Micron, a global leader in medical technology and smart devices, needed a faster and more efficient way to develop and deploy software for IoT-enabled medical systems. These systems include motors, cameras, and laser equipment used by doctors, researchers, and healthcare professionals.

Their main goal was to speed up development, improve collaboration, and reduce reliance on costly hardware without sacrificing performance or delaying product releases.

Key Challenges:

Developing software for diverse IoT hardware with different configurations
Avoiding testing bottlenecks caused by limited access to expensive medical hardware
Coordinating collaboration across distributed development teams
Simplifying and speeding up software deployment workflows

Technology Stack:

Cloud Infrastructure Models:

Platform as a Service (PaaS)
Infrastructure as a Service (IaaS)

Development & Testing Tools:

Cloud-based PaaS development environment
Programming in C++
Microsoft SQL Server for data handling

IoT Hardware Simulation:

API integrations and cloud-based simulators to emulate device behavior

DevOps & Collaboration:

Shared cloud workspaces
Version control systems
CI/CD pipelines for automated builds, testing, and deployment

Result:

Optimized hardware usage through virtualization, reducing costs and test delays
Parallel development enabled across global teams without conflicts
Faster time-to-market with streamlined build and deployment cycles
Enhanced team collaboration and development efficiency
Reduced dependency on physical infrastructure, supporting remote and agile workflows

Micron, USA – PaaS for IoT Development

Key Challenges:

Technology Stack:

Result: