Some software like IPP2P claims BitComet traffic is detectable even with PHE. Protocol header encryption (PHE) was conceived by RnySmile and first implemented in BitComet version 0.60 on 8 September 2005. These systems were designed initially to provide anonymity or confidentiality, but became required in countries where Internet Service Providers were granted the power to throttle BitTorrent users and even ban those they believed were guilty of illegal file sharing. Obfuscation and encryption make traffic harder to detect and therefore harder to throttle. ![]() Some ISPs deal with this traffic by increasing their capacity whilst others use specialised systems to slow peer-to-peer traffic to cut costs. Purpose Īs of January 2005, BitTorrent traffic made up more than a third of total residential internet traffic, although this dropped to less than 20% as of 2009. ![]() Similar protocol obfuscation is supported in up-to-date versions of some other (non-BitTorrent) systems including eMule. PHE was implemented in old versions of BitComet. MSE/PE is implemented in BitComet, BitTornado, Deluge, Flashget, KTorrent, libtorrent (used by various BitTorrent clients, including qBittorrent), Mainline, μTorrent, qBittorrent, rTorrent, Transmission, Tixati and Vuze. ![]() However, encryption will not protect one from DMCA notices from sharing not legal content, as one is still uploading material and the monitoring firms can merely connect to the swarm. In addition, they attempt to make traffic harder to identify by third parties including internet service providers (ISPs). They attempt to enhance privacy and confidentiality. Protocol encryption ( PE), message stream encryption ( MSE) or protocol header encrypt ( PHE) are related features of some peer-to-peer file-sharing clients, including BitTorrent clients.
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