The Secure Sockets Layer (SSL) is a cryptographic protocol designed to secure communications over TCP/IP networks. SSL was developed by Netscape during the early 1990's, but various security flaws meant …
The previous post in this series about SSL/TLS described the handshake - the process that establishes an SSL/TLS session between client and server. The session includes agreed-upon encryption keys. Now, …
As part one explained, SSL/TLS is intended to provide secure network connections between a client (e.g. a web browser), and a server (e.g. a web server) by encrypting all data …
Public key encryption is briefly explained in the first post of this series, here, but it is of such importance in SSL/TLS and SSH that a more detailed explanation is …
This blog series will explain how secure network protocols work. It will explain what encryption is, what cryptographic hashes are, and how they are both used to secure data transmission. …
Survey reveals that more than 4 out of 5 CompleteFTP users would recommend it to others in need of secure FTP server software. CompleteFTP is SFTP server software trusted by …
By now most people will have heard of the POODLE SSL vulnerability, a flaw in the SSL 3.0 protocol that affects FTPS and HTTPS. We've recently blogged about POODLE in …
CoreTech has published an article on CompleteFTP in Italian: Il server Ftp è pronto per il futuro
CompleteFTP, our secure FTP server for Windows, has quite a long development history, and has undergone considerable change since its inception. HTTP support, clustering, a multi-protocol gateway, file sharing and …
We were recently asked by a CompleteFTP user which was the best protocol to use for file transfers - HTTPS or SFTP. In particular, the user was interested in large …