Globalscape Web Proxy //top\\ -

Regulatory frameworks require that sensitive data—be it patient records, payment card information, or personal user data—be protected both in transit and at rest. By terminating external TLS connections at the proxy and re-establishing a separate, controlled connection to the backend, the proxy ensures that external parties never directly touch the internal server. This separation is a key control in audit trails and compliance documentation.

This architecture is often called a "DMZ proxy deployment." The proxy resides in the demilitarized zone (DMZ)—a semi-trusted network segment—while the actual EFT server containing sensitive data stays safely behind the internal firewall. 1. Enhanced Security via Surface Reduction The most compelling reason to deploy the Globalscape Web Proxy is security. By placing the proxy in the DMZ, your internal EFT server never needs a public IP address or direct internet exposure. Attackers see only the proxy, which is hardened and has no stored credentials or permanent data. This dramatically reduces the attack surface. Even if the proxy is compromised, the intruder gains no direct access to your core file storage or user database. globalscape web proxy

In the modern digital enterprise, the ability to move data securely, efficiently, and compliantly is not a luxury—it is a necessity. While many organizations focus on firewalls and endpoint security, the path data travels between internal networks and external partners remains a critical vulnerability. This is where the Globalscape Web Proxy (often associated with Globalscape’s Enhanced File Transfer™, or EFT) proves indispensable. Far from being a simple traffic forwarder, the Globalscape Web Proxy serves as a sophisticated intermediary, decoupling internal file transfer servers from the open internet to enhance security, enforce policy, and streamline protocol management. What Is the Globalscape Web Proxy? At its core, the Globalscape Web Proxy is a reverse proxy component of the Globalscape EFT platform. It acts as a gatekeeper between external clients (web browsers, FTP clients, or REST API consumers) and your internal EFT server. When a user initiates a file transfer via HTTP, HTTPS, or FTP, they connect not to the internal server directly, but to the proxy. The proxy then inspects, validates, and relays the traffic to the hidden backend server. This architecture is often called a "DMZ proxy deployment

Organizations often need to support multiple protocols: web browsers prefer HTTPS, legacy scripts use FTP, and modern apps call REST APIs. The Globalscape Web Proxy can accept all these protocols on the front end while speaking a single, optimized protocol (usually FTPS or HTTPS) to the backend server. This removes the need to open multiple ports on the internal firewall. By placing the proxy in the DMZ, your