EIT Digital SCOUT · Commercialization

From pilot to commercial use.

The EIT Digital SCOUT project helped fund RIoT Secure’s pilot work with Comau and SAS. It became part of our commercialization experience: taking secure IoT technology into customer environments, with the SAS pilot later developing into a commercial deployment.

Support. Pilots. Commercial operation.

SCOUT connected technology development with customer integration and practical deployment experience across manufacturing and airport ground operations.

  1. Supported development

    EIT Digital’s SCOUT innovation activity supported the commercialization of RIoT Secure’s secure communication and device lifecycle management technology.

  2. Comau and SAS pilots

    SCOUT support helped fund pilot case studies with Comau and SAS, taking the technology into manufacturing and airport ground-handling applications.

  3. SAS commercial deployment

    The SAS pilot subsequently became a commercial deployment at Stockholm Arlanda Airport, bringing the platform into daily ground-handling operations.

Commercialization alongside the engineering.

SCOUT — Secure Control of Ubiquitous Technology — was an EIT Digital-supported innovation activity focused on secure communication, device lifecycle management and Industrial IoT. The collaboration brought together RIoT Secure, Comau and Politecnico di Milano.

For RIoT Secure, it was an opportunity to connect embedded and cloud technology with customer requirements, integration work and the practical steps needed to bring a solution to market.

Taking the technology to market with Ingwaz.

Ingwaz, RIoT Secure’s daughter company, was created in 2020 as part of the SCOUT commercialization work. It provided a dedicated venture for bringing the secure lifecycle management platform to market.

EIT Digital’s 2020 annual report records the creation of Ingwaz. Its 2021 report describes the deployment of the product in two pilots, in Italy and Sweden.

RIoT Secure interface board linking an Arduino Nano 33 BLE Sense application module with separate communication hardware

Industrial pilot work with Comau.

SCOUT support helped fund RIoT Secure’s pilot work with Comau in industrial robotics. The collaboration brought secure communication and device lifecycle management into a setting where the customer’s application, hardware and development workflow needed to work together.

The Comau robotics-monitoring case used dedicated hardware for sensor processing and machine-learning inference, alongside an independent communication and lifecycle layer. It illustrates how application teams could develop their own functionality while RIoT Secure provided the infrastructure to connect and maintain the devices.

SAS ground-handling vehicles in the baggage-handling area at Stockholm Arlanda Airport

From a SAS pilot to commercial use.

The pilot work with SAS, supported through SCOUT, subsequently developed into a commercial deployment at Stockholm Arlanda Airport. RIoT Secure went on to support connected ground-handling devices across more than three years of daily operations.

The deployment supported equipment monitoring, operational data collection, geofencing and integration with existing airport workflows. A private APN provided the underlying network environment, with RIoT Secure adding encrypted communication and device lifecycle management.

This progression put the platform to work beyond the pilot: devices had to remain connected, maintainable and integrated with the customer’s operational environment.

Technology has to work in a customer’s world.

The SCOUT pilots gave RIoT Secure practical experience in integrating secure communication and lifecycle management around customer applications. Hardware choices, software delivery, data integration and ongoing device maintenance all formed part of the work.

The subsequent SAS commercial deployment extended that experience into daily operation. This is part of the background we bring to new IoT projects: understanding both the application and the infrastructure needed to deploy and maintain it.

The original project material.

These documents record SCOUT’s original scope, technical architecture and commercial proposition. Open a section to explore the historical material alongside its context.

Activity purpose

SCOUT’s original scope combined secure end-to-end communication and IoT device lifecycle management with work on network anomaly and intrusion detection. The activity brought together technology provision and industrial use-case expertise.

SCOUT activity-purpose slide describing secure IoT lifecycle management, network anomaly detection and the project’s manufacturing focus
Original SCOUT activity-purpose slide
Technical overview

The original SCOUT architecture connected devices to a secure communication and lifecycle layer, routing application data to the customer’s IoT system. A cloud service API supported device management and over-the-air updates for communication modules and attached application microcontrollers.

Historical SCOUT architecture connecting customer IoT devices, a lifecycle management platform, customer cloud applications and a management console
Original SCOUT technical-overview diagram
Commercial value proposition

The original Ingwaz proposition brought together cybersecurity, over-the-air firmware updates, lifecycle management and support for retrofitting existing IoT deployments. It set out how the technology could address customer needs as a commercial service.

Historical Ingwaz value-proposition slide covering cybersecurity, over-the-air updates, lifecycle management and retrofit support for existing IoT deployments
Original Ingwaz commercial value-proposition slide

Supported by EIT Digital.

SCOUT was supported by EIT Digital as an innovation activity.

This activity has received funding from the European Institute of Innovation and Technology (EIT). This body of the European Union receives support from the European Union’s Horizon 2020 research and innovation programme.

EIT Digital logo EIT and European Union project acknowledgement

Bring a pilot into operation.

Turning an IoT concept into a deployable system? Talk with us about secure communication, application integration and the lifecycle infrastructure needed to support your devices.