This drops connections automatically if a client requests more keys per minute than a single retail hardware tuner physically could, identifying account sharing instantly. Troubleshooting & Debugging
The oscam.user file controls who can connect to your server and what content they are allowed to decrypt based on group categorization.
This file controls how OSCam reads the smart card. The sections in oscam.server are recurring, allowing for multiple physical or virtual card readers. A typical [reader] section must specify the label (name), the protocol (e.g., internal for an internal slot or mouse for a Phoenix interface), and the device path ( device = /dev/ttyUSB0 ). The boxkey or rsakey might be required for specific card types, though the internal cache handling has evolved, often deactivating "Stream Relay" as it is no longer needed for modern setups. oscam server config
[account] user = client1 pwd = pass123 group = 1 au = my_card_reader cccreshare = 1 cccmaxhops = 2
Start OSCam and verify logs; connect a client using newcamd to port 12000 with the credentials tvclient/tvpass. This drops connections automatically if a client requests
Create a new configuration file for Oscam, typically named oscam.conf . This file will contain the settings for your Oscam server setup.
Key sections and recommended settings:
This file controls how the server behaves and which protocols it uses to communicate. Web Interface ( Essential for managing the server via a browser (e.g.,
The oscam.server file tells OSCam where to look for the decryption keys. You can configure a local USB reader or connect to an external proxy server. Example A: Local Physical Reader (e.g., Easymouse 2 USB) The sections in oscam