© EmberSat - Orbital Monitoring System

Semifinalist · XPRIZE Wildfire Track A (2025)

Stop Catastrophic Wildfires — Before They Start.

EmberSat's microsat constellation delivers minute-scale ember-level detection so communities can act before sparks become megafires.

3 minute overpass
5 m² fire size
2500%+ ROI

The Growing Crisis

$500B/year
US wildfire losses annually
6M ha
Burned globally
1B t CO₂e
Emissions released

Our Solution

EmberSat provides always-on orbital thermal imaging combined with AI anomaly detection to deliver automated alerts before small fires become catastrophic.

Continuous orbital monitoring with thermal imaging
AI-powered anomaly detection algorithms
Automated alert system to emergency responders
Sub-minute detection and notification times

Live Coverage Visualization

Real-time satellite constellation monitoring wildfire-prone regions

EmberSat North America coverage grid

© EmberSat - Coverage Grid

Western US Coverage

Initial coverage swath across Arizona, Utah, Idaho, Montana, Alaska, and Canada. Additional coverage swaths will be deployed over time to expand EmberSat's wildfire detection network.

EmberSat orbital coverage view

© EmberSat - Orbital Analysis

Autonomous Tracking

Tasking and pointing capabilities providing realtime thermal video for firefighting, with ability to point outside of the principal swath for increased areal coverage and tasking to high risk regions outside of the swath.

EmberSat regional coverage

© EmberSat

Regional Monitoring

Detailed coverage of California and Arizona wildfire zones

EmberSat 3D coverage

© EmberSat

Realtime Thermal Video

Live thermal video feeds for firefighters to gauge containment progress, identify hot spots, and monitor fire behavior in real-time during suppression operations.

EmberSat Flagstaff coverage

© EmberSat

Flagstaff Region

Precision coverage around NAU research headquarters

Why EmberSat?

Super-Early Warning

Detects fires as small as 5 m², alerts in < 5 min. Our advanced thermal sensors can identify the smallest heat signatures before they spread.

Rapid Coverage

3-minute overpass frequency with 240-satellite constellation. Global coverage ensures no fire goes undetected during critical early stages.

Game-Changing Economics

Modeled 2,500%+ societal ROI with only 10% loss reduction. Revolutionary cost-benefit ratio for wildfire prevention.

Constellation Specifications

Overpass Frequency3 minutes
Minimum Fire Size5 m²
Alert Time< 5 minutes
Satellite Count240 satellites
CoverageGlobal
ROI Projection2500%+

Payload Specifications

Dimensions7 × 8 × 9 cm
Mass600 g
Power (Standby)7 W
Power (Peak)9 W
Form Factor< 1U CubeSat
HostingCompatible
[0m 45s] Thermal anomaly detected lat 34.98, lon -111.73 • SMS sent to Coconino County IC • [1m 12s] Anomaly confirmed growing • Ground crews dispatched • [2m 03s] Suppression initiated • [0m 45s] Thermal anomaly detected lat 34.98, lon -111.73 • SMS sent to Coconino County IC • [1m 12s] Anomaly confirmed growing • Ground crews dispatched • [2m 03s] Suppression initiated • [0m 45s] Thermal anomaly detected lat 34.98, lon -111.73 • SMS sent to Coconino County IC • [1m 12s] Anomaly confirmed growing • Ground crews dispatched • [2m 03s] Suppression initiated •

Mission Roadmap

2025

Prototype Development

Complete hardware prototype and ground testing of thermal detection systems.

2026

ISS Demonstration

Deploy proof-of-concept payload to International Space Station for orbital validation.

2027

3-Satellite Pilot

Launch pilot constellation covering high-risk regions in California and Australia.

2028

240-Satellite Global Network

Deploy full 240-satellite constellation providing global coverage with sub-3-minute revisit times.

Our Team

Cody Hartman

CEO & Co-Founder

Aerospace Engineering, Wildfire Detection Systems

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Prof. David Trilling

Chief Science Officer

Professor, Northern Arizona University

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Dr. Alexander Shenkin

Head of AI & Detection

Assistant Research Professor, NAU

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Marc Cooper

CTO

Satellite Systems & Payload Engineering

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Prof. Christopher Edwards

Technical Advisor

Professor, Northern Arizona University

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Jason Fields

Strategic Advisor

Former CEO, W.L. Gore & Associates

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In the Press

EmberSat's mission to revolutionize wildfire detection is gaining attention

12

NAU researchers want to launch wildfire-detecting satellites

12 News Arizona

Northern Arizona University researchers are developing satellite technology to detect wildfires within minutes of ignition, potentially revolutionizing wildfire response.

Read Article
AZ

Flagstaff scientists aim to use satellites to spot wildfires within a minute of their start

AZ Family

Scientists at Northern Arizona University are working on technology that could detect wildfires from space within one minute of ignition, offering unprecedented early warning capabilities.

Read Article

Help us change humanity's relationship with wildfire.