Areas of Work

I·V·O notation

Notation & measurement

The notation stays consistent. What is observed or measured depends on the domain.

I·V·O does not replace domain-specific measurement.

It provides a structural notation through which observations and measurements can be organised consistently.

A symbol can represent a qualitative observation, a measured variable, or a derived state — provided the source and operational definition are explicit.

State Logger

A prototype instrument for recording I·V·O states over time. It connects the notation to observation, logging and measurement.

Explore the State Logger →

The I·V·O notation remains fixed while example sources, measurements and representations change between domains.

An organisation visualised as a field of strategy, people, operations, markets and feedback
Organisations & systems

Organisations & systems

Follow signals, decisions, delivery and feedback through an organisation.

See the organisation map →
A train station mapped as routes, pressure points and changing patterns of public use
Architecture & public space

Architecture & public space

See how spatial conditions become actual routes, pressure and patterns of use.

Explore Architecture & public space →
The nervous system visualised as interacting context, awareness, autonomic, somatic and action fields
Care & society

Care & society

Explore regulation, signals and feedback without reducing a person to a diagnosis.

Explore Care & society →
A watershed mapped as connected climate, woodland, river, wetland, coast and settlement fields
Landscape, climate & ecology

Landscape, climate & ecology

Follow weather, water, land use and ecological pressure through one connected landscape.

Explore Landscape, climate & ecology →
An AI system mapped across data, objectives, behaviour, governance, deployment and human oversight
AI systems

AI systems

Follow data, objectives, behaviour, governance and human oversight through a deployed AI system.

Explore AI systems →
A qubit mapped across basis states, superposition, interaction, decoherence and measurement
Quantum technology

Quantum technology

Explore superposition, interaction, environmental noise and measurement through a conceptual state map.

Explore Quantum technology →