Embedded Software

We develop embedded software for AIMDs where determinism, reliability, low-power, cybersecurity, and system integration matter from the beginning.

Our work spans firmware architecture, low-level integration, communication stacks, state machines, diagnostics, and testability features for products that must behave predictably under demanding constraints.

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Core Overview

What We Do

We develop embedded software in alignment with product, system, and software requirements, following a development process closely aligned with the IEC 62304 standard.

From firmware architecture definition to integration testing, our approach ensures that software components operate reliably with hardware and comply with regulatory requirements.

Our core experience is rooted in implantable and wearable devices, where firmware must coordinate low-power operation, Bluetooth Low Energy communication, stimulation control, analog and digital front-end integration, therapy management, and closed-loop behavior. This same engineering discipline translates effectively to other embedded medical devices with demanding requirements in reliability, timing, and maintainability.

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We provide a full range of firmware services, including architecture definition, hardware abstraction layer implementation, communication interface management, and preparation for verification and release activities. In addition, we design software hooks and interfaces to support integration testing, regression workflows, diagnostics, provisioning, and firmware update mechanisms.

For connected devices, this often includes compatibility with mobile applications for provisioning, DFU/OTA updates, and long-term device lifecycle management.

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Engineering Outputs

Typical Deliverables

Selected Deliverable

Embedded software architecture definition

This deliverable defines the firmware structure, software-item boundaries, interface descriptions, and architecture decisions behind the embedded system, depending on the actual classification of the software different levels of documentation may be delivered. However, we always aim to provide a clear and comprehensive technical baseline for implementation, review, verification planning, and future maintenance rather than leaving the firmware description implicit in source code alone or buried in developer assumptions.

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Disciplines

Need embedded software support for a medical device?

We help teams build firmware that is reliable, testable, maintainable, and aligned with the realities of connected and regulated medical products.