This module will allow you to detect motion in a video source. This module allows to connect to another Xeoma server via HTTP. This module allows you to use a FTP server as your video source. This module can connect to another Xeoma installation. This modules uses a folder with JPEG or MJPEG files as your video source. You can choose from USB, wired IP of wireless IP camera’s or a (random) camera on the Internet. The starting module where you configure your video source. By simply clicking a connection line you can fix this.įelenaSoft has made life a little easier for us by providing 4 sample workflows which can be great starting points for your setup. It will automatically connect to an existing module, which probably won’t be the one you had in mind :-). This is something I haven’t seen in any other program I’ve used until now. This system allows you to be very flexible in configuring your camera related actions and alerts.īy just clicking one of the available modules it will be placed in the workflow screen. When you open the settings page you will see a workflow based system. The most interesting option however is the settings icon. You can see the video archive of the camera, take snapshots (of you enable the button) or control the camera if that is supported. If you select a camera there are not a lot of options for you to choose from. There is a lot of power hidden in the background. The interface is pretty clean and simple, but don’t let that fool you. When installed and correctly configured you’ll see an overview of your camera’s. Installation is actually pretty easy, but not done in 1 second after download, like FelenaSoft claims □ See my other post on installation and configuration. So I thought I’d give it a go at installing Xeoma on a clean Debian 8 install … also a VM in Xen Server 6.5. Xeoma runs on almost any platform you can imagine like Linux, Mac OS X and Windows. They have several video related software products among which the “video surveillance software of the next generation”, Xeoma. Not until I, somehow, landed on the website of FelenaSoft. I run several Linux servers, Raspberry Pi’s and other non-Windows stuff, but somehow I didn’t think of CCTV software on a Linux server. This, and the fact that the “Cloud” is still creepy, and I’d rather have everything in house, I decided to drop the cloud option and stick with Go1984.Ī couple of days ago however, I discovered an option I hadn’t thought of … Linux. Not working with the Xiaomi Ants cameras.Not really a cloud solution (needing local software).But unfortunately it wasn’t. There was something wrong with all solutions I looked at, like: Quickly I thought that a cloud based solution was the answer to my problems. With the above in mind I searched the Internet for another solution. Although they did their job well, I just couldn’t stand the 60% and up CPU cycle use. I do how ever have a a slight preference for Go1984. For my daily use (AD authentication and File/Print server) the server resources are more than enough.īoth are great programs, which also work with the way Xiaomi’s Ants cams stream their videos. I’ve dedicated 2 cores to the Windows server. My Xen Server runs on an Intel J1900 quad core based motherboard, which is actually very power efficient. The Windows server is a Xen Server 6.5 based Virtual Machine (VM). The VM has Terabytes of storage, an acceptable amount of internal RAM (4GB) but lacks in CPU power. The past year I’ve been using Windows based software on Windows 2012 R2 server. If you Google you will get hundreds of links to software that is able to do this. Although the cams have an option to record to SD it is more convenient to save all streams in a central place. For central storing of camera streams I looked for some sort of CCTV software solution. I’ve been using a couple of Xiaomi IP camera’s (Ants camera’s) for over a year now to monitor my house.
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