Technology Capability Architecture

Technology Capability Architecture describes what core functionalities an information system will be able to deliver. The typical method to identify whether a particular wording is describing a capability is to test it by ‘time’, for example:

• Does it describe a long term functional need, name is usually consistent over time? If yes, it is could be a technical capability term.
• Does it describe design or solution? If yes, then it is probably a design pattern rather than capability.
• Does it describe a rather vague term that is driven by market demand? If yes, then it is probably a value proposition.

Here is an (my) interested list of Technology Capability Architecture

Data Integration has a critical role in developing data-driven applications. The solution market is relatively over-crowded. These section provides a structured approach to take a look fundamentals.

Artificial Intelligence capability focuses on systems that mimic human cognitive functions such as learning and problem-solving, encompassing machine learning, natural language processing, and computer vision.

Purposely-built Databases addresses the need for specialized storage engines optimized for specific data models and access patterns, moving beyond the “one size fits all” relational database paradigm.

Software Engineering focuses on the systematic application of engineering approaches to the development of software, enabling reliable, efficient and maintainable systems through established patterns and practices.

Operating Systems manages computer hardware and software resources, providing common services for computer programs and acting as the fundamental layer between applications and the physical machine.

Visualization and Analytics transforms raw data into actionable insights through statistical analysis and interactive visual representation, enabling users to explore trends, patterns, and anomalies.