We need to break status quo to address 5G security risks

Our societies and industries will soon run increasingly on top of 5G networks, from critical infrastructures to transport systems and even in our homes with IoT. This is exactly why network trustworthiness is – and will always be – a top priority in any high-level discussion. Breaking the status quo with ethical hacking. A common approach used across most IT domains is the use of ethical hacking. Traditionally, so-called “white hat hackers” have played an integral role in identifying software vulnerabilities and guiding overall software development practices.

Spotlight

ThousandEyes

ThousandEyes is a Network Intelligence platform that delivers visibility into every network your organization relies on. Quickly and precisely pinpoint the root cause of problems—and then share your insights with your vendors and customers. Respond to issues before they impact customers, services and revenue - and ensure your business runs smoothly.

OTHER ARTICLES
Enterprise Mobility

Enhancing Network Visibility: Top Books for Effective Network Monitoring

Article | June 15, 2023

Discover network intrusion monitoring with top network monitoring books. Explore insights, best practices, and tools to secure network visibility and processes used in monitoring network performance. Observing networks for performance and security anomalies is crucial for businesses that rely on their business network. Network monitoring solutions monitor performance metrics across an entire network to guarantee that your systems operate properly. From monitoring network performance to ensuring comprehensive visibility, the books listed below will offer a wealth of knowledge and expertise to empower professionals in the networking industry. 10 Network Monitoring Books to Effectively Monitor Performance 1 Zabbix Network Monitoring Author: Rihards Olups Zabbix Network Monitoring book is an indispensable resource for networking professionals seeking to enhance their network visibility and improve network performance monitoring. This comprehensive guide offers an approach to effectively monitor network devices and applications using Zabbix 3.0. One of the network monitoring books, Zabbix Network Monitoring covers essential topics such as data collection, native Zabbix agents, and SNMP devices. It also delves into monitoring Java application servers, VMware, notifications, permission management, system maintenance, and troubleshooting. It empowers readers to build a robust network monitoring solution to gather data from various systems. By exploring the intricacies of Zabbix, this book ensures that network monitoring becomes an efficient and effortless task, ultimately enhancing network visibility and performance for all stakeholders. 2 The Practice of Network Security Monitoring Author: Richard Bejtlich An essential book for networking professionals, The Practice of Network Security Monitoring: Understanding Incident Detection and Response, helps to enhance network visibility and strengthen network security. The book's author, Richard, guides readers through implementing network security monitoring (NSM) as a proactive defense strategy. The book emphasizes integrating NSM into security measures to effectively detect and respond to intrusions. It also provides practical insights on deploying, building and operating an NSM operation using open-source software and vendor-neutral tools. With a focus on proactive incident response, this book equips readers with the knowledge and techniques to establish a robust security net that detects, contains and controls attacks. By implementing the practices outlined in this book, organizations can better safeguard their networks and prevent the loss of sensitive data. 3 Internet and Network Architecture Author: Sang Hinch Internet and Network Architecture: Analyzing Performance with Network Monitoring Tools is a must-read for professionals in the networking industry seeking to enhance network visibility and optimize network performance monitoring. This comprehensive guide offers a thorough introduction to TCP/IP, FTP, IP addresses, ports, and web page retrieval, providing a solid foundation in internet and network architecture. The book explores the complex workings of routers, data transmission, network configuration, and architecture, enabling readers to build efficient and secure networks. Focusing on practicality, it emphasizes using network monitoring tools to analyze performance and troubleshoot issues effectively. By mastering the fundamentals presented in this book, readers will gain the knowledge and confidence to navigate the World Wide Web, understand network protocols, and make informed decisions for network optimization. 4 Zabbix 4 Network Monitoring Author: Patrik Uytterhoeven & Rihards Olups Zabbix 4 Network Monitoring: Monitor the performance of your network devices and applications using the all-new Zabbix 4.0, 3rd Edition is a comprehensive and highly valuable resource for professionals in the networking industry. This book serves as an essential guide to effectively monitor the performance of network devices and applications using Zabbix 4.0. Written for both beginners and experienced users, the book offers a step-by-step approach to help readers quickly grasp the installation process and explore the new features of network monitoring. From understanding native Zabbix agents and SNMP devices to harnessing Zabbix's integrated functionality for monitoring Java application servers and VMware, readers will gain comprehensive knowledge. With insights into optimizing performance, automating configurations, and troubleshooting network issues, it will develop advanced skills to ensure a healthy and efficient network. 