@rsp/pulse v1.0 Standard

Global Population Pulse & Resource Allocation

Measuring real-time capacity, strain and resource demand across populations without human surveillance. A privacy-first telemetric framework for public health, civic infrastructure, supply chain equilibrium and disaster response.

Guiding principle

“Coordination, not surveillance. Sensing macro population strain without individual tracking.”

@rsp/pulse telemetry architecture — edge signal to anonymised pool
1Multi-lingual intent100+ countries / 50 languages of edge actions
2Burn-on-writePII, IP & coordinates destroyed at the edge
3k-anonymity poolRegional aggregation (N ≥ 50 threshold)
4Macro ESI & balanceResource allocation for institutions
Pulse Server Summary →
An editorial walkthrough of the strain engine, its scope, edge escrow, timing model and humanitarian purpose.
RSP Pulse Server →
Live ambient node health per region, with k-anonymity escrow enforced before anything renders.
Global Telemetry →
Macro ESI across every reporting pool, with sealed regions shown as escrowed.
Resource Allocation →
Institutional balancing: route responder capacity toward strain, never toward identity.
Open Specification →
Protocol invariants for edge telemetry, burn-on-write and k-anonymity thresholding.
Strain Engine (ESI) →
The Event Strain Index mathematical formulation for real-time capacity vs demand sensing.
Disaster Aid Framework →
Integration across Crisis Compass, AidAngel, Guardian Guide and FirstAidAngel.
Civic infrastructure & utilities
Sense power grid friction, transit bottlenecks or municipal water deficits via anonymised action signals.