Cost-Effective, Continuous Geospatial Intelligence

Get high-resolution, wide-area geospatial intelligence without the cost and gaps of traditional satellite or drone solutions.

Did you know the whole market forces you into bad trade-offs?

Black silhouette icon of a quadcopter drone viewed from above with four rotors.

Drones

Satellites

Airplanes

The “Tetrilemma” of Traditional Geospatial Intelligence

Pick two. You always lose the third.

Whether you rely on drones, satellites, or aircraft, you’re always stuck with the same compromise:

You can’t have high resolution, large coverage, continuous monitoring, and reasonable cost at the same time.

Diagram illustrating the tetrilemma of traditional Earth observation markets showing a diamond with corners labeled Resolution, Continuity, Coverage, and Cost, and the center text 'pick two.'

Drones

Amazing detail.
Tiny coverage.
Expensive per km².
They scale poorly and require constant human operations.

Great for close-ups, but impractical for continuous, large-area intelligence.

Comparison chart showing drones' problem in Earth observation with high resolution and good continuity but limited coverage and high cost.

Satellites

Great coverage.
Low revisit.
Limited detail or high cost.
You get snapshots, not presence.

Either the data is cheap and coarse - or detailed and expensive, with long gaps between updates.

Diagram showing the problem of traditional Earth Observation satellites with data on resolution, coverage, continuity, and cost, alongside a star graph illustrating their performance trade-offs.

Airplanes

Great sensors.
On-demand only.
Very expensive.

Powerful for specific missions, but not scalable or cost-effective for continuous geospatial intelligence.

Diagram illustrating the tetrilemma of traditional Earth observation with airplanes showing high resolution, medium coverage, poor continuity (on-demand only), and very high cost.

Most teams are forced to choose between cost, detail, scale, and timeliness - and live with blind spots, delays, or high budgets.

You either:

  • Miss critical changes because updates are too slow,

  • Or can’t see enough detail to act,

  • Or can’t afford to monitor the area properly,

  • Or can’t do it continuously.

So decisions are made late, with incomplete information, or not at all.

Cost-Effective, Continuous Geospatial Intelligence

Built for Organizations Responsible for Large, Critical Areas

Deliver persistent, wide-area geospatial intelligence without the cost and gaps of traditional satellite or drone solutions.

Monitor change over time, detect emerging risks, and support better decisions with affordable, always-on situational awareness- designed for large territories and long-term operations.

One Platform.
No Trade-Offs.

Resoloon focuses on high-altitude, navigable balloon platforms operating around 30 km above Earth.

This enables long-endurance, wide-area, high-resolution observation that neither drones, satellites, nor aircraft can deliver in a cost-effective way.

You can detect changes earlier, respond faster, and make decisions based on what’s happening now - not on outdated snapshots or incomplete coverage.

The result: lower risk, faster response, and better decisions at scale.

Aerial view of an industrial area with large warehouses, multiple parked trucks, cars, and some trees.

50 cm resolution

See early signs of ground subsidence, soil movement, and small-scale construction activity before they become critical.

Aerial view of a landscape with scattered clouds casting shadows on the ground below.

800 km² coverage

Monitor entire pipeline sections and surrounding risk zones - not just isolated points or short segments.

Aerial view of a patchwork of farmland and fields with scattered clouds casting shadows overhead, next to a dark river or lake.

1-day continuity

Stay up to date with evolving risks instead of relying on weekly or monthly snapshots.

A white weather balloon ascending into a clear blue sky with a red instrument box attached below it.

~$0.50 / km²

Make continuous, large-scale pipeline monitoring economically viable - not just occasional inspections.

Persistent Monitoring Without Constant Operations

3D vector field diagram showing planned balloon trajectory with colored arrows representing wind speed and direction, featuring a black path line, a black starting point, and a cyan goal axis line.

AI Navigation System

We use a proprietary wind prediction model to keep our high-altitude platform over your pipeline corridors for extended periods.
This enables continuous monitoring of critical sections without constant human control or repeated drone missions.

Thermal or infrared aerial image showing agricultural fields and a central facility with varying heat signatures.

Optical & Thermal Imaging

Resoloon uses high-resolution optical sensors to detect ground subsidence and terrain changes.
This makes it possible to spot small but critical changes across long pipeline sections.

Map interface with six overlapping green geofenced areas and white location markers, showing cost breakdown for satellite and drone deployments on the right panel.

Analytics & Data Platform

We turn raw aerial data into maps, measurements, change detection, and alerts tailored to pipeline monitoring - so your team can focus on decisions, not data processing.

What We’ve Already Built

Aerial view of a landscape with scattered white clouds casting shadows over fields and water bodies.
Resoloon

6 successful stratospheric missions completed

Aerial view of an industrial area with buildings, parked trucks, cars, and trees.
Resoloon

50 cm ground resolution achieved

White weather balloon with an attached red payload box ascending against a clear blue sky.
Resoloon

1-day flight duration achieved (with 800 km² coverage)

Map interface showing multiple green outlined and shaded areas with white points overlayed, labeled 'Place Balloon', with cost breakdown and phase details on the right side.
Resoloon

End-to-end analytics pipeline operational

3D vector field map with colored arrows showing wind speed and direction, a black line marking a planned balloon trajectory, a blue line for the goal axis, and a black dot for starting point.
Resoloon

Wind model validated

Meet our team

Young man with curly dark hair wearing a navy half-zip sweater standing in front of a blurred white wall with black text.
Domokos Kertész
CEO

Worked on autonomous underwater quality assurance submarines.

Young man with curly dark hair and blue eyes wearing a light beige t-shirt standing in front of a blurred wall with black text.
Ábris Nagy
Operational lead

Worked in advisory and in startups.

Young man with curly hair wearing a maroon zip-up sweater standing in front of a blurred white wall with black text.
Zsombor Szabó
ML

Theoretical physicist who worked on airplane navigation optimization

Young man with short brown hair and clear glasses wearing a dark ribbed pullover with a half-zip collar.
Domonkos Haag
Embedded Software

Built precision embedded data processing systems.

Man with short dark hair wearing a gray t-shirt standing against a light background with blurred text.
Zalán Süle
Electrical Design

Built space grade electronics and military drones.

Tasnádi Bence
Hardware Design

Designing and building hardware systems

Book a short discovery call

with us to walk through your area, your constraints, and your goals. We’ll tell you honestly whether Resoloon is a good fit - and if it is, we’ll outline a pilot setup tailored to your needs.

What Happens After You Book a Call

Large weather balloon attached to scientific instruments on a white table inside a metal shed.

Quick introduction

We start by understanding

what area you’re responsible for, and

what problem you’re trying to solve.

A group of people outdoors preparing to launch a large white weather balloon on a sunny day.

Your problem & constraints

You walk us through:

what you’re monitoring today

what’s not working with your current setup

what matters most: resolution, coverage, speed, cost, or continuity.

A large white weather balloon ascending into a clear blue sky, carrying an attached instrument package.

We map possible solutions

Based on your use case, we explain:

whether Resoloon is a good fit

how a pilot could look for your area

what’s realistic today - and what’s not (we’ll be honest)