Embedded Device Control
Utilizing .NET IoT libraries and Windows IoT Core to power user interfaces and control logic for diagnostic hardware and surgical robots.
.NET Development for Medical Devices
Build secure, compliant, and scalable software for connected medical devices and digital health ecosystems.
15+ Years Experience | 98% Client Retention | ISO 13485 Aligned Processes
Why MedTech Companies Choose .NET
Medical device manufacturers require software platforms that guarantee type safety, long-term support, and seamless hardware integration. Microsoft’s .NET ecosystem offers the stability and performance required for Class I, II, and III medical device software.
The framework provides robust libraries for interoperability (HL7/FHIR), superior security features for HIPAA compliance, and native integration with Azure IoT for connected devices (IoMT). Our .net developers for medical devices leverage these capabilities to build reliable systems that withstand rigorous regulatory audits.
.NET Applications in Medical Devices
Companion Diagnostics
Developing PC and mobile applications using MAUI or WPF that interface with hardware via Bluetooth/BLE for data visualization and patient monitoring.
IoMT Cloud Connectivity
Building secure pipelines connecting physical devices to Azure IoT Hub for real-time telemetry, remote updates, and predictive maintenance.
Clinical Data Integration
Implementing HL7 and FHIR standards to ensure device software communicates seamlessly with Electronic Health Records (EHR) and hospital networks.
Manufacturing QMS
Creating internal tools for production line tracking, quality management systems, and automated testing to support Good Manufacturing Practices (GMP).
Enterprise-Grade .NET Expertise
Our Software Engineering Center of Excellence ensures every line of code meets industry standards. We utilize a specific stack tailored for the medical domain.
| Technology/Library | Category | Medical Application |
|---|---|---|
| .NET 6 / 7 / 8 | Core Framework | Long-term support (LTS) for regulated software lifecycles. |
| Fo-Dicom | Library | Handling DICOM medical imaging data within applications. |
| Hl7.Fhir.Net | Interoperability | Standardizing data exchange with hospital systems. |
| Azure IoT Hub | Cloud Service | Secure device management and bidirectional communication. |
| Windows IoT Core | OS Platform | Powering dedicated embedded medical appliances. |
| Entity Framework | ORM | Secure data persistence with audit trail capabilities. |
| xUnit / NUnit | Testing | Automated unit testing for verification and validation (V&V). |
.NET Development with Medical Compliance
Compliance cannot be an afterthought in MedTech. unosquare integrates regulatory requirements directly into the Software Development Life Cycle (SDLC).
- IEC 62304: We structure our development processes to align with medical device software lifecycle standards, ensuring traceability from requirements to code and test cases.
- ISO 13485: Our teams work within Quality Management Systems (QMS) compatible with ISO 13485 requirements for medical device manufacturing.
- FDA 21 CFR Part 11: We implement strict user authentication, access controls, and immutable audit logs to ensure electronic record integrity.
- ISO 14971: Risk management is embedded in our engineering process, identifying potential software hazards early in the development phase.
- HIPAA / GDPR: We apply defense-in-depth security strategies, including encryption at rest and in transit, to protect Patient Health Information (PHI).
Flexible Engagement Models
Whether you need to accelerate R&D or maintain legacy device software, our software development services adapt to your needs.
Staff Augmentation
Rapidly scale your internal R&D team with .net consultants for medical devices. Our engineers integrate into your existing workflows and tools.
Dedicated Teams
A standalone squad comprising developers, QA engineers, and Scrum Masters managing a specific module or product component under your direction.
Outcome-Based Projects
End-to-end delivery of a specific software solution, from architecture to V&V, managed by unosquare delivery leads.
Why MedTech Leaders Choose unosquare for .NET
- Deep Expertise: Access engineers who understand not just C#, but the nuances of 510(k) submission requirements and software safety classifications.
- Compliance-Ready: Our .net outsourcing medical devices services reduce regulatory burden by providing documentation-ready engineering practices.
- Retention: Our 98% Client Retention rate provides the continuity necessary for long-lifecycle medical products.
- Nearshore Alignment: Real-time collaboration in US time zones accelerates Agile feedback loops, essential for iterative medical software development.
Frequently Asked Questions
Why is .NET a good choice for medical devices?
.NET offers strong typing, managed memory, and extensive tooling that reduces runtime errors, critical for patient safety. Its long-term support releases align well with the extended lifecycles of medical hardware.
How do you ensure compliance in .NET projects?
We enforce strict coding standards, automated testing coverage, and complete traceability linking code commits to requirements (Azure DevOps/Jira), supporting IEC 62304 and FDA audits.
What .NET frameworks do you use for medical applications?
We typically use .NET 6/8 for backend and cloud services, WPF or WinUI for embedded Windows interfaces, and .NET MAUI for cross-platform companion apps.
How quickly can you staff a .NET team for a medical project?
Our talent acquisition engine allows us to deploy experienced engineers in 2-4 weeks, significantly faster than traditional hiring, helping you meet clinical trial or launch deadlines.
Do you have experience with other regulated industries?
Yes. Beyond healthcare, we have extensive experience serving regulated industries including banking and insurance, applying similar rigor to security and data integrity.
Ready to Build Your Medical Device Solution with .NET?
Let’s discuss your regulatory requirements and technical challenges.