solves physics (latency/packet loss). Clearswift solves policy (content inspection/redaction).
You can move files quickly using standard protocols like FTP or HTTP, but you risk exposing sensitive intellectual property to man-in-the-middle attacks or malware. Conversely, you can lock everything down with rigorous Deep Packet Inspection (DPI) and Data Loss Prevention (DLP), but you risk frustrating users with timeouts, corrupted large files, and sluggish transfer rates. clearswift filecatalyst
In the modern digital enterprise, data is the lifeblood of operations. However, the infrastructure designed to move that data often presents a stark choice: Speed or Security. solves physics (latency/packet loss)
This article explores how the and Secure ICAP Gateway integrate with FileCatalyst’s UDP-based acceleration to solve the last mile of secure data transfer. The Core Problem: Why TCP Fails at Scale To understand why Clearswift and FileCatalyst are a match, you must first understand the enemy: TCP (Transmission Control Protocol) . TCP is the foundation of the internet, but it is terrible at high-latency or high-packet-loss environments (e.g., transatlantic links, satellite connections, or rural cellular networks). Conversely, you can lock everything down with rigorous
This is where the strategic combination of (now part of Fortra) and FileCatalyst enters the conversation. While often discussed separately, the keyword "Clearswift FileCatalyst" represents a critical architecture for organizations that refuse to compromise.