When talking about energy efficiency, one of the most overlooked appliances is fans. Fans of all types are used for ventilation and air conditioning, for process engineering, and agriculture. Their energy use has been calculated as nearly 20% of total worldwide energy usage. To ensure that the fan performance characteristics are common throughout the world, a series of standards has just been developed by ISO and adopted by CEN.

Among these, the recently published EN ISO 12759-5 'Fans-Efficiency classification for fans - Part 5: Jet fans' establishes a classification of fan efficiency for all jet fan types driven by motors with an electrical input power range from 5,5 kW to 155 kW. Jet fans are used for producing a jet of air in a space, unconnected to any ducting. They find applications in the control of quality of air in vehicle and train tunnels, as well as in enclosed car parks, and their use has become increasingly popular (from EN ISO 13350:2015 'Fans - Performance testing of jet fans').

This document was prepared by Technical Committee ISO/TC 117 'Fans', in collaboration with the CEN/TC 156 'Ventilation for buildings', whose Secretariat is held by BSI, the British Standards Institute.

The event is dedicated to discussing a study DIGITALEUROPE carried out on the future of cybersecurity for the Internet of Things (IoT). The study takes place in a context of enhanced attention to ensuring the security of IoT devices and makes proposals for decision-makers: the European Commission has put forward several policy proposals to introduce cybersecurity requirements on connected devices. Furthermore, the IoT, in both its consumer and industrial aspects, is also expected to be one of the future areas for cybersecurity certification pursuant to the Cybersecurity Act.

 After the presentation of the results, CEN and CENELEC’s work on cybersecurity was presented during an interactive discussion with other high-level speakers, representing the European Commission, civil society organisations, national authorities, the industry and other European Standards Organisations.  More information on the panel and on how to subscribe are available on DIGITALEUROPE’s website.

Industrial data has become one of the top strategic priorities for European and international industry in the recent years. Well managed and duly exploited, industrial data bring a significant competitive edge to businesses and can greatly improve overall efficiency, be it by supporting core processes or by providing a new source of insights.

In this data-driven era, industrial data play an essential role in building the foundation of the next wave of digitization in Europe. For this reason, it is key to the success of a harmonised Single Market and European competitiveness in the global market, but also for the success of the twin transition (green and digital) at the heart of the EU policy agenda. 

Industrial data is of ever-increasing importance for companies in Europe and the world, and particularly so in the context of the digitization of industry. On this topic, on 28 Sept, CEN, CENELEC and ETSI co-organised an online stakeholders’ workshop dedicated to exploring how standards can support the industrial data value chain.

In 2016 the US National Institute of Standards and Technology (NIST) announced their intention to develop new standards for post-quantum cryptography. They subsequently initiated a competition-like standardization process with a call for proposals for quantum-safe digital signatures, public-key encryption schemes, and key encapsulation mechanisms. NIST have stated that they intend to select quantum-safe schemes for standardization at the end of the current, third round of evaluation. The ETSI CYBER Quantum Safe Cryptography committee is pleased to announce the publication of two Technical Reports that give descriptions of each of the candidate schemes in the third round of the NIST standardization process:

• ETSI TR 103 616 V1.1.1 (2021-09) "Quantum-Safe Signatures" 

• ETSI TR 103 823 V1.1.1 (2021-09) "Quantum-Safe Public Key Encryption and Key Encapsulation"

The descriptions contained in the reports are not intended to be used as substitutes for the detailed specifications submitted to the NIST process. Instead, the emphasis is on providing unified, concise descriptions of each of the schemes, using consistent notation and terminology, to facilitate understanding and easy comparison.

ETSI, which produces globally applicable standards for ICT, has launched a new Industry Specification Group on Reconfigurable Intelligent Surfaces (ISG RIS). The group has been created to review and establish global standardization for RIS technology.  

RIS is a new type of system node leveraging smart radio surfaces with thousands of small antennas or metamaterial elements to dynamically shape and control radio signals in a goal-oriented manner. The technology will effectively turn the wireless environment into a service, inspiring a host of new use cases. These include enhancing key-performance-indicators for various systems such as coverage and capacity, as well as enabling new applications such as localization and sensing. As an example, an RIS can reconfigure the radio environment to sense human posture and detect someone falling, a very useful application for elderly care. RIS, thanks to its associated characteristics, is expected to serve as a key technology in future wireless systems, including for 6G.

ETSI’s new Industry Specification Group will work towards defining use cases, covering identified scenarios, and clearly documenting the relevant requirements with view to pave the way for future standardization of the technology. 

ETSI's 5th Generation Fixed Network group (F5G ISG) has just released its first specification, ETSI GS F5G 003, entitled F5G Technology Landscape. In this specification, the ISG studies the technical requirements, existing standards and gaps for 10 different new use cases, for home, enterprises or industrial needs.

ETSI GS F5G 003 use cases include PON (passive optical network) on-premises and passive optical LAN. In this case, a PON system could connect end devices (like HDTV, HD surveillance cameras and VR/AR helmets) and provide higher data rate, better coordination, and controlled latency than current Ethernet and Wi-Fi mesh.

The high-quality private line use case focuses on optical transport networks (OTN) for governments, large companies, financial and medical institutions who need guaranteed bandwidth, low latency, five-nines availability, totally secured network, access to Cloud services and intelligent operation and maintenance of their connectivity. PON enables high quality but low-cost private lines for SMEs and offers higher performance, lower cost, better industrial adaptation, and easier operation for the industrial customers as well.