This is not a fixed glossary. These concepts emerged from observing how teams understand systems, organise information and make decisions.
13 conceptsRepresentation
How knowledge is expressed.
Information does not remain neutral when its form changes. A list, decision table, diagram or conversation may contain the same facts while producing very different levels of understanding.
Shared Language
A common understanding that allows the same business concepts to carry consistent meaning across teams and systems.
Different departments may use the same data while understanding it differently. A shared language aligns terminology, definitions and assumptions before those concepts are translated into processes, data models or integrations.
Context
The minimum understanding required before reasoning becomes possible.
Context identifies where a problem belongs, which part of a system matters and which mental model should guide the investigation. Without it, technically sound reasoning can begin in the wrong place.
Cognitive Load
The mental effort required to understand and work with information.
Complexity becomes harder to manage when relationships, priorities and exceptions remain implicit. Good information design reduces unnecessary mental effort without removing the underlying business complexity.
Organisational Memory
How knowledge survives people.
An organisation cannot rely indefinitely on individual memory. Documentation, decision records and shared models allow knowledge to remain usable when the people who created it are no longer available.
Search Cost
The effort required to locate knowledge before useful work can begin.
A team may already possess the answer and still lose time finding it. Search cost appears through unclear ownership, missing documentation, vague naming and repeated handovers.
Confidence
The trust required to reuse existing knowledge instead of rebuilding it.
Knowledge may exist without being discoverable or credible enough to guide a decision. When teams cannot trust what the organisation already knows, they begin designing new solutions to old problems.
System History
The accumulated decisions embedded in a product over time.
Components, configurations and behaviours carry the history of earlier customer needs, regulations and architectural choices. A small request can therefore touch a much larger structure than its visible surface suggests.
Future State
A deliberately designed way of operating that guides change beyond reproducing existing processes.
Transformation projects often preserve historical constraints by default. A future state provides a shared direction for deciding which behaviours should remain, which should change and how the organisation intends to work after implementation.
Operational Validation
Validating a business decision by allowing future users to perform realistic tasks in a working environment.
Specifications and demonstrations show how a solution is expected to work. Operational validation lets users experience the proposed model directly, exposing friction and assumptions before the final implementation is committed.
Validation
The process of testing whether an interpretation or decision remains credible against evidence.
Validation is not a final approval step. It is the repeated comparison between a model, real behaviour and the consequences of acting on that model.
Operational Reality
The business situations that become visible only when a product is used in real operational contexts.
Specifications describe expected scenarios, while production reveals how users, exceptions and workflows actually interact. Operational reality can deepen an organisation's understanding without invalidating its original analysis.
Compliance
The continuous alignment between regulatory intent, product behaviour and operational reality.
Compliance is not external to product design. It shapes available choices, workflows, language and evidence. In mature products, it must be continuously validated as real usage exposes new operational contexts.

