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Wildlife Monitoring

Conservation and habitat protection insights by AI.

Wildlife Monitoring BNR

Safeguard the wildlife with AI-powered monitoring

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Monitoring wildlife for tracking animal movements, detecting poaching threats and analyzing habitat conditions can be done with much efficiency using computer vision. Real-time surveillance and automated detection support the conservation efforts of wildlife and endangered species.

Our holistic view to challenges

Challenges

Tracking wildlife movements

Tracking wildlife movements

Traditional tracking methods are time-consuming and do not offer real-time insights.

AI-powered detection

AI-powered detection

Our system can monitor and analyze wildlife movements using image and video processing.

Illegal activities

Illegal activities

It’s quite difficult to prevent poaching in vast wildlife areas with human surveillance alone.

Automated detection

Automated detection

AI detects unauthorized human presence, unusual activity and potential threats, and triggers instant alerts.

Features

Habitat degradation

Habitat degradation

Lack of efficiency in tracking changes in vegetation, water sources and environmental conditions.

Environmental analysis

Environmental analysis

AI can analyze habitat conditions, detect deforestation and monitor water levels for sustainable conservation efforts.

Population assessment

Population assessment

Manual surveys of wildlife populations are seldom accurate while needing time and resources.

AI-powered species recognition

AI-powered species recognition

Our system can identify and count various species and provide real-time population data.

AI-powered environmental monitoring can help reduce deforestation rates by 50% by rapid identification and response to illegal logging activities.

Contact Us

Who benefits from Wildlife Monitoring?

Wildlife monitoring is crucial for environmental authorities and organizations who work to take care of wildlife and species.

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  • Government agencies
  • National parks & wildlife reserves
  • Conservation organizations
  • Environmental research institutes

How it works?

process
Data collection & sensor integration

Data collection & sensor integration

Deployment of AI cameras, drones and sensors for real-time collection of data.

AI model training

AI model training

The system is trained to recognize detecting species, track movement patterns and detect anomalies.

Real-time monitoring

Real-time monitoring

Enable continuous surveillance with alerts for unauthorized activities, habitat changes, etc.

Planning & assessment

Planning & assessment

Use AI insights to develop conservation strategies and measure long-term impact.

Insights on innovation

Stay updated with the trending and most impactful tech insights. Check out the expert analyses, real-world applications, and forward-thinking ideas that shape the future of AI Computer Vision and innovation.

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