In developing BD's next-generation insulin pumps, how do we weigh adding advanced connectivity features against extending battery life and overall device durability?

Introduction

In developing BD's next-generation insulin pumps, we face a critical trade-off between adding advanced connectivity features and extending battery life and overall device durability. This scenario involves balancing technological innovation with core functionality and reliability for a medical device. I'll analyze this trade-off by examining user needs, technical constraints, business implications, and potential solutions.

Step 1

Clarifying Questions (3 minutes)

• Context: I'm assuming this is for a new product line, not an update to existing pumps. Could you confirm if we're developing a completely new product or iterating on an existing one?

Why it matters: Impacts design constraints and user migration strategy Expected answer: New product line Impact on approach: Would focus on innovation over backwards compatibility

• Business Context: Based on the medical device market, I'm thinking this might be a high-margin, low-volume product. Can you share our revenue model and target market size for this product?

Why it matters: Helps balance feature set against production costs Expected answer: Premium pricing, targeting 100,000-500,000 users globally Impact on approach: Would justify higher-cost components for advanced features

• User Impact: Considering the critical nature of insulin pumps, I'm assuming reliability is the top priority for users. How do our users currently rank features like connectivity vs. battery life in importance?

Why it matters: Ensures we're addressing the most critical user needs Expected answer: Battery life and reliability are top priorities Impact on approach: Would lean towards prioritizing durability over advanced features

• Technical: Given the rapid advancements in IoT, I'm wondering about our current technical capabilities. What's our current battery technology, and what connectivity options are we considering?

Why it matters: Determines feasibility of balancing advanced features with battery life Expected answer: Lithium-ion batteries, considering Bluetooth Low Energy and cellular connectivity Impact on approach: Would explore power-efficient connectivity solutions

• Timeline: Considering the regulatory landscape for medical devices, I'm thinking this might be a multi-year project. What's our target timeline for bringing this to market?

Why it matters: Influences how ambitious we can be with new technology integration Expected answer: 2-3 year development cycle Impact on approach: Would allow for more extensive R&D and testing of new features