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Sentinel reads the satellites and sends a WhatsApp alert with location and access to whoever has to act. For municipalities, fire brigades and producers across Patagonia. All from the cloud, nothing to install.

  • Reads NASA FIRMS and GOES-19
  • Dashboard working today
  • Alert target: 8 min
Reconstruction of the Puerto Patriada fire (January 2026) in the Sentinel dashboard, using NASA FIRMS and Sentinel-2 data.

What Sentinel does

Early wildfire alerts, for municipalities, fire brigades and producers.

  1. We detect

    We read the fire hotspots that satellites (NASA FIRMS and GOES-19) see over the Patagonian Andes.

  2. We verify

    We cross-check the sources and rule out industrial heat before alerting anyone.

  3. We alert

    We send a WhatsApp alert with location and access. Target: 8 minutes from detection.

Everything runs in the cloud, no equipment to install. We are running an open pilot today: there are no published cases with measured results yet.

Active fire hotspot with flames under a sunset sky in the Patagonian Andes

The problem

A fire is stopped by a crew or becomes a front.

Active fire hotspot in Patagonia, January 2026. Photo: CatrielGB · CC BY-SA 4.0

  1. Almost every big wildfire starts small: in the first minutes, a crew and a pump are enough.

  2. In the mountains and the steppe there are almost never witnesses: the fire is noticed when the smoke column is already visible from far away.

  3. If the brigade arrives early, it works on a small perimeter. Our goal is to alert it within 8 minutes.

What is at stake

The forest,
before the fire.

Keep scrolling
Volunteer firefighters facing a wildfire
Brigade
Rock and pine forest at sunset
The Andes
Smoke and orange flames behind a grove of trees, at night
Fire at night
A guanaco on the rocks of the steppe
Guanaco
A firefighter next to a smoking grassland
In the smoke
Trunks in a lenga forest
Lenga forest
A guanaco drinks water in front of a burning hillside
The lake
Embers on the forest floor
Embers
Dark trunks in the smoke of a burned forest
After the fire

How it works

From satellite to your phone, no map needed.

  1. Detect

    We read the fire hotspots that satellites see (VIIRS and MODIS via NASA FIRMS; GOES-19 as early warning).

    Sentinel dashboard with the detection layers: thermal anomalies, early warning and heat map
  2. Verify

    We cross-check the sources and rule out industrial heat.

    Dashboard status bar showing hotspots from the last 24 hours and industrial heat hidden
  3. Add context

    We add terrain, wind and nearby towns.

    Reconstruction of the Puerto Patriada wildfire over the terrain, with the nearby towns
  4. Alert

    We send a WhatsApp alert with location and access. Target: 8 minutes from detection (not yet measured on a real wildfire).

    Case sheet with burned area, power, weather and wind at the time of the hotspot

Reconstruction of the Puerto Patriada wildfire (January 2026) in the Sentinel dashboard, using NASA FIRMS and Sentinel-2 data.

Live · NASA FIRMS991fire hotspots in Argentina in the last 24 hours

NASA FIRMS (VIIRS NOAA-20 + NOAA-21). . A fire hotspot is not a confirmed wildfire.

Risk by town

Patagonia: Moderate
TownTemperature, humidity and windRisk
Bariloche18 °C · 43% · 16 km/hLow
El Bolsón21 °C · 37% · 4 km/hLow
San Martín de los Andes20 °C · 49% · 14 km/hLow
Esquel19 °C · 24% · 9 km/hModerate

991 hotspots in 24 h52,144 in 90 days

Fire hotspots are preliminary satellite data, not verified on the ground, and arrive with a delay of hours. Source: NASA FIRMS (opens in a new tab) (VIIRS NOAA-20 + NOAA-21), medium or high confidence. The outline of Argentina is simplified and may be off near the border. Risk: reading 2026-11-10 11:15 (local time). Our own illustrative index (temperature, humidity and wind), not the official FWI. Weather data: Open-Meteo (opens in a new tab) (CC BY 4.0).

Who it's for

Built for those who get to the fire first

Municipalities and civil protection

They find out from a phone call, when the fire has already spread.

A console with verified hotspots to activate the protocol in time.

Request a pilot

Photo: CatrielGB · CC BY-SA 4.0

Fire brigades and firefighters

Heading out without knowing where the fire front is or which way the wind blows.

A WhatsApp alert with coordinates, wind and access, straight to the crew.

Request a pilot

Photo: CatrielGB · CC BY-SA 4.0

Farms, forestry and producers

A nearby hotspot nobody spots in time puts the whole year at risk.