5 Applied Network Security Monitoring Author: Chris Sanders & Jason Smith An indispensable book for professionals in the networking industry Applied Network Security Monitoring: Collection, Detection, and Analysis offers a comprehensive guide to become a proficient NSM analyst. Focusing on NSM's collection, detection, and analysis stages, this book equips readers with essential concepts through real-world examples and practical scenarios. Recognizing that prevention is not foolproof, the book emphasizes the critical role of detection and response in minimizing the impact of network intrusions. With insights from experienced NSM professionals and access to sample data, readers gain valuable knowledge to analyze network security incidents effectively. From data collection methods to in-depth coverage of tools like Snort, Suricata, Bro-IDS, SiLK, and Argus, this monitoring book provides hands-on experience and practical examples using real PCAP files. By leveraging Security Onion for lab examples, readers can develop and enhance their analytic techniques. 6 Practical Network Security Monitoring: Using Free Software Author: Elizabeth Graham Practical Network Security Monitoring: Using Free Software offers guidance on utilizing free software to collect, monitor, and analyze network traffic, thereby detecting and identifying potential threats. With a focus on providing practical exercises, this book equips beginner to intermediate users with the necessary knowledge to detect and defend cyber threats. Step-by-step instructions enable readers to install, configure, and effectively use free tools, allowing hands-on experience in analyzing network traffic and identifying malicious activity. This book edition covers Security Onion, introducing significant changes to the platform. The updated content includes new intrusions, malware, PCAP examples, and an introduction to web-based PCAP analysis tools. A bonus chapter challenges readers to test their knowledge through self-assessment. 7 Efficient Body Sensor Networks for Patient Monitoring Author: Jawaid Iqbal Efficient Body Sensor Networks for Patient Monitoring is a book for professionals in the networking and healthcare industry, focusing on the challenges, Body Sensor Networks (BSNs) face in continuously monitoring patient vital signs. BSNs operate in constrained environments and encounter issues such as patient information privacy, secure data transmission over public networks, high overhead, and energy constraints. Being one of the prominent network monitoring books, it presents five efficient and secure attribute-based schemes designed explicitly for BSNs. These schemes address the mentioned challenges comprehensively, providing practical solutions to enhance network monitoring performance in patient monitoring scenarios. By proposing novel approaches, this book contributes to the advancement of efficient and secure patient monitoring within BSNs. 8 Mastering Python Networking Author: Eric Chou A comprehensive guide created for professionals in the networking industry seeking to leverage Python for network automation, monitoring, and management, Mastering Python Networking: Utilize Python packages and frameworks for network automation, monitoring, cloud, and management, focuses on the latest Python libraries and frameworks and equips readers with the necessary skills to tackle common & complex network challenges effectively. From interacting with network devices to implementing advanced features using Python 3, the book covers a wide range of topics, including Docker containers, network data analysis, cloud networking, and DevOps practices. With practical examples and insights into tools like GitLab & ELK, network engineers, developers, and SREs will gain valuable knowledge to enhance their network performance monitoring and visibility. 9 AWS Security Cookbook Author: Heartin Kanikathottu Focusing on securing Amazon Web Services (AWS) infrastructure, AWS Security Cookbook: Practical solutions for managing security policies, monitoring, auditing, and compliance with AWS is written. Being one of the network monitoring books that provide professionals with valuable insights related to network visibility and network performance management in the networking industry, this book offers practical solutions to address common security challenges, including permission policies, key management, network security, and cloud security best practices. Industry professionals can explore various AWS services and features that enhance security, including IAM, S3, CloudWatch, CloudTrail, Config, GuardDuty, and Macie. In addition, the book also covers compliance requirements and demonstrates how to maintain security and compliance using AWS security services. 10 The Best of TaoSecurity Blog, Volume 2 Author: Richard Bejtlich The Best of TaoSecurity Blog, Volume 2: Network Security Monitoring, Technical Notes, Research, and China and the Advanced Persistent Threat, guides professionals in the networking industry, particularly those interested in network security monitoring. Written by Richard Bejtlich, a renowned cybersecurity expert, he curates the best entries from his 17 years of writing on the TaoSecurity Blog. The book explores various intervention detection and response aspects, leveraging threat intelligence sources, network data, application and infrastructure data, and endpoint data. Additionally, it provides insights into Chinese hacking activities over the past two decades, offering a unique perspective from a defender on the front lines. With new analysis accompanying each post, readers can gain valuable knowledge on the evolution of the security industry, defensive methodologies, and strategies for enhancing national security. Conclusion In conclusion, the recommended books discussed in this article provide valuable insights and guidance for networking experts in the B2B sector. These resources cover various aspects of monitoring network performance, enhancing network visibility, and addressing security concerns. By delving into these monitoring books, professionals can gain a deeper understanding of effective network performance monitoring techniques, ensuring optimal visibility across their infrastructure. With the ever-evolving networking landscape, staying up-to-date with the latest trends and best practices, it is crucial for maintaining a high-performing network. These books offer industry-relevant knowledge and empower networking experts to make informed decisions, ultimately leading to a robust and efficient network infrastructure.

