Abstract: A computationally implemented method includes, but is not limited to: configuring a centrally administered data template including one or more data parameters, each of the one or more data parameters configured to be exchanged between one or more remote computing environments; assigning access permissions for each of the one or more data parameters to enable one or more requestors to access or exchange the one or more data parameters; and individually encrypting the one or more data parameters as individual database fields in to enable each of the one or more requestors with a cryptographic key that identifies each of the one or more requestors as qualified to retrieve the one or more data parameters via an API query. In addition to the foregoing, other method aspects are described in the claims, drawings, and text forming a part of the present disclosure.

Abstract: The disclosed technology relates to a modular structure having a floor, a ceiling and at least four walls. The walls being constructed from a plurality of bent metal panels. These bent metal panels create a rigid and continuous substrate. The walls are also pre-fabricated to incorporate embedded architectural and mechanical design elements. During the main assembly phase the floor is mounted to the walls, the sides of the walls are then mounted to each other and the ceiling is then mounted to the walls thereby forming a monolithic frame structure. This monolithic structure enables a more efficient fabrication and assembly process.

Abstract: A system comprising network based servers and a data management system providing a unified method for managing real time ad-hoc service relationships between service providers and network attached devices connected directly to the network or attached to a network attached premises gateway. Functions of a system include device/gateway network address discovery, transaction and access security, access permissions between elements in a service network and tracking of transactions between network elements.

Abstract: A switching node for transferring packets, each including a destination address, in a network includes a plurality of input port modules, a plurality of output port modules and a switching fabric, including a packet meta-data processor and a packet switch. Each input port module is connected to a communication link for receiving packets thereover, and each output port module is connected to a communication link for transmitting packets thereover. Each input port module, upon receiving a packet, buffers the packet and generates a meta-data packet therefor identifying the output port module that is to transmit the packet and packet identifier information, and provides it to the packet meta-data processor.