6. A server configured to provide semantic cache cloud services to connected devices, comprising: a memory adapted to store instructions; a communication module; and a processor adapted to communicate with the connected devices via one or more networks in conjunction with the stored instructions, wherein the processor is configured to: receive web traffic from semantic device applications, wherein the semantic device applications provide for automatic detection of the web traffic; selectively filter the received web traffic; automatically register semantic objects representing semantic devices and semantic device applications into a public cached namespace, a private shadow namespace that is a shadow copy of the public cached namespace, and an activated private Q-context namespace that is a secure namespace, opaque to users, wherein: the private shadow namespace includes each of the semantic objects automatically instrumented by a time, a location, and a context, and the activated private Q-context namespace includes a Q-context that defines Q-context assertions, queries, and rules relevant to each of the instrumented semantic objects; record the time, the location, and the context for each of the semantic objects; and coordinate and synchronize the semantic objects within a semantic object plexus representing cooperating semantic devices and semantic device applications by applying the Q-context assertions, the queries, and the rules defined via Q-context processing for an interlock.
6. A server configured to provide semantic cache cloud services to connected devices, comprising: a memory adapted to store instructions; a communication module; and a processor adapted to communicate with the connected devices via one or more networks in conjunction with the stored instructions, wherein the processor is configured to: receive web traffic from semantic device applications, wherein the semantic device applications provide for automatic detection of the web traffic; selectively filter the received web traffic; automatically register semantic objects representing semantic devices and semantic device applications into a public cached namespace, a private shadow namespace that is a shadow copy of the public cached namespace, and an activated private Q-context namespace that is a secure namespace, opaque to users, wherein: the private shadow namespace includes each of the semantic objects automatically instrumented by a time, a location, and a context, and the activated private Q-context namespace includes a Q-context that defines Q-context assertions, queries, and rules relevant to each of the instrumented semantic objects; record the time, the location, and the context for each of the semantic objects; and coordinate and synchronize the semantic objects within a semantic object plexus representing cooperating semantic devices and semantic device applications by applying the Q-context assertions, the queries, and the rules defined via Q-context processing for an interlock. 7. The server according to claim 6 , wherein the processor is configured to automatically register the semantic objects into the public cached namespace, the private shadow namespace, and the activated private Q-context namespace by: registering semantic resources, caches, and proxy detected semantic web namespace traffic into the public cached namespace, the private shadow namespace, and the activated private Q-context namespace.