| DBabble is a powerful instant messaging and discussion server which allows users to send instant messages and attachments, have private conversations, and create/participate in private or public meeting rooms and discussions in real time. Faster and easier than email, the DBabble communications solution is ideal for Internet Service Providers (ISPs) and large and small companies wanting to deliver the benefits of real time communications to their organization and users. DBabble is easily customizable, does not require direct internet access and can be run stand alone on a small company network or integrated into large scale internet services provided by ISP?s or corporations. DBabble?s unique multi-server protocol allows users to initially connect via any standard web browser. A free Windows client provides more extensive facilities, but avoids all the issues of special proxy settings by using html protocols. The windows client allows users to see when friends and associates are online, send instant messages with attachments, and to join, or create discussions and chat sessions.
DBabble can be managed entirely from within it's user interface by any user with administrative privileges, or, for increased security, from specified IP addresses. DBabble provides chat rooms and discussion groups that can be created by any user who has permission to do so, and discussions can be linked to usenet (NNTP) groups and interfaced to email. DBabble can act as an NNTP server so that news-readers can read DBabble discussions as if they are newsgroups. DBabble also operates as an SMTP server for the purpose of accepting incoming mail intended as articles for it's discussion groups. This lets users instruct DBabble to email any new articles in a particular discussion group directly to them. Chat rooms and discussions can be made private so that only specified users have access to them. Purchasers have the option of running DBabble as a stand-alone server, or linking it to other servers worldwide, thus allowing users to communicate globally in a scalable way.
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