Disrupting MedTech: Gennadi Saiko Makes Smartphones Save Limbs and Lives
The Crisis Hidden in Plain Sight
The prevalence of diabetes among seniors in
The traditional approach to wound care has relied on antiquated methods. "A couple of years ago, doctors were using rulers to measure wounds," Saiko reveals. This anatomical imaging requires multiple measurements over time to track healing trajectories, creating a compliance problem when patients do not return for follow-up appointments. By the time patients with infected wounds finally seek help, it is often too late. "At this stage, you may need to amputate a leg," warns Saiko.
What makes chronic wounds particularly dangerous is their ability to trap patients in a vicious cycle. Unlike normal wounds that heal within three weeks, chronic wounds require medical intervention. Detecting which wounds will become chronic is where traditional diagnostics fall short.
A Pocket-Sized Revolution in Diagnostics
Saiko's solution represents a fundamental shift in medical device strategy. While competitors were building tablet-sized devices costing
The device performs multispectral imaging, fluorescence imaging to detect bacteria, and thermal imaging to identify temperature increases that signal infection. This multimodal approach solves a critical problem in medical diagnostics: specificity. "All these devices are very sensitive. The problem is specificity. All these false positives where there is nothing, but you identify it as something and cut the leg after that," says Saiko. By combining three technologies, Oxilight boosts specificity dramatically while providing immediate prognostic information from a single snapshot.
The portability factor is transformative. Frontline nurses can now perform sophisticated diagnostics during home visits, catching problems early. "She can just take it from her pocket, put it on your smartphone, take a picture, and send it to the doctor," Saiko illustrates. For patients in rural communities where hospitals may be 100 kilometers away, this accessibility is literally life changing. "Moving to the patient's home, this is really a big deal," he emphasizes. Preventing just one amputation saves healthcare systems ten times the cost while dramatically improving patient quality of life.
Links
Disrupting MedTech: Turning the Smartphone into a Life-Saving Medical Device with
LinkedIn: https://www.linkedin.com/in/gennadisaiko/
Company Website: https://oxilight.ca
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About
Before founding Oxilight, Gennadi began his career in a cutting-edge FinTech startup before transitioning into medical physics and biooptics, where he focused on cardiovascular and wound care applications. At Oxilight, he designed and developed a revolutionary wound imaging system that was later acquired by Swift Medical, helping bring the Swift Ray 1 to market. With nearly two decades immersed in startups, he has held senior management roles and led ventures from concept through commercialization, aligning product development with regulatory compliance and clinical validation.
An Adjunct Professor at Toronto Metropolitan University, Gennadi is also the author of a practical guide to MedTech product development, helping scientists and founders navigate the complex path from prototype to patient impact. Beyond his entrepreneurial pursuits, he advises and supports HealthTech and MedTech startups through consultancy, advisory, and fractional executive roles, championing scalable innovation that saves lives and limbs.
About
References
Sen, C. K. (2025). Human Wound and Its Burden: Updated 2025 Compendium of Estimates. PubMed. doi.org/10.1177/21621918251359554
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