The TOGAF® (The Open Group Architecture Framework) Architecture Development Method (ADM) is the most complete and common accepted framework for developing and managing the enterprise architectures. It is a systematic method of designing the architecture of the organization that makes the organizations to be aligned with their business and IT strategies and at the same time promotes the efficiency, consistency and agility.
Preliminary Phase: The Preliminary Phase is the beginning of the architecture improvement technique. Within Redis Labs stakeholders involved in this phase will consist of Senior Control, IT Managers and Organization Architects.
Architecture Vision: This layer is for the definition of high-degree goals and targets of the architecture. The stakeholders could be the Redis Labs executives, product managers, and answer architects. Technologies, strategic roadmaps, and business plans might all be part of the ABB framework.
Business Architecture: The enterprise layer of the Business Architecture is concerned with tracking the strategies and documenting the organization. The stakeholders may include business analysts, operations teams, and sales and marketing managers. ABBs in Redis Labs should involve enterprise strategy models and customer data.
Information Systems Architecture: Information Systems Architecture, as a concept, provides for the mapping out of the structure of information systems. A stakeholder can be a database administrator, a fact analyst, or a perception developer. ABBs might also include database schemas, statistics warehouses, and API specifications.
Technology Architecture: Technology Architecture is the hardware and software program infrastructure. To be more specific, the group of stakeholders could include system engineers, DevOps team, and organization administrators. ABBs at this level should include server models, cloud hosting services, and network layouts.
Opportunities and Solutions: This layer focuses on the use of answers to satisfy the needs of the business world. Stakeholders can also be the solution architects, product managers, and software developers. SBBs in Redis can be developed, which includes: Redis Enterprise and Redis Cloud.
Migration Planning: Migration Planning is the cultivation of a map that holds the key to switching from the current leading kingdom to the desired future kingdom. Stakeholders may also include venture managers, system integrators, and release managers. SBBs might contain migration scripts, test environments, and rollback plans.
Implementation Governance: Implementation Governance ensures participation of all requirements in the fact of implementation. Apart from this, stakeholders can include such people as community assurance groups, compliance officers, and mission funders. ABBs could contain governance frameworks, undertakings tracking equipment, and compliance checklists. Architecture Change Management: This layer is about dealing with the adjustments that the structure has gone through throughout the years. In addition to that, exchange control boards, IT support groups, and architects who built the structure, may be the participants. SBBs might be formed of trade requests paperwork, structure of version control, and documented updates. Requirements Management: Requirements Management comprises of shooting and managing architectural requirements. The stakeholders may also include commercial analysts, device analysts and requirements managers. ABBs can cover the creation of requirement templates, traceability matrices, and requirements management tools.
Business Layer:
Business Services: Telecommunication services, customer support, marketing and sales.
Business Processes: Service provisioning, billing, customer relationship management, network planning.
Business Actors: Executives, customer service representatives, sales teams, marketing personnel.
Application Layer:
Applications: CRM system, billing and invoicing system, network management software, content delivery platforms.
Application Services: Service provisioning API, billing API, network monitoring service, content streaming service.
Data Objects: Customer profiles, billing records, network configuration data, content metadata.
Technology Layer:
Infrastructure Services: Network infrastructure, cloud computing resources, data storage options. Use our AI to write for you about any defined topic
Technology Components: Clusters among the likes of servers, routers, switches, virtualization platforms and, finally, storage arrays.
Physical Nodes: Digital data is stored in data centers, and servers, network hubs, cell towers, and customer premises equipment.
This ArchiMate Layer View model presents alternatives that were considered by AT&T's management to be redundant, that are, past decisions that management deems no longer fit their goals or objectives.