New technology helps canine search teams locate victims five to ten times faster, whilst monitoring dogs’ wellbeing during missions
Search-and-rescue dogs have long been invaluable partners to emergency responders, using their extraordinary sense of smell to locate missing or trapped people. Now, artificial intelligence is stepping in – not to replace these remarkable canines, but to amplify their already impressive abilities.
Scientific Systems, an AI company, has developed COSMIC-T (Collaborative Intelligence for Olfactory Search Missions Integrating Canines and Technology), a system that combines the scenting prowess of dogs with drone technology and AI analysis to help save lives faster than ever before.
How COSMIC-T works
The system uses a multi-layered approach that brings together canine intelligence, artificial intelligence and human expertise.
As search and rescue dogs work, following scent trails and searching for victims, a drone simultaneously gathers crucial data. The drone tracks the dog’s movements and collects information about environmental factors that affect scent dispersal, including weather conditions, wind patterns and geographical features.
Artificial intelligence software then analyses all this data and makes predictions about where a missing person might be located. Handlers receive real-time updates on a tablet displaying colour-coded maps, with infrared sensors helping to refine predictions.
Armed with this information, handlers can make informed decisions about where to direct their canine partners. If the predicted location is faster to reach by air than on four legs, an autonomous drone can move in that direction whilst the dog continues working other areas.
Impressive results
After three years of testing and development, the results speak for themselves: mock victims were located five to 10 times faster with COSMIC-T than they would have been using traditional search methods alone.
This dramatic improvement in efficiency could mean the difference between life and death in real emergency situations, where every minute counts.
Protecting canine welfare
One particularly thoughtful feature of COSMIC-T is its ability to monitor the working dog’s physiological and behavioural state in real time. This ensures that search missions don’t become too physically or emotionally draining for the dogs.
Search and rescue work is demanding, and dogs can experience fatigue, stress or overheating during intense operations. The system’s monitoring capabilities allow handlers to make informed decisions about when their canine partners need rest, helping to protect the dogs’ welfare whilst maintaining operational effectiveness.
Training and development
COSMIC-T’s canine training data was captured during training missions conducted by the Boone County Missouri Fire District, demonstrating a collaborative approach between technology developers and working search and rescue teams.
“It’s been a privilege to assist Scientific Systems in its COSMIC-T program,” said Scott Olsen, Fire Chief of Boone County Fire Protection District. “Canine Search Teams are one of the most important components of our disaster response capabilities, and we’re proud to have contributed data and expertise towards technologies that can help advance the Search and Rescue mission.”
Dogs remain irreplaceable
Despite the impressive technological advances, there’s no danger of AI replacing search and rescue dogs anytime soon—and the developers are the first to acknowledge why.
“We’ve spent hundreds of millions of dollars trying to make a sensor that is as good as a dog’s nose, and we’ve never gotten close,” Mitchell Colby, the group lead for AI and machine learning at Scientific Systems, told Nautilus magazine.
Colby emphasised that whilst AI is making great strides in many fields, it cannot compete with the intuition and experience that both dogs and their handlers bring to search and rescue operations.
“I have not seen any AI that can compete with the intuition of an operator with a lot of experience,” he added.
The power or partnership
The COSMIC-T system exemplifies a growing trend in working dog applications: using technology not to replace dogs, but to enhance their natural abilities and protect their welfare.
Dogs possess biological capabilities that technology simply cannot replicate. Their sense of smell is estimated to be between 10,000 and 100,000 times more acute than humans’, with around 300 million olfactory receptors compared to our mere six million. They can detect scents in parts per trillion and follow trails that are days old.
But whilst dogs excel at detection, they lack the ability to analyse large-scale environmental data or predict search patterns based on topography and weather. Humans bring strategic thinking and experience, but lack the dogs’ scenting abilities. AI excels at data analysis but lacks both the physical capabilities and the intuitive judgment of living beings.
Together, these three elements create a powerful team where each member’s strengths compensate for the others’ limitations.
Real-world applications
Search and rescue dogs work in diverse and challenging environments, from collapsed buildings following earthquakes to wilderness areas where hikers have gone missing, from avalanche sites to disaster zones.
In each of these scenarios, COSMIC-T’s ability to rapidly analyse environmental data and predict likely victim locations could prove invaluable. The system’s drone component is particularly useful in areas that are difficult or dangerous for handlers and dogs to access immediately.
The real-time mapping also helps incident commanders make strategic decisions about resource allocation, potentially allowing search and rescue teams to cover more ground more efficiently.
Looking to the future
The development of COSMIC-T represents a thoughtful approach to integrating technology into working dog operations. Rather than viewing AI as a replacement for biological capabilities, the system treats technology as a tool that serves both the mission and the dogs themselves.
The welfare monitoring aspect is particularly significant. As our understanding of canine stress and fatigue improves, having objective data to supplement a handler’s observations ensures that working dogs can have long, healthy careers whilst performing at their best.
For search and rescue operations, where time is critical, and conditions are often challenging, any tool that can help locate victims faster whilst protecting the well-being of both human and canine team members represents genuine progress.
The human-canine bond endures
At its heart, COSMIC-T reinforces rather than replaces the centuries-old partnership between humans and dogs. The system relies on handlers’ expertise to interpret data and make decisions, on dogs’ extraordinary scenting abilities to do the actual detection work, and on AI to process information at speeds and scales that biological brains cannot match.
The result is a collaboration where technology serves to enhance rather than diminish the vital role that search and rescue dogs play in emergency response.
As Mitchell Colby’s comments make clear, the scientific and technological communities recognise what dog handlers have always known: when it comes to search and rescue work, dogs possess capabilities that remain unmatched by any sensor, algorithm or machine.
The future of search and rescue looks to be one where cutting-edge technology works alongside remarkable canines—each doing what they do best, together saving more lives than any could alone.
About search and rescue dogs
Search-and-rescue dogs undergo extensive training, often beginning in puppyhood. They must possess specific traits, including strong drive, physical stamina, excellent socialisation and the ability to focus despite distractions.
Different types of search-and-rescue work require different skills. Trailing dogs follow a specific person’s scent along their path of travel. Air-scenting dogs detect human scent carried on air currents, useful for locating people in wilderness or disaster sites. Cadaver dogs are trained to detect human remains.
Handlers and dogs typically train for hundreds of hours before being certified for operational deployment, and continue training throughout the dog’s working life to maintain and develop skills.
The partnership between handler and dog is crucial – mutual trust, communication and understanding form the foundation of effective search and rescue work. COSMIC-T enhances this partnership by providing additional information whilst respecting the central role of the human-canine team.
For more information about COSMIC-T, visit Scientific Systems at ssci.com. The Boone County Missouri Fire District’s participation in the programme demonstrates the collaborative approach needed to develop effective tools for emergency response.
