Software

Our software team builds the full stack, including embedded firmware, instrument control software, touchscreen and desktop UI, cloud telemetry, and cybersecurity, to medical-device quality standards. We work in IEC 62304-aligned environments and design for traceability, security, and the long service life of a regulated instrument.

Our Approach

Software at Invetech spans the full stack: embedded firmware controlling motors and sensors, the instrument-control software the operator interacts with, off-instrument analytics and apps, and the cloud services that connect deployed devices to the people who run them. We build to medical-device quality standards because most of what we ship is regulated.

The discipline isn’t writing code. It’s writing code that’s traceable, verified, secure, and supportable across a ten-year service life. We work in IEC 62304 environments, integrate with the same Agile/SCRUM cadence the rest of the program runs on, and design for the FDA submission and post-market surveillance the product will eventually face.

We've been writing medical-device software
since before IEC 62304 existed.

[XX]+
instruments shipped under IEC 62304
[XX]+
years of medical-device software practice
[XX]+
instruments connected via cloud telemetry
Our practice runs on Agile cadence inside an audited quality system, with embedded, instrument-control, UI, and cloud teams built on the same tooling. So what we ship traces, integrates, and updates safely across a decade-long product life. Cybersecurity and post-market surveillance are part of the design intent, not bolted on at submission.

Areas of Expertise

Embedded Firmware
Real-time firmware for motion, fluidics, optics, and thermal control, written for the determinism, safety, and longevity an instrument needs.
Instrument Control & Workflow Software
On-instrument software that exposes the workflow: protocol management, run control, error handling, and the operator-facing experience.
UI Engineering
Touchscreen and desktop UI engineering, in close loop with our UX team, built on component libraries that scale across product variants.
Cloud & Connectivity
Device-to-cloud telemetry, fleet management, remote diagnostics, and data integration, designed for the privacy and security expectations of regulated environments.
Cybersecurity & Quality
Threat modeling, secure development lifecycle, IEC 62304 software development, and post-market security management.

Agile cadence inside an IEC 62304 quality system.

We run software development on Agile/SCRUM cadence inside an IEC 62304-aligned quality management system. Short sprints, integrated verification, and a design history file built incrementally rather than reconstructed at the end.

Client Outcomes

Product Strategy

Explore strategic possibilities, define a purposeful vision and a path to realization

  • Worfklow Transformation
  • Co-creation Workshops
  • Product & Feature Roadmapping


We partnered with Hologic to reimagine cervical cancer diagnosis user experience with an Al assisted digital cytology workflow


Image courtesy of HOLOGIC, Inc. and affiliates
Research & Human Factors

Uncover unmet user needs and assess usability within healthcare environments

  • Discovery Research
  • Usability Evaluations
  • Human Factors Engineering

Global molecular diagnostics client

We helped a health-tech business to iteratively design and test usability of a Point of Care device for use in multiple US healthcare settings.

Concept Visualizations

Visualize ideas to inspire and align your stakeholders

  • Digital Design
  • Industrial Design
  • Virtual Reality Experiences


Design Challenge

We imagined the future vision of a 2030 sepsis diagnosis laboratory

Product Design & Implementation

Design and deliver physical and digital offerings to your customers

  • Interaction Design
  • UI/UX (User Experience)
  • Styling


We worked together with Leica Biosystems to desian, develop and realize the physical interactions and styling of the BOND-PRIME

Have an instrument we can help you bring online?

Tell us where the software lives: embedded, on-screen, in the cloud, or all three. We’ll show you what traces back to what.