Abstract: A computing device comprising a frontend and a backend is operably coupled to a plurality of storage devices. The backend comprises a plurality of buckets. Each bucket is operable to build a failure-protected stripe that spans two or more of the plurality of the storage devices. The frontend is operable to encrypt data as it enters the plurality of storage devices and decrypt data as it leaves the plurality of storage devices.

Abstract: A computing device comprising a frontend and a backend is operably coupled to a plurality of storage devices. The backend comprises a plurality of buckets. Each bucket is operable to build a failure-protected stripe that spans two or more of the plurality of the storage devices. The frontend is operable to encrypt data as it enters the plurality of storage devices and decrypt data as it leaves the plurality of storage devices.

Abstract: A computing device comprising a frontend and a backend is operably coupled to a plurality of storage devices. The backend comprises a plurality of buckets. Each bucket is operable to build a failure-protected stipe that spans two or more of the plurality of the storage devices. The frontend is operable to encrypt data as it enters the plurality of storage devices and decrypt data as it leaves the plurality of storage devices.

Abstract: A computing device comprising a frontend and a backend is operably coupled to a plurality of storage devices. The backend comprises a plurality of buckets. Each bucket is operable to build a failure-protected stipe that spans two or more of the plurality of the storage devices. The frontend is operable to encrypt data as it enters the plurality of storage devices and decrypt data as it leaves the plurality of storage devices.

Abstract: A computing device comprising a frontend and a backend is operably coupled to a plurality of storage devices. The backend comprises a plurality of buckets. Each bucket is operable to build a failure-protected stripe that spans two or more of the plurality of the storage devices. The frontend is operable to encrypt data as it enters the plurality of storage devices and decrypt data as it leaves the plurality of storage devices.

Abstract: A computing device comprising a frontend and a backend is operably coupled to a plurality of storage devices. The backend comprises a plurality of buckets. Each bucket is operable to build a failure-protected stripe that spans two or more of the plurality of the storage devices. The frontend is operable to encrypt data as it enters the plurality of storage devices and decrypt data as it leaves the plurality of storage devices.

Abstract: A method for cache management of a mobile device communicatively connected to a network component via a network is provided. The method comprises receiving by the network component a request from the mobile device for a data item, the request accompanied by a unique identifier associated thereto, the data item residing in the cache; fetching the data item from at least a server communicatively connected to the network component; generating a unique identifier respective of the fetched data item; and comparing the generated unique identifier and the received unique identifier to determine whether the data item in the cache is the same as the data item fetched from the at least a server.

Abstract: A method for cache management of a mobile device communicatively connected to a network component via a network is provided. The method comprises receiving by the network component a request from the mobile device for a data item, the request accompanied by a unique identifier associated thereto, the data item residing in the cache; fetching the data item from at least a server communicatively connected to the network component; generating a unique identifier respective of the fetched data item; and comparing the generated unique identifier and the received unique identifier to determine whether the data item in the cache is the same as the data item fetched from the at least a server.