Missed spots are a thing of the past. With UVD, you get 360° disinfection that reaches every hidden corner.
Not anymore! Unlike traditional disinfectants, UVD uses light for disinfection. No harmful chemicals, just a clean, eco-friendly environment.
UVD slashes disinfection time, finishing the job in minutes. It's faster, it's efficient, and it's perfect for high-demand areas.
But not with UVD. Its hands-free, automated technology removes human error from the equation, keeping everything and everybody safe and hygienic.
No matter the room or space, UVD delivers the same high standard of disinfection every time. You can count on it.
Healthcare-associated infections (HAIs) affect 1 in 10 patients worldwide, especially in critical care areas and in low- to middle-income countries. The rise in drug-resistant organisms has made these infections more dangerous, increasing risks for patients and placing a heavy strain on healthcare systems.
Methicillin-resistant Staphylococcus aureus (MRSA) is one of the most dangerous drug-resistant HAIs, claiming over 11,000 lives annually, per CDC data. As MRSA becomes more resistant, traditional cleaning methods are struggling to keep up.
HAIs commonly spread through contact with contaminated hands, surfaces, or medical devices. They can also be transmitted through respiratory droplets during patient interactions.
Our AI-powered Spotbots use advanced UVC technology to deliver thorough, chemical-free disinfection, reaching even hidden areas. By minimizing human error and cross-contamination, Spotbots enhance safety and infection control in healthcare settings.
Contact Time: 30 seconds to 1 minute
Environment: General use, healthcare settings
Contact Time: 30 seconds to 1 minute
Environment: Healthcare settings, laboratories
Concentration: 0.1% (1000 ppm) for general disinfection, 0.5% (5000 ppm) for high-level disinfection
Contact Time: 5 to 10 minutes
Environment: Healthcare, household, industrial
Concentration: 3-6%
Contact Time: 1 to 5 minutes
Environment: Healthcare settings, household
Concentration: Follow the manufacturer’s recommendations
Contact Time: 3 to 10 minutes
Environment: Healthcare, commercial, food service
Concentration: 0.2-0.3%
Contact Time: 5 minutes
Environment: Healthcare, food industry
Concentration: Follow the manufacturer’s recommendations
Contact Time: 1 to 10 minutes
Environment: Water treatment, healthcare, food processing
Concentration: Follow the manufacturer’s recommendations
Contact Time: 10 minutes
Environment: Healthcare, laboratories
Safety starts with effective disinfection! Our easy-to-read table below reveals essential details about common disinfectants, their contact times, and the best environments for their use. This knowledge empowers you to make informed choices for a cleaner space. Plus, at Spotless AI, we elevate traditional methods with our cutting-edge technology, delivering powerful, chemical-free sanitization that ensures safety and effectiveness in every setting. Dive in and discover how to keep your environment spotless!
In healthcare settings, fogging and fumigation are commonly used methods to maintain sterile environments. Fogging involves creating a fine disinfectant mist to coat surfaces, while fumigation fills entire spaces with gas to eliminate pathogens. A chemical often used in this process is Formalin—a formaldehyde-based solution known for its strong disinfectant properties. However, its widespread use hides significant risks.
Here's how:
A Toxic Legacy: While formalin has been trusted for its ability to kill germs, it also releases toxic fumes that pose serious health risks.
Carcinogenic Dangers: Classified as a carcinogen, formalin exposure can lead to cancer. Short-term exposure irritates the eyes, throat, and respiratory system, while prolonged exposure increases these risks.
Global Rejection: Due to its dangers, formalin has been banned in hospitals and labs in many countries, but it is still used in some Indian facilities due to its low cost.
Awareness on the Rise: Growing awareness of formalin’s dangers is driving the healthcare sector toward safer, non-toxic alternatives.
To tackle the risks associated with traditional disinfectants like formalin, our AI-powered Spotbots offer an innovative approach with advanced UVC technology. Delivering thorough, chemical-free disinfection, Spotbots reach even the most hidden areas. By reducing human error and eliminating cross-contamination, Spotbots set a new standard for safety and infection control in healthcare settings.
Advanced AI Intelligence at the Core: What sets Spotbot Lite and Spotbot Xtreme apart is their sophisticated artificial intelligence that goes far beyond simple automation. Our robots are equipped with cutting-edge AI algorithms that enable them to identify and address critical disinfection challenges that traditional methods often miss.
Shadow Detection Technology: Shadows are more than just dark spots—they're potential pathogen reservoirs. Research has shown that UV-C light cannot penetrate shadowed areas effectively, leaving these zones vulnerable to pathogen survival. Our AI-powered robots use advanced computer vision and machine learning algorithms to detect shadow regions in real-time, ensuring complete UVC coverage by adjusting positioning and dosage to eliminate these hidden threats.
Recent scientific research published in the Journal of Computer Science and Technology Studies has extensively documented the critical importance of addressing shadow zones in autonomous UV disinfection systems. The study, titled "Overcoming the Shadow Challenge in Autonomous UV Disinfection Systems" by Pradeep Chandramohan (2025), highlights how shadowed areas represent significant challenges in achieving comprehensive pathogen eradication.
The research demonstrates that advanced solutions incorporating artificial intelligence and multi-angle light deployment are transforming the capabilities of UV disinfection systems. The study emphasizes how AI-powered path-planning algorithms enable dynamic trajectory adjustments to ensure comprehensive coverage, addressing the fundamental limitation that UV-C light cannot effectively penetrate shadowed regions.
This peer-reviewed publication validates our approach to shadow detection technology and underscores the scientific foundation behind Spotbot Lite and Spotbot Xtreme's AI-driven disinfection capabilities. Read the full research paper here.
Intelligent Hard-to-Reach Space Identification: Complex environments contain numerous hard-to-reach spaces—under beds, behind equipment, narrow crevices—that manual cleaning often misses. Spotbot Lite and Spotbot Xtreme utilize AI-driven spatial recognition to map these challenging areas and create optimized disinfection paths, ensuring no corner goes untreated.
Automatic Room and Space Recognition: Different rooms require different disinfection strategies. Operating theaters demand different protocols than patient rooms, which differ from waiting areas. Our AI systems automatically identify room types using visual recognition and environmental analysis, then adapt disinfection parameters accordingly—optimizing UVC dosage, exposure time, and coverage patterns for each specific space.
AI-Powered Hotspot Prediction: High-touch surfaces and contamination hotspots are critical in infection transmission. Studies in infection control literature demonstrate that certain areas—door handles, bed rails, medical equipment controls—harbor significantly higher pathogen loads. Our AI systems analyze room layouts, surface types, usage patterns, and epidemiological data to predict and prioritize hotspot disinfection, automatically directing more intensive UVC exposure to these critical areas.
Continuous Learning and Adaptation: Every disinfection cycle provides data that our AI systems learn from, continuously improving performance. This adaptive intelligence ensures that Spotbot Lite and Spotbot Xtreme become more effective over time, understanding your facility's unique patterns and optimizing their approach accordingly.
Email Address: info@spotless.ai
Phone Number: +44 7765 221740
Address: E - Innovation Centre Telford Innovation Campus, Priorslee, Telford, Shropshire, England, TF2 9FT
