Difference between revisions of "TalkNext (bskol)"
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==High availability== | ==High availability== | ||
| − | : As an [[end-user application]], the ''Service'' is currently installed on [[CNM Bureau Farm]] that features [[high availability]] (or [[high availability|HA]]) powered by [[CNM | + | : As an [[end-user application]], the ''Service'' is currently installed on [[CNM Bureau Farm]] that features [[high availability]] (or [[high availability|HA]]) powered by [[CNM Proxmox]]. Its ''HA'' allows for migrating of the ''Service'' between several [[computing server]]s in cases of emergency. For instance, if the [[bare-metal server]] that hosts the ''Service'' at the moment fails, ''HA'' shall automatically move the ''Service'' to another server without any interruption. In plain English, the videoconference participants will not notice any change in the ''Service'' when the ''Service's'' computer fails. |
==Challanges== | ==Challanges== | ||
| Line 19: | Line 19: | ||
==See also== | ==See also== | ||
:*[[CNM Bureau Farm]] | :*[[CNM Bureau Farm]] | ||
| − | :*[[CNM | + | :*[[CNM Proxmox]] |
===Related lectures=== | ===Related lectures=== | ||
Revision as of 12:10, 1 September 2023
TalkNext (bskol) (hereinafter, the Service) is (a) the CNM named app that allows for webconferencing, (b) the instance of CNM Jitsi that is installed on CNM Bureau Farm, that is identical to CNM Talk and is used for experimentation to find the best technical solution for the CNM Talk and (c) the webconferencing system that CNMCyber Team delivers as a CNMCyber service -- powered by CNM Jitsi.
Contents
WWW
Product specification
- The Service:
- is installed on CNM Bureau Farm powered by CNM Proxmox;
- is hosted by Hetzner;
- uses Nginx as a web server;
- registered its domain name by using GoDaddy;
- maintains DNS records on the Hetzner.
High availability
- As an end-user application, the Service is currently installed on CNM Bureau Farm that features high availability (or HA) powered by CNM Proxmox. Its HA allows for migrating of the Service between several computing servers in cases of emergency. For instance, if the bare-metal server that hosts the Service at the moment fails, HA shall automatically move the Service to another server without any interruption. In plain English, the videoconference participants will not notice any change in the Service when the Service's computer fails.
