Pay television exists to make revenue from subscribers, and sometimes those subscribers do not pay. The prevention of piracy on cable and satellite networks has been one of the main factors in the development of Pay TV encryption systems.
The early cable-based Pay TV networks used no security. This led to problems with people connecting to the network without paying. Consequently, some methods were developed to frustrate these self-connectors. The early Pay TV systems for cable television were based on a number of simple measures. The most common of these was a channel-based filter that would effectively stop the channel being received by those who had not subscribed. These filters would be added or removed according to the subscription. As the number of television channels on these cable networks grew, the filter-based approach became increasingly impractical.
Other techniques such as adding an interfering signal to the video or audio began to be used as the simple filter solutions were easily bypassed. As the technology evolved, addressable set-top boxes became common, and more complex scrambling techniques such as digital encryption of the audio or video cut and rotate (where a line of video is cut at a particular point and the two parts are then reordered around this point) were applied to signals.
Encryption was used to protect satellite-distributed feeds for cable television networks. Some of the systems used for cable feed distribution were expensive. As the DTH market grew, less secure systems began to be used. Many of these systems (such as OAK Orion) were variants of cable television scrambling systems that affected the synchronisation part of the video, inverted the video signal, or added an interfering frequency to the video. All of these analogue scrambling techniques were easily defeated.
In France, Canal+ launched a scrambled service in 1984. It was also claimed that it was an unbreakable system. Unfortunately for that company, an electronics magazine, “Radio Plans”, published a design for a pirate decoder within a month of the channel launching.
In the USA, HBO was one of the first services to encrypt its signal using the VideoCipher II system. In Europe, FilmNet scrambled its satellite service in September 1986, thus creating one of the biggest markets for pirate satellite TV decoders in the world, because the system that FilmNet used was easily hacked. One of FilmNet’s main attractions was that it would screen hard-core porn films on various nights of the week. The VideoCipher II system proved somewhat more difficult to hack, but it eventually fell prey to the pirates.
Here is the list of all recently added keys from Nagravision, Viacess, Irdeto, DCW, Tandberg Categories
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- ERT Package DCW CCW Codes
- CNBC Africa Tandberg Key on Intelsat 20
- Boxing PPV Sky Sport BOX OFFICE Tandberg V1 Keys
- Cablecom Swiss Cable TV (Switzerland) Nagravision Keys
- Digi TV (Cable) Nagravision Key
- VTV Group Tandberg Key on Thaicom @ 78 East
- Tandberg Keys 14th September 2017 Update
- FIGHTBOX & DA VINCI LEARNING DCW Keys
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- Wimbledon tandberg keys
- Vision TV Package CCW/DCW working keys on Astra4A
- BulsatCom irdeto keys on Hellas 2 @ 39 East
- Eutelsat 16A DCW Keys
- English Football tandberg keys
- IMG Asia Feed tandberg key
- MTVU Package CW Keys on Astra Sat
- Canal France Package CCW Keys update @ Astra 19.2
- ARY World started on Asiasat 3S @ 105.5 East – DCW Key
- Band News International Tandberg Keys @ 58 West
- America TV Peru Package Tandberg Keys
- Fox Network Tandberg Keys
- Tandberg keys for RCN SD/RCN Novelas @ SES 6 40.5w
- Viasat Ukraine DCW Keys
- ARY Digital Network DCW keys on Asiasat 7
- English premier league Tandberg keys
- FA Cup Tandberg Keys