All Posts

What if the same principles that make medical devices safer could also help prevent homelessness? For Shannon Clark, that question has shaped her career in human factors, entrepreneurship, and social impact.

Bringing an innovative medical technology to market requires far more than a great product. Successful commercialization depends on understanding customers, building meaningful relationships, creating alignment with stakeholders, and developing a strategy that carries innovation from concept to clinical adoption.

Building a successful life sciences ecosystem requires more than groundbreaking research. Innovation reaches patients when entrepreneurs have access to the partnerships, funding, talent, and infrastructure needed to transform promising ideas into commercial success.

Bringing a medical device to market requires far more than regulatory approval. Even after a product is ready for launch, companies must navigate a complex landscape of providers, hospitals, referral networks, and purchasing decisions before they can achieve widespread adoption.

As software becomes increasingly integrated into medical devices, cybersecurity is no longer an optional feature added near the end of development. It is a regulatory expectation, a patient safety issue, and an essential part of bringing a successful product to market. Christopher Gates, cybersecurity expert and Founder & CEO of arsMedSecurity, has spent decades helping manufacturers navigate this evolving landscape while meeting regulatory requirements and protecting patient

Medical innovation often celebrates breakthrough science, but groundbreaking technology only changes lives when patients and clinicians can actually access it. The greatest innovations are not only effective–they are practical, scalable, and built for real-world care.

Medical innovation does not succeed through technology alone. Behind every successful device is a complex journey of clinical validation, regulatory strategy, quality management, and commercialization decisions that determine whether an idea reaches patients.

A medical device is only as strong as the evidence behind it. Innovation may spark the idea, but clinical evidence, regulatory strategy, and a clear path to adoption are what transform technology into a solution that reaches patients and lasting impact.

Groundbreaking medical technologies don't succeed on innovation alone. Behind every breakthrough is an ecosystem of resources, infrastructure, and community that helps entrepreneurs transform promising ideas into real-world impact.

Behind many groundbreaking medical innovations is a simple realization: there has to be a better way. For some innovators, that realization comes from personal experience: seeing a gap in care, feeling its impact firsthand, and choosing to transform that challenge into a solution that can help others. Creating successful healthcare solutions requires more than identifying a problem; they require listening to those affected, understanding the healthcare environment, and develo

The success of a medical innovation is dependent on whether the technology can move beyond the lab and into clinical practice. It is critical for innovators to answer the following: Who will use it? What problem does it solve? How does it fit into existing workflows? Medical innovation often begins with breakthrough research. A researcher uncovers a new insight, a clinician identifies an unmet need, or an engineer develops a technology with the potential to improve patient ca

In medtech, a strong idea is only the beginning; the real test is whether it can fit into the clinical, operational, financial, and human realities of healthcare.

Pediatric medtech does not suffer from a lack of good ideas as much as it suffers from a lack of coordinated infrastructure to move those ideas forward.

Physical therapy outcomes depend heavily on what patients do between appointments, yet that is often where clinicians have the least visibility.