SMART-K9

Optimizing SAR K9 Efficiency Through Genetic and Technological Innovation

WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS · WEB HOSTING BUSINESS

OBJECTIVE

The Smart K9 (K9HERO) project aims to enhance the effectiveness of Search and Rescue (SAR) operations by improving the genetic and phenotypic traits of SAR dogs (K9s) through advanced genome-wide association studies (GWAS) and cutting-edge wearable technology.
By integrating

Multidisciplinary approaches—including AI-driven data analysis
Wearable tech for monitoring
Phenotypic-genotypic data analysis
Ensure more reliable and high-performing SAR K9s for disaster response across Europe
Virtual reality (VR) will be employed for remote monitoring during training sessions
EEG data collection from both dogs and trainers
Track real-time K9 data and performance, ensuring oversight without physical presence

CONTEXT & MOTIVATION

SAR K9s are crucial first responders in disasters, particularly in the critical first 72 hours following events such as earthquakes. However, the current selection and training processes for SAR K9s often lack precision, leading to inefficiencies and lower success rates. Smart K9 (K9HERO) seeks to address this gap by optimizing both genetic selection and training processes to produce more resilient, efficient, and reliable dogs that can significantly improve search and rescue outcomes.

KEY OBJECTIVES

Genetic Marker Identification

Using GWAS to identify genetic markers linked to superior olfactory performance in SAR dogs

Phenotypic Data Collection

Collecting and analyzing detailed data on breed, age, training history, health, and olfactory performance

Wearable Technology Integration

Utilizing real-time data from wearable sensors to monitor K9s during training and operations, preventing fatigue-related injuries

Machine Learning and AI

Employing advanced machine learning models to predict K9 performance and optimize training strategies

Psychological Assessments

Analyzing the impact of trainer psychology on K9 performance to enhance training methods. Evaluation of psychological and physiological data of the trainers and dogs to optimize human-dog communication.

EEG Data Collection:

Recording EEG data from both dogs and trainers during training sessions to better understand cognitive responses and stress management, enhancing training strategies

Virtual Reality for Remote Monitoring:

Leveraging VR tools to remotely monitor training sessions and real-time K9 performance, allowing trainers and stakeholders to assess data without being on-site

TARGET OUTCOMES

A genetic selection framework for breeding high-performing SAR K9s.

A wearable sensor system integrated with AI to monitor and enhance K9 performance in real time.

Improved training methodologies based on genetic, phenotypic, and EEG data.

An open-access database that integrates genetic, phenotypic, EEG, and environmental data to inform future research and SAR operations.

Remote access to training using VR, offering enhanced real-time feedback and data analysis during SAR K9 operations.

PARTNERSHIP OPPORTUNITIES

Genomics & Bioinformatics

For collaborative genetic research

AI & Data Science

To further refine predictive models.

Wearable Tech & Sensors

For real-time data collection

Search & Rescue Organizations

For practical application and field testing

Psychology

To assess the human-dog interaction dynamics in SAR training.

Virtual Reality Technologies

For the implementation of remote monitoring capabilities.

FUNDING PROGRAM

The project is being developed for submission under the Horizon Europe Cluster 3: Civil Security for Society. This program focuses on disaster resilience and crisis management, making Smart K9 (K9HERO) an ideal fit for creating disaster-resilient communities by optimizing the capabilities of SAR K9s

PROJECT PARTNERS