We build weather balloons that collect 1000x more data
Sorcerer builds weather balloons that fly for over six months, collecting 1000x more data per dollar and reaching previously inaccessible regions. We've signed LOIs worth millions for our balloons and AI weather forecasts powered by our unique data.
Active Founders
Austin Tindle, CEO
CEO at Sorcerer. Engineering and product leader of decacorn hardware teams. Previously Head of Product at SumUp, led acquisition of Fivestars (YC W11).
Maxmillion McLaughlin, CTO
CTO of Sorcerer. Previously founding engineer at aerospace startup Urban Sky where I developed the world’s first stratospheric ballooning systems for ultra high-resolution imaging and real-time wildfire tracking. All things industrial and aerospace hardware for the last decade.
Alessandro Vecchi, CPO
CPO of Sorcerer. I was employee #3 at Urban Sky, where I built their mission control software ("the best in the world" - US Secretary of Defense) and prediction engine from the ground up. Over 5 years of experience working with/dealing with forecast and weather data. Building software products since I was in high school.
Company Launches
Hey YC! We’re Max, Alex, and Austin, the team behind Sorcerer.
The problem & background
Hundreds of terabytes of weather data are collected from satellites, ground stations, airplanes, and weather balloons every day. In-situ weather observation has the most impact on weather models, but it’s incredibly expensive to collect. The US National Weather Service spends over a billion dollars annually just on its network of weather balloons, stations, and aircraft sensors. Despite this cost, there are still places in the US where we don't know what the temperature will be two days from now. And for the 80% of the world that lacks any weather infrastructure? There’s always the weather rock.
The solution
We’re launching a global network of persistent weather balloons to provide real-time data in previously unreachable locations. Each balloon remains airborne for over six months, completing ~30 laps around the globe while navigating between sea level and 65,000 feet. We’re able to collect 1000x more data per dollar than current systems, and we use this unique data to train AI weather models that are up to 50% more accurate than today’s best forecasts.
The Team
As founding engineer at aerospace startup Urban Sky, Max developed the world’s first stratospheric ballooning systems for high-resolution imaging and wildfire tracking. As employee number three at Urban Sky, Alex built their mission control and flight prediction engine from the ground up (“the best in the world” - US Secretary of Defense). Austin was an ultralight flight instructor before he could legally drive and was most recently Head of Product at SumUp, shipping highly regulated hardware at scale.
How You Can Help
- Industry intros: We’d love to talk with aerospace, commercial aviation, ocean freight, logistics, and commodities trading execs (these folks think weather data is pretty neat)
- If you find one of our balloons near SF: Sorry! It’s still a work in progress (and please get it back to us)
We’d also love to hear from you! Reach out any time at austin@sorcerer.earth
Best,
Max, Alex, & Austin
Company Photo
Hear from the founders
What is the core problem you are solving? Why is this a big problem? What made you decide to work on it?
Hundreds of terabytes of weather data are collected from satellites, ground stations, airplanes and weather balloons every day. A typical weather satellite costs more than $100 million to launch, and the US National Weather Service spends over a billion dollars a year just on its sparse network of weather balloon stations. A small handful of organizations then pipe that data into billion-dollar supercomputers to run the world’s most expensive physics simulations four times a day. Despite this cost, there are still places in the US where we don't know what the temperature is going to be two days from now. And for the rest of the world that lacks adequate weather infrastructure? There’s always the weather rock. AI models are upending the expensive physics simulations. These models are more accurate, running at higher resolutions for a fraction of the cost. But, like most AIs, weather models are hungry for data, and the reality is that most of the world isn’t covered despite the costly infrastructure.This is because direct observation (as opposed to satellite observation) is both incredibly impactful but also incredibly expensive. This cost leaves most of the Earth without in-situ observations. Oceans have especially poor coverage, and no matter how good your model is, you still need to know what’s happening over the Pacific today to predict the weather in SF tomorrow. Sorcerer is deploying a global network of low-cost, persistent weather drones to provide real-time data in previously unreachable locations. Our system collects 30x more observations than the entire global observation infrastructure at 1% the cost. We use this data to train a weather model that’s already competitive with best-in-class traditional weather prediction, while being 10,000x cheaper.