Traditional FTP uses TCP, which requires a "handshake" for every packet sent. If a packet is lost, TCP pauses transmission to request a resend, causing a domino effect that drastically slows down transfer speeds on high-latency networks (such as satellite or trans-continental links).
The server is highly customizable. It includes a comprehensive REST API that allows developers to automate file transfers and integrate acceleration capabilities directly into existing business workflows. Architecture and Deployment
/opt/filecatalyst/server/conf/server.properties :
Server Exclusive | Filecatalyst
Traditional FTP uses TCP, which requires a "handshake" for every packet sent. If a packet is lost, TCP pauses transmission to request a resend, causing a domino effect that drastically slows down transfer speeds on high-latency networks (such as satellite or trans-continental links).
The server is highly customizable. It includes a comprehensive REST API that allows developers to automate file transfers and integrate acceleration capabilities directly into existing business workflows. Architecture and Deployment filecatalyst server
/opt/filecatalyst/server/conf/server.properties : Traditional FTP uses TCP, which requires a "handshake"