Stories on Wireless IoT

The Wireless Building of 2030: Fibre Backbone, Multi-Radio Edge

The future smart building combines a fibre-based backbone with a multi-radio wireless edge to provide a flexible, scalable, and upgradeable infrastructure that supports diverse connected applications and complies with evolving regulations.

Key Topics

• Fibre Backbone
• Multi-Radio Wireless
• Smart Building Regulation

Why the Digital Product Passport Hasn't Yet Been Widely Adopted

The Digital Product Passport's widespread adoption is hindered primarily by regulatory ambiguity, high implementation costs, and the lack of standardized data infrastructure, despite its critical role in advancing sustainability and circular economy goals.

Key Topics

• Digital Product Passport
• Data Standardization
• Regulatory Uncertainty

Involved Companies

Freedom Without Confinement: How RFID Protects People With Dementia

Wireless technology can enhance the safety of people with dementia by enabling early detection of risks while preserving their autonomy and supporting caregivers effectively.

Key Topics

• RFID Technology
• Dementia Care
• Safety Systems

Involved Companies

No DPP, No Sale: How Interoperability Reshapes Europe’s Product Market

Interoperability is the foundational requirement that will enable the Digital Product Passport to transform product data management and sustainability efforts across Europe's product markets.

Key Topics

• Digital Product Passport
• Interoperability
• Ecodesign Regulation

Involved Companies

RFID on Metal: Why Reliability Is Proven Only in Real-World Use

Reliable RFID on-metal identification depends on integrating specific tag designs, frequencies, and testing strategies tailored to the real asset and operating conditions rather than relying solely on datasheets.

Key Topics

• On-metal RFID
• Tag design
• Industrial applications

Involved Companies

Beyond Compliance: How the Digital Product Passport Drives Measurable Growth

Early implementation of the EU Digital Product Passport infrastructure enables companies to meet regulatory demands while unlocking significant business value throughout the product lifecycle.

Key Topics

• Digital Product Passport
• Compliance
• Product Lifecycle

Involved Companies

Clean Clothing, Safe Production: RFID for HACCP-Compliant Processes

Implementing RFID-based textile management ensures HACCP-compliant hygiene processes while reducing costs and operational inefficiencies in food production clothing management.

Key Topics

• RFID
• Textile Management
• HACCP

Involved Companies

EU Digital Product Passport with CEN, CENELEC, OPC UA and EDC

Open standards and interoperable architectures based on OPC UA and CEN/CENELEC specifications form the foundation for scalable, cross-company EU Digital Product Passport implementations.

Key Topics

• Digital Product Passport
• OPC UA
• CEN/CENELEC

Involved Companies

Chipless RFID – The Barcode of the Future

Chipless RFID is a promising alternative to chip-based tags that can deliver scalable, cost-effective, and robust identification solutions for mass applications in logistics and industry.

Key Topics

• chipless RFID
• printed electronics
• logistics identification

Involved Companies

Digital Product Passports: Data Challenges and Opportunities with Sebastian Emons

Effective implementation of Digital Product Passports requires comprehensive data management across value chains to transform regulatory demands into operational and strategic business advantages.

Key Topics

• Digital Product Passport
• Data Governance
• EmpowerDPP

Involved Companies

Lecture by Ines Bakri: Understanding Chipless RFID

Chipless RFID technology enables scalable and cost-effective identification through electromagnetic signatures, offering a promising alternative to silicon chip-based methods despite current technical challenges.

Key Topics

• Chipless RFID
• Electromagnetic Signatures
• Signal Processing

Involved Companies

Lecture by EM Microelectronic's Adrien Cornille: Scaling Bluetooth LE Sustainably

Combining ultra-low-power hardware, energy harvesting, and interoperable standards is essential for creating sustainable, scalable Bluetooth LE connected devices.

Key Topics

• Bluetooth LE
• Energy Harvesting
• Ultra-low-power

Involved Companies