Abstract: Embodiments of an unrestricted binary unambiguous file or memory mapped object are disclosed along with descriptions of corresponding reading and writing processes. The file or object may be used to store data of any type. ‘Binary unambiguous’ refers to a quality whereby the binary data stored within the datastore (file or memory map) is always and uniquely identified by a binary type identifier readily discerned from the self same map. Similarly, the term ‘unrestricted’ refers to the capacity of the protocol to accept data of any type, nature, format, structure or context, in a manner that retains the binary unambiguous nature of embodiments of the disclosed technology for each data item. A storage object so created may be easily read by dedicated software, and as well as with the provision of appropriate metadata, be transferred between data stores without requiring intervention from a computer user or administrator.

Abstract: Embodiments of an unrestricted binary unambiguous file or memory mapped object are disclosed along with descriptions of corresponding reading and writing processes. The file or object may be used to store data of any type. ‘Binary unambiguous’ refers to a quality whereby the binary data stored within the datastore (file or memory map) is always and uniquely identified by a binary type identifier readily discerned from the self same map. Similarly, the term ‘unrestricted’ refers to the capacity of the protocol to accept data of any type, nature, format, structure or context, in a manner that retains the binary unambiguous nature of the invention for each data item. A storage object so created may be easily read by dedicated software, as it is of simple definition and is durable in nature. Its generality removes the need for repeated updates and versions of the underlying protocol.

Abstract: In one aspect, a method of storing data includes receiving instances of data and storing the instances in an entity instance table, allocating a unique identifier to each instance of data received for storage in the entity instance table, such that each instance can be uniquely referred to, and providing a relationship definition table for storing relationship definitions. Each relationship definition has three data fields. The method also includes receiving three unique identifiers of selected instances of data stored in the entity instance table and storing the three unique identifiers as a relationship definition in the relationship definition table. A relationship is defined by the unique identifiers of exactly three instances of data and each of the three unique identifiers is contained in a respective one of the three data fields of the relationship definition.