RGBY was developed from direct experience of compliance failure in regulated sectors. Not from academic theory, but from live operational environments where existing tools failed to detect deterioration, evidence response, or maintain control.
The platform began in social housing, where damp and mould compliance exposed fundamental weaknesses in how organisations monitor conditions, identify causation, and evidence their response. The Glaser method — the standard approach to condensation risk — was found to be insufficient for real-world conditions.
From that starting point, RGBY developed a deterministic reasoning approach that applies across any sector where compliance, safety, and auditability are non-negotiable.
Strategic Development
Strategic development, product direction, and commercial positioning. Responsible for the Narrowhouse development — a 29-storey residential tower in Gas Street Basin, Birmingham, now being converted to the Birmingham Institute of AI.
Operations & Product
20 years across social housing and major construction delivery. Head of operations delivering large construction frameworks. Identified the Glaser method failure, developed the RGBY approach, and hardened it for cross-sector deployment.
RGBY's core technology is patent-protected under references A16626GB and A16512GB. The patents cover the deterministic reasoning approach, the CNVF vector engine architecture, and the structured compliance monitoring methodology.
For partnerships, pilots, technical discussions, and sector conversations.
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