Care Weather
Care Weather is transforming global and maritime weather forecasts with hourly satellite maps of global ocean winds.
Est 2019|Raised $710K
Care Weather is transforming global and maritime weather forecasts with hourly satellite maps of global ocean winds.
Published Sep 19, 2026
Care Weather is not broadly listed on mainstream SaaS review platforms (G2, TrustRadius, Gartner Peer Insights) in accessible search results during this research. As a result, there are no large-scale star ratings or verified enterprise user reviews available to cite.
Independent satellite databases list multiple Veery-related satellites and prototypes, indicating hardware development activity. Those listings do not substitute for published validation datasets or customer outcomes.
Get a comprehensive analysis of Care Weather including market position, competitive landscape, adoption trends, and peer benchmarks.
Download full report →Organizations that require independently benchmarked and proven accuracy claims today. Public messaging includes an asserted "17x" improvement that lacks a published methodology and independent verification.
Organizations for which security and compliance documentation (SOC 2, ISO) is mandatory as part of procurement. Public documentation was not located during this research.
Organizations that require immediate, global operational coverage at scale; public materials suggest the company is in prototype or early constellation stages.
Organizations whose primary need is a general consumer-facing forecast API or an immediately production-grade forecasting platform; established vendors and public data sources provide clearer documentation, pricing, and operational support in that use case.
Public product detail gap: the main site could not be reliably fetched by automated tools during this research, limiting verification of product specs, APIs, and legal/security pages.
Unverified performance claims: company communications include an asserted "17x more accurate" figure that was not corroborated by independent validation during this research.
Roadmap uncertainty: dated public materials reference pilot timelines but do not provide a current, externally validated roadmap in accessible documentation.
The most direct user-like feedback located during research came from a meteorology community thread.
From a public meteorology forum, a poster identifying with Care Weather described the company's goal:
“We’re trying to build weather satellites at a low enough cost that we can launch enough of them to fill in gaps in ocean wind data.”
A commenter referenced interest in higher temporal coverage:
“Fast global coverage… would be great for scientists trying to understand diurnal cycling, storm development, really anything that happens on short timescales.”
These posts are not verified buyer testimonials about product performance; they indicate community interest in the underlying concept.
A NOAA SBIR Phase I award (2024) to Care Weather Technologies Inc is listed on public award registries with a Phase I award amount and a specified multi-month performance period.
What the award describes (abstract summary):
Critical evaluation:
Care Weather is a weather-data company building a constellation of small radar satellites ("Veery") intended to increase the frequency and fidelity of Earth-observation measurements—especially ocean surface vector winds (OSVW)—and deliver that data to organizations that rely on weather intelligence (for example, shipping, defense, government, and agriculture). Public materials emphasize a higher revisit frequency for ocean wind observations compared with many existing sources, and describe potential downstream benefits for extreme-weather forecasting and operational decision-making.
The product is positioned for business and government customers rather than consumer forecasting applications. Public profiles and materials identify the following target segments:
Care Weather’s primary differentiation claim is centered on data collection using new sensors and a small-satellite constellation rather than solely on modeling or user experience.