BloomX Raises $13 Million for U.S. Robotic Pollination
The company expands its automated pollination services to the U.S. market to stabilize yields against fluctuating bee activity.
Updated on Oct. 21, 2026 in Robotics
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BloomX has secured $13 million in Series A funding to support its expansion into the United States market. The company provides robotic pollination services for commercial agriculture, reporting significant yield improvements through its specialized mechanical systems.
Why it matters
The company aims to address agricultural instability caused by unpredictable natural pollinator activity. Its service-based model seeks to lower financial barriers for growers by replacing large capital expenditures on hardware with a recurring service fee.
The firm reports a daily treatment capacity of 3.5 hectares per operator. These figures remain self-reported and lack independent third-party verification.
The players
BloomX
An Israel-based agricultural robotics startup that provides pollination-as-a-service to replace manual or bee-dependent processes.
The details
The Robee system uses mechanical vibration to emulate the natural pollination patterns of bumblebees specifically for blueberry crops. For avocados, the company employs the Yahav 2400, a system that utilizes high-voltage electrodes to generate an electric field designed to facilitate pollen transfer.
Timeline
2019: BloomX founded.
October 21, 2026: BloomX announces $13 million Series A funding.
The Tech Race
BloomX is competing to standardize robotic pollination as a viable alternative to the declining health of managed honeybee colonies. This funding round accelerates their move into the U.S. market, positioning them against established agricultural manual labor practices.
Commercial almond and blueberry growers in the U.S. will be the first potential users as the service expands into the region. The model removes upfront hardware costs for farms, shifting the financial burden to service-based operational expenses.
The takeaway
BloomX is betting that artificial pollination will provide a more predictable yield than traditional biological methods. Growers should watch for the company's planned deployment into U.S. almond orchards to see if the technology scales beyond its current markets in Mexico, Peru, Israel, and South Africa.
Further reading
For broader trends in agricultural automation, see our Robotics section.
Source note: This article includes information reported by PravdaReport.
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