Company

We have the most observed planet in historyand we're still deciding blind.

We're an aerospace and software team in Buenos Aires. Satellites see every field, every river, and every storm, but turning that into a decision takes a team almost nobody has. We do that work once, so anyone can use it.

Sentinel-2 Sentinel-1 Landsat GOES-1936.000 km
Sentinel-2 passes over the Pampas: one pixel every 10 meters.GOES-19 watches the lightning over Córdoba, minute by minute.Sentinel-1 sees water through the clouds.Landsat adds the field's history since 1999.

Why we exist

The data exists.What's missing is the team to use it.

Some satellites pass over every field in the country every few days, and others count a storm's lightning minute by minute. Almost all of it is public. But for it to say “yes, the hail went over your field,” you need an engineering team that an insurer, a co-op, or a farmer has no reason to build.

What it takes today

  1. Download images from several satellites
  2. Remove clouds and align dates
  3. Cross weather, water, and terrain
  4. Validate against real cases
  5. Keep it running every day

With Ucotron, one question. With its source.

Mission

Do the space engineering work once, so anyone can use it in three clicks.

Vision

Be the bridge between everything we can see of the planet and everything we decide about it.

Each source, from its year

Each source counts from the year it starts.And none is stretched to cover for another.

Reanalyzed weather goes back to 1950; satellite lightning starts in 2017. That's why a hail answer doesn't say “40 years”: it says since when each instrument has been watching.

20public sources, each with its date

24provinces with weather, water, and terrain reconstructed

27seasons of field history, from 1999/00

10 mthe Sentinel-2 pixel used to measure a field

What we believe

Four rules.The same in code and in conversation.

They're not posters on a wall: they decide what we measure, what we build, and what we say we don't know.

  1. 01The right instrument

    We measure with the right instrument, or we say we don't measure.

    Each hazard is measured with the sensor that sees it. If none sees it well, Ucotron says so instead of guessing.

  2. 02Once, for everyone

    The hard part is done once and everyone uses it.

    The history of each place is reconstructed once, and each customer uses it filtered to what's theirs. Nothing custom-built.

  3. 03Build, don't buy

    We do the hard part; each customer builds what's their own.

    We hand out building blocks, like recipes, the API, and the MCP, not closed boxes.

  4. 04You can check it

    The customer must be able to verify it.

    Every result shows where it comes from, what date it's from, and how it was calculated.

The story

We start with farming.Then, the people who insure it.

Each step builds on the last: today's alert is tomorrow's signed record.

  1. First

    The farmer

    The alert that arrives in time: move the herd, bring forward milking, put the machinery away.

    WhatsApp alerts

  2. After

    The insurance broker

    Looks after hundreds of farmers: after a storm, the list of who was hit, by name.

    Córdoba, Sep 19, 2026: the storm frame by frame

  3. After

    The insurer

    Claims, underwriting, and reinsurance with the evidence from each place, not what's declared.

    Armstrong, Feb 18, 2026: a field measured before and after

  4. Now

    Parametric insurance

    An auditable index, with the historical frequency the regulation requires and the calculation for each event.

    Res. SSN 315/2026

Underneath it all, the Engine. The weather, water, terrain, and satellite history of every place, reconstructed once and made available to everyone. On top of it we expose Places, Reports, and Recipes, and we build Cortex.

The team

Aerospace and software.From Buenos Aires, for the world.

A small team that brings together what's rarely at the same table: people who know orbits and sensors, people who build software, and people who understand how a claim is settled.

Aerospace engineering

Orbits, sensors, and remote sensing: what each satellite sees and with what error.

Data science

The reconstruction of each place and the published models, validated against real cases.

Software and platform

Cortex, the APIs, and the MCP, with each organization isolated from the others.

Insurance and agriculture

The product, side by side with insurers, brokers, and farmers.

S 34°36′ · O 58°22′

Want to build it with us?

If the same problem drives you, write to us.

Write to us →

Ecosystem

Part of the insurtech ecosystem.From Argentina and the region.

Argentine Insurtech Chamber
Argentine Insurtech Chamber
Pan-American Insurtech Association
Pan-American Insurtech Association

Contact

Let's talk.Tell us what you want to understand.

A portfolio, a field, a storm, or an idea: we reply the same day. Buenos Aires, Argentina.

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