An early warning for your plots and a record of the event.

Request a pilot

Photo: CatrielGB · CC BY-SA 4.0

Open pilot: there are no published cases yet.

01 / 04The world

One planetseen from space

The satellites we read, NASA FIRMS and GOES-19, see every fire hotspot on the continent. Sentinel turns it into an alert for whoever has to act.

02 / 04Verify

A heat pointis not a wildfire yet

We cross-check sources and rule out industrial heat before alerting anyone.

03 / 04Context

Every hotspot,with its context

Before alerting, the hotspot is completed with data about the place.

  • Terrain, wind and locality

    Added to every detected hotspot.

  • Location and access

    Sent by WhatsApp to whoever has to act.

  • Target: 8 minutes

    From detection; still being measured in a real wildfire.

04 / 04Patagonia

We start in thePatagonian Andes

This is where we work today. If you are a municipality, a fire brigade or a producer, let's set up a pilot.

Recognition

What has already happened, with sources.

2025 – 2026. Where a published article exists, the panel links to it.

  1. 012025Programa Prendete, CICEPitch Day
  2. 022025Premios ILAN, university innovationWe won
  3. 032025JIJE 20 años, UNLWe won
  4. 042025Premios SadoskyWe won
  5. 052026Premios VerdesWe were finalists
  6. 062026Impact Startup Competition, PeruWe were finalists

01 / 062025

Pitch Day

Programa Prendete, CICE

The team with the other Prendete finalist projects (Mendoza).

The Sentinel team with the other Prendete finalist projects
Photos of the team at the event.

03 / 062025

We won

JIJE 20 años, UNL

We presented remotely.

Sentinel presenting at JIJE 20 años, UNL
Photos of the team at the event.

06 / 062026

We were finalists

Impact Startup Competition, Peru

Moments

More moments along the way.

Photos of the team at the competitions and events where we presented Sentinel.

  • The team and officials on stage at the ILAN auditorium
  • The team on stage at the Premios Verdes
  • Team members in the courtyard of an event
  • The team with the Argentine flag at the Premios Verdes
  • A stage under a tent during an event
  • Team members next to a person wearing a badge
  • The team on stage at the Premios Verdes, under green lights
  • Ceremony hall with green projections
  • The team in front of the Premios Verdes logo
  • A deer approaching the camera on a road lined with pines

Press

In the media.

articles
19
outlets
15
  1. October 2026

  2. December 2025

  3. November 2025

  4. October 2025

  5. June 2025

  6. May 2025

Programs and organizations we have taken part in

  • UBA
  • Aiweken
  • CICE
  • Empretec
  • Endeavor
  • Fundación Patagonia Natural
  • ILAN
  • Movistar
  • Sadosky
  • Scale
  • UE
  • UNCUYO
  • UNL
  • UTN

Home universities, competition organizers and programs Sentinel has been part of. It does not imply an agreement or commercial endorsement.

Full methodology

Pilot

Let's talk about your territory

  1. 4 to 8 weeks until the first alerts to confirm, depending on the territory.
  2. No upfront investment in equipment: everything runs in the cloud.
  3. We pick a zone together, the one that worries you most.

FAQ

Frequently asked questions

  • How does Sentinel Cloud work?

    We read satellite data (VIIRS, MODIS y GOES-19) and combine it with geospatial information and artificial intelligence to flag likely fire hotspots and send a geolocated alert. Our accuracy target is 98%: it is a goal, not yet a result measured in the field. Today the reading is satellite-based; we are adding sensors and drones step by step.

  • What if the AI gets it wrong and raises a false alarm?

    It can happen, and it is the first question any fire brigade asks: a false alert costs time and resources. That is why the model cross-checks several sources before alerting, and that is the basis of our 98% accuracy target, which we must validate in pilots together with each client.

  • How much does it cost to implement Sentinel?

    There is no upfront investment in equipment (CAPEX): the model points to a Sentinel Cloud subscription over the coverage you need. The price is defined according to the territory. We start with a limited pilot to validate results before a larger contract.

  • How long until it is operational in my territory?

    Our goal for a pilot is to generate alerts within 4 to 8 weeks of the start (internal estimate, to be confirmed depending on the territory). The platform is cloud-based: there is no construction or infrastructure to install on your side, you only need to define the area to cover and have internet access.

  • Is the live data on the website from the Sentinel network?

    No, and we want to be clear: the risk index and the hotspot map use public sources (Open-Meteo and NASA FIRMS) for illustration, to show the same kind of variables our system processes. A client's deployment data is not public and is not shown on the website.