Let’s implement the task

Let’s go back to the starting point of this procedure. So, the first thing the user needs to do is find out the exact IP addresses of the digital device and authentication data.

The address of the new IP-camera can be found in the manual, which is in the box with the equIPment and its accessories. If the device is not new, and has been used before, there is a high probability that its address has been changed. In this case, the addresses from the box are not useful. Where to look for a new address?

To get the latest information, download and install any network scanner you like on your computer. For example, Angy IP Scanner. On the Internet, you can find a whole variety of analogues of this software. Choose a program at your own discretion, although it is difficult to find a fundamental difference in this type of software.

Downloading the scanner to your PC.

Install the program and run.

Moving on. Login and password can also be found in the manual. Usually the word “admin” is entered in the login line. The password is the same. This is the standard authentication data provided by the manufacturer.

In order for the computer and the digital camera to be connected to the same local network, the PC address must be changed. For example: in IP cameras IPv4, on the computer specify a value from 2 to 253, the main requirement is that the IP is unique in the local network.

Assign PC addresses with subnet mask

Next, you need to open a web browser on your computer. To deal with the extensive functionality, it is best to use the popular Internet Explorer browser for THESE purposes. It is notable in that it allows you to install various plugins of equIPment to control.

In the address bar, you must enter the IP address of the camera and the port.

Then. pass authentication by entering your username and password in the appropriate fields. Done! Login completed. After that, the user can start performing the planned actions.

How to access an IP camera through a browser

The digital age opens up new doors for users to a world of unique opportunities. One of them is the connection to the network control device. Any digital gadget is equIPped with its own web interface.

In this article, we will figure out how to log into an IP camera using a unique device ID. Simply put. by IP address. At the same time, you need to understand that the implementation of this idea is impossible without observing a number of conditions. Read carefully the steps that must be taken without fail. They are presented below.

What you need to do to log into your digital camera:

  • Connect the device to the power supply and local network using an RJ45 cable. The camera can be connected to a PC or router. at the discretion of the owner.
  • Find out the IP address of a specific device and the connection port.
  • Have with you the necessary information to pass authentication (username and password).

Web interface of a digital surveillance camera

The web interface of the IP camera is designed to control a network device, as well as for user interaction with various sites and applications.

Let’s consider its key features:

  • Change static address (IP)
  • Changing the administrator password for entering the IP camera;
  • Full reset;
  • Viewing in “real-time” mode;
  • FTP connection;
  • Port change (http)
  • Setting up mail sending;
  • Synchronization setting;
  • Change date and time.

What to do if you cannot log into the camera through the browser?

First, you should double-check the correctness of the information entered. If the IP address and other data are registered correctly, and you cannot enter the device, you need to act according to plan B.

In some cases, you may need to add a port in the address bar of your web browser to log into the IP camera. It must be registered after entering the IP address of the digital camera. How will it look in practice? Example: 81 (or 82).

How to find the IP address of any device, MAC address and other network connection parameters

Every network-connected device (laptops, tablets, desktops, smartphones, etc.) has its own IP address on the network and a universal MAC address. Very often, for some reason, you need to know your MAC addresses, or IP addresses. In today’s article, we will look at how to find IP and MAC addresses in Windows 10, 8.1, 8, 7, Mac OS X, IPhone, IPad, Android, Linux devices.

Windows 10

On Windows 10 IP and Mac. The address can be found faster than other versions of operating systems. In the notification area, you need to click on the Wi Fi icon, or the Internet, then select “Network Settings”

How to Find IP and Mac Addresses Windows 10

In the window that appears, select “Advanced options”. You can also access this menu through “Start” = parameters = Network and Internet = Wi Fi or Ethernet.

How to Find IP and Mac Addresses Windows 10

Scroll down and see all the required network parameters

How to Find IP and Mac Addresses Windows 10

Windows 7, 8, 8.1, 10

In all versions of Windows, the network settings can be found through the control panel (the control panel is usually in the Start menu, if not. You can find it through the search, or clicked on the start with the right mouse button and choosing from the list).

