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Medical Device Platforms

Embedded platform support for medical-device engineering teams.

RTG supports teams working with advanced embedded compute, secure connectivity, maintainable software, cybersecurity controls, release verification, and documentation-heavy engineering environments.

Service Focus

Platform execution without overstating regulatory claims.

RTG helps medical-device teams with embedded software, connected-device behavior, cybersecurity support, secure update architecture, integration testing, traceability, and production-transition planning. The work includes practical context for surgical-console platform development, secure release controls, connected-device reliability, and regulated engineering evidence. RTG provides engineering and technical-documentation support within customer-led quality, verification, and regulatory processes.

Platform Experience Areas

  • ARM processors, NVIDIA Jetson systems, and NXP i.MX application processors
  • Xilinx Zynq UltraScale+ MPSoCs and FPGA platforms, PetaLinux, QNX, and hardened Ubuntu
  • GPIO, I2C, SPI, UART, USB, CAN, Ethernet, Wi-Fi, BLE, cellular, and MQTT integration
  • Secure connectivity, diagnostics, documentation, verification, and test evidence support

Embedded Software

Embedded C, C++, Python, Qt, Bash, Linux services, application supervision, device control, Debian packaging, Makefiles, CI/CD, and production image development.

Production Platforms & Secure Updates

Custom operating-system images, production flashing, signed software packages, field-update workflows, integrity verification, rollback and recovery, partition management, release automation, and CI/CD integration.

Cybersecurity Evidence

Threat modeling, security-risk analysis, SBOM documentation, vulnerability tracking, secure-update documentation, traceability, verification procedures, RCA, and CAPA support.

Connected Devices

Device-to-cloud telemetry, remote diagnostics, secure configuration management, log collection, service-health monitoring, intermittent-connectivity buffering, and recovery behavior.

Modernization Outcomes

Practical improvements for reliability, maintainability, and deployment control.

RTG supports modernization work that preserves established device behavior while improving platform security, update reliability, build repeatability, and engineering evidence. This is especially useful when teams need to reduce risk on long-lived medical-device platforms such as surgical consoles, connected instruments, and software-driven clinical systems.

Representative Engineering Outcomes

  • Reduced unnecessary operating-system packages by approximately 75%
  • Reduced embedded-device boot time by roughly two-thirds
  • Implemented repeatable production-image and field-update workflows
  • Automated binary, image, package, and partition integrity verification
  • Produced SBOM, cybersecurity, verification, and root-cause documentation