June 30, 2025
SIGPfB Warm-up Call: Tensions, Metrics, and Non-Events
Participants: timber1997, _vgr, stevebeans., anurajenp, thewanderingeditor
This warm-up call for the SIGPfB group introduced a working document exploring protocols for business, focusing on tensions, metrics, and decision-making tradeoffs. The discussion centered on how conflicts and tradeoffs are managed: timber1997 argued that explicitly flagging conflict creates stable long-term equilibria rather than temporary detentes vulnerable to power shifts. The group explored how single dominant metrics (like square footage or fuel efficiency) drive individual optimization that can undermine system-level values. A major theme emerged around psychological asymmetries in motivation: stevebeans_, with support from Claude AI analysis, identified that people experience greater satisfaction watching positive metrics climb than in maintaining absence of negative outcomes. The conversation touched on the difficulty of accounting for non-events—prevented harms and avoided conflicts—which lack the clear visibility of actual events, requiring proxy measurements instead. Throughout, participants questioned what gets optimized versus what should be zero, and what tradeoffs are being made implicitly when choosing metrics.
- A 'tension' represents an actively contested tradeoff where compromise equilibrium is subject to renegotiation based on power dynamics, whereas temporary detentes without explicit conflict acknowledgment are unstable.
- People are psychologically motivated by watching good numbers increase (e.g., fuel efficiency) more than by preventing bad outcomes (e.g., zero injuries), even when the metrics are logically equivalent frames.
- Dominant metrics can destroy less legible values: optimizing for square footage in construction individually maximizes lot usage but erodes privacy and spatial quality at the system level.
- Non-events (accidents avoided, conflicts prevented) are notoriously difficult to track and account for compared to observable events, requiring proxy measurements like successful flight hours.