Read More
Data Center Networking

The network and security must converge for 5G-enabled edges

Article | July 5, 2023

In tandem with the deployment of 5G networks is the emergence of edge computing and edge clouds – placing data processing and storage in close proximity to where it’s needed on the enterprise edge. Moving computing closer to the enterprise edge improves network performance and reduces cost as traffic no longer needs to be routed to central clouds. 5G networks and edge computing are creating new business opportunities and richer consumer experiences. Many mobile service providers are planning to shift their network delivery from a few mega-capacity central clouds to thousands of edge clouds that support more agile, customizable services. Without integration, the new 5G network edges are where the new security challenges will likely occur. The performance of 5G networks has to be matched by the associated security and computing components. Without strategic security planning, the necessary security solutions could inadvertently create bottlenecks that negate the value of edge computing. Enabling applications to perform at 5G speeds to ensure expected user experience is one thing, but ensuring that this happens securely, across more network access points than ever before, presents an entirely new set of very serious challenges. Organizations need to be prepared today with stronger, broader, integrated and automated security foundations.

Read More
Enterprise Mobility, Mobile Infrastructure

Recognizing Virtual Meeting Fatigue and What You Can Do About It

Article | June 16, 2023

I’m a new-ish remote worker and, although I love 99% of everything associated with it, lately, after every virtual meeting I have, I’m feeling exhausted and drained. And not in the normal, everyday work exhausted and drained kind of way. It’s a peculiar combination of eye strain, headaches, and general malaise that I really only experience after a long day of virtual meetings. I was curious if others were feeling the same so I did a completely non-scientific study of my remote work friends to see how they’ve been feeling. Turns out, I’m not alone. Workers everywhere are going through a huge transition as the work from anywhere model has accelerated at breakneck speed since the pandemic. Although some parts of the world are slowly returning to a new normal, many employers, including Tangoe, have made the decision to keep the work from anywhere model while some organizations are electing to use a hybrid model of partly remote, partly in-office.

Read More
5G

5G with AI: The Future of Business Has Arrived

Article | May 13, 2022

The cloud, robotics, automation, and digital technologies are indispensablefor efficient, adaptable, and dynamic business operations. Artificial intelligence and 5G have evolved to become two of the most revolutionary technologies of the decade. While 5G and AI are capable ofindependently revolutionizing industries and facilitating future experiences, combining the two will be ground-breaking. The combination of AI with 5G mobile technology has the potential to transform business and society, paving the wayfor new products and services that were previouslyunimaginable.So, let’s check out how AI and 5G can revamp and upgrade businesses. AI with 5G: Making Network and Devices Better Using AI on 5G networks and devices will enhance wireless communication and battery, and most importantly, improve the user experience. With the help of machine learning, you can now focus on major wireless issues that are tough to tackle with traditional methods. The wireless industry has been talking about the ways in which AI can improve 5G networks.AI will significantly impactthe fundamental aspects of 5G network management, including efficiency, deployment, service quality, and security. One of the less-discussed aspects is how on-device AI will enhance the 5G end-to-end system. Radio frequency awareness (RFA) is at the center of 5G improvements and AI's involvement in the process.Instead of a hand-crafted algorithm, machine learning can decipher the device's RF signals. Improved radio awareness increases device experience, system performance, and radio security. Embracing 5G for Future Telecom & Business Operations The fifth generation of mobile technology comes with many use cases that are enough to completely transform almost every industry. As the world gets ready for a substantial transformation, it's important to know what they are and how they can help your business. Presently, 5G is driving three significant global trends. 5G technology will alter connected devices by driving consumer adoption, making them smarter, and making large-scale device integration easier. Cloud and edge computing depend on accessibility, and 5G will make cloud and edge computing more powerful and accessible than ever before. As 5G allows algorithms to be much more efficient at collecting and analyzing data at scale, AI becomes more accessible and fundamental for businesses powered by 5G. This can be considered a scientific and ethical endeavor. PartingThoughts Like any new technology, there is indeed a lot of hype around 5G's debut. 5G and AI are two synergistic, necessary components driving future advancements. Those whocombine these technologies will have a competitive edge and the opportunity to build future forward brands.Businesses that adopt 5G will not only witness revenue gain but will also emerge as an influential player in the future.

