Peachtree Corners has announced a collaboration with Juganu. Juganu’s smart city lighting solutions will be deployed within the Curiosity Lab ecosystem and at City of Peachtree Corners Town Centre. This marks Juganu’s first full smart city lighting deployment in the United States. (more…)
August 21, 2024
Posted by: Magda Dabrowska
HelixIntel has announced the integration of HSB IoT sensor technology with its CMMS (Computerised Maintenance Management System) platform, PropertyOS. The combination empowers users with real-time insights into environmental conditions, system performance, and automated work orders. The upgrades to PropertyOS, enhance maintenance management and improve asset reliability.
The fusion of HSB IoT sensor data with CMMS capabilities marks a significant leap forward in maintenance management. By incorporating data from sensors that detect moisture, heat, and other critical metrics, HelixIntel’s PropertyOS platform now offers unparalleled visibility and control over facility operations.
Users can monitor sensor readings via an intuitive dashboard to help predict equipment failures and prevent them from happening. This integration facilitates proactive maintenance, enhances asset performance, and minimises costly downtime. Alerts can automatically trigger customised workflows as designed by users. Tasks are then assigned to the appropriate personnel, and all aspects of the work orders are tracked from inception through completion.
“IoT sensors bring a new dimension to our CMMS platform,” Jon DeWald, CEO of HelixIntel, highlights the impact of these advancements. “By leveraging real-time HSB sensor data, we enable our users to take proactive measures, ensure equipment reliability, and promote operational efficiency. This reduces operational cost and enhances cap ex flexibility by extending the life of critical assets.”
In addition to IoT, PropertyOS enriches asset data with equipment photos, open work items, manufacturers and more, generating comprehensive digital records. These records help managers spot trends and coordinate maintenance teams more effectively. With the integration of predictive analytics, potential equipment failures may be identified before they occur, enhancing decision-making and maintenance planning to ensure optimal asset performance.
“Working together, HelixIntel’s integration of HSB IoT sensor data into its CMMS platform, PropertyOS, represents a pioneering step towards smarter, more efficient maintenance management,” said John Riggs, chief technology officer and senior vice president of Applied Technology Solutions for HSB. “By harnessing the power of real-time data and automated workflows, HelixIntel is driving new standards in asset management and operational excellence.”
HelixIntel revolutionises facility management with ‘forward-thinking’ solutions. PropertyOS simplifies facility management by seamlessly handling unlimited equipment, supplies, and inventory. Its cutting-edge Predict and Prevent Engine optimises operations, improve asset reliability, and mitigates risks for organisations and partners.
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August 16, 2024
Posted by: Anna Ribeiro
Keysight Technologies announced that it has joined the Joint Cyber Defense Collaborative (JCDC), expanding its current partnership with the U.S. government to enhance the nation’s cybersecurity resiliency. Leveraging 20 years of cybersecurity testing and threat intelligence research, Keysight will support JCDC’s mission of uniting the global cyber community in the collective defense of cyberspace.
In response to escalating threats to national security, the Cybersecurity and Infrastructure Security Agency (CISA) established JCDC in August 2021 under Congressional authorization. As a unique public-private partnership, JCDC proactively gathers, analyzes, and shares actionable cyber risk information to enable improved cybersecurity planning, defense, and response. A primary goal of JCDC includes enabling participants to stay ahead of adversaries and reducing cybersecurity threats before they have an impact.
Keysight offers a comprehensive suite of tools that empower organizations to be proactive with their cybersecurity from chip to cloud, including testing of deployed tools against the latest threats and a Cyber Range training environment to keep skills up to date.
Keysight’s Threat Simulator offers daily updates with the latest malware and ransomware campaigns to validate firewalls, endpoint protection software, and SIEM tools, and CyPerf evaluates cybersecurity effectiveness and user experience in distributed and cloud environments. To test and improve the cybersecurity of devices such as IoT (Internet of Things) and industrial controllers, Keysight’s IoT Security Assessment provides firmware analysis, SBOM (software bill of materials) generation, and network security testing of connected devices.
Keysight’s security validation tools are automated and easy to use, so operators of critical IT and operational technology (OT) environments can easily validate their resilience to emerging threats. Additionally, Keysight offers cybersecurity validation products and services for every stage of the product lifecycle, from pre-silicon analysis to cloud security validation.
“Keysight is honored to join JCDC, extending our years of collaborating with the U.S. government as a provider of electronic test and measurement products and services including electronic warfare, 5G/6G, and cybersecurity validation and training,” said Scott Register, vice president of security solutions at Keysight. “By combining our expertise with the collective strength of JCDC, we can accelerate the development of innovative solutions to safeguard critical infrastructure and protect our nation from cyberattacks.”
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August 15, 2024
Posted by: Anna Ribeiro
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
Crypto Quantique, a provider of quantum-driven security for the Internet of Things (IoT), has appointed ITEC Limited of Tel-Aviv, Israel to promote and provide customer support for its IoT security products. ITEC will sell the company’s QuarkLink software platform that automates the creation and management of device identities, public key infrastructure (PKI) and digital certificates and its quantum-derived PUF IP, QDID. (more…)
August 7, 2024
Posted by: Magda Dabrowska
Digi International has announced a collaboration with Cylus. Bringing together the latest innovation from these two companies, the new alliance integrates Cylus’s cybersecurity solution, CylusOne, into the Digi TX64 5G Rail cellular router solution — delivering an unprecedented level of cyber protection for rail networks worldwide. (more…)
August 6, 2024
Posted by: Magda Dabrowska
Digi International and Atsign has announced the availability of NoPorts on Digi IX40 cellular routers. This integration empowers Industry 4.0 deployments with a robust and secure remote access solution, safeguarding critical edge infrastructure. (more…)
August 1, 2024
Posted by: Magda Dabrowska
Soracom has announced that it has received SOC 2 Type 1 assurance compliance for its IoT platform as of June 26, 2024. (more…)
July 31, 2024
Posted by: Magda Dabrowska
Leap has announced a partnership with SmartThings, Samsung’s global connected living app, to offer a demand response programme to California and New York residents. The new SmartThings Energy Flex Connect programme will enable eligible users to earn Samsung rewards and save energy with their smart home devices while contributing to grid stability and lowering carbon emissions. (more…)
July 24, 2024
Posted by: Magda Dabrowska
ASRock Industrial has announced they received the FIDO Device Onboard (FDO) certification. This significant achievement for our innovative product, the iEP-5010G Series, marks a new era of automated and secure onboarding in industrial edge AIoT, setting a benchmark for excellence and innovation in the industry. The FDO certification signifies ASRock Industrial’s FDO solutions meet stringent standards in security and interoperability through a series of FDO functional and security validations. This prestigious certification highlights ASRock Industrial’s commitment to advancing Robust edge AIoT computing and secure solutions to its global clientele, meeting the increasing demands of edge computing environments across various industries. (more…)
July 16, 2024
Posted by: Magda Dabrowska