Abstract: In a system and method for encoding data for transmission, the data may be encoded using principles of superpositioning, holography and entanglement over a distributed network. The data is encoded into a virtual tokenized state, called a holographic token or Q-Token, an exists in a superposed, holographic and distributed form throughout the network. Unique properties of the holographic token include ultra-high integrity and availability to any node authorized to acquire the holographic token, while enabling cryptographic certification and rich data processing functionality. The example system is highly efficient, low-power, anti-fragile, and resilient to attacks of various kinds. The data encoded by the method and system cannot be cloned because the encoded data exists in a distributed form over the network. Hence, an intrinsic identity and integrity of the encoded data is preserved through all operations or catastrophes even to large parts of the distributed network or persistence structures.

Abstract: An access gateway/wireless router pod for a public safety communications infrastructure, a method of manufacturing the same and a public safety communications infrastructure incorporating the pod. In one embodiment, the pod includes: (1) a weather-resistant housing having a battery compartment, (2) at least one electronic module located within the housing, (3) an antenna coupled to the housing, (4) a mounting bracket couplable to the housing and configured to mount the housing to a fixture and (5) an electrical harness coupled to the housing and configured to couple the at least one electronic module to a source of electric power associated with the fixture.

Abstract: A system for, and method of, providing device integrated battery backup with power source monitoring and manipulation and a public safety communications infrastructure incorporating the system or the method. In one embodiment, the system includes: (1) a power supply couplable to a primary source of electric power, (2) a network interface, coupled to the power supply and configured to allow the power supply to be remotely controlled and monitored, (3) a rechargeable backup source of electric power coupled to the power supply and (4) a nonrechargeable backup source of electric power coupled to the power supply, the power supply configured to monitor the primary source and the rechargeable backup source and select one of the primary source, the rechargeable backup source and the nonrechargeable backup source based thereon.