Compare Forcepoint Trusted Gateway System vs. HULFT IoT

The Forcepoint Trusted Gateway System ensures secure transfers of critical data files consistently and efficiently. It facilitates the reliable exchange of unstructured files, including PDF and Microsoft Office documents, across various classification levels for entities at the international, federal, state, and local tiers. In alignment with the Raise the Bar initiatives, it is designed to support a breach-resilient architectural framework that complies with the U.S. Government’s stringent requirements. By streamlining file transfer operations, it mitigates the risks associated with air gaps that are common with portable media. System and security administrators equipped with the necessary permissions can conduct administration, monitoring, and auditing directly from the server, enhancing oversight and control. Additionally, operational infrastructure costs can be further decreased by integrating Forcepoint Trusted Print Delivery and Trusted Mail System. Forcepoint is extensively utilized and recognized on the NCDSMO baseline list, effectively supporting transfer environments across more than 38 networks, thus demonstrating its robust adaptability and security capabilities in diverse scenarios. This comprehensive system is essential for organizations aiming to maintain high standards of data integrity and security.

HULFT IoT serves as a robust managed file transfer middleware tailored for IoT devices, effectively safeguarding against data loss in essential scenarios like payment processing, security, and monitoring. While utilizing protocols like MQTT or HTTPS for IoT data gathering demands a learning curve for users, HULFT IoT simplifies the process by requiring only the installation of its software, thus enabling swift data collection. Additionally, with the integration of DataSpider Servista, our enterprise application integration (EAI) tool, users can seamlessly connect multiple applications to the data gathered by HULFT IoT without any coding, as the setup process is entirely based on drag-and-drop functionality. A machine tool manufacturer previously conducted on-site inspections and maintenance for their customers, during which each device generated operational log data. By analyzing this data, they were able to forecast maintenance needs effectively. To enhance their operational efficiency, the company sought to implement remote monitoring of devices and schedule maintenance personnel as needed. However, the challenge arose with each device producing approximately 10GB of log data daily, complicating their data management efforts further. To address this, they recognized the necessity of a streamlined solution that could handle such vast amounts of data efficiently.