Blynk, a low-code IoT SaaS platform, has partnered with Iridium Communications Inc., a provider of global voice and data satellite communications, in support of the new Iridium Certus 9704 Development Kit, an end-to-end product evaluation tool for the Iridium Certus 9704 module. This partnership allows engineering teams to jumpstart their projects with Iridium’s new hardware using Blynk’s IoT platform, creating an ideal environment for discovering and developing new Iridium satellite-based solutions. (more…)
December 13, 2024
Posted by: Anna Ribeiro
Vodafone Business IoT and Controlant announced they are working together to make the pharmaceutical supply chain more sustainable. They aim to reduce the waste of perishable medicines and help distributors avoid the unnecessary carbon emissions redelivery creates. (more…)
November 26, 2024
Posted by: Anna Ribeiro
The Digital Twin Consortium (DTC) has established the Digital Engineering Working Group, which is focused on model-based development methodologies and digital threads across the digital twin lifecycle phases. (more…)
November 25, 2024
Posted by: Anna Ribeiro
U.K.’s Royal Mail has partnered with tech innovator Wiliot to transform the way it tracks items travelling through its network, using digital tagging to provide enhanced visibility. It uses Wiliot digital tags to boost efficiency and cut carbon, as Royal Mail continues to modernise its network. (more…)
November 1, 2024
Posted by: Anna Ribeiro
ETSI has released a document outlining high-level security provisions for consumer IoT devices, in response to the growing concern over cybersecurity and data protection on the Internet of Things (IoT) landscape. As more household devices connect to the internet, safeguarding personal data has become a paramount issue for manufacturers and consumers alike. (more…)
Posted by: Anna Ribeiro
The Sustainability Expo Europe, hosts 500+ sustainability professionals for a two day in person event at the RAI Amsterdam, 1st – 2nd October 2024! (more…)
September 26, 2024
Posted by: Magda Dabrowska
CNLABS, in collaboration with the University of New South Wales (UNSW Sydney), has announced a conformance certification framework that is fundamental to securing IoT systems.
The Manufacturers Usage Description Conformance Certification Framework (MUD-CCF), based on IETF RFC 8520, includes a comprehensive test specification and an automated test solution to verify MUD compliance with IoT devices. Enterprises, service providers, and Industrial IoT operators can use MUD-CCF as an essential prerequisite for deploying secure IoT networks.
CNLABS is an independent, vendor-neutral test lab offering industry certifications, regulatory compliance testing, interoperability and third-party certification testing for product vendors, enterprises, and service providers in various domains, including cybersecurity, IPv6 and network virtualization. CNLABS is accredited by NABL (ILAC) and meets the globally recognised ISO/IEC 17025:2017 standard that assures quality and competency of the lab, personnel, and test results.
MUD has been recognised by several forums as a practical standard to reduce the vulnerability of IoT devices to network-based attacks. The National Cybersecurity Center of Excellence (NCCoE) from NIST has included it in their guideline NIST SP.1800-15 for securing small businesses. A framework like MUD-CCF provides a lightweight and easily adaptable certification path for IoT device manufacturers, providing the foundation for developing secure IoT (Internet of Things) and IIoT (industrial Internet of Things) solutions.
“Since last year, our partnership with CNLABS to develop secure and reliable connected networks has gained momentum,” Julien Epps, dean of engineering at UNSW Sydney, observed in a media statement. “It’s encouraging to see our efforts leading advancements in IoT cybersecurity through MUD-CCF. We are excited about the future prospects of this collaboration and the positive impact it will continue to have on the industry and our society.”
“CNLABS is proud to announce a robust certification framework with UNSW for securing IoT networks. We are building on this foundational work by developing AI-based adaptive network pods that will significantly enhance security in evolving threat environments,” said Jayaprakash Kumar, CEO of CNLABS.
Technical test requirements based on MUD-CCF have been recommended to ITU-T for standardisation. CNLABS is also working with national standardisation agencies to promote the adoption of MUD-CCF. Researchers led by Dr Hassan Habibi Gharakheili at UNSW School of Electrical Engineering and Telecommunications have developed a research paper on MUD-CCF (currently under review by IEEE). CNLABS has published a whitepaper on MUD-CCF for industry reference.
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August 12, 2024
Posted by: Anna Ribeiro
Iteris announced its selection by the City of Lakeland, Florida to provide smart mobility infrastructure management technologies to support the city’s Intersection Crash Avoidance Safety Program (iCASP). The initiative will help improve safety at high-impact intersections.
“We’re thrilled to be supporting FDOT and the City of Lakeland in their Intersection Collision Avoidance Safety Program,” Kevin Exner, regional vice president at Iteris, said in a Wednesday media statement. “This is not only an excellent chance to carry on with our extensive work in the Florida market, but it also combines two of our greatest passions at Iteris: the advancement of ITS infrastructure and the enhancement of road user safety.
The project includes the deployment of Vantage Next, Iteris’ next-generation video detection system and VantageLive!, an easy-to-use, web-based data service that allows users to view activity at their intersections by automatically collecting and analysing vehicle, bicycle and pedestrian data, removing the need for manual, costly data collection efforts. These technologies will enable FDOT and the City of Lakeland to proactively prioritise easy-to-implement red light running countermeasures with the Red Protect safety feature.
Lakeland will also utilise BlueTOAD roadside units at select intersections. BlueTOAD combines real-time and historical Bluetooth detection with vehicle-to-everything (V2X) interconnectivity to enable various connected vehicle applications as well as to provide synchronisation with transportation agency travel-time and performance measures-based systems.
Vantage Next, VantageLive! and BlueTOAD are key components of Iteris’ ClearMobility Platform, the world’s most complete solution to monitor, visualise and optimise mobility infrastructure continuously. The platform applies cloud computing, artificial intelligence, advanced sensors, advisory services and managed services to help ensure roads are safe, travel is efficient and communities thrive.
The City of Lakeland initiated this project due to a high number of crashes attributed to red lights running in certain high-impact intersections throughout the city. The deployment of Iteris’ advanced technologies at 19 of these intersections is expected to increase safety for Lakeland’s travelling public.
In March, Iteris announced that it had been awarded a contract by the Virginia Department of Transportation to implement a statewide smart mobility initiative.
August 8, 2024
Posted by: Anna Ribeiro
ENGIE Vianeo, the EV charging business of energy company ENGIE Group, announced on Tuesday a partnership with international communications enabler BICS to connect its charging stations to the Internet of Things (IoT). The solution will provide real-time data which allows for remote maintenance and enhanced decision-making. Partnering with BICS will deliver seamless connectivity, security and regulatory compliance to support ENGIE’s rapid European rollout plans.
As the EU aims to enhance the availability of EV stations, ENGIE Vianeo is upgrading its charger fleet by integrating real-time data for better analytics and more effective troubleshooting. Electric vehicles are becoming increasingly popular across Europe – new electric car registrations reached nearly 3.2 million in 2023, increasing by almost 20% from 2022. However, this is driving demand for more accessible charging infrastructure.
Last year, the EU approved a new law to add more chargers across its member states, with specific targets for 2025 and 2030. This legislation put specific emphasis on installing stations across main highways. In response to this demand, ENGIE launched its charging business, ENGIE Vianeo, last year.
By utilising BICS’ IoT connectivity portal ‘SIM for Things’, ENGIE is upgrading its EV charging estate into a network of IoT devices to improve efficiency, reliability, and user convenience. The solution supports remote maintenance and troubleshooting, analytics on station activity, and enables remote software and firmware updates. These are determining rating criteria recognized by the users. Previous iterations of the technology have used a ‘black box’ fitted to the stations, these would collect data but have to be physically collected and processed, while this new solution means real-time, remote data collection from the highway to ENGIE Vianeo’s European supervisory centre.
The real-time data provided by the solution will also improve customer experience, described by ENGIE Vianeo as a ‘key element of the transition to a lower-emission mobility model.’ Users will be able to see live information, via their phone app, on nearby charger availability or the charging status of their vehicle. Answering such a need to guarantee the best charging experience leads to a significant increase in attendance.
“The appetite for electric cars is growing across Western Europe,” Clémence Fischer, managing director at ENGIE Vianeo, said in a media statement. “We aim to meet this demand by rapidly expanding our number of charging stations. In France alone, we aim to have 12,000 charge points by the end of 2025. In Belgium, we expect to double the current number of charging stations to exceed 5,000 charge points by the same date.”
