Medical Electronics
Compliant Medical Device Development.
Navigate IEC 62304 software lifecycle requirements with pre-qualified tools, systematic risk management support, and audit-ready documentation.
Medical device software development demands a disciplined approach to safety, quality, and regulatory compliance. IEC 62304 defines the software lifecycle processes required for medical device software, while IEC 60601 and ISO 14971 impose electrical safety and risk management requirements. GSAS provides the development and testing tools that help medical device teams meet these standards efficiently, without sacrificing development velocity.
Our toolchain supports all three IEC 62304 software safety classifications, from Class A (no injury) through Class C (death or serious injury). Klocwork enables systematic static analysis with MISRA and security checkers, generating the verification evidence that auditors and notified bodies expect. TESSY by Razorcat delivers automated unit testing with code coverage measurement, supporting the software unit verification required by IEC 62304 for Class B and Class C devices. Arm Keil MDK provides a safety-certified compiler and IDE environment for the Arm Cortex-M microcontrollers that power the majority of modern medical devices.
For Indian medical device startups and established manufacturers alike, GSAS offers more than tools. Our engineering services team helps navigate the compliance landscape, set up development infrastructure with built-in traceability, and prepare for regulatory submissions to CDSCO, FDA, and European notified bodies.
Need help selecting tools for your project?
Our application engineers specialize in medical electronics toolchain selection, from architecture through production.
What We Bring
GSAS Capabilities for Medical Electronics
Beyond tools, engineering services, compliance consulting, and hands-on support tailored to medical electronics teams.
Embedded Software Engineering
IEC 62304 compliant firmware, Class C medical device software, low-power design.
Safety & Compliance Engineering
IEC 62304, ISO 14971 risk management, IEC 60601, FDA 21 CFR Part 11 compliance.
Testing & Verification
Unit testing with traceability, code coverage, static analysis for safety classes A/B/C.
Test & Measurement Integration
Battery life characterization, power profiling, EMC pre-compliance measurements.
Recommended Tools
Products for Medical Electronics
Curated from our portfolio of authorized global partnerships, the tools that medical electronics engineering teams use most.
Flasher Hub-12
12-channel gang programming hub for Flasher Compact, program up to 12 targets simultaneously for high-volume production. Available in India from GSAS.
Flasher Hub-4
4-channel gang programming hub for Flasher Compact, program up to 4 targets simultaneously in production environments. Available in India from GSAS.
J-Link OB
On-board J-Link debug probe for OEM integration, a single-chip solution soldered directly onto evaluation and production boards. Available in India from GSAS.
J-Link PRO PoE
Professional JTAG/SWD debug probe with USB, Ethernet, and Power over Ethernet, deploy in labs with a single cable. Available in India from GSAS.
J-Trace PRO Cortex-A/R
Streaming trace probe for Arm Cortex-A and Cortex-R cores with ETM, PTM, and hardware code coverage for safety-critical development. Available in India from GSAS.
J-Trace PRO RISC-V
Streaming trace probe for RISC-V cores with N-Trace BTM support and continuous trace capture over USB 3.0. Available in India from GSAS.
Joulescope JS110
**Discontinued**: Previous-generation precision DC energy analyzer with 1.5 nA resolution, 250 kHz bandwidth, and seamless autoranging for embedded power profiling. Buy in India from GSAS with local support.
Joulescope JS220+ Precision Energy Analyzer
Limited-edition precision energy analyzer with +/-1 nA accuracy, Rogers PCB material, and ISO 17025:2017 NIST-traceable calibration for ultra-low leakage measurements. Buy in India from GSAS.
Compliance
Standards & Toolchain Mapping
Every tool mapped to the standards your medical electronics product must meet.
| Tool | Applicable Standards |
|---|---|
| Klocwork (Perforce) | IEC 62304 |
| embOS (SEGGER) | IEC 62304 |
| Perforce Helix Core | FDA 21 CFR Part 11 |
| TESSY (Razorcat) | IEC 62304 |
Blog
Latest Thinking: Medical Electronics
Shift-Left for Safety-Critical Code: Perforce QAC Static Analysis + Razorcat TESSY Dynamic Testing for MISRA, IEC 62304 and FDA Compliance in India
Run Perforce QAC static analysis first to enforce MISRA and clean the code, then Razorcat TESSY for dynamic unit testing and MC/DC coverage. Together they form a complete shift-left toolchain for IEC 62304 medical-device and FDA-regulated software, both from one authorized engineering partner in India, GSAS Micro Systems.
SEGGER emUSB-Host for Indian Medical and Industrial Products on STM32H7 and i.MX RT
Indian medical-device and industrial-controller teams turning a Cortex-M product into a USB host for mass-storage, barcode scanners, printers, and vendor-specific peripherals pick SEGGER emUSB-Host for class-driver coverage, commercial support, and IEC 62304 traceability.
SEGGER emUSB-Host MSC: USB Mass Storage File Transfer for Indian Medical and Industrial Devices
How SEGGER emUSB-Host with the MSC class, combined with emFile, delivers production-grade USB stick file transfer for Indian medical devices, industrial HMIs and test equipment.
Building Custom emWin Widgets for Indian Medical Devices and HMI: STM32H7 and i.MX RT1170 in Production
How Indian medical-device and industrial HMI teams build custom SEGGER emWin widgets for patient monitors and control panels on STM32H7 and NXP i.MX RT1170, with day/night skinning, gesture handling and commercial licensing via GSAS.
SystemView for IEC 62304 Medical Device Evidence: SEGGER SystemView in India
How Indian medical device teams use SEGGER SystemView to turn qualitative RTOS reassurance into quantitative, auditable evidence for IEC 62304 Class B and Class C design history files.
AI-Assisted Code Remediation: Faster Fixes Without Sacrificing Safety
85% of developers are adopting AI coding tools, but AI-generated code introduces security vulnerabilities. Klocwork's human-in-the-loop AI remediation keeps velocity high while maintaining quality gates.
Functional Safety for Indian Automotive and EMS: Meeting ISO 26262 and IEC 61508
A practical guide to functional safety standards for Indian automotive, two-wheeler, and EMS teams, covering ISO 26262, IEC 61508, IEC 62304, and the GSAS safety toolchain from Perforce, Arm, Segger, and Razorcat.
Static Application Security Testing: Why 50% of Vulnerabilities Start in Source Code
Half of all security defects originate at the source code level. SAST tools like Klocwork identify vulnerabilities during development, before they reach production. Here's what Indian engineering teams need to know.
Writing Secure C Code: Best Practices for Indian Embedded Engineers
Exploitable coding errors cause the vast majority of security incidents in embedded systems. Here is how Indian engineering teams can adopt secure C coding practices using proven frameworks and tools.
What Is CWE? Understanding Common Weakness Enumeration for Secure Embedded Software
CWE is the industry-standard taxonomy for software weaknesses. Understanding how it applies to embedded C and C++ code is essential for teams building secure, regulation-compliant products.
What Is Linting and Why It Matters for Embedded C/C++ Teams in India
Linting catches bugs before they compile. But for embedded C/C++ teams building safety-critical systems, basic linters are not enough. Here's what Indian engineering teams need to know.
What Is MISRA? The Definitive Guide to MISRA C and C++ for Indian Automotive Teams
If you work in embedded software anywhere in the automotive, aerospace, medical, or industrial sectors, you have encountered MISRA.
Ready to Build Your Medical Electronics Toolchain?
Our application engineers have deep domain experience in medical electronics. From tool selection to compliance consulting to production deployment, one ecosystem.