customizable, built-in threat removal capabilities that protect data flows between classified and unclassified networks for government, defence, and intelligence systems without compromising speed or security. Sean Berg, CEO of Everfox, emphasises the importance of securing data access and transfer on the battlefield, stating that HSV-T represents a breakthrough in hardware-enforced cybersecurity in remote environments while reducing costly infrastructure.
Operating in environments lacking a management network, HSV-T utilises a Field Programmable Gate Array (FPGA) to enforce protocol separation of exchanged data. This enables various applications, including email, chat, and Unmanned Aerial Vehicle (UAV) video feeds. As part of Everfox’s HSV family, HSV-T facilitates safe data transfer through simple hardware logic that augments software-based security in tactical settings. Its applications include streaming real-time drone video from unclassified platforms to secure command centres, delivering command and control data from forward-deployed sensors, and exchanging intelligence data between coalition networks with differing classification levels. These capabilities improve speed and trust in intelligence, enhance operational interoperability, and reduce the vulnerability of classified networks. HSV-T’s protocol filtering diode meets the NCDSMO Raise the Bar security standards for cross-domain solutions.
Categories: Cybersecurity Solutions, Tactical Data Transfer, Interoperability Enhancements
Tags: High Speed Verifier-Turnkey, Secure Data Transfer, Digital Collaboration, Interoperability, Tactical Deployments, Threat Removal, Classified Networks, Hardware-Enforced Cybersecurity, Protocol Separation, Cross Domain Solutions