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[ENG] AgriSound: The “Acoustic” Revolution in Precision Agriculture

  • federicocaroliagro
  • 23 mar
  • Tempo di lettura: 2 min

In the agritech landscape—where sensors, artificial intelligence, and data are transforming agricultural production—a new player is tackling one of the most critical challenges of our time: the decline of pollinating insects. Enter AgriSound, a UK-based startup redefining how we monitor biodiversity and agricultural productivity.


The Problem: The Pollinator Crisis

Pollinating insects—such as bees and butterflies—are responsible for over 70% of global food crops. However, their populations are declining due to climate change, habitat loss, and intensive use of agrochemicals.

Traditional monitoring methods are often:

  • manual

  • costly

  • difficult to scale

This makes it challenging to intervene in a timely and effective way.


AgriSound’s Solution: Listening to Nature

Founded in 2020 in the United Kingdom, AgriSound has developed a technology platform that uses acoustic sensors and artificial intelligence algorithms to monitor insect activity in real time.

At the core of this technology is a device called Polly™, a sensor that can be installed directly in fields and:

  • records insect sounds

  • identifies species and activity using AI

  • transmits data to the cloud via cellular networks

  • provides actionable insights through digital dashboards

This approach enables continuous, non-invasive, and highly scalable biodiversity monitoring.


From Data to Decisions

The real value of AgriSound lies not just in data collection, but in data interpretation.

Through its platform:

  • farmers can identify areas with low pollination activity

  • targeted interventions can be implemented (introducing bees, managing habitats, reducing pesticide use)

  • crop yield and quality can be optimized

In other words, agriculture shifts from reactive to predictive and data-driven.


Impact on Sustainability and ESG

Beyond agriculture, AgriSound also serves corporations and organizations focused on sustainability.

Its technology enables:

  • concrete measurement of biodiversity

  • support for ESG reporting and environmental strategies

  • proof of impact for sustainability initiatives

In a regulatory environment that is becoming increasingly demanding (CSRD, TNFD, etc.), this type of data becomes a strategic asset.


A Scalable, Global Model

AgriSound combines:

  • hardware (IoT sensors)

  • software (cloud platforms and AI)

  • analytical services

This model has already been deployed across multiple international markets, serving clients ranging from farmers to multinational corporations.

The long-term vision is ambitious: to build the world’s largest global database on insect biodiversity.


The Future of Agriculture Sounds Different

AgriSound’s approach represents a paradigm shift: moving beyond visual or chemical sensors to an “acoustic” understanding of ecosystems.

In a sector where every data point can mean the difference between loss and yield, between exploitation and sustainability, the idea of “listening” to nature proves remarkably powerful.

And perhaps, in the future of agriculture, the most important signal won’t come from satellites—but from the hum of bees.




 
 
 

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