Why Developing AI-Powered Medical Devices From Scratch Takes So Long
Delivering an AI-powered medical device doesn’t have to be a long and expensive process. MBX can help you develop a solution in a fraction of the time.
Delivering an AI-powered medical device doesn’t have to be a long and expensive process. MBX can help you develop a solution in a fraction of the time.
New technologies for mobile camera-based deployments speed time to market while helping to improve operational efficiencies and patient outcomes.
Learn how you can accelerate the development of AI-powered products and get to market 10x faster with hardware & software building blocks from MBX & NVIDIA.
In this podcast, Brad Genereaux, global lead of healthcare alliances at NVIDIA and Roger Lam, VP of engineering at MBX, discuss smart hospitals and how hardware and software can come together to create them
The evolution of computer vision in healthcare is happening quickly. Watch the video interview with Roger Lam to learn more about its evolution and how it can benefit healthcare.
Computer vision is a field of artificial intelligence (AI) that trains computers and systems to analyze camera and video digital images intended to draw meaningful recommendations and actionable steps.
Value analysis/value engineering (VAVE) is about boosting performance, efficiency and cost-effectiveness by improving the design of a finished product.
Better Together: Read how MBX and NVIDIA reduce medical AI application development time 10x with hardware and software building blocks built on a foundation of AI-enabled embedded and edge platforms.
MBX Systems' Roger Lam, Director of Engineering, was featured on the Health Innovation Matters Podcast to discuss how AI is revolutionizing healthcare.
Design for manufacturing (DFM) should be your first port of call when launching a new product or considering changes to an existing one.
Despite the benefits of cloud backup, relatively few organizations are using the cloud as their primary data storage tier.
The right partner can review and offer design suggestions through DFM that significantly reduce your risk of issues or cost going into manufacturing.
Achieve speed, efficiency, cost savings, and improved performance with value analysis and value engineering.
Healthcare technology developers can achieve significant cost efficiencies and stretch product lifecycles in their hardware platforms by taking the right approach to design and engineering.