selfdriven-digital-interaction-framework

Build content, webapps, and documentation based on the selfdriven Digital Interaction Framework — the layered trust architecture for digital relationships. Use when the user mentions trust layers, digital interaction framework, relationship lifecycle, agent network, trust tiers, policy stacks, risk calibration, transactional vs interactional, fidelity/confidence/provenance, or Architecture Decision Records (ADRs) in the selfdriven context.

selfdriven-ecosystem

Build selfdriven Foundation ecosystem properties — branded webapps, documents, APIs, and organisational frameworks. Use when the user mentions selfdriven, selfdriven.money, KERI/ACDC identity, Areas of Focus, Human Conductor models, or the selfdriven brand palette (flamingo #C8442F).

selfdriven-interactive-info-site-build

Build selfdriven-branded interactive info websites from conceptual sketches, notebook photos, or framework descriptions. Use when the user wants to turn notes, sketches, diagrams, or conceptual frameworks into a polished single-file HTML interactive site with the selfdriven brand system — especially for KERI/ACDC trust architecture, digital interaction frameworks, or any selfdriven knowledge base content.

insurance-claims-adjuster

industrial-engineer

Ability to analyse, design, optimise, and improve systems that integrate people, processes, technology, and resources to meet defined performance, quality, cost, and safety requirements. Includes applying engineering, statistical, and systems methods to model workflows, identify inefficiencies, evaluate trade-offs, and implement improvements across operations and supply chains. Applies across manufacturing, services, logistics, healthcare, and infrastructure contexts and is independent of specific tools or industries, with human accountability retained for decisions, outcomes, and impacts.

mechanical-engineer

Ability to design, analyse, test, and maintain mechanical systems and components that meet defined functional, safety, and performance requirements. Includes applying engineering principles to materials, structures, thermodynamics, fluid mechanics, and motion systems; producing and interpreting technical designs and specifications; validating designs through analysis and testing; and supporting manufacture, operation, and lifecycle management. Applies across industrial, infrastructure, energy, manufacturing, and product contexts and is independent of specific tools or industries, with human accountability retained for safety, compliance, and outcomes.