This creates a huge point-of-failure, as servers can go down due to hardware failures, network failures, maintenance issues, etc.Īnd in both replication topologies, synchronization can only occur between two devices at a time. The hub-server must always be working and online, or replication can’t occur. In a client-server topology, your entire replication environment is dependent on the hub-server. “Follow-the-sun”: Replication occurs from one server to another sequentially - i.e., Server 1 syncs with Server 2 then Server 2 syncs with Server 3 and so forth.But the client servers can only share files with the hub-server, not each other. The hub-server can share files with any client server. Client-server: One server is designated as a hub-server, and the other servers are client servers.There are two types of point to point replication topologies: Organically scale to support your synchronization needs no matter how big they become.Eliminate any bottlenecks and single points of failure.Simultaneously transfer files across all devices.Using these two transfer tactics, Resilio can: With file chunking, a file is split into several blocks that can transfer independently of each other. With P2P transfer, every device in your environment can communicate with every other device. And if synchronization between any points (i.e., between any two servers) is interrupted or delayed (due to slow network connections), then every other server must wait to receive their files or file updates.īut Resilio Connect uses a P2P transfer architecture and file chunking to provide faster, more reliable file synchronization than any other solution. When you can only sync point to point, large sync jobs and synchronization to many endpoints can take a long time. This creates a host of problems that make these solutions problematic for organizations that need to sync large files, sync large numbers of files, or sync files across multiple endpoints. This means that these solutions can only copy files from one server to another sequentially - i.e., only two servers can share files at a time. Other Linux file sync solutions, like Rsync or Unison, use a point-to-point file transfer architecture. Faster, More Reliable Sync with P2P Architecture
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