Read More

Spotlight

ThousandEyes

ThousandEyes is a Network Intelligence platform that delivers visibility into every network your organization relies on. Quickly and precisely pinpoint the root cause of problems—and then share your insights with your vendors and customers. Respond to issues before they impact customers, services and revenue - and ensure your business runs smoothly.

Related News

Mobile OS

Celona Signs Agreement to Advance the State of Seamless Mobile Connectivity at Stanford Health Care

GlobeNewswire | September 28, 2023

Celona, a pioneer and innovator of private mobile network solutions, today announced that Stanford Health Care (SHC) is standardizing on Celona’s 5G LAN products and technology. The solution is being deployed within its hospitals and clinics to advance the quality and speed of healthcare services and electronic communications for doctors, clinicians, patients, visitors and staff. The agreement, focused on delivering the first of its kind CBRS-based private wireless and neutral host connectivity services, will provide in-building public cellular coverage for T-Mobile subscribers along with highly reliable private cellular network connectivity and mobility services to support critical care use cases. Stanford Health Care will initially implement Celona private wireless and neutral host services across four buildings, including a hospital facility and three medical offices. This deployment is anticipated to inform future installations across other Stanford Health Care locations. Today’s healthcare organizations increasingly rely on wireless connectivity to optimize internal operations and improve the care experience for patients, visitors, doctors, and clinicians. Traditional Wi-Fi and distributed antenna systems (DAS) have inherent limitations in addressing the growing demand for seamless mobility and reliable, pervasive wireless coverage. Addressing these challenges, Stanford Health Care will deploy Celona's 5G LAN and neutral host architecture that leverages shared cellular spectrum and existing enterprise network resources to create an efficient, cost-effective communications infrastructure. The new public/private wireless network ensures the highest levels of connectivity, security, and uninterrupted mobility for all users, regardless of facility size. The network will also enable new private wireless use cases such as critical clinical communications and digital mobile applications on devices like mobile devices, handhelds, connected IoT devices etc. Stanford Health Care’s new private wireless infrastructure will be based on Celona's 4G/5G CBRS radio access network technology integrated into SHC's existing IP network and connected to Celona's cloud-based Multi-Operator Exchange Network (MOXN) service. This modern approach to improving in-building cellular signal coverage gives organizations more control over the user experience. All mobile subscriber connections are automatically aggregated and directed through a single secure tunnel to the mobile network operator (MNO) core thereby guaranteeing a seamless and reliable user experience. In the initial phase, this solution will provide T-Mobile service, with the potential to provide service for other mobile network operators in the future. "Stanford Health Care is at the forefront of innovation, aiming to provide the best healthcare experience possible, for both our patients and our staff," stated Christian Lindmark, CTO of Stanford Health Care. “In addition to providing in-building cellular signal, our vision includes using the platform to create a secure, private wireless network for core medical wireless technologies, such as clinical communication, patient monitoring and clinical video feeds.” Celona's Multi-Operator Exchange Network (MOXN) technology — a cloud-hosted software exchange that streamlines operations by eliminating cumbersome hardware — ensures a seamless user experience while meeting subscriber service level agreements and key performance indicators. Clinical Mobility, a leader in healthcare wireless communication, will provide design, engineering, implementation, and ongoing support for the project. Over the last year, Clinical Mobility leveraged their experience in wireless technologies in healthcare to advise Stanford. This advice has covered understanding the key use cases for this technology in the Stanford environment as well as assisting with an analysis of various vendors in the market. Clinical Mobility is also expanding the partnership with Celona to the broader healthcare market. "We are proud to collaborate with Stanford Health Care to redefine mobile experiences within healthcare," said Rajeev Shah, Co-Founder and CEO of Celona. "Our 5G LAN solution, combined with the cloud-based MOXN technology, will reshape in-building wireless economics through shared infrastructure, ultimately advancing the future of healthcare connectivity." This deployment represents a leap forward in healthcare innovation, embedding private 5G connectivity into the heart of patient care. This transformational technology is set to reshape healthcare by integrating advanced solutions into medical facilities. Celona's 5G LAN solutions empower healthcare professionals to access real time data, remote diagnostics, and telemedicine services at their fingertips. This milestone marks the beginning of a new era in connected healthcare where private 5G connectivity establishes a gold standard for efficiency, accuracy, and patient well-being. About Celona Based in Silicon Valley, Celona is a pioneer and leading innovator of enterprise private wireless solutions. The company is credited with developing the industry’s first 5G LAN system, a turnkey 4G/5G system that enables enterprises and mobile network operators to address the growing demands for more deterministic wireless connectivity for critical business applications and vital use cases not met by conventional wireless alternatives. Celona’s products and technology have been selected and deployed by a wide range of customers including Verizon, NTT, SBA Communications, Standard Steel, and Haslam Sports Group. To date, the company has raised $100 million in venture funding from Lightspeed Venture Partners, Norwest Venture Partners, NTT Ventures, Cervin Ventures, DigitalBridge and Qualcomm Ventures. For more information, please visit celona.io and follow Celona on Twitter @celonaio.

