Solution Architecture Sample Clauses
Solution Architecture. During the Solution Architecture phase, the detailed solution design is finalized based on confirmed requirements. During this phase, the team analyzes the current systems, operations, and operational procedures, identifies the human factors needs, considers implementation options, and with the CUSTOMER, commits the detailed solution design and implementation schedule. Stakeholder participation to identify processes and standard operating impact is critical in this process to support a successful integration of the new system. Current procedures, connectivity, and routing policies are examined so that the appropriate practices are carried forward to the new system environment. Examples of important areas considered include load balancing philosophies and default routing rules. Initial planning for connectivity from the telephone service providers to the Points of Interconnection (“POI”) also begins in the architecture phase. Key solution architecture planning activities include: • Detailed solution design and schematics (onsite, site to site, site to West, firewalls, routers, etc.) • IP specifications • Telephone service provider connectivity specifications • Physical requirements (e.g., equipment room design, floor loading) • Call transfer requirements • Training plan and schedule • Refined project plan and timeline During the Solution Integration phase, the components of the solution, including processes, applications, servers, network components, and data flow, are ordered, engineered and readied for deployment. All network, regional, data center, and CUSTOMER premises components are delivered, and the equipment rooms and other facilities are readied. Coordination with wireline, wireless, and VoIP telephone service providers is an essential part of this stage to plan for the Service management transition. Telephone service providers receive all necessary information and detail to obtain connectivity to the West systems and the service provider’s connectivity to the POIs is engineered and ordered. Working closely with the CUSTOMER and stakeholder groups, the project team designs customized provisioning plans (including incoming trunk route plans, bridge lists, and dialing plans). Additionally, the documentation and training developers customize the user and process documents and various training courseware, if needed, to meet the needs of the CUSTOMER. During the Solution Deployment phase, all network components and equipment connectivity is validated an...
Solution Architecture o Objective: Design scalable and efficient architecture to support ▇▇▇▇▇▇▇▇’▇ ▇▇ initiatives. o Outcome: Delivered a future-ready architecture that optimized performance while maintaining cost efficiency.
1. Cost Optimization: o Achieved a 10% cost reduction by streamlining processes and leveraging efficient AI solutions.
2. Revenue Growth: o The implementation of the Visual Search and Recommender Engine contributed to multi-million-dollar revenue generation through improved product discovery and higher customer engagement.
Solution Architecture. The Supplier shall provide a description on how their solution will comply with the different aspects of the architecture requirements listed under this chapter. The purpose of the architecture requirements is to ensure that the new solution will support NRKs needs.
6.2.1 HIGH AVAILABILITY (HA) AND RESILIENCE Very high service availability is imperative for NRK. Ref. table Mezzanine Sources in 6.1.2, the table column “Category” refers to the terms found in the glossary (section 1.5 ). Primary channels should have redundancy level at 1:1 in both in network layer and related to encoder resources. For secondary channels the Customer expects a pool of minimum 2 extra encoders to be available as spares in case of encoder outage for a given secondary channel. The same applies to infrastructure such as network resources. These requirements should be applied for the production environment for all the different geolocation setups. As for a staging environment, these redundancy requirements do not apply. Keeping in mind the different SLA and availability requirements for the primary channels and the streaming channels specified in chapter 6.1.2, please suggest, and discuss the following: • The systems’ resilience strategies • What type of outage, failure and emergency situations are mitigated with the different possible configurations (1:1, N:2, etc.)? • Is there any added value or additional benefits in running all channels with same resilience/redundancy strategy. • Site-redundancy for the origin service, where each channel is in sync between sites • How non-planned maintenance and / or operational disruptions won’t impact Customers audience
Solution Architecture. Elections Voter Registration These principal areas of focus are implemented within an architectural environment shown below. Application Service ▇▇▇▇ Data Warehouse External Electronic Input Specialty Reporting Web Services Records Archive Clerk Assessor Recorder Central Imaging Workflow Manager The diagram shows the core software applications for the recorder, assessor, voter registration and the central imaging application. With the implementation of ▇▇▇▇’▇ eRegistry solution for voter registration, ▇▇▇▇’▇ election solution communicates directly with eRegistry. There may be additional data flow to the election solution that is identified through the business process analysis such as death certificates from the Clerk. The additional logical blocks include:
(a) Web services – interface and management of intra-COUNTY data flows, including enterprise-wide GIS,
(b) Workflow manager – management of data flows between CARE business units,
(c) Clerk/Recorder – the highest priority information flows will be supported through a combination of the new recorder application, workflows and central imaging outputs,
(d) Data warehouse – a repository for data used for large transactions or reports as determined by the business process analysis,
(e) Records archive – historically a storage and retrieval function, its relationship within the CARE-FREE solution is to be determined.
(f) Electronic input – the growth of electronic input requires definition of the information entry point into the CARE-FREE solution is required and is shown as a conceptual block.
Solution Architecture. Contractor shall provide a document that outlines requirements, use cases, and a solution framework in an effort to address items defined in the scope statement. The Solution Architecture shall be reviewed by the PAC and submitted for approval or rejection by the CA. This document shall include:
a. Identification of requirements that address the subproject requirement
b. Defined list of use cases for Test Plan
c. Defined list of Acceptance Criteria-the acceptance criteria will be defined for the entire subproject (excluding the Delivery task) and are measured during the Demonstration Milestone.
d. Proposed high-level solution that addresses the subproject requirements