Oscam Server Config -

The Ultimate Guide to OScam Server Configuration If you’ve dipped your toes into the world of digital broadcasting or satellite receivers, you’ve likely encountered OScam (Open Source Conditional Access Module). It is the Swiss Army knife of softcams—highly versatile, incredibly powerful, but notoriously intimidating for beginners.

Proper OScam server config is the difference between a seamless viewing experience and a screen full of "Scrambled Channel" errors. This guide breaks down the essential configuration files to get your server up and running. What is OScam?

OScam is a software-based CAM that handles decryption keys. Unlike other softcams, OScam acts as a server/client hybrid, allowing it to communicate with local card readers, remote servers, and various receiver protocols simultaneously. The Three Pillars of OScam Configuration

To run a functional OScam server, you primarily need to focus on three files, usually located in /etc/tuxbox/config/ or /var/etc/: oscam.conf (The Global Settings) oscam.user (Who can access the server) oscam.server (Where the keys come from) 1. oscam.conf: The Heart of the System

This file defines how OScam behaves as a system. It manages the Web Interface (WebIF), API protocols, and global logging. Essential Snippet:

[global] logfile = /var/log/oscam.log nice = -1 maxlogsize = 1000 [webif] httpport = 8888 httpuser = admin httppwd = password httpallowed = 127.0.0.1,192.168.1.0-192.168.1.255 [dvbapi] enabled = 1 au = 1 user = local_user Use code with caution.

WebIF: Crucial for beginners. It allows you to configure everything via a browser at http://[IP-of-box]:8888.

DVBAPI: This allows your receiver’s tuner to talk directly to the OScam server. 2. oscam.server: Defining Your Sources

This file tells OScam where to find the decryption keys. These "readers" can be physical smartcards in your box or remote proxy servers. Example for a physical card reader:

[reader] label = my_internal_card protocol = internal device = /dev/sci0 detect = cd group = 1 emmcache = 1,3,2 Use code with caution. Example for a remote CCcam server:

[reader] label = remote_proxy protocol = cccam device = servername.com,12000 user = username password = password group = 2 cccversion = 2.3.0 Use code with caution.

Group: This is vital. It acts as a bridge. A user must belong to the same group as a reader to access its keys. 3. oscam.user: Managing Access

This file defines the accounts that can connect to your OScam server. This includes your own receiver (via DVBAPI) and any other devices in your home. Example User Entry:

[account] user = local_user pwd = group = 1,2 au = 1 [account] user = bedroom_box pwd = pass group = 1 Use code with caution.

au = 1: Enables "Auto-Update," allowing the user to send EMMs back to the card to keep it active. Best Practices for a Stable Config

Keep it Simple: Don't copy-paste massive configuration files from the internet. Start with the basics and add parameters only if you need them.

Monitor the Log: Use the WebIF "Live Log" to see real-time errors. If you see "Rejected group," check your group assignments in oscam.user and oscam.server. oscam server config

Security: Always change the default WebIF password and avoid opening ports on your router unless you use a VPN or strict IP filtering.

DVBAPI Boxtype: In oscam.conf, ensure the boxtype under [dvbapi] matches your hardware (e.g., dreambox, pc-nodvb, or raspberry). Conclusion

Setting up an OScam server requires patience, but mastering these three files gives you total control over your hardware. Once your oscam.conf, oscam.server, and oscam.user are aligned, you’ll have one of the most robust decryption setups available.

oscam.server file is a core configuration file for OSCam, used to define

—the sources where the server gets its keys (Entitlement Control Messages, or ECMs). These sources can be local smart cards or remote servers using protocols like CCcam or Newcamd. Formacionpoliticaisc Core Structure of a Reader Every entry in oscam.server must start with the

tag. Below are the most common parameters used to define one: : A unique name for the reader (e.g., MyLocalCard RemoteServer

: Specifies the communication method. Common options include (for local card slots), (for external USB readers), or (for remote shares).

: The physical path or network address. For local cards, this might be ; for remote servers, it is the address,port 192.168.1.50,12000 user / password : Credentials required if connecting to a remote server. : A numeric ID (e.g., ) used to link readers to specific users in the oscam.user

file. Only users in the same group as the reader can access its keys. : The Conditional Access System ID (e.g., for Sky DE) that the reader supports. Typical Configuration Examples 1. Remote CCcam Client (C-Line)

This configuration allows your OSCam to act as a client and connect to another server.

[reader] label = remote_cccam_server protocol = cccam device = yourserver.com,12000 user = yourusername password = yourpassword group = 1 cccversion = 2.3.2 ccckeepalive = 1 Use code with caution. Copied to clipboard ccckeepalive : Ensures the connection stays active even when not in use. cccversion

: Matches the CCcam version of the server for better compatibility. 2. Local Smart Card (Internal Slot) Used for receivers with built-in card slots. OSCam Explained: Unlocking Its Power & Understanding Risks

Configuring an OSCam server requires setting up four core text files, typically located in /usr/local/etc or /etc/tuxbox/config. Each file handles a specific part of the server's logic, from global network settings to individual user access. 🛠️ Essential Configuration Files oscam.conf (Global Settings)

This is the master file that controls the server's behavior, logging, and network protocols.

