Drobvia : Empowering Your Business

Products

Locust Guard

Explore our wide range of products

Locust Guard

LOCUST SWARM IS A "POVERTY MULTIPLIER." WHEN IT ENTERS A NATION, IT DOES NOT JUST EAT CROPS; IT CONSUMES THE COUNTRY'S ECONOMIC FUTURE

A single swarm (about 1 square kilometer with 40-80 million locusts) eats as much as 35,000 people per day.

Regions hit by locust swarms see a 43% increase in the risk of violent conflict in the following years.

GDP and Financial data shows that locust upsurges can cause a 5% contraction in regional GDP.

The 2019-2021 crisis resulted in $8.5 billion in damages across East Africa and Yemen.

Microeconomic Collapse: pesticide reliance caused a 78% drop in honey production (2020), destroying secondary livelihoods. the $100M+ regional honey and silk industries.

A single swarm (about 1 square kilometer with 40-80 million locusts) eats as much as 35,000 people per day.

Regions hit by locust swarms see a 43% increase in the risk of violent conflict in the following years.

GDP and Financial data shows that locust upsurges can cause a 5% contraction in regional GDP.

The 2019-2021 crisis resulted in $8.5 billion in damages across East Africa and Yemen.

Microeconomic Collapse: pesticide reliance caused a 78% drop in honey production (2020), destroying secondary livelihoods. the $100M+ regional honey and silk industries.

The Problem

1Chemical pesticides are failing due to resistance

2Crop losses threaten food security and economic stability

3Toxic controls damage ecosystems and human health.

6Farmers face increasing losses across vulnerable regions

5Pest resistance is rising, ecosystems are damaged

4Existing solutions do not scale across regions or borders

7Existing solutions do not scale across regions or borders

8Pest resistance is rising, ecosystems are damaged

9Pest resistance is rising, ecosystems are damaged

The Solution

INTELLIGENT, NON-TOXIC PEST CONTROL AT REGIONAL SCALE

REPLACING CHEMICAL PESTICIDES WITH AI-DRIVEN PRECISION PROTECTION

ROBOTICS & SYSTEMS: EXECUTE PRECISE, NON-TOXIC INTERVENTION.

UNMANNED AERIAL VEHICLES – DRONE

SENSORS: SEE, LISTEN, AND MEASURE BIOLOGICAL & ENVIRONMENTAL SIGNALS

EDGE DEVICE: PROCESS DATA LOCALLY IN REAL TIME

ARTIFICIAL INTELLIGENCE: DETECT, PREDICT, AND DECIDE AUTONOMOUSLY

A non-lethal, AI-coordinated sonic protection system that disrupts pest behavior across farms, communities, and regions—without chemicals.

Species-targeted Environmentally safe Rapidly deployable Scalable by design

Wide-area surveillance

Swarm tracking & diversion

Regional coordination

Land-Based Units

Localized acoustic disruption

Field-level precision response

Continuous reporting

Species-targeted Environmentally safe Rapidly deployable Scalable by design

Multi-layer Protection & Mitigation Model

NATIONAL & TRANS-NATIONAL : SURVEIL • ALERT • GRAB • REPEL • DIVERT

COMMUNITY / VILLAGE : REPORT, REPEL • DISORIENT • DIVERT

FARM/PLOT : REPORT • REPEL • DISORIENT

Why Now

AI, sensors, and drones have reached deployment maturity

Hardware and edge-AI costs are falling rapidly

Regulatory and consumer push away from toxic chemicals

Growing demand for climate-safe, scalable agri-tech

Impact & Value

Reduced crop loss

Zero chemical exposure

Protection of pollinators & ecosystems

Improved food security in vulnerable regions

Vision

FROM CHEMICALS TO INTELLIGENCE

FROM REACTION TO PREVENTION

FROM FARMS TO REGIONS

DESIGNED TO SCALE FROM SINGLE PLOTS TO CROSS-BORDER REGIONS

Products

Locust Guard

Explore our wide range of products

Locust Guard

LOCUST SWARM IS A "POVERTY MULTIPLIER." WHEN IT ENTERS A NATION, IT DOES NOT JUST EAT CROPS; IT CONSUMES THE COUNTRY'S ECONOMIC FUTURE

A single swarm (about 1 square kilometer with 40-80 million locusts) eats as much as 35,000 people per day.

