Climate Intelligence Platform

Climate change kills at night.Who gets to sleep cool is a justice question.

NightBreath reveals a hidden urban emergency: nighttime minimum temperatures are rising faster than daytime highs, and the first neighborhoods to lose safe sleep are overwhelmingly low-income, racialized, and historically marginalized.

The Invisible Crisis

Why nighttime heat is a public health emergency

Night warming speed

0.0x

Nighttime warming outpaces daytime in urban systems.

Zhao et al. 2014

Consecutive hot nights risk

0.0 nights

Organ system strain compounds rapidly after repeated non-recovery nights.

Mora et al. 2017

Heat mortality timing

Nocturnal

Most heat deaths occur overnight and in the early morning period.

Murage et al. 2017

Urban attribution

High

Urban form materially amplifies mortality in heat events.

Heaviside et al. 2017

Our Five Tools

Live pulse, NASA signals, map, index, and action engine

Operational Accountability

How this becomes real in 90 days

NightBreath is designed to be judged on implementation evidence, not interface polish. These milestones, targets, and safeguards define what success means in a real municipal-community pilot.

Days 0-30

Baseline and Governance Setup

Create a neighborhood heat equity cell with municipal staff, community organizations, and resident advisors to validate local risk maps.

Deliverable: baseline heat-risk register + outreach protocol.

Days 31-60

Rapid Intervention Sprint

Run overnight check-ins, cooling-site wayfinding, and low-cost home cooling supports in highest-burden blocks identified by NHVI.

Deliverable: weekly operations dashboard + issue escalation log.

Days 61-90

Measure, Adjust, Scale

Compare pilot outcomes against baseline, tune intervention sequencing, and publish a policy-ready scale plan for the next season.

Deliverable: public pilot report + 12-month investment roadmap.

Pilot scorecard targets

Exposure Reduction

Pilot target: 0.6-1.2C modeled nighttime improvement in priority blocks.

Equity Allocation

Pilot target: >=70% of direct resources allocated to highest-NHVI quartile neighborhoods.

Response Operations

Pilot target: alert-to-outreach activation in under 45 minutes during extreme nights.

Community Co-Governance

Pilot target: at least 4 resident and Indigenous-informed co-design sessions each quarter.

Cooling Access

Pilot target: measurable increase in overnight cooling-site utilization in high-risk zones.

Evidence Transparency

Pilot target: every brief includes confidence bounds, data freshness, and assumptions.

Anti-Displacement Guardrail

Pair cooling upgrades with tenant-protection and anti-displacement policy triggers to prevent climate gentrification.

Two-Eyed Governance

Require interventions to pass both scientific validity checks and place-based knowledge review before deployment.

Trade-Off Disclosure

Report energy, biodiversity, and cost trade-offs alongside every recommendation to avoid single-metric optimization.

Implementation Readiness

Built for deployment, governance, and public communication

Execution speed

Rapid demo-ready architecture

Single URL with live pulse, map, dashboard, and toolkit. Fast to explain under time pressure.

Decision support

Supports executive brief + narrative flow

PDF brief export, visual evidence layers, and phased implementation story are built-in.

Systems alignment

Covers all 4 themes + 4 lenses

Adaptation, collective action, climate tech, and systems outcomes with equity-first Two-Eyed Seeing.

Our Approach

Four design lenses for climate operations

Equity and Justice

Night heat maps onto racial and economic segregation. We prioritize interventions where NHVI is highest and frame cool sleep as a right, not a luxury.

Practicality

Action starts this week with mutual aid and cool-sleep protocols, then scales to roofs, trees, and infrastructure pilots that can launch with low-cost sensor kits.

Two-Eyed Seeing

Persian badgir, courtyard cooling, stepwell refuge design, and Aboriginal thermal landscape reading are treated as advanced engineering knowledge alongside climate science.

Systems Thinking

Night cooling intersects public health, housing justice, urban forestry, energy poverty, biodiversity, infrastructure, and policy. We model interventions as linked system levers.

About

NightBreath

Built for municipalities, nonprofits, and response coalitions that need neighborhood-level heat intelligence and clear implementation pathways.

This platform combines Toronto-aligned mock structures with live public data integrations and evidence-grounded methods to support rapid piloting through a single operational interface.

Sources

Centralized source registry

Scientific references, live APIs, and methodology inputs are now listed in one place so users can quickly audit what powers each page.

Open Sources

AI Advisor

AI Strategy Copilot

Generate concise decision-ready strategy notes with evidence cues and practical next-step actions.

AI-enabled
NightBreath operational prototype. Mock model layers are combined with live diagnostics and evidence-aligned ranges from peer-reviewed and public data sources.