Why You Need a Secure Product Development Framework for Medical Device Cybersecurity
A Secure Product Development Framework is highlighted as a way of meeting QS regulations and FDA expectations.
Connecting tech leaders with insight to move the needle, and developers and designers with inspiration to build really cool touchscreen-driven stuff people will love.
A Secure Product Development Framework is highlighted as a way of meeting QS regulations and FDA expectations.
C++ programmers must design their code to be safe. Static analysis can uncover software defects, such as programming errors and security vulnerabilities.
For specialized, highly technical domains, effective UX design is built on an extensively collaborative process where the designer serves as both facilitator and creator.
A proactive approach to SBOM creation by medical device makers will contribute to a safer and more resilient healthcare ecosystem.
Chatbots elevate the patient experience by delivering heightened personalization, real-time information, improved accessibility, and valuable support.
Though the terms SaMD and SiMD are often used interchangeably, understanding their nuances is crucial for navigating compliance.
Small embedded screens are significantly different to design for than smartphones.
With cyber threats aimed at healthcare on the rise, the FDA has tightened requirements for device makers. We help you make sense of the new rules.
To choose between a light or dark-mode UI, device designers must understand how human eyes process light.
If you’re thinking about making the move to Linux for your medtech, here’s a look at some pros and cons.
The next five years will be a race among manufacturers to add intelligence to everything.
Here's how to rapidly create a VR-based digital twin for training systems based on any existing device.
Aesthetics matters in medical device design in terms of safer, more usable products.
Outsourcing QA can be a smart decision in terms of accelerated time to market, enhanced flexibility and greater objectivity.
Industries from medical to automotive rely on virtual versions of complex systems for simulation and training.
As VR technology evolves and costs decline, VR is expected to see wider adoption in the medical realm.
Verification and validation ensure software is safe, effective and meets all requirements and user needs.
Explore U.S and EU regulations intended to help developers create safe AI-based software.
Address issues relevant to mobile platforms, including OS compatibility, responsive design and cybersecurity.
Properly classifying your SaMD is crucial as it determines your medical device path to the market.
Software that meets the definition of a medical device is subject to a complex set of requirements.
The cybersecurity industry is stretched thin as the pace of attacks is relentless. Take steps now to safeguard your devices.
With this important project nearly complete, we're making final updates to decrease the possibility of use error to improve patient safety.
We perceive colors differently from screen to screen. That means testing on target hardware is critical.
Wider embrace of UX can make it easier for those working in life sciences to more quickly bring new therapies to market.
Medical device safety standards have elevated. Device makers should follow these principles.
NEW! We're now working on a second ventilator to fight COVID-19 globally.
Medical device makers should explore touchless interfaces more aggressively than ever.