why

Why swarm drones?

Name: EcoSwarm
Brand: Samaras

Filling the Sensing Gap Above 10 m

Traditional in-situ monitoring systems typically stop at or near 10 meters above ground, leaving a critical layer of the lower atmosphere unobserved.

10 meters above ground

01

Improving Weather and Storm Forecasting

Early detection of wind shear, boundary layer height variations, and emerging convection in the lower atmosphere is vital for predicting severe weather events like thunderstorms.

Wind Shear

Boundary Layer Height

Emerging Convection

02

Ensuring Aviation and UAV Safety

Many aviation incidents stem from weather hazards not visible at ground level. Clouds, wind shear, icing, or rapidly developing turbulence often emerge within this lower layer, highlighting the need for above-ground observations. For drone operations and manned flight alike, real-time vertical profiling enhances safety and situational awareness.

Weather Hazards Not Visible

03

Supporting Precision Agriculture

Agricultural decisions, from planting and irrigation to pest control, depend on understanding microclimatic conditions at the field level, including temperature, moisture, and wind behavior. UAS swarms enable dynamic monitoring across varied crop zones, guiding more efficient, sustainable farming practices.

Planting & Irrigation

Dynamic Monitoring

04 Traditional Weather Monitoring

solution #1

A white remote sensing instrument labeled 'radiometrics' mounted on a tripod on a rooftop with distant trees and buildings.

Remote Sensing Equipment

Systems like radiometers and radar profilers are highly expensive and monitor only a narrow vertical slice of the atmosphere. Mostly used for research, and are not scalable for operational or business use

solution #2

A large white weather balloon ascending into a partly cloudy blue sky with attached instruments hanging below it.

Weather Balloons

Provide vertical profiles of temperature, humidity, and wind. But they are single-use, labor-intensive, and capture data at only one point in time and space. Subject to the drift of the wind

solution #3

Orange quadcopter drone flying against a clear blue sky.

Single-Drone Solutions

Some drones can fly vertical profiles, but they are limited to one aircraft at a time. This restricts coverage and prevents building a 3D picture of the atmosphere.
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our solution

EcoSwarm transforms how we observe the atmosphere.

At the core of this platform are the EcoDrones — the lightest and smallest weather-sensing drones available. Deployed as a coordinated swarm, EcoDrones capture simultaneous, multi-level observations of the lower atmosphere, providing data exactly where it is needed and unlocking insights that traditional tools cannot provide.