Abstract: Techniques implemented by a game-hosting service to place a load balancer between client devices engaged in a game session and servers that maintain state data for the game session. Rather than having a single server maintain state data and host the game session, the load balancer will broadcast action data received from the client devices to the server that is hosting the game session, or “primary server,” and also to a redundant server that is maintaining state data for the game session, or “secondary server.” Thus, if the primary server is unable to continue hosting the session, the secondary server may begin hosting the game session using the state data maintained for the game session. Further, by offloading the network input/output (I/O) tasks of communicating with the client devices from the server to the load balancer, the server can allocate larger amounts of resources to hosting game sessions.

Abstract: Techniques implemented by a game-hosting service to place a load balancer between client devices engaged in a game session and servers that maintain state data for the game session. Rather than having a single server maintain state data and host the game session, the load balancer will broadcast action data received from the client devices to the server that is hosting the game session, or “primary server,” and also to a redundant server that is maintaining state data for the game session, or “secondary server.” Thus, if the primary server is unable to continue hosting the session, the secondary server may begin hosting the game session using the state data maintained for the game session. Further, by offloading the network input/output (I/O) tasks of communicating with the client devices from the server to the load balancer, the server can allocate larger amounts of resources to hosting game sessions.

Abstract: A request is received by a provider network from a requestor for data associated with a customer of the provider network. The data is not stored at the provider network, and the request includes a first encryption key. The provider network verifies that the requestor is authorized to request data from the customer of the multi provider network. The provider network sends information pertaining to the requested data to the customer. The provider network also sends the identity of the requestor and the first encryption key. The provider network sends, to the requestor, data that is encrypted, and a decryption key for decrypting the encrypted data.

Abstract: A request is received by a provider network from a requestor for data associated with a customer of the provider network. The data is not stored at the provider network, and the request includes a first encryption key. The provider network verifies that the requestor is authorized to request data from the customer of the multi provider network. The provider network sends information pertaining to the requested data to the customer. The provider network also sends the identity of the requestor and the first encryption key. The provider network sends, to the requestor, data that is encrypted, and a decryption key for decrypting the encrypted data.