: Keeps the network socket open to avoid delays when requesting a key after a period of silence. Creating accounts ( oscam.user )
Configuring an OSCam server might seem complex at first, but once you understand the roles of oscam.conf , oscam.server , oscam.user , and oscam.dvbapi , you have the keys to a powerful and flexible card‑sharing system. By carefully following the installation steps, tailoring the example configurations to your hardware, and applying the security and tuning advice, you can build a robust server that serves your satellite viewing needs reliably. The open‑source nature and active community behind OSCam mean that you are never alone in your journey—there is always help available for unique setups and advanced optimisations. Whether you are a curious hobbyist or a professional integrator, mastering OSCam server configuration opens the door to a far more flexible and cost‑effective world of digital television.
: Instructs OScam to decode using local physical cards before querying remote proxies.
[reader] label = remote_share protocol = cccam device = host,port user = username password = password group = 2 cccversion = 2.3.0 ccckeepalive = 1 Use code with caution. oscam server config
[reader] label = my_local_card protocol = smartreader device = 001:002 caid = 0D95 rsakey = A92E8F... (long RSA key for certain cards) detect = cd mhz = 450 cardmhz = 2700 group = 1 emmcache = 1,3,2 blockemm-unknown = 1 blockemm-u = 1 saveemm-u = 1 au = 1
Begin by installing Oscam on your server or receiver. The installation process varies depending on your device and operating system. For most Linux-based receivers, Oscam can be installed via the package manager or by compiling the source code.
: Auto-Update. Setting au = local_card_reader allows that specific client box to send EMM updates back to the local smartcard so it does not expire. Best Practices for a Secure OScam Server : Keeps the network socket open to avoid
In the world of satellite and cable television, OSCam (Open Source Conditional Access Module) stands as the most powerful and versatile software for sharing and managing decryption keys. Whether you are a hobbyist building a home TV distribution system or a network administrator managing a complex receiver setup, the core of your operation rests on one critical file: the configuration.
Launch your browser and navigate to http://YOUR_SERVER_IP:8888 (using the login credentials set up in Step 1). Watch the live log window for these common status markers:
The oscam.server file tells OScam where to look for encryption keys. This can be a local physical smartcard reader (like an Easymouse 2 USB reader) or a remote backup server. Local USB Reader Example (Easymouse 2) The open‑source nature and active community behind OSCam
The most helpful feature for managing these configs is the , which you enable in oscam.conf . It provides:
[account] user = bedroom_tv pwd = another_strong_password group = 1 au = 0 max_connections = 1
These sections define the server protocols. OSCam can emulate different server types to be compatible with various clients.
sudo systemctl enable oscam sudo systemctl start oscam