New Technology In Agriculture Precision Agriculture

BeeHero Launches Global Million Hives Network to Address Pollinator Health Declines

Hazera and BeeHero are partnering to evaluate the Pollination Insight Platform for monitoring pollinators in seed production fields worldwide.
Photo by Eric Ward on Unsplash

Key Takeaways:

  • BeeHero has launched the Global Million Hives Network, a science-based initiative aimed at building the world’s largest bee behavior and health database by 2030.
  • The program will scale monitoring from 300,000 to 1 million hives, focusing on high-risk regions to better understand global bee population trends.
  • Collected data will support governments, researchers, and stakeholders in pollination management, disease tracking, and yield forecasting.
  • The initiative includes education and policy outreach to promote biodiversity-friendly agricultural practices.
  • BeeHero’s IoT-based pollination technology currently monitors over 25 million daily data points, with a goal of reaching 100 million.

BeeHero Expands Pollinator Monitoring Through Global Million Hives Network Initiative

BeeHero, a company specializing in precision pollination technologies, has announced the launch of the Global Million Hives Network, a large-scale initiative focused on pollinator health and data collection. The program aims to address rising global concern over bee mortality by expanding its current monitoring infrastructure from 300,000 to 1 million smart hives by 2030.

The initiative is intended to support long-term efforts to stabilize bee populations and promote sustainable agricultural practices by collecting and analyzing data on hive health, behavior, and environmental factors.

“We use our technology to put ‘eyes’ in hives that enable beekeepers to mitigate problems,” said Omer Davidi, CEO and Co-Founder of BeeHero. “What we need now is collaboration to secure the future of pollinators and global food systems.”


BeeHero Focuses on Scaling Pollinator Data Collection Across High-Risk Regions

Building a Global Pollination Dataset

A central component of the initiative involves expanding BeeHero’s in-hive and in-field sensor network to 1 million hives, with an emphasis on regions facing high pollinator stress and agricultural dependency. These sensors track hive activity and environmental conditions, generating real-time data that will be used to identify disease spread, pollination gaps, and climate-related stressors.

Currently, BeeHero collects over 25 million data points daily, a number it aims to increase to 100 million, creating what the company describes as the most extensive pollinator data infrastructure available for use by governments, research institutions, and industry stakeholders.


Scientific Access and Education Among Key Priorities of BeeHero’s Network

The second objective of the Global Million Hives Network is to provide a knowledge-sharing platform to support pollination strategies, biodiversity conservation, and yield forecasting. BeeHero intends to make data insights available to stakeholders in agriculture, science, and policy to inform decision-making.

The third pillar of the initiative focuses on education, outreach, and policy development. The company plans to collaborate with NGOs, government agencies, and agricultural organizations to develop science-based pollination strategies and advocate for stronger regulations supporting biodiversity in farming practices.

“The ripple effects of pollinator loss are too profound to ignore,” Davidi added, referencing implications for crop production and food security.


BeeHero Technology Supports Real-Time Pollination Monitoring Across Five Continents

Combining IoT and AI to Monitor Bee Health

Operating in multiple agricultural regions globally, BeeHero deploys IoT-enabled sensors in hives and fields to monitor bee colony health, pollination performance, and external conditions in real time. Its platform uses AI analytics to deliver insights that support both beekeepers and growers in managing productivity and resilience.

The company’s Precision Pollination as a Service (PPaaS) model has been implemented across five continents and recognized by several organizations, including TIME and CNBC, for its contributions to agri-tech innovation.

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