[global]: Define logging paths (e.g., /var/log/oscam.log) and client timeouts (defaulting to ~6000ms).

[webif]: Enables the browser-based management interface, usually on port 8888. The Ultimate Guide to OScam Server Configuration If

[cccam]: If sharing via CCcam protocol, define the listening port and version (e.g., 2.3.2) here. oscam.server (Reader Settings)

This file tells OSCam where to get the "keys"—either from a physical local card reader or a remote server. OSCam Configuration Guide for Users | PDF - Scribd

The OSCam (Open Source Conditional Access Module) is the most versatile softcam for satellite and cable receivers. Configuring an OSCam server allows you to manage local smartcards and share subscriptions across multiple devices in your home network.

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:

An Enigma2 receiver (like Dreambox, VU+, or Zgemma) or a Linux server.

OSCam binary installed via your OpenPLi Plugin Manager or a similar panel [3].

An FTP/SFTP client (like WinSCP or FileZilla) or access to the Web Interface (usually port 8888). 📂 Key Configuration Files

OSCam relies on three primary files located in /etc/tuxbox/config/oscam/ (the path may vary by image) [3]. 1. oscam.conf

This is the "brain" of the server. It handles the Web Interface (WebIf) and the protocols used to talk to clients.

[global] logfile = /var/log/oscam.log nice = -1 maxlogsize = 1000 [webif] httpport = 8888 httpuser = admin httppwd = admin httpallowed = 127.0.0.1,192.168.0.0-192.168.255.255 [dvbapi] enabled = 1 au = 1 user = local_user boxtype = dreambox Use code with caution. Copied to clipboard [webif]: Crucial for managing settings via your browser.

[dvbapi]: Necessary if the server is also a receiver (this allows the box to clear channels locally). 2. oscam.server

This file defines your Readers. A reader can be a physical local smartcard or a remote proxy (CCcam/Newcamd line). Example: Local Card Reader

[reader] label = my_local_card protocol = internal device = /dev/sci0 caid = 0500 detect = cd mhz = 450 cardmhz = 2700 group = 1 emmcache = 1,3,2,0 Use code with caution. Copied to clipboard Example: Remote CCcam Proxy [2]

[reader] label = remote_server protocol = cccam device = ://example.com,12000 user = username password = password group = 2 cccversion = 2.3.0 Use code with caution. Copied to clipboard 3. oscam.user

This defines who can access your server. You must create an account for the local receiver and any secondary boxes.

[account] user = local_user pwd = group = 1,2 au = my_local_card [account] user = bedroom_box pwd = pass group = 1 Use code with caution. Copied to clipboard nice : Sets the process priority

Group: Links users to specific readers. In this example, the bedroom_box only has access to group 1 (the local card). ⚡ Optimization Tips

Keep Groups Organized: Use different group numbers for local cards and proxies to troubleshoot faster.

EMM Cache: Set emmcache = 1,3,2,0 to ensure your local card receives updates (AU) without overloading the CPU.

Security: Always change the default admin/admin password in oscam.conf [3].

Box Keys: Certain cards (like Ziggo or Sky) require a boxkey or rsakey in the oscam.server file to function [3]. 🔍 Troubleshooting If your channels aren't clearing: Check the Live Log in the Web Interface.

Ensure the CAID in your reader matches your card's provider.

Restart the OSCam service after any manual file edits via the Softcam Panel [3]. To help you refine this further, could you tell me: What satellite/provider are you trying to configure? Are you using a physical local card or a remote line?

What receiver model and firmware image (OpenATV, VTi, BlackHole) are you using?

I can provide the specific CAID and MHz settings for your exact provider.

[global]

This section handles general server parameters.

• nice: Sets the process priority. -1 is recommended to give OSCam slightly higher priority over other processes.
• logfile: Critical for troubleshooting. You can log to a file, the system console, or both. Standard usage is often /var/log/oscam.log.
• maxlogsize: Limits the log size (e.g., 2000 for ~2MB) to prevent filling up disk space.
• wait_for_cards: Usually set to 1 (yes) to ensure the server waits for the card to initialize before accepting connections.

Configure and build

mkdir build && cd build cmake -DWEBIF=1 .. make sudo make install

Alternatively, use precompiled binaries from trusted sources.

10. Useful Resources

• Official OScam Wiki
• OScam SVN Snapshots
• Linux: man oscam

Load Balancing (Multiple Readers for Same CAID)

You can define multiple readers for the same CAID. OSCam will automatically load-balance.

[reader]
label                         = card_one
caid                          = 0D95
group                         = 1
...
[reader]
label                         = card_two
caid                          = 0D95
group                         = 1
...

OSCam distributes requests based on response times (Round Robin or Least Load – configurable in oscam.conf under [cache]).

1️⃣ oscam.conf – Basic Server Setup

[global]
logfile                       = /var/log/oscam.log
nice                          = -1
maxlogsize                    = 1000
preferlocalcards              = 1
dropdups                      = 1
[newcamd]
port                          = 10000@090F:000000
key                           = 0102030405060708091011121314
keepalive                     = 1
[cccam]
port                          = 12000
version                       = 2.3.2
nodeid                        = A1B2C3D4E5F60789
[dvbapi]
enabled                       = 1
au                            = 1
pmt_mode                      = 0
request_mode                  = 1
user                          = localuser