In the control panel, select “View network status and tasks” (In the Network and Internet item) = on the left side “Change adapter settings” = double-click the left mouse button to open the connection you need = click “information” = all the network settings you need will be here

How to Find IP and Mac Addresses Windows 7,8,8,1,10

Also in all versions of Windows to find out the network parameters. It is enough to enter in the command line: IPCONFIG

How to Find IP and Mac Addresses Windows 7,8,8,1,10

Mac OS X

The easiest and fastest way to find out the network parameters on a Mac: hold down the “Options” button to open the Wi Fi menu in the menu bar at the top of the screen, and in the list at the very bottom you will see IP, Mac addresses, etc.

Method two: go to the Apple menu and select “System Preferences”

How to find IP and Mac addresses of Mac OS X

Open “Network” and select your network connection, then select “Advanced” and look at the tabs for the network information you need.

How to find IP and Mac addresses of Mac OS X

IPhone and IPad

How To Enter The IP Camera Settings

To find IP address and other network parameters in IPhone and IPad. You need to go to “Settings” = Wi Fi networks = near your network, click the arrow

How to find IP and Mac addresses of IPhone, IPad

To find out the Mac (physical address) in the IPhone and IPad. In the same settings, go to “Basic” = In the phone

How to find IP and Mac addresses of IPhone, IPad


In Android, IP and Mac addresses can be viewed in the settings:

We go to “Settings”, you can go through the menu or lower the curtain and select the gears

How to find IP and Mac addresses of Android

Now open “networks” = Wi Fi = select “Advanced”

How to find IP and Mac addresses of Android

We go down to the very bottom, where are written IP addresses and Mac addresses

How to find IP and Mac addresses of Android


This information is available from the notification area, click on the “network” icon (two arrows beside) and select “connection information”. All information will be here: IP address, Mac addresses, etc.

How to find IP and Mac addresses on Linux

Also, all network parameters can be found by entering Ifconfig in the terminal.

In all devices, the process of searching for network parameters is similar, that is, you need to go to settings, network, etc. If there are additions, or you know easier ways. Write your comments! Good luck # 128578;

Setting up the Ubiquiti Aircam IP camera

The new all-weather IP camera AirCam of the American company Ubiquiti Networks made a splash in the IP surveillance market. Outdoor digital CCTV cameras have never been as cheap as this one. Despite the low cost, the camera is very high quality and produces a decent picture. In any case, a megapixel IP camera with a resolution of 1280×720 pixels will show better than any analog camera in which the Limiting resolution is limited by the PAL standard. 720×576.

Another feature of the IP camera Air itself is the presence in the set of free GoPro software AirVision, which has, in addition to the basic functions, also rich analytical properties.

However, it will not be so easy to understand the English-language interface of this GoProgram GoPro product, especially for beginners, and not familiar with the AirOS operating system installed in other technological solutions of Ubiquiti Networks, at first it will not be so easy, so we decided to publish on our website step-by-step instructions for setting up an IP camera AirCam.

Before starting the configuration, it is advisable to update the AirCam with the latest AirCam firmware.V1.1.3

Then, in order to enter the AirCam web interface, you need to find out its IP addresses. The IP address is indicated on the camera box, which is set by default to, but if the addresses are assigned to the camera by the DHCP server, it will certainly be different. Therefore, in order not to rack your brains with the IP address, it is better to download the special utility UBNT Discovery v2.3. Which will identify the device by MAC address and give its IP.

After we find out the IP-addresses of the camera, we type it in the address bar of the browser. The entire AirVision program works and is configured from a browser. In the authorization window that appears, enter the default login and password: ubnt (login), ubnt (password). After successful input, we get to the first Main tab, where we find out general information about AirCam (MAC addresses, device name, firmware version, connection time, network parameters), below there are several subsections of additional information. Here we can also view the image from the camera.

Next, go to the tab.

