- RASPBERRY PI IP CAMERA HOW TO
- RASPBERRY PI IP CAMERA INSTALL
- RASPBERRY PI IP CAMERA SOFTWARE
- RASPBERRY PI IP CAMERA CODE
Having no documentation in this regard, we decided to request “enlighten” from the “ONVIF” protocol itself. Our goal is to be able to intercept the streaming video to be able to view it via MotionEYE and, why not, always from MotionEye to be able to manage the pan and tilt of the IP camera. In addition, we also have the IP address of our IP room. At this point, suppose that the ONVIF protocol is present on port 5000. Our attention on this device was drawn by the presence, on port 554 of a service with RTSP protocol, the video streaming protocol of our IP camera. Normally there should be no services on the doors above 10000.įor enter the “network” IP address of your local subnet, for example 192.168.178.0, for (Classless Inter-Domain Routing) enter the bit length of your subnet mask, for example 24 for the commonly used mask “255.255.255.0”.Īmong the numerous output lines we have identified the following, visible in Fig. The parameter -p allows to indicate the range of ports to be scanned. Nmap is able to probe the open TCP ports on each device to identify the type of service offered.
RASPBERRY PI IP CAMERA INSTALL
If Nmap is not installed, install it with the commands: Nmap is a network mapping tool with numerous features, in our case we use it to find out the IP address of the IP camera and on which ports network services are available. Yeah but which address? To find out, you have two possibilities: either open the graphic interface of your router and go to find out which devices are currently connected and their respective IP addresses, or use the Nmap command from the GNU / Linux shell, for example, Raspberry Pi. Clearly our local network has a DHCP server, therefore our IP camera will automatically be assigned an IP address belonging to our local subnet. We connected the IP camera to the local network via Ethernet cable. Looking at the IP camera, below we have identified a label with the access credentials to the IP camera management system, as visible in Fig. The main problem we encountered is the lack of documentation intended for a “maker” user, so we approached the project with a “reverse” engineering approach.
RASPBERRY PI IP CAMERA CODE
The IP camera we have chosen is the IPC-Z06H model with the code CP728.
![raspberry pi ip camera raspberry pi ip camera](https://img.staticbg.com/images/oaupload/banggood/images/AF/05/c2b92a32-c273-4515-ba7d-3de63deab504.png)
Too many acronyms? Let’s proceed with the order. Fortunately, an increasingly widespread trend is the adoption by manufacturers of the GNU / Linux operating system and the ONVIF (Open Network Video Interface Forum) communication protocol and the RTSP (Real-Time Streaming Protocol) video streaming protocol.
RASPBERRY PI IP CAMERA SOFTWARE
Generally, for the use of these cameras, proprietary software is offered, albeit free of charge, usually provided as “apps” for smartphones or PC applications. A wide range of this type of video cameras is available, of good quality, with prices continuously falling and equipped with TCP / IP connectivity, PTZ zoom and pan (Pan, Tilt, Zoom).
![raspberry pi ip camera raspberry pi ip camera](https://static.electronicsweekly.com/distribution-world/wp-content/uploads/sites/20/2015/09/20150905_202629_preview_featured.jpg)
The challenge, if we can call it that, was to be able to control a commercial IP camera from the MotionEye application. Obviously, the knowledge of a little programming in the Python language does not hurt. Those who want to reproduce what is described should have a good knowledge of the GNU / Linux world, of the TCP / IP protocol and of the SOAP technology (Simple Object Access Protocol – it is the technology adopted for the development of Web Services, category to which ONVIF belongs). We state that the information contained in this article is of an “orientation” type to deal with a project of this type.
RASPBERRY PI IP CAMERA HOW TO
1, in this episode we see how to expand our architecture with a commercial IP camera, all always controlled by our Raspberry Pi “concentrator”.
![raspberry pi ip camera raspberry pi ip camera](https://content.instructables.com/ORIG/FEM/MVMR/HO7X6PPQ/FEMMVMRHO7X6PPQ.jpg)
Still with reference to the architecture that we propose in Fig. In the face of an event, we have described the possibility of sending a message via email and / or executing a command or program. We have seen how to configure the management of alarm notifications against the detection of a “suspicious” movement in the area controlled by the video camera. In the previous posts, dedicated to the creation of a video surveillance system based on Raspberry Pi and the MotionEye application, we saw how to install the software necessary for our architecture and how to configure a first video camera connected via USB and a second Pi Camera that can be managed remotely, using a second Raspberry Pi, reachable from the local network, with MotionEye installed. Building our centralized web-controlled home video surveillance system.