SciTransfer
SCOTT · Project

Secure Wireless IoT Building Blocks Ready for Industrial Deployment Across Multiple Sectors

digitalPilotedTRL 7
scottproject.eu

Imagine every sensor and device in a factory, hospital, or train talking to each other wirelessly — but you can't be sure those conversations are private or trustworthy. SCOTT built a toolbox of nearly 50 ready-made wireless security components that work across different industries, from cars to healthcare to smart buildings. Think of it like standardized, trusted Lego bricks for the Internet of Things — you pick the ones you need and snap them together. They tested everything with over 20 real-world demonstrations across Europe, covering 15 industrial use cases at TRL 6-7.

By the numbers
59
consortium partners across 12 countries
15
industrial use cases demonstrated
~50
reusable technical building blocks developed
20+
tangible demonstrators presented across Europe
32
industry partners in the consortium
14
SMEs involved in development
TRL 6-7
technology readiness level targeted
The business problem

What needed solving

Companies deploying IoT devices — in factories, vehicles, buildings, or healthcare — face a trust and security gap: wireless sensors and actuators are vulnerable to interception, spoofing, and privacy breaches. Without standardized, proven security components, every company reinvents the wheel, slowing deployment and increasing risk. The lack of clear privacy communication to end users further blocks market acceptance of connected products.

The solution

What was built

The project delivered nearly 50 reusable wireless security building blocks, a standardized reference architecture (ISO 29182-compliant), and a privacy labelling system. Concrete demonstrators include: automotive powertrain test bed security (3 generations), a safety-critical sandbox environment, a critical area trustable warning system, smart train composition coupling, managed wireless pilot with ISPs, air quality monitoring system, and an assisted living wireless platform.

Audience

Who needs this

Automotive OEMs and Tier 1 suppliers adding connected vehicle featuresISPs and telecom operators deploying managed wireless IoT servicesSmart building and facility management technology providersHealthcare and assisted living device manufacturersRailway operators modernizing train-to-infrastructure communication
Business applications

Who can put this to work

Automotive & Vehicle Testing
enterprise
Target: Vehicle manufacturers and powertrain testing companies

If you are a vehicle manufacturer or test facility struggling with securing wireless data from connected sensors on test beds and vehicles — this project developed end-to-end secure wireless building blocks demonstrated across 3 iteration generations in automotive test environments. The final demonstrator included extensive security and privacy evaluation, giving you verified components ready for integration.

Smart Building & Infrastructure Management
mid-size
Target: Building management system providers and ISPs

If you are an ISP or smart infrastructure company dealing with unreliable or insecure wireless monitoring — this project built and piloted managed wireless solutions in real-life environments, with ISPs providing infrastructure and cloud-based monitoring and configuration. Air quality monitoring use cases were demonstrated with hardware and software components in real environments.

Healthcare & Assisted Living
SME
Target: Assisted living technology providers and eldercare companies

If you are an assisted living technology provider worried about the security and privacy of patient-connected devices — this project developed and publicly demonstrated trustable wireless sensor networks for assisted living across 3 iterations. The system includes a privacy labelling concept so end users can clearly see how their data is protected.

Frequently asked

Quick answers

What would it cost to license or integrate these wireless security building blocks?

The project produced nearly 50 reusable technical building blocks under a consortium of 59 partners. Licensing terms would depend on which specific building block you need and which partner developed it. Contact the coordinator (Virtual Vehicle Research GmbH) for specific pricing.

Can these solutions scale to industrial production environments?

Yes. SCOTT explicitly targeted TRL 6-7, meaning technology demonstrated and validated in relevant industrial environments. With 15 industrial use cases and over 20 demonstrators tested across Europe, the building blocks were designed for reusability and scalability using an ISO 29182-compliant reference architecture.

Who owns the intellectual property and how is it licensed?

IP is distributed across 59 consortium partners from 12 countries, including 32 industry partners and 14 SMEs. Specific IP ownership depends on which building block or demonstrator is relevant to your needs. The project used open innovation approaches, suggesting some components may be available under open or commercial licenses.

How do these solutions handle regulatory compliance for data privacy?

SCOTT developed a dedicated privacy labelling concept — a standardizable way to communicate security and privacy levels to end users. The system follows a user-centred design approach and includes a Trusted System Development methodology specifically designed to build market acceptance and compliance confidence.

How long would integration take for an existing IoT system?

The building blocks are designed as modular, reusable components compliant with the ISO 29182 standard, which promotes interoperability. The project ran 3 demonstration iterations over roughly 3 years (2017-2020), progressively refining integration. Based on available project data, actual integration timelines would vary depending on your existing architecture.

Is there ongoing support or has the project ended?

The project closed in October 2020. However, with 32 industry partners involved, many of the technologies have been absorbed into commercial products. The project website (scottproject.eu) and consortium partners remain points of contact for technology transfer.

What standards does this comply with?

The multi-domain reference architecture is fully compliant with ISO 29182, which governs sensor network reference architectures. The privacy labelling concept was designed to be standardizable. Cross-domain interoperability was a core design principle tested across 15 use cases.

Consortium

Who built it

SCOTT assembled one of the larger IoT security consortia in Europe with 59 partners from 12 countries, including Brazil. The industry-heavy composition — 32 industry partners (54%) and 14 SMEs — signals strong commercial orientation rather than pure research. The coordinator, Virtual Vehicle Research GmbH from Austria, is itself an SME research organization specializing in vehicle technology. With 15 university and 12 research institution partners providing the scientific backbone, the consortium covers the full value chain from silicon to end-user. Key countries include automotive powerhouses (DE, AT, SE) and digital leaders (FI, NL, NO), giving the results credibility across European markets.

How to reach the team

Virtual Vehicle Research GmbH (Austria) — search for their IoT/wireless security team leads

Order a report on this consortiumSee VIRTUAL VEHICLE RESEARCH GMBH profile →
Next steps

Talk to the team behind this work.

Want to know which of SCOTT's 50 building blocks fits your IoT security challenge? SciTransfer can match you with the right consortium partner and arrange an introduction.

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