Technology Architecture. Contractor shall provide, or update as applicable, an infrastructure and network architecture, a description of how it integrates into HHSC’s current architecture, and a sustainable framework moving forward.
Technology Architecture. C.1.1 Munis Server Environment Munis Application / Database Server Network Printer(s) MA Tyler Content Manager Server CM External Web Server EW DMZ PC ` Scanner Internet User ` Intranet User Internal Ethernet Network Firewall Firewall
Technology Architecture. Core HIE services are intended to provide the primary infrastructure that supports:
1. Enterprise Master Patient Index (MPI) secured through anonymous resolution or other encryption algorithm, uniquely identifying the correct patient, ensuring that access to the right information about the right patient is correct, thus increasing confidence in the exchange capability. This allows Alaska HIE participants to search for a specific patient’s records at another facility commensurate with appropriate patient and other required approvals.
Technology Architecture. The document contained an incorrect company name for who we are currently considering partnering with on the research and development. DATES: This correction is effective [INSERT DATE OF PUBLICATION IN THE FEDERAL REGISTER].
Technology Architecture. C.1.1 Munis Server Environment To be inserted by Tyler Technology Team
Technology Architecture. (TA) that describes the IT infrastructures required to support the deployment of applications and IT services, including hardware, middleware, networks, platforms, etc.. As shown in Figure 2, these layers are each other interconnected by definitions, classifications, and concepts; data, metadata and paradata; functionalities, applications, services, interfaces and infrastructures. For each interaction a detailed description is provided.
Figure 1 The four layers composing Enterprise Architecture Figure 2 – Interactions between the Enterprise Architecture layers
Technology Architecture. Development The purpose of the “Technology Architecture Development” process is to design the interoperable technology platforms that will link the Information Architecture and the Application Architecture and meet the needs of the various user roles at identified work locations (the “Technology Architecture”). The Technology Architecture Development process includes the following activities: 1 Developing high level alternatives that comply with the Enterprise IT Architecture and selecting from among the alternatives, including by:
(a) Identifying benefits, and potential risks and mitigating responses, for each alternative;
(b) Documenting the rationale for using each alternative; and
(c) Selecting the best alternative based on the foregoing. 2 Based on the alternative selected, completing the Technology Architecture deliverables defined by Enterprise IT Architecture, which may include:
(a) Architecture level deliverables (e.g., vision statement, best practices);
(b) Conceptual level deliverables (e.g., high-level technology - major business process diagrams, high-level technology - application models);
(c) Solution level deliverables (e.g., system technology evaluation matrix, network topology diagram); and
(d) Implementation level deliverables (e.g., client location map, server location map, object expected/maximum volume requirements).
Technology Architecture. The Genesis Laboratory and Data Processing and Analytics system must support interoperability with only approved 3rd party laboratory analysis technology solutions. In addition, the system must support the exchange of data electronically. A user-friendly interface is required for end user interaction with the system. The system must support the latest advancements in system and network architecture. The system must provide confidentiality, integrity, and availability.