Regions hit by locust swarms see a 43% increase in the risk of violent conflict in the following years.

GDP and Financial data shows that locust upsurges can cause a 5% contraction in regional GDP.

The 2019-2021 crisis resulted in $8.5 billion in damages across East Africa and Yemen.

Microeconomic Collapse: pesticide reliance caused a 78% drop in honey production (2020), destroying secondary livelihoods. the $100M+ regional honey and silk industries.

A single swarm (about 1 square kilometer with 40-80 million locusts) eats as much as 35,000 people per day.

Regions hit by locust swarms see a 43% increase in the risk of violent conflict in the following years.

GDP and Financial data shows that locust upsurges can cause a 5% contraction in regional GDP.

The 2019-2021 crisis resulted in $8.5 billion in damages across East Africa and Yemen.

Microeconomic Collapse: pesticide reliance caused a 78% drop in honey production (2020), destroying secondary livelihoods. the $100M+ regional honey and silk industries.

The Problem

1Chemical pesticides are failing due to resistance

2Crop losses threaten food security and economic stability

3Toxic controls damage ecosystems and human health.

6Farmers face increasing losses across vulnerable regions

5Pest resistance is rising, ecosystems are damaged

4Existing solutions do not scale across regions or borders

7Existing solutions do not scale across regions or borders

8Pest resistance is rising, ecosystems are damaged

9Pest resistance is rising, ecosystems are damaged

The Solution

INTELLIGENT, NON-TOXIC PEST CONTROL AT REGIONAL SCALE

REPLACING CHEMICAL PESTICIDES WITH AI-DRIVEN PRECISION PROTECTION

ROBOTICS & SYSTEMS: EXECUTE PRECISE, NON-TOXIC INTERVENTION.

UNMANNED AERIAL VEHICLES – DRONE

SENSORS: SEE, LISTEN, AND MEASURE BIOLOGICAL & ENVIRONMENTAL SIGNALS

EDGE DEVICE: PROCESS DATA LOCALLY IN REAL TIME

ARTIFICIAL INTELLIGENCE: DETECT, PREDICT, AND DECIDE AUTONOMOUSLY

A non-lethal, AI-coordinated sonic protection system that disrupts pest behavior across farms, communities, and regions—without chemicals.

Species-targeted Environmentally safe Rapidly deployable Scalable by design

Wide-area surveillance

Swarm tracking & diversion

Regional coordination

Land-Based Units

Localized acoustic disruption

Field-level precision response

Continuous reporting

Species-targeted Environmentally safe Rapidly deployable Scalable by design

Multi-layer Protection & Mitigation Model

NATIONAL & TRANS-NATIONAL : SURVEIL • ALERT • GRAB • REPEL • DIVERT

COMMUNITY / VILLAGE : REPORT, REPEL • DISORIENT • DIVERT

FARM/PLOT : REPORT • REPEL • DISORIENT

Why Now

AI, sensors, and drones have reached deployment maturity

Hardware and edge-AI costs are falling rapidly

Regulatory and consumer push away from toxic chemicals

Growing demand for climate-safe, scalable agri-tech

Impact & Value

Reduced crop loss

Zero chemical exposure

Protection of pollinators & ecosystems

Improved food security in vulnerable regions

Vision

FROM CHEMICALS TO INTELLIGENCE

FROM REACTION TO PREVENTION

FROM FARMS TO REGIONS

DESIGNED TO SCALE FROM SINGLE PLOTS TO CROSS-BORDER REGIONS