System Architecture

Solutions Architecture refers to the process of developing and defining an architecture for a specific digital solution or system. It involves analysing business requirements, selecting suitable technologies and defining the technical infrastructure to deliver an integrated solution that meets all requirements.

A good solutions architecture is important to ensure that the final product works effectively and efficiently. It ensures that the solution is scalable as requirements change and can be extended to include any appropriate customisations. However, solutions architecture also involves monitoring and reviewing the solution over time to ensure that it continues to meet requirements and that – if necessary – changes and improvements can be implemented at any time.

Tech Environment Analysis is a process that examines the current technological landscape of a company or industry. The analysis is used to map and assess the existing technological resources, systems and processes (including a review of the existing technological infrastructure and systems) to gain a better understanding of the strengths, weaknesses, opportunities and threats (SWOT analysis). The goal of a tech environment analysis is to gain a better understanding of the technology landscape and use this information to make better business decisions, improve processes and increase competitiveness. It can also help identify and minimise risks, while facilitating the transition to new technologies and solutions.

Software Architecture describes the fundamental structures, processes and decisions that determine the design of a software. It includes the selection of technologies, tools and platforms, as well as the definition of interfaces, data structures and algorithms. A good software architecture should be robust, scalable, easy to maintain and secure. It should also take into account business requirements and goals, as well as allow for a clear separation of responsibility and functionality. Effective software architecture speeds up the development process, and help avoid technical debt and costly rework.

Operational Architecture encompasses the set of processes, systems, technologies and organisations required for the day-to-day operation of a business or organisation. This includes planning, monitoring and optimising business processes, IT systems and infrastructures, as well as supporting operational activities. Operational architecture should support business success by enabling efficient and effective execution of business processes and IT systems. Availability, security, compliance and scalability requirements are also factored in. Good operational architecture can help minimise operational risks, simplify operations and reduce costs.