[server] label = camdserver protocol = newcamd device = 192.168.1.100:12000 user = camuser password = campass group = 1 au = 1
To ensure OSCam starts automatically on boot and runs as a background service, create a systemd unit file:
The oscam.server file specifies where OScam gets its decryption keys. This can be an internal physical card slot, a USB card reader (like a Smargo or Easymouse), or a proxy connection to another network server.
Mastering the oscam.server configuration file is essential for anyone running a TV distribution system. From selecting the correct protocol to hardening against EMM floods, every parameter influences stability, speed, and security. oscam server config
The oscam.conf file is the backbone of your server. It controls the global behavior of the application, logging, web interface access, and the protocols used to share keys.
Fields:
Most problems with OSCam can be diagnosed using the feature in the Web Interface (port 8888). This log provides real-time information on ECM requests, card reader status, and errors. Here's how to fix the most common problems: [server] label = camdserver protocol = newcamd device = 192
: Enables Auto-Updating. This allows the specific user to send EMM data back to the local_smartcard reader, extending the subscription validity of the card automatically.
Security tips:
[reader] label = localreader protocol = internal device = /dev/ttyUSB0 caid = 0x0100 boxid = 00000000 group = 1 From selecting the correct protocol to hardening against
P: 098C 1 # Prioritize CAID 098C and enable auto-update I: 0 # Ignore all other CAIDs on all channels Use code with caution. Load Balancing
This guide provides a comprehensive breakdown of the core configuration files needed to get your server running smoothly. 🛠️ Prerequisites Before editing files, ensure you have: