Understory (company)
| Company type | Private |
|---|---|
| Industry | Weather technology |
| Founded | 2012 |
| Founder | Alex Kubicek |
| Headquarters | Boston, Massachusetts (initial), later Madison, Wisconsin , United States |
Area served | United States |
Key people | Alex Kubicek (founder) |
| Products | Solar-powered meteorological stations |
Understory is a weather technology firm, established in 2012 initially under the name WInstruments, that gathers meteorological information through a network of ground-based sensing devices.
History
The company began as WInstruments, founded by Alex Kubicek, who later rebranded it as Subsidence and participated in Gener8tor, a startup accelerator located in Madison, Wisconsin. With financial backing from Gener8tor, the business moved to Boston to join the Bolt hardware accelerator. Shortly thereafter, Kubicek renamed the enterprise “Understory” and secured initial combined investments totaling $68,000 from both Gener8tor and Bolt.
After completing a $1.9 million seed funding round led by True Ventures and including contributions from RRE Ventures, Vegas Tech Fund, SK Ventures, and Andrew C. Payne, Understory established its headquarters in Boston. The company set up operations at Greentown Labs in Somerville and initiated pilot programs across Kansas City, Dallas, and Boston.
The firm subsequently raised $7.5 million in Series A financing co-led by 4490 Ventures and Monsanto Growth Ventures, with participation from CSA Partners, True Ventures, RRE Ventures, and SK Ventures. Following this round, Understory revealed intentions to relocate its main office back to Madison, Wisconsin.
American Family Insurance became Understory’s inaugural significant customer, utilizing its precise local weather intelligence to enhance the efficiency of claims management.
Device
Understory manufactures solar-powered meteorological stations designed to monitor three-dimensional precipitation such as rain and hail, wind patterns, and other weather phenomena at ground level in real time—offering a distinct approach compared to conventional atmospheric data collection methods. Each unit measures roughly 1 foot in width and 2 feet in height, operates on cellular connectivity within a grid arrangement, and is capable of recording as many as 3,000 data points every minute.