Compute & Economics
Pricing structure, supply elasticity, energy and density limits.
Early indicators of structural change in AI infrastructure.
weak signal → repeated pattern → structural tension → system shift
Weak
Early and sparse, before consensus forms.
Repeated
Recurring across events and contexts.
Tension
Structural tension appears in cost, governance, and velocity.
Shift
A system shift changes decision boundaries.
Pricing structure, supply elasticity, energy and density limits.
Orchestration patterns, runtime boundaries, and safety.
Platformization success/failure and layer re-splitting.
Auditability, quotas, compliance, and standards.
Org redesign, workflow shifts, and soft signals.
Scan cards first, then expand System mapping.
Observed pattern: Repeated short-term drops followed by fast rebounds across regions.
Why it matters: Signals mismatch between supply elasticity and deployment cycles.
Qi: compute density; Yin-Yang: expansion vs cost control; Yun: late platform to early scaling.
Observed pattern: Scoped credentials, receipts, and auditing become standard runtime primitives.
Why it matters: Indicates movement from demo agents to production-governed agents.
Yin-Yang: innovation vs governance; Five Elements: Earth + Metal; Yun: platformization.
Observed pattern: Teams move from fragmented stacks to centralized gateways and policy layers.
Why it matters: Reduces operational variance and redefines control points.
Five Elements: Earth; Qi: signal concentration; Yun: early scaling.
Weak signal
Early disturbance with localized evidence.
Repeated pattern
Cross-day and cross-domain repetition forms a pattern.
Structural tension
Patterns collide with system boundaries, creating cost/governance pressure.
System shift
Some signals appear in Briefs; a smaller subset is promoted to System-level discussion.
Signals
Observe forces early.
Briefs
Record daily manifestations.
System
Explain structure and timing.