Here we make the necessary settings:

  • Bit Rate, Kbit / s. this value is responsible for the stream output by the camera, the higher, the better the quality. But more network load. With a wireless connection, for example using outdoor Nanostation access points) at high bit rates Possible brakes.
  • Frame Rate, fps. the value of frames per second, using this parameter you can also reduce the network load
  • Refresh Frequency, Hz. picture refresh rate (you need to set 50).
  • Enable RTSP Authentication. the ability to GRANT access to the client to remotely control the data stream from the camera.

Go to the Network tab, which contains the network settings.

Here you can switch the static IP addresses to automatically distributed via DHCP and set the standard network settings of the AirCam IP camera.

On the last two tabs, the parameters are the same as in the interface of a regular Ubiquiti NanoStation M2 access point.

Next, let’s take a look at the software from Ubiquiti AirVision. Briefly about its capabilities.

The main thing that many are interested in is the ability to record using a motion detector, AirVision allows you to implement it using the NVR program, which performs the functions of a recorder. It has the ability to select a zone in the image and tie various recording functions to it (for example, recording by motion), displaying the load on the processor. We used the AirVision 1.0.2 software version. Although the latest version available is already AirVision 1.0.4

Also, in order to record from the camera, you need to install the AirVision-NVR program. Which can be downloaded from the official site. After successful installation of the software, we get to the AirVision 1.0.2 menu, where I place the cameras on the map we loaded. Also, when the NVR software is running, a server is displayed where all recording will be made. There can be several such servers and one IP camera can be recorded on several computers at once.

Next, we configure each AirCam IP camera. To do this, we click on any camera and select the tool icon. If you need to organize a recording, you will need a recorder. then in the NVR Assignment field, select the IP of the computer on which the NVR software is installed. In the Record Mode field, select Motion record (motion recording).

The Connection tab gives us a menu of network settings.

We register the necessary ports or leave the default ones. And also set a new username and password for the IP camera.

In the Source menu, you can select the resolution, as well as rotate the picture.

In Image Settings. adjust brightness, contrast, color and other image parameters.

Performance allows you to set frame values ​​that affect performance.

Analysis Recording tab allows you to customize analytics and recording parameters.

In the Timestamp section, you can specify the format and coordinates of placing the time and date stamp on the AirCam image.

In the Scheduling section, you can set scheduling of event recording by days of the week and specify the duration of the recording itself.

In the Live View menu, you can see the picture from each camera. You can also create a group of AirCam cameras, which will be displayed on the Multi-screen.

The Devices tab displays information about connected devices, their connection time, a stream from each camera, and also indicates the processor load. The average flow rate from each camera was 256 Kb / s. Typical CPU utilization when 4 IP cameras are connected is about 60-70%, this value was obtained from AirVision. As a server, we used the following computer: Core i3 3.1 GHz processor, 3 GB RAM, Windows XP Professional SP3.

In the Statistics menu, you can view the entire network load and activity of each zone. Statistics shown at 1280×720 resolution, motion recording was set on each camera. Bit Rate, Kbit / s in the software differs significantly from traffic directly on the camera’s web interface, which is a small misunderstanding due to certain circumstances. Also here you can see the frequency of the detector’s response to a certain zone.

On the Recordings tab, you can view recorded events from any camera and selected zone.

Analytics tab allows you to create multIPle motion detection zones on each camera.

Over time, you get used to the AirVision interface and AirCam setup becomes clear and simple. Thus, we can confidently expect that the AirCam IP camera will only gain its popularity, and the advanced software and its constant support and updating by the manufacturer will only contribute to this.

In addition to the native GoPro software, the Aircam IP camera is supported by the Russian cloud service IVIDEON. Now the service is available for free to any user. If you have one server and NOT more than 2 IP cameras are connected to it, you can use the cloud service completely freely, without any monthly fee.

It is enough just to Register for the IVIDEON service, download the server software from the site, install it on your computer and add your IP cameras there. In this case, you can view both the online broadcast from the camera and the archive recorded on your computer. For an additional fee, you can record a backup archive via the Internet on the servers of the INVIDEON service. over, if your computer crashes or is stolen by an intruder, then a backup record will remain, which can be viewed via the Internet.