The convergence of gamification and AI heralds a transformative era in mental health care, offering a blend of engagement and precision previously unattainable.
AI-driven regulatory platforms support SaMD organizations by proactively monitoring and adapting to the dynamic global regulatory landscape. The technology alerts users to anticipated regulatory updates worldwide, facilitating improved foresight and trend detection. It also provides guidance on addressing potential lapses in product compliance, integrates with existing workflows and streamlines regulatory tasks from classification to registration and market entry.
As with most industries experiencing steady growth, the medtech market faces several challenges, including supply chain issues, price inflation on materials and energy, labor shortages and increasing regulations. Adopting cloud-based digital solutions can help address these challenges. For companies investigating new solutions, the State of Manufacturing Technology survey can serve as a valuable benchmarking tool.
In an era where sustainability is no longer a choice but a necessity, the medical industry finds itself at a crossroads. With the increasing amount of medical waste generated daily, the traditional methods of disposal are proving to be inadequate and environmentally detrimental. Enter the world of Smart Disposal Systems, where the Internet of Things (IoT) is revolutionizing the way we handle medical waste.
Timely firmware updates are only one part of the hardware-related security equation. Whether it’s a hematology analyzer, CT scanner or any other networked medical device, the ability to withstand as well as recover from a malicious attack begins with the contract manufacturer that builds the embedded system. Here are five questions to ask your hardware integrator to be sure that your devices are equipped with maximum protection both before and after delivery.
Gait analysis is proving to be a vital tool in elderly health care, offering insights into overall health, frailty status and early signs of disease processes. With the help of novel technology, we’re now able to capture gait and mobility beyond mere observational analysis.
Recent developments, specifically artificial intelligence and the ubiquity of smart devices, enable us to monitor cough unobtrusively and continuously for periods of time. Objective cough quantification can be combined with patients’ perceptions to better determine diagnosis, treatment response and prognosis.
AI not only improves data collection and analysis, it impacts which products are engaged in clinical trials, determines necessary medical criteria, helps design the trials and can even choose the best participating facilities. The result is, organizations that leverage AI will be more successful and will go to market faster than those that don’t.
Augmented reality (AR), with the help of artificial intelligence (AI), is providing healthcare professionals with the means to offer patients an unprecedented level of care and personalized treatments, and assisting MedTech and life sciences companies in product design and development. Yet, the potential of AR with AI in health care is still far from fully explored.
As VP of Product Marketing for a MedTech startup, my role is to champion pioneering medical technology, strategically spark interest and drive it out of the design lab and into the field where it will ultimately change, or even save lives. Over the last two decades, I’ve seen the industry evolve in interesting ways, and I’ve learned some enduring lessons about market introduction and launch of market-making technologies post-FDA clearance.