Read More

Google Cloud forges 5G edge deal with AT&T, launches telecom-tailored version of Anthos

Light Reading | March 05, 2020

Google Cloud today announced a comprehensive new strategy to help telecommunications companies digitally transform. Google Cloud’s strategy focuses on three key business outcomes for telecommunications companies: monetizing 5G as a business services platform, engaging customers with data-driven experiences, and improving operational efficiency across telecom core systems. Enabling and Monetizing 5G as a business services platform. Google Cloud is partnering with telecommunications companies to harness 5G as a business services platform. To meet this goal, Google Cloud today unveiled its Global Mobile Edge Cloud (GMEC) strategy, which will deliver a portfolio and marketplace of 5G solutions built jointly with telecommunications companies; an open cloud platform for developing these network-centric applications; and a global distributed edge for optimally deploying these solutions.

Read More

New York's utility to test private LTE network with several vendors

Light Reading | March 05, 2020

The New York Power Authority (NYPA), the nation's largest state-owned power utility, is about to begin testing a massive private LTE network that it hopes to use for applications ranging from energy metering to flying inspection drones. "NYPA is looking to build a 3GPP standards-based private LTE network to support its efforts to help modernize the electric grid in New York State. This secure and reliable network will support NYPA's efforts to enhance its operational and programmatic capabilities and leverage the benefits of evolving innovation in wireless equipment," the agency wrote in a filing with the FCC requesting permission to begin testing the network.

Read More

Mobile OS

Celona Signs Agreement to Advance the State of Seamless Mobile Connectivity at Stanford Health Care

