Part 2: ML vs. Traditional Algorithms
It’s best to investigate alternate approaches before deciding whether the AI/ML approach is best for your application
At Suntra MedTech Solutions, we believe innovation doesnāt stop at the lab bench. Our Knowledge Center is where engineering insight meets industry perspective. It is a hub for medtech leaders looking to stay ahead of whatās next.
It’s best to investigate alternate approaches before deciding whether the AI/ML approach is best for your application
A Venture Capitalist recently joked that to fund a startup, all one must do is choose a URL that ends in ā.aiā. Although he was not serious, it was an acknowledgment that companies pursuing Artificial Intelligence (AI) are getting much attention and there is a fear of missing out (FOMO) in the investment community if […]
We are excited to share our expertise on how to remain User Centered when approaching medical product design
So, you have a great new idea for a new productā¦what to do to get started on your patent.
Hear talk about using navigation, information architecture, interaction design and visual design to make your strategy real
Navigating the complexities of medtech development strategy
This checklist is intended to capture and guide the roles and responsibilities associated with the design & development transfer process.
How strategy and project scope can be used as the foundation of a logic structure in developing an app
Sunrise Labs found investing in a fully integrated engineering database an invaluable data management method for teams collaborating in a shared space
We inviteĀ David Hibbard, Director of Programs at Sunrise Labs, to join us in a conversation about best practices for integrating User Centered Design and Agile methodology when developing medical devices
User Centered Design included the three major disciplines in a UCD team: UX / UI Design, Industrial Design, and Human Factors Engineering
Learn how Continuous Integration and Automated Testing can improve quality, reduce risks, and speed up medical device development