In-House IT Architecture
Our software design and development capabilities aren’t just an offering—they shape how we think. From embedded systems to secure cloud platforms, our architecture and engineering practices power our own tools and client solutions alike.
Design & Dev Capabilities
Our software architects aren’t just part of the project—they help define it. Harbor Labs integrates secure design and development expertise from day one, ensuring every system is built with compliance, security, and long-term maintainability in mind.
Embedded Systems Integration
Engineering secure software across diverse embedded architectures, including arm and arm64.
Cryptographic Library Development
Implementing FIPS-certifiable cryptographic libraries in C and Rust, tailored to medical use cases.
Secure Cloud Connectivity
Establishing encrypted device-to-cloud communication for real-time monitoring, updates, and data storage.
Cross-Platform Build Systems
Developing custom CMake-based build environments that support cross-compilation across embedded and desktop platforms.
Software Lifecycle Support
Creating product-specific software plans and maintenance strategies aligned with IEC 62304.
Interfacing with Client Teams
Collaborating directly with internal software teams to ensure secure integration and deployment.
Resilient systems.
Embedded engineering.
Custom solutions.
Regulatory Compliance & Submission Support
Get expert support preparing cybersecurity documentation, submission packages, and lifecycle artifacts that align with evolving regulatory requirements and FDA guidance.
Home Renal Dialysis System
Developing a secure connection from a patient’s home dialysis system to the clinical cloud, ensuring compliance with patient safety and privacy standards.
Looking for something else?
We also help teams with:
Security & Data Privacy
Safeguard sensitive health data with encryption strategies and postmarket cybersecurity support.
Software & Firmware Testing
Validate performance and stability through targeted testing aligned with medical device requirements.
Vulnerability Testing
Identify exploitable weaknesses through penetration testing, binary analysis, and secure boot validation.
Persistent Vulnerability Monitoring
Stay ahead of threats with ongoing scans, CVSS scoring, and detailed remediation insights.