Smart and Non-Invasive Wildlife Damage Reduction System for Orchards and Restoration Areas

By Ayandeh Negaran Ab va Khak

Smart and Non-Invasive Wildlife Damage Reduction System for Orchards and Restoration Areas

Smart non-invasive wildlife deterrent system for orchards and restoration areas

Reward400,000,000 T

Time left23 d

StatusOpen

Artificial IntelligenceEnvironmental EngineeringIoT & Embedded

0 participants competing

Overview

Milestones

Resources

Scoring

FAQ

Overview

In many forest plantation and orchard areas, wildlife such as wild boar, jackals, or other species cause damage to saplings and crops. Traditional methods like extensive fencing or hunting are costly and can harm the ecosystem. This challenge seeks a smart, non-invasive deterrent system using AI-based detection.

Ideal Participants

Specialists in wildlife management, sensor technology, AI/computer vision, and environmental engineering

Rules

Participation constitutes acceptance of terms and IP rules.

Payment Milestones

A 400,000,000 T payment pool will be released across milestones, unlocked after each stage is completed and approved.

Proposal-Based Payment

1,000,000,000 T

Payment based on expert team proposal and employer review

Resources & Datasets

Download technical specifications, sample datasets, and reference materials. Unlock by registering for the challenge.

Judges & Scoring

Review Scorecard, Submissions are evaluated across the following weighted criteria. Maximum total: 100 points.

Damage Reduction Effectiveness

35%

Non-Invasive Design

25%

Scalability & Farm Usability

25%

Cost per Hectare

15%

Submission Requirements

Smart non-invasive deterrent system with AI-based animal detection and deterrent activation (light, sound, alert)
Minimum 50% damage reduction with no harm to wildlife. Farm-scale usability in remote areas
System installation, real data recording, before/after performance comparison, and maintenance cost estimation per hectare
No harm to animals, no migration route disruption. Compliance with wildlife protection and environmental laws

Frequently Asked Questions

Have more questions? Our support team is always ready to help.

Wildlife entering orchards and restoration areas destroys saplings and products. Traditional methods like extensive fencing or hunting are costly and can harm ecosystems. Smart non-invasive deterrent systems are needed.

Continued wildlife damage to orchards and restoration areas causes yield loss, increased protection and maintenance costs, and reduced sustainability of production and restoration activities.

No harm to animals, no disruption of migration routes, low energy consumption, and usability in remote areas. The system must be non-invasive and smart.

Minimum 50% reduction in damage, no harm to wildlife, and usability at farm scale. Pilot installation in actual field with event recording and analysis.

6 to 12 months for installation, testing during damage season, and measuring damage reduction effectiveness.

Recent Activity

New submission from MILAD FALLAH

Jul 25

Legal & IP

Challenge Agreement

IP Ownership Terms

Eligibility Criteria

Code of Conduct

Location Tehran.Tehran

Presented by

Presented by Ayandeh Negaran Ab va Khak

Recent Activity

New submission from MILAD FALLAH

Jul 25

Legal & IP

Challenge Agreement

IP Ownership Terms

Eligibility Criteria

Code of Conduct

Location Tehran.Tehran

Presented by

Presented by Ayandeh Negaran Ab va Khak

Reward

400,000,000 T

Time Left

23 d

Overview

Submission Requirements

Smart non-invasive deterrent system with AI-based animal detection and deterrent activation (light, sound, alert)

Minimum 50% damage reduction with no harm to wildlife. Farm-scale usability in remote areas

System installation, real data recording, before/after performance comparison, and maintenance cost estimation per hectare

No harm to animals, no migration route disruption. Compliance with wildlife protection and environmental laws

Frequently Asked Questions

Have more questions? Our support team is always ready to help.

Continued wildlife damage to orchards and restoration areas causes yield loss, increased protection and maintenance costs, and reduced sustainability of production and restoration activities.

No harm to animals, no disruption of migration routes, low energy consumption, and usability in remote areas. The system must be non-invasive and smart.

Minimum 50% reduction in damage, no harm to wildlife, and usability at farm scale. Pilot installation in actual field with event recording and analysis.

6 to 12 months for installation, testing during damage season, and measuring damage reduction effectiveness.