Over the last two months we have made some pretty significant progress on a lot of fronts.
microNVR Linux Version
microNVR platform has received a couple of major upgrades. The first is a release of our first Linux OS build. This took a while as we spent a lot of time optimizing video drivers, wireless drivers, ethernet drivers, fixing ACPI, and getting the overall system tested and stable. The result is exceptional. The Linux OS has a similar look and feel to the MS Windows system build. The menus, the controls, the utilities available are all similar. Our hope was that customers who knew how to use MS Windows could easily learn how to use our Linux system.
Picking the Right Distribution
We tried to make the microNVR completely open and capable of supporting almost any application a customer wanted to use. In the surveillance market this is not what most vendors try to do. Most NVRs are closed and users are limited to the programs and functions that the manufacturer chooses to provide. On the HauteSpot microNVR the system is open and users can install whatever programs they wish. For this reason we wanted to be able to offer the widest possible selection of programs for installation, this means being able to install "packages" from a major Linux distribution like Fedora or Ubuntu.
Gnome. Gnome is very powerful and well supported, but it is a system resource hog. We replaced Gnome with a lighter weight product that is faster and consumes fewer system resources, but still delivers all of the attractive and easy to use tools of Gnome.
The microNVR is able to access all of the programs from the Ubuntu Repository, which currently is more than 3000 applications. So if you are not happy with the applications that come pre-installed, you can always add your own. Although for most users, this will not be necessary.
Retaining Graphics Performance
In testing the video performance of the system we are able to decode and display 1920x1080 video at 30fps. At VGA resolution we can support over 300fps in decoding. So the microNVR is a very useful video client and, provided that the Video Management System (VMS) software can use the OpenGL drivers that route decode and encode functions to the Intel GMA 500 GPU, we can also handle transcoding and other functions needed for edge video processing. In most video surveillance applications you will just be piping the video stream right from the Ethernet port to disk and back out, without any need for transcoding, so we can handle under these conditions a lot of attached cameras.
Video Management Server Software
On top of this desktop and our optimized video and hardware drivers we wanted to run the best possible VMS software. In Linux there really are only two choices that we know of: Exacq Vision and ZoneMinder.
Exacq Vision is one of the best all around VMS solutions we have found, regardless of operating system, so we were very happy to run with that. We installed the Exacq Start server, which lets you run a single camera system for demonstration and test purposes. We also ran the Exacq Web Service which provides remote video management and control. The Exacq installation runs exceptionally well. In fact we think it runs better under Linux than Windows. The VMS can handle high demand cameras like Arecont AV8185 with no problem at all, and there is no problem remotely viewing the video using the Web Service.
For production systems you should purchase an appropriate camera license from Exacq. This can be from 1 to 12 cameras. While the microNVR can probably handle more cameras than this, provided no transcoding is involved, we don't recommend more than 12 cameras.
ZoneMinder is an open source VMS. It also runs well on the microNVR and provides a lot of features and functions, but is somewhat complex to configure and manage, when compared to Exacq. Also, as open source, there is no tech support department to call when you need help. Although the community support for ZoneMinder is pretty good.
To enable either of the VMS systems, all you need to do is log in and start the server processes using the Boot Up Manager GUI application. Can't be much easier than that.
Remote System Management
Since most installations of microNVRs are going to be in remote locations, where the microNVR will not be easily accessible, it has to have a very robust remote management capability. The first way to connect to the microNVR for management is using Virtual Network Computing (VNC). This gives you a full remote desktop as if you were locally attached with a monitor. This is very easy to use and gives you a nice GUI to configure everything with. But, VNC may not always work due to port forwarding restrictions or bandwidth limitations.
Both the Windows and Linux versions of the microNVR come with a Web Administrator interface. This powerful tool allows you to fully administrate the system from a web browser. The Web Administrator is easy to use and very fast. It even has an embedded Java VNC client so you can connect to the GUI desktop from within the Web Administrator if you like. From the web administrator you can install software, upgrade applications, start and stop system services, manage user accounts, transfer files and much more.
Of course one of the most important aspects of the microNVR is its connectivity. Of course the microNVR comes with integrated 2.4GHz 802.11b/g/n MIMO and two 1Gbps Ethernet ports. But it also has 4 USB 2.0 ports which can be used for 3G and 4G modems. Users simply configure the modem using the graphic Network Manager application.
The microNVR Linux version comes pre-installed with a Dynamic DNS updater, a GUI firewall management application, and even full routing capabilities. It also has a DNS server, DHCP server, NTP server, OpenVPN client and server, StrongSWAN client and server and much more. All of the servers have simple to use GUI management applications or can be administered through the web administrator.
Capable Yet Simple
While this may all sound like a lot, the out of box experience with the microNVR Linux edition is very simple. We have learned a lot about customer experience, and making the microNVR easy to use is a top priority. Essentially the steps to configure the system are:
- Connect up the network
- Connect up the cameras
- Power on the system
- Log into the web administrator or use VNC
- Enable the VMS system of your choice (Exacq or ZoneMinder)