Field-deployable devices such as HiveShield, MeliponaShield, and AgroShield are engineered to detect:

  • Chemical signatures of brood degradation, disease, or agrochemical exposure
  • Environmental anomalies including temperature, humidity, and pressure shifts
  • Acoustic events such as hornet attacks, swarming, or colony alarm signals
  • Regional threat patterns visualized through our live, map-based AESRS dashboard

This integrated system supports beekeepers, researchers, and regulators in identifying high-risk zones, coordinating response efforts, and improving pollinator outcomes across regions.

Why AESRS Is Urgently Needed

Pollinators support 30–35% of the world’s food supply, yet beekeepers around the world face rising hive losses due to chemical, biological, and environmental stressors. Traditional observation-based methods are too slow and often too late.

AESRS enables continuous, autonomous, and evidence-based detection of colony stress—helping to prevent collapse and improve resilience.

Visit the AESRS Map

We invite you to visit our AESRS map to learn more and explore the live AESRS map, where real-time sensor data and regional insights are available to the public.

Follow our Launch on GoFundMe

We have launched a campaign on GoFundMe to fund our efforts and welcome your support. Whether you are a beekeeper, advocate, scientist, or policymaker, your engagement helps strengthen pollinator protection worldwide. https://gofund.me/daebe684

To contact us directly, email gordon@apiculture.ai