Linked from

The 15 pages that link to Peer-to-peer, each with the reason it gives.

• Content delivery networkCompared with: Peer-to-peer delivery shifts distribution to user devices, unlike a CDN's managed edge servers.

• Computer networkCompared with: It distributes roles that client-server networks assign to central servers.

• Client–server modelCompared with: It contrasts with the model's distinct client and server roles.

• BitcoinNarrower topic: Bitcoin nodes relay transactions and blocks across this decentralized network.

• Network address translationRelated: NAT can obstruct direct peer connections and shape how these systems establish links.

• Web 2.0Compared with: Its distributed architecture contrasts with platform-centered web services.

• Edge computingCompared with: It distributes participation among peers rather than organizing processing around managed edge infrastructure.

• BlockchainRelated: Blockchain nodes exchange transactions and blocks across a peer-to-peer network.

• Near-field communicationNarrower topic: NFC’s peer-to-peer mode allows two active devices to exchange data directly.

• Online gameCompared with: Some games exchange player actions directly, avoiding a dedicated gameplay server.

• Multiplayer video gameCompared with: Some games distribute session coordination among players instead of using a dedicated server.

• Bram CohenNarrower topic: BitTorrent distributes file transfer among participating peers instead of depending on one central source.

• SkypeRelated: Skype initially used a peer-to-peer architecture to relay calls and help users connect.

• Architecture (networks)Compared with: It distributes roles that client–server architectures place in dedicated servers.

• Berkeley Open Infrastructure for Network ComputingCompared with: BOINC coordinates volunteer clients through project servers rather than operating as a fully peer-to-peer system.