The first minutes of a wildfire are a race against physics. Heat builds, fuel ignites, and a plume of smoke begins its climb. For the teams at Satellites on Fire, the clock starts ticking the moment a satellite passes overhead, which happens to be every five to ten minutes. Their job is to spot the thermal anomaly before anyone else does, then tell someone who can do something about it. It is a business built on a very simple, very expensive unit of time.
Founded in 2020 by three Argentine teenagers as a school project, the Buenos Aires-based company has since graduated to a $2.7 million seed round and a claim that it can see a fire, on average, 35 minutes before NASA’s public monitoring system does [PreventionWeb, 2026]. That claim is the core of their commercial wedge. In a world where free, global fire data is available from space agencies, they are betting that faster, more precise, and actionable intelligence is something utilities, governments, and large landowners will pay for.
The wedge is minutes, not miles
Satellites on Fire does not rely on a single data source. The platform stitches together a live feed from multiple satellites, tower-mounted optical and thermal cameras on the ground, and weather forecasts [Satellites on Fire, 2024]. Proprietary AI models scan this combined data stream for the signature of ignition and then simulate how the fire might spread. The output is an alert pushed to a single dashboard, aiming to give a fire manager a head start on deploying crews or shutting down power lines.
The comparison to NASA’s freely available Fire Information for Resource Management System (FIRMS) is intentional and central to their pitch. FIRMS provides global fire data, but with a latency and resolution that can lag behind real-time needs for asset protection. By claiming a 35-minute detection advantage and integrating ground-truth from cameras, Satellites on Fire is selling certainty and context, not just another data point [Draper Cygnus, 2024].
Traction in a burning landscape
The company reports protecting approximately 56 million hectares of land across 19 countries and having helped address more than 400 wildfire incidents [YouTube, 2024]. Its user base is reported at over 55,000 globally [Perfil, 2026]. While these are impressive figures for a seed-stage company, they are largely self-reported and span a freemium model where basic monitoring is free.
The real traction signals are the named customers and the investor roster. The company lists major regional players like the beverage company Quilmes and renewable energy generator Genneia as clients [Descubre VC, 2024]. Its $2.7 million seed round, led by Dalus Capital in April 2026, drew participation from a sprawling syndicate that includes Draper Associates, Savia Ventures, and a host of climate-focused funds [Preqin, April 2026]. That list suggests investors see a path where minutes saved translate directly into dollars saved for enterprise customers.
| Founder | Role | Note |
|---|---|---|
| Franco Rodríguez Viau | Co-founder & CEO | Company origin stems from personal experience with wildfires in Córdoba [LA NACION, 2026]. |
| Joaquín Chamo | Co-founder & CPO | Part of the founding trio that started the project as teenagers [The Company Check, 2024]. |
| Ulises López Pacholczak | Co-founder | Background includes work on projects with NASA and ESA [Satellites on Fire, 2024]. |
Where the model could smolder
The ambition is clear, but the path to durable, venture-scale revenue is paved with operational questions. The risks are not about the technology’s potential, but about its commercial fit and competitive moat.
- The freemium funnel. The company uses a freemium model to attract users [Descubre VC, 2024]. The leap from a free user monitoring a personal parcel to a utility paying six or seven figures for enterprise-wide protection is vast. Conversion rates and average contract values here are the metrics that matter most, and they remain undisclosed.
- The moving baseline. Competing against free is always tricky, especially when the free option is NASA. The 35-minute advantage is a compelling wedge, but it is a feature, not a product. The entire business rests on maintaining that performance gap as NASA and other open-data initiatives inevitably improve their own latency and analysis.
- Sales complexity. The ideal customer,a federal forestry agency or a multinational utility,is notorious for long sales cycles and complex procurement. A team of roughly 17 employees [Descubre VC, 2024], while talented, will be stretched thin navigating these waters while continuing to refine the core detection algorithms.
The company’s answer likely lies in deep, bespoke integrations. Moving from sending an alert to automatically triggering a response, like isolating a grid segment or dispatching a drone fleet, creates stickier, more valuable workflows that a simple data feed cannot replace.
The next twelve months
With the seed capital in hand, the immediate focus will be on proving the enterprise sales motion. Landing a flagship government contract in a fire-prone region like Chile or California would be a transformative milestone. Technically, the road map likely points toward greater automation and predictive modeling, shifting from “fire detected” to “fire expected here tomorrow.”
The back-of-the-envelope math is stark. If a single avoided wildfire can save a utility tens of millions in infrastructure damage and liability, then paying even a million dollars annually for a detection system looks prudent. The value of 35 minutes is not in the minutes themselves, but in the hectares and dollars you can protect within them.
For now, Satellites on Fire is the alert. The incumbent it must beat is not another startup, but the inertia of relying on a free, good-enough public service. Its success hinges on convincing the world that when the smoke appears, good enough is already too late.
Sources
- [Satellites on Fire, 2024] Satellites On Fire | Detección de incendios en tiempo real | https://www.satellitesonfire.com/en
- [Draper Cygnus, 2024] Satellites On Fire - Draper Cygnus | https://www.drapercygnus.vc/startups/satellites-on-fire
- [YouTube, 2024] Techstars Profile Coverage | https://www.youtube.com/watch?v=1iyC8zJxN4s
- [Descubre VC, 2024] Satellites on Fire profile | https://www.descubre.vc/satellites-on-fire
- [Preqin, April 2026] Satellites On Fire - Preqin | https://www.preqin.com/data/profile/asset/satellites-on-fire/795657
- [PreventionWeb, 2026] Article on wildfire detection | https://www.preventionweb.net/news/satellites-fire-ai-wildfire-detection
- [Perfil, 2026] Satellites on Fire company profile | https://www.perfil.com/noticias/innovacion/satellites-on-fire-empresa-argentina-detecta-incendios-35-minutos-antes-nasa.phtml
- [LA NACION, 2026] Origin story article | https://www.lanacion.com.ar/tecnologia/satellites-on-fire-empresa-argentina-detecta-incendios-35-minutos-antes-que-la-nasa-nid07062026/
- [The Company Check, 2024] Satellites on Fire company profile | https://www.thecompanycheck.com/company/b/satellites-on-fire/4lfymmobjz49raizn