Fischer added “Managing such a large, dispersed estate presents challenges, so alongside BICS, we’re investing in technology to give us complete visibility over our infrastructure. This will help us improve the prompt response of our services and keep stations maintained and running reliably, so they’re always ready and available when customers need them.”
Due to the typical locations of charging stations, in built-up metropolitan areas or remote highways, mobile connectivity (as opposed to fixed fibre) is a must. BICS is making this simple for ENGIE Vianeo, providing the internet connection, the SIM cards to connect the charging stations, and its SIM for Things platform for easy setup and maintenance. While the initial rollout for these ‘connected chargers’ will focus on Belgium, they will later expand across Western Europe, including France, Italy and Spain. Around 50,000 devices are expected to be deployed as part of the collaboration.
“IoT technology augments businesses by enabling real-time visibility across their operations, from the management of moving parts within factories to devices distributed across the globe,” says Mikael Schachne, CRO Enterprise at BICS. “Enabling EV vehicles to access charging stations anywhere is essential as we look to achieve a more efficient and carbon-neutral mobility infrastructure. We are very pleased to partner with ENGIE Vianeo to accelerate their rollout, reducing the complexity with ‘plug-and-play’ SIM connectivity to rapidly and easily connect smart chargers across Europe.”
July 10, 2024
Posted by: Anna Ribeiro
KORE Group Holdings, an Internet of Things (IoT) solutions and pioneering IoT hyperscaler, announced on Monday that Bruce Gordon has joined as executive vice president and chief operating officer (COO), effective July 2, 2024. Gordon brings over three decades of technology sector experience, having held multiple significant leadership roles.
Most recently, Gordon served as chief executive officer and executive chairman of GeoDigital, a provider of 3D services and geospatial intelligence software. Previously, at ABB Ventyx (formerly Mincom), Gordon served as senior vice president for business solutions. Prior to this, Gordon held roles of chief technology officer at Infor, an enterprise software company, overseeing technology strategy through a significant period of growth which included the acquisition and integration of 27 companies, and chief operating officer at Descartes where he was responsible for a significant business transformation.
“I am thrilled to join KORE and lead our operational strategies during this exciting period of expected growth,” Gordon said in a media statement. “With a focus on innovation and customer-centred solutions, I look forward to working with the talented team at KORE to drive operational excellence and deliver unparalleled value to our customers.”
In his new role as executive vice president and COO of KORE, Gordon will focus on enhancing operational efficiencies, fostering innovation and driving sustainable growth. His leadership will help optimise KORE’s internal processes, leverage human talent and maximise market opportunities to solidify the company’s position as a leader in IoT.
“We are delighted to welcome Bruce to the KORE executive team,” said Ron Totton, interim president and CEO of KORE. “Bruce’s extensive experience and proven track record in transforming organisations and driving growth will be invaluable as we continue to innovate and expand our offerings to meet the evolving needs of our customers.”
In connection with his employment, the company made a grant to Gordon of an aggregate of 100,000 restricted stock units (RSUs), where each RSU represents the right to receive one share of the company’s common stock upon the terms and conditions of the related RSU award agreements. The grant of RSUs was offered as a material inducement to Gordon’s hiring.
The RSUs were granted by the Compensation Committee of KORE’s Board of Directors, in reliance on the employment inducement exemption under the NYSE’s Listed Company Manual Rule 303A.08, which requires public announcement of inducement awards.
The RSUs were granted outside the KORE Group Holdings, Inc. 2021 Long-Term Stock Incentive Plan, but will be governed by the terms of the Plan as if they were issued under the Plan.
Subject to the terms and conditions of the award agreements, 10,000 RSUs shall vest on the first anniversary of the grant date, 27,500 RSUs shall vest on the second anniversary of the grant date, 27,500 RSUs shall vest on the third anniversary of the grant date, and 35,000 RSUs shall vest on the fourth anniversary of the grant date, subject to Gordon’s continuous employment or service to the company through the applicable vesting date.
July 9, 2024
Posted by: Anna Ribeiro