GlobeNewswire | September 28, 2023

Celona, a pioneer and innovator of private mobile network solutions, today announced that Stanford Health Care (SHC) is standardizing on Celona’s 5G LAN products and technology. The solution is being deployed within its hospitals and clinics to advance the quality and speed of healthcare services and electronic communications for doctors, clinicians, patients, visitors and staff. The agreement, focused on delivering the first of its kind CBRS-based private wireless and neutral host connectivity services, will provide in-building public cellular coverage for T-Mobile subscribers along with highly reliable private cellular network connectivity and mobility services to support critical care use cases. Stanford Health Care will initially implement Celona private wireless and neutral host services across four buildings, including a hospital facility and three medical offices. This deployment is anticipated to inform future installations across other Stanford Health Care locations. Today’s healthcare organizations increasingly rely on wireless connectivity to optimize internal operations and improve the care experience for patients, visitors, doctors, and clinicians. Traditional Wi-Fi and distributed antenna systems (DAS) have inherent limitations in addressing the growing demand for seamless mobility and reliable, pervasive wireless coverage. Addressing these challenges, Stanford Health Care will deploy Celona's 5G LAN and neutral host architecture that leverages shared cellular spectrum and existing enterprise network resources to create an efficient, cost-effective communications infrastructure. The new public/private wireless network ensures the highest levels of connectivity, security, and uninterrupted mobility for all users, regardless of facility size. The network will also enable new private wireless use cases such as critical clinical communications and digital mobile applications on devices like mobile devices, handhelds, connected IoT devices etc. Stanford Health Care’s new private wireless infrastructure will be based on Celona's 4G/5G CBRS radio access network technology integrated into SHC's existing IP network and connected to Celona's cloud-based Multi-Operator Exchange Network (MOXN) service. This modern approach to improving in-building cellular signal coverage gives organizations more control over the user experience. All mobile subscriber connections are automatically aggregated and directed through a single secure tunnel to the mobile network operator (MNO) core thereby guaranteeing a seamless and reliable user experience. In the initial phase, this solution will provide T-Mobile service, with the potential to provide service for other mobile network operators in the future. "Stanford Health Care is at the forefront of innovation, aiming to provide the best healthcare experience possible, for both our patients and our staff," stated Christian Lindmark, CTO of Stanford Health Care. “In addition to providing in-building cellular signal, our vision includes using the platform to create a secure, private wireless network for core medical wireless technologies, such as clinical communication, patient monitoring and clinical video feeds.” Celona's Multi-Operator Exchange Network (MOXN) technology — a cloud-hosted software exchange that streamlines operations by eliminating cumbersome hardware — ensures a seamless user experience while meeting subscriber service level agreements and key performance indicators. Clinical Mobility, a leader in healthcare wireless communication, will provide design, engineering, implementation, and ongoing support for the project. Over the last year, Clinical Mobility leveraged their experience in wireless technologies in healthcare to advise Stanford. This advice has covered understanding the key use cases for this technology in the Stanford environment as well as assisting with an analysis of various vendors in the market. Clinical Mobility is also expanding the partnership with Celona to the broader healthcare market. "We are proud to collaborate with Stanford Health Care to redefine mobile experiences within healthcare," said Rajeev Shah, Co-Founder and CEO of Celona. "Our 5G LAN solution, combined with the cloud-based MOXN technology, will reshape in-building wireless economics through shared infrastructure, ultimately advancing the future of healthcare connectivity." This deployment represents a leap forward in healthcare innovation, embedding private 5G connectivity into the heart of patient care. This transformational technology is set to reshape healthcare by integrating advanced solutions into medical facilities. Celona's 5G LAN solutions empower healthcare professionals to access real time data, remote diagnostics, and telemedicine services at their fingertips. This milestone marks the beginning of a new era in connected healthcare where private 5G connectivity establishes a gold standard for efficiency, accuracy, and patient well-being. About Celona Based in Silicon Valley, Celona is a pioneer and leading innovator of enterprise private wireless solutions. The company is credited with developing the industry’s first 5G LAN system, a turnkey 4G/5G system that enables enterprises and mobile network operators to address the growing demands for more deterministic wireless connectivity for critical business applications and vital use cases not met by conventional wireless alternatives. Celona’s products and technology have been selected and deployed by a wide range of customers including Verizon, NTT, SBA Communications, Standard Steel, and Haslam Sports Group. To date, the company has raised $100 million in venture funding from Lightspeed Venture Partners, Norwest Venture Partners, NTT Ventures, Cervin Ventures, DigitalBridge and Qualcomm Ventures. For more information, please visit celona.io and follow Celona on Twitter @celonaio.

Read More

Google Cloud forges 5G edge deal with AT&T, launches telecom-tailored version of Anthos

Light Reading | March 05, 2020

Google Cloud today announced a comprehensive new strategy to help telecommunications companies digitally transform. Google Cloud’s strategy focuses on three key business outcomes for telecommunications companies: monetizing 5G as a business services platform, engaging customers with data-driven experiences, and improving operational efficiency across telecom core systems. Enabling and Monetizing 5G as a business services platform. Google Cloud is partnering with telecommunications companies to harness 5G as a business services platform. To meet this goal, Google Cloud today unveiled its Global Mobile Edge Cloud (GMEC) strategy, which will deliver a portfolio and marketplace of 5G solutions built jointly with telecommunications companies; an open cloud platform for developing these network-centric applications; and a global distributed edge for optimally deploying these solutions.

Read More

New York's utility to test private LTE network with several vendors

Light Reading | March 05, 2020

The New York Power Authority (NYPA), the nation's largest state-owned power utility, is about to begin testing a massive private LTE network that it hopes to use for applications ranging from energy metering to flying inspection drones. "NYPA is looking to build a 3GPP standards-based private LTE network to support its efforts to help modernize the electric grid in New York State. This secure and reliable network will support NYPA's efforts to enhance its operational and programmatic capabilities and leverage the benefits of evolving innovation in wireless equipment," the agency wrote in a filing with the FCC requesting permission to begin testing the network.

Read More

Events