However, new conversations will be Swarms and will be synchronized. The interface will be as it is today and old conversations will not be synchronized. For current users, this won't change a lot of things. This allows us to keep a large part of the existing logic and avoid breaking any feature. In the first phase, we want to start using Swarms for new one-to-one conversations only.
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We plan to integrate Swarms in three different phases: To quote Jen Simmons speaking about Rust in Firefox, it's like replacing the jet engine while still flying. Although work on the first technological bricks started more than a year ago, providing those features without any server is not an easy task and takes time to come. Thereby Swarms allow Jami to sync messages across all devices of a conversation, and users to create conversations with multiple participants. If an Internet shutdown occurs at a university, both sides will be able to chat separately and, when the shutdown will be over, the conversation will merge for every student. So, imagine students in two different universities in a single Swarm conversation. With Swarms, the idea is to be able to continue the discussion whenever possible. In classic applications, you need to be connected to a service to be able to communicate with your contacts, even if you talk to someone in your company or your network. The peer-to-peer nature of Jami allows it to be as resilient as possible. We'll talk more about the Swarm protocol and implementation in other articles. Under the hood, Swarms use Git to store the conversation, along with peer-to-peer TLS connections for syncing. Swarm conversations are synced across all of your devices and with all participantsĭespite providing group communication capabilities and syncing, Swarms are fully distributed and require no server or organization to be used. Swarms are fully distributed and peer-to-peer text conversations, with a potentially unlimited number of participants.
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Users who are on the same local network can communicate with Jami even if they are disconnected from the internet. Latency and transfer speeds are greatly reduced thanks to the direct peer-to-peer connection.
GOMEZ PEER ANDROID ANDROID
Jami reachs your peers directly in peer to peer network and is available on Windows, macOS, iOS, GNU/Linux, Android and Android TV.Īll communications are peer-to-peer and end-to-end encrypted.Īvailable on Linux, Android, AndroidTV, Windows, macOS and iOS. You can communicate freely with Jami through text messages, audio calls, video calls and you can also share pictures and files. Without restriction on file size, speed, bandwidth, features, number of accounts, storage or anything else. Jami uses state of the art end-to-end encryption with perfect forward secrecy for all communications and comply with the X.509 standard.
GOMEZ PEER ANDROID SOFTWARE
Jami is a GNU project backed by the Free Software Foundation and distributed under a GPLv3 license. Jami is completely peer-to-peer and doesn't require a server for relaying data between users.