Sat-IoT Ecosystem · Climate Intelligence

Predicting
Tomorrow,
Today.

Earth Intelligence from Space. The first integrated Sat‑IoT ecosystem for climate resilience.

[Explore Technology]
The Challenge

The Problem

Traditional sensors are blind. We give them eyes in orbit.

Wildfire seen from space

Wildfires

Climate change is amplifying wildfire risk globally. Traditional ground sensors detect fires only after they've spread — we detect thermal anomalies from orbit in real time.

Ocean health monitoring

Ocean Health

Ocean acidification, temperature anomalies, and pollution require continuous monitoring. Satellites provide the only scalable solution for real‑time planetary ocean intelligence.

Global connectivity gap

Connectivity Gap

85% of Earth's surface lacks terrestrial connectivity. IoT sensors in remote regions — forests, oceans, arctic zones — are disconnected from the data infrastructure that matters.

Products

Our Solutions: The CRAS Ecosystem

CRAS global satellite coverage map
< 1
System of Systems
CRAS.FIRE icon
CRAS.FIRE

Real-time wildfire detection, risk mapping, and alert infrastructure. CRAS tracks fire distribution from the planet's atmosphere and orbit — sub-80-second latency globally.

Wildfire Intelligence
CRAS.LINK icon
CRAS.LINK

Direct-to-orbit connectivity bridging the 85% coverage gap. Deploy IoT sensors anywhere on Earth — forests, oceans, polar regions — and receive data in seconds.

Satellite Connectivity
CRAS.OCEAN icon
CRAS.OCEAN

Continuous ocean health monitoring from space. Sea surface temperature, chlorophyll anomalies, microplastic drift, and acidification alerts in near real-time.

Ocean Intelligence
<80s
Comms Data Latency
100%
Europe Coverage
3+
Ecosystem Products
24/7
Monitoring Active
How It Works

Integrated Sat‑IoT Architecture

CRAS combines low-earth-orbit satellite constellations with ruggedized IoT sensor networks, unified under a proprietary edge-AI processing layer. The result: planetary-scale intelligence with near-zero latency.

LEO Satellite

LEO Satellite Constellation

Multi-plane low-earth-orbit coverage ensuring every point on Earth is within range in under 80 seconds.

Direct-to-Orbit IoT

Direct-to-Orbit IoT

Proprietary LPWAN protocol enabling battery-powered sensors to communicate directly with satellites — no ground infrastructure required.

Edge-AI Processing

Edge-AI Processing

On-board AI models pre-process sensor data in orbit, reducing downlink bandwidth and enabling real-time anomaly detection at the edge.

CRAS Sat-IoT system architecture
Our Purpose

Insuring Tomorrow
from Orbit

"Cras" means Tomorrow. We exist to protect the planet's future by reading today's signals from space — empowering governments, researchers, and industry to act before disasters strike.

[Our Mission]