Applied Research Systems

Technological systems are applied to wildlife monitoring and human–wildlife conflict mitigation, combining sensor networks, artificial intelligence and remote activation mechanisms to support real-time observation and evidence-based environmental management.

EXPLORE RESEARCH AREAS

ARGOS – Integrated Wildlife Monitoring and Deterrence System

ARGOS is an integrated system combining artificial intelligence, sensors and remote activation mechanisms to support wildlife monitoring and behavioural deterrence, evaluated through real-world field deployments and applied ecological research.

Wildlife Warning and Signalling Systems

Electronic warning and signalling systems are developed and evaluated to support wildlife–vehicle collision mitigation, providing dynamic visual alerts based on monitored wildlife presence near road infrastructure.

AI-assisted Wildlife Feeding Systems

AI-assisted feeding systems are developed and evaluated to support controlled wildlife feeding and behavioural monitoring, enabling species-specific activation based on automated detection under real-world field conditions.

Wildlife Monitoring and Data Analysis Systems

Monitoring and data analysis systems are developed to support the systematic collection, processing and statistical analysis of wildlife observations, enabling species tracking and evidence-based ecological research.

GPS-based Wildlife Tracking Systems

GPS-based tracking systems are developed and applied to study wildlife movement patterns, spatial behaviour and interactions with environmental features, supporting data-driven ecological research and habitat analysis.

AI-assisted Species-selective Trapping Systems

Species-selective trapping systems are developed and evaluated using image-based analysis to enable targeted activation, supporting controlled field studies and the mitigation of non-target species interactions.

Access Monitoring and Environmental Protection Systems

Access monitoring systems are developed and evaluated to study human activity patterns and support the mitigation of disturbances in protected and sensitive ecosystems.

Research-driven System Development and Field Implementation

1

Designed for Real-world Field Conditions

Systems are designed and adapted for deployment in real-world environmental conditions, taking into account site-specific characteristics, ecological context and species-related parameters throughout the design and implementation process.

2

Interdisciplinary Scientific and Technological Expertise

Interdisciplinary collaboration between researchers, engineers and field specialists supports the development, implementation and refinement of technological systems for environmental research and wildlife management.

3

Field Validation and Operational Reliability

All systems are evaluated through pilot deployments and field testing under demanding environmental conditions, ensuring operational reliability, durability and scientific relevance.

4

Long-term Deployment Support and System Evaluation

Long-term deployment is supported through technical monitoring, field-based evaluation and system optimisation, enabling continuous assessment of performance and research outcomes over time.