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Connected Device Engineering

Connected device engineering services from edge hardware to cloud integration.

RTG helps teams connect embedded devices with reliable telemetry, configuration, diagnostics, secure updates, dashboards, cloud integration, and operator workflows that support real field reliability.

Discuss a Connected Device Project Embedded Linux

Service Focus

Connectivity that supports engineering, operations, and field reliability.

Connected-device work is more than attaching a modem or publishing a few messages. RTG focuses on the system path: device state, provisioning, logs, intermittent connectivity, secure configuration, remote diagnostics, support evidence, update behavior, and the operator or support workflow that makes the device maintainable after deployment.

Common Needs

  • MQTT, API, Wi-Fi, BLE, Ethernet, and cellular integration
  • Device-to-cloud telemetry, dashboards, logs, and service-health monitoring
  • Secure configuration, update control, and remote support workflows
  • Intermittent-connectivity buffering, recovery behavior, and field diagnostics

Outcomes

What connected-device engineering should make easier.

Observe Devices

Telemetry, health, logs, status, event streams, and dashboards that reveal what deployed equipment is actually doing.

Support Devices

Remote diagnostics, configuration, update history, support exports, and failure evidence for engineering and customer-support teams.

Secure Devices

Signed updates, least-functionality configuration, access control, SBOM support, vulnerability review, and release verification.

Integrate Devices

Hardware/software integration, edge sensing, RF and wireless data, cloud interfaces, operator workflows, and production transition.

Proof and Case Study Links

Connected-device engineering is visible across RTG's working platform examples.

The strongest proof is not a feature checklist. It is working software that turns edge observations into normalized events, dashboards, health views, reports, and supportable workflows.

Trace Analyzer connected event timeline

RTG Spectrum Event Plane

Specialized collectors publish source-aware events into Trace Analyzer for timeline review, Pattern-of-Life analysis, and operator decision support.

View Platform Architecture
AirScope wireless survey dashboard

AirScope Wireless Evidence

Connected collection, normalized observations, AP/station topology, analyst notes, exports, and automated reports from a field-oriented workflow.

Read Case Study
Medical device platform engineering visualization

MedTech Connected Devices

Secure connectivity, diagnostics, software update evidence, Linux and Windows IoT platform support, and 510(k)-ready technical documentation.

View MedTech

Technical Scope

What a connected-device engagement can produce.

A focused RTG engagement can turn an embedded device into a supportable connected product path: telemetry schema, MQTT or API integration, cellular or Wi-Fi connectivity, service-health reporting, dashboard views, log capture, field-update workflow, secure configuration controls, and a concise engineering evidence package.

Representative Outputs

  • Telemetry and event schema with versioned payloads
  • Device health, logs, diagnostics, and support exports
  • MQTT, API, Wi-Fi, BLE, Ethernet, or cellular integration
  • Secure update, rollback, and release-verification workflow
  • Dashboard or operator UI for engineering review

Related Practice Areas

The same connected-device foundation supports Spectrum, MedTech, and Mission Systems.

RTG Spectrum uses connected collectors, event streams, dashboards, and Trace Analyzer workflows. RTG MedTech applies the same device-management and cybersecurity thinking to regulated product environments. Mission Systems uses telemetry, edge sensing, and operator software for defense-oriented prototypes.