![]() Remember your new address created by dynamic DNS.ģ. They will transform your dynamic IP address into address close to public static fixed IP address. Enable a dynamic DNS (DDNS, dynDNS) service or similar services on this device to imitate public IP address (search the Internet to find more). Put a computer, laptop, micro computer (for example, Raspberry Pi costing around $30), smartphone or tablet into the local network (home network) with the camera you’d like to connect.Ģ. Routers that support openVPN More…Īttention! We recommend to do a research whether the selected router supports openVPNġ. The disadvantage of this method: it requires technical knowledge to configurate VPN. The cost in the long run is lower than the option to obtain a static IP address from your Internet provider. No installation of additional equipment “next to the camera” is required. The advantage of this method: it will help if the camera does not have a static IP address and does not support FTP Upload. If everything is set up correctly, the camera will be added to the Cloud. Then, after setting up, you’ll need to go to the “+” menu in Xeoma Cloud – Search by IP/password – enter the IP address (assigned to the router), login/password and port (or you can leave this field empty). You can find information on how to forward ports on your particular router model on the Internet. You also need to forward ports to the camera (by default 554 port is for rtsp streams, 80 for mjpeg/http, and onvif port is any port you choose if your camera has such an opportunity). Some routers support these features, but do not support OpenVPN.Īfter configuring VPN on the router via PP2P or L2TP/IPSec protocol, you need check the assigned IP address, and then, based on this IP address, connect cameras in Xeoma Cloud. You can configure not only OpenVPN on the router, but use PP2P and L2TP/IPSec protocols as well. Instructions for setting up a VPN client. On the router, you need to install and configure a VPN client and use the data to connect via VPN from the email message. ![]() The L2TP Key and IPSec Identifier parameters are not used (blank). Server, login and password are the same as for OpenVPN above. When you purchase Xeoma Cloud subscription (or when you have a demo access), you’ll receive VPN connection data via email (OpenVPN, PPTP, L2TP/IPSec). With FTP Upload you will get only 1 fps framerate of your stream.ġ. No additional equipment required on site (where the camera is).ĭisadvantages of this method: camera may be non-compliant with this feature. ![]() Test compatibility with your camera and other features of the service in this free 24-hour access to Xeoma Cloud.Īdvantages of this method: no special training or complicated setup is required. Please note the “Server address” field in camera settings should be the same as the one you’ve received in the e-mail.ĪTTENTION! If you’d like to use this method, make sure your camera supports FTP upload of pictures, before you buy Xeoma Cloud subscriptions. Set up the FTP Receiver module in Xeoma as described in this article. Add a new chain (“Add new camera” option in the “+” menu in the lower panel), delete the “Universal camera” module and replace it with a “FTP Receiver”* module.ģ. Connect to Xeoma Cloud with the connection data you receive in our letter.Ģ. (in Xeoma on computer suitable for USB/web cameras)ġ. If your camera doesn’t have a public (static/fixed) IP address, Xeoma offers a variety of ways to connect it anyway: Your camera will be found and added automatically. ![]() Run the advanced search by IP/password in “+” menu in the panel below.ģ. ![]() Connect to Xeoma Cloud using received connection data.Ģ. Easy connection of cameras to Xeoma Cloud – in just 3 steps (if the camera has public IP address):ġ. ![]()
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