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Dogs to the Rescue: AI-Powered Breath Tests Offer Novel Cancer Screening

Cancer Screening AI Biotech Startup Battlefield TechCrunch Disrupt Dogs Early Detection
October 09, 2025
Viqus Verdict Logo Viqus Verdict Logo 8
Sniffing Out Success
Media Hype 7/10
Real Impact 8/10

Article Summary

SpotitEarly, a Tel Aviv-based biotech firm, is pioneering a novel approach to cancer screening leveraging the exceptional olfactory abilities of dogs combined with artificial intelligence. The company’s core technology involves training beagles to detect cancer-specific odors in human breath. A double-blind clinical study, published in Nature’s Scientific Reports, demonstrated 94% accuracy in screening for breast, colorectal, prostate, and lung cancer using this method, involving 1,400 individuals. SpotitEarly’s AI platform validates the dogs’ behavior, analyzing factors like breathing patterns and heart rate to ensure robust results. The startup secured $20.3 million in funding from investors like Hanaco VC and Wix.com, with plans to launch its at-home screening kits through a physician’s network next year, initially focusing on breast cancer detection at approximately $250 per test. This approach aims to offer a more affordable alternative to existing tests like Grail’s Galleri, which costs around $950. The company's unique culture – emphasizing a ‘dog people’ environment – further underscores its innovative and forward-thinking approach.

Key Points

  • AI-powered cancer detection is being developed using trained beagles to analyze breath samples.
  • The technology achieved 94% accuracy in a double-blind clinical study screening for four common cancers.
  • SpotitEarly aims to provide a more affordable and accessible cancer screening option compared to established tests like Grail’s Galleri.

Why It Matters

The emergence of SpotitEarly represents a potentially significant shift in cancer diagnostics. While multi-cancer early detection (MCED) tests are currently limited by cost and accessibility, this approach offers a novel, data-driven method leveraging the untapped potential of animal senses. This news is crucial for anyone involved in healthcare, biotechnology, or early diagnostics, as it highlights a promising avenue for improving early cancer detection rates and ultimately saving lives. The investment in and focus on this technology signals a growing recognition of the role AI and biological sensors can play in preventative medicine.

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