Oscam Timeline

IPv6 Support: OScam was updated to support modern networking standards.Emu Support: The integration of "OScam-Emu" became popular, allowing the software to handle software-based keys (SoftCam.Key) alongside physical smartcards.Stream Relay: This became a critical feature for handling hardware-specific encryption layers that required the video stream to be processed through OScam. 2020 – Present: The Resilience of Open Source

These years marked the "Golden Age" of OScam development. The software moved beyond being a simple card server and became a full-fledged softcam. Key milestones included:

As broadcasters introduced "pairing" (linking a smartcard to a specific set-top box) and advanced 64-bit CWs (Control Words), OScam evolved to keep up. oscam timeline

| Year | Milestone | Significance | | :--- | :--- | :--- | | | Project starts (v0.1) | The first modular open-source card server. | | 2010 | Web Interface added | Made debugging and monitoring visual. | | 2012 | Anti-blacklist patches | Allowed cards to survive provider attacks. | | 2015 | v1.20 release | The "Golden Standard" for stability. | | 2017 | Cache-EX integration | Reduced sharing latency to milliseconds. | | 2020 | Stream Relay | Enabled secure viewing on mobile devices. | | 2023 | CI+ & Python 3 | Future-proofing for modern broadcast standards. |

| Feature Category | Early Era (2008-2010) | Mid Era (2011-2015) | Modern Era (2016-Present) | | :--- | :--- | :--- | :--- | | | Text file only | WebIf (Web Interface) | Responsive WebIf + REST API | | Protocols | Newcamd, CCcam | gBox, Radegast, Camd35 | Full CCcam 2.3.0 support, GHTTP | | Card Handling | Local Card Only | Network Card Sharing | Cache-Exchange, CW-Exchange | | Cryptography | DES, Basic AES | 3DES, AES-128, RSA | AES-256, SHA-256 handling | | Hardware | x86, PPC (Dreambox) | x86_64, ARM, MIPS | ARMv8, Raspberry Pi 4/5 | | Operating Sys. | Linux Native | Linux + Windows (Cygwin) | Linux (Docker containers common) | IPv6 Support: OScam was updated to support modern

In late 2009, the project was officially branched and rebranded as OScam. The primary goal was to create a modular system where different "modules" handled different tasks—one for the web interface, another for specific protocols like Newcamd or CCcam, and others for hardware drivers. This period saw the first stable builds that allowed users to manage their local smartcards with unprecedented control. 2010 – 2012: Rapid Expansion and Protocol Mastery

This was the defining era for OSCam, where it moved from being a simple emulator to a complex, modular client/server architecture. | | 2012 | Anti-blacklist patches | Allowed

To understand OSCam's history, it helps to see how specific features were layered on over time:

Web Interface Integration: The introduction of a robust WebIF allowed users to configure readers, users, and monitoring via a browser rather than editing text files manually.CCcam Protocol Support: OScam successfully integrated the CCcam protocol, allowing it to act as both a client and a server for one of the most popular sharing protocols at the time.DVB-API Implementation: This allowed OScam to communicate directly with the tuner hardware of Linux-based receivers like the Dreambox and VU+, eliminating the need for a separate client like CCcam or MGcamd. 2013 – 2015: The Fight Against Advanced Encryption