Interesting 2025 Medtech Trends

Female professional doctor showing medical test result explaining prescription using digital tablet app visiting senior woman patient at home sitting on sofa. Elderly people healthcare tech concept
Resources

Interesting 2025 Medtech Trends

Predicting the trends of a new year is always interesting and a bit unpredictable. We asked our medical device design and development professionals to submit their most interesting medtech trends for 2025 and the reasoning behind their prediction. The results were surprisingly focused on two major trends: Home Healthcare and Wearable Devices. Within these categories, several technologies were identified including edge computing, IoT, and connected devices. In no particular ranking, here are our 2025 predictions:  

Connected Devices, Edge Computing and Home Healthcare 

Connected devices and edge computing are a couple MedTech trends to watch in 2025. These empower small home-use devices to provide higher quality care for patients. This allows patients to recuperate in a comfortable environment while clinicians monitor their status in real time. 

At-home healthcare. Baby boomers, one of the largest demographics in history, are healthier than any generation before them. As they reach advanced years, they also have a strong desire to stay home and care for themselves. Because health risks are still present, many companies are moving into at-home monitoring and alerts for healthcare providers. Many more indications could be monitored and treated remotely via at-home visits with new portable and discrete devices. This adds up to a strong business case, but new use cases require novel development utilizing the latest technologies.

IoT, edge computing (a distributed computing model that moves data storage and computation closer to the source of data), and their integration with cloud computing resources can significantly impact the medical device industry. Typically, devices are made as small as possible, but the smaller a device is the less computing power it has. There will be a trend use edge computing to leverage more powerful computational systems in data centers or on-premises computers (vs on the device itself) to process health data and extract valuable insights in real time.

Health Monitoring and Wearables

Personalized health monitoring using wearables and implantable biosensors that enable patients to get more data about their life will be more supportive of Medicine 3.0 (a proposed paradigm shift in healthcare that emphasizes a proactive, personalized, and data-driven approach to health optimization) preventative health care rather than symptomatic treatment. I am a huge fan of getting more information about my own body, my own health. I get very encouraged seeing developments in wearables and sensors like glucose monitors that make patients more educated about their health.

Some of the apps educate patients on how to interpret the data provided by sensors and wearables. For example, they give a scale so the user can determine where they are on the scale of healthy and unhealthy. The apps can also include educational content with actions to improve the patient results.

For very good reasons, there is a gulf between consumer health care apps and medical grade health care apps that a doctor could consider actionable due to regulations. But we’re already seeing signs of medical device company interest in bridging or augmenting that gap to make wearable device data actionable by doctors as well as consumers. This requires applying the same care and oversight as data taken in a clinical setting available in a consumer wearable or an implantable that’s continually logging data.

Once smartwatches and other consumer devices get a pulse oximeter with regulatory clearance, there’s going to be a wave of interest from healthcare practitioners. Because healthcare is becoming a lot more remote thanks to learnings from the pandemic, patients do not see doctors in person as often. If there’s trust in data from smart rings and watches that collect useful information which helps a clinician support patient health needs, especially in a proactive way, let’s have more of that, please!

The gulf between consumer health care apps and medical grade health care apps is going to diminish sooner than later. In the past there wasn’t a lot of connection between consumer grade health wellness devices and what your doctor can see or care about. But that chasm is narrowing.

Wearables and remote monitoring trends are interesting because they let doctors keep an eye on patients in real time from their home. This will help give patients better insights into what’s really going on with their health and makes it easier for doctors to catch potential issues earlier. I think this trend will cut down on hospital visits and make healthcare more efficient.

Impact of New U.S. Leadership

A major medtech trend in 2025 and for the next four years will be a focus on geography constrained resourcing, i.e. less dependency on international supply chain and more focus on regional device requirements. A protectionist climate in the US and the changing, international commerce landscape will likely have a big impact on the world’s largest healthcare market.

Astero StarFish is the attributed author of StarFish Medical team blogs. We value teamwork and collaborate on all of our medical device development projects.

Images: StarFish Medical

X-ray image of a human chest showing bones in high contrast. A visible electronic device, likely a pacemaker or implant, is located in the upper left chest area. A bold red arrow points to the device with a label in black and white text reading “definitely not bone.”

Mark and Ariana explore the surprising versatility of barium sulfate—a material used widely in both diagnostic procedures and medical device manufacturing. While many recognize it as the contrast agent you drink before an X-ray, it’s also a key additive that enhances plastic components across the healthcare industry.

Gloved hand holding a test tube filled with red liquid, with a large red arrow pointing at the tube on a blue gradient background.

We explore a groundbreaking shift in how Alzheimer’s disease may soon be diagnosed. Instead of relying on invasive spinal taps or costly PET scans, researchers have developed a blood test that detects key proteins associated with the disease—offering a more accessible and patient-friendly screening method.

A bearded man in a denim shirt uses a handheld breathalyzer device. To the left, bold text reads: "How Breath Testing REALLY works," with the word "REALLY" emphasized in bright purple.

We explore how breath testing in medical devices is transforming diagnostics. Mark Drlik walks through how this technology supports everything from roadside impairment detection to gastrointestinal analysis.