NATO’s HEIST initiative enhances global internet resilience by integrating subsea cables and satellites, aiming to safeguard against data traffic disruptions. GoTo harnesses generative AI to improve customer experiences, while China Unicom and Huawei launch a 5.5G network in Beijing, and Swisscom and Nokia deploy a nationwide drone network in Switzerland for safety and industrial monitoring.
MasOrange has launched its 5G Standalone (SA) network at the Port of Barcelona, revolutionizing mobility services. This innovative 5G deployment promises ultra-low latency, enabling precise operations and extensive real-time tracking. With a 3.6 million euro investment, the network enhances connectivity, benefiting port operations, security, and surveillance through comprehensive 5G coverage.
By 2030, nine billion cellular and IoT devices will feature eSIM and iSIM technology, revolutionizing the VoIP industry. With a projected 22% annual growth rate, these technologies promise enhanced versatility for smartphones, connected cars, and industrial sensors.
In a pioneering initiative, passengers traveling on a high-speed rail route in Southern China are now enjoying faster and more reliable 5G connectivity, thanks to the innovative use of digital twin technology. ZTE and China Mobile’s Yunnan Branch have collaboratively developed a detailed 3D model of the railway’s surrounding infrastructure, significantly enhancing network performance along the challenging terrain of the KunchuDali railway.
In an ambitious move to enhance the United States’ emergency services network, AT&T, in partnership with the First Responder Network Authority (FirstNet Authority), has announced plans for a significant upgrade and expansion of FirstNet. This initiative, which could see an investment exceeding $8 billion over the coming decade, aims to build upon the network’s already extensive coverage and capabilities.
In an ambitious move to counteract the issue of network congestion within city environments, UK mobile operator Three has initiated a pioneering project in Glasgow, employing the advanced technology of Mavenir. The initiative focuses on the strategic placement of small cell units across the city to enhance urban connectivity, particularly in areas where 5G coverage is inconsistent.
Ooredoo drives Qatar National Vision 2030 with a widespread fiber rollout, covering 99.9% of households, maintaining high service levels and introducing innovative technologies. Vodafone UK advocates for the implementation of 5G SA technology, citing its transformative impact on industries, such as renewable energy and agriculture. CableLabs has made strides in deploying 10G network in 2023, advancing DOCSIS 4.0 technology, issuing CPON architecture specifications, and accelerating FTTP adoption. Microsoft’s new Copilot key represents a groundbreaking addition to Windows keyboards, integrating AI seamlessly and signaling a significant shift after three decades.
ITU announced a 6G framework, advancing global standards with a focus on spectrum bands, capabilities, and use cases. Eutelsat OneWeb and Imperial College are teaming up to transform space weather monitoring. Google launched Gemini AI model with flexibility to process diverse data types. SoftBank acquires 51% of Cubic Telecom, forming a strategic partnership for software-defined connected vehicles.
In a collaborative effort organized by the National Institute of Information and Communications Technology (NICT), major Japanese companies DoCoMo, NTT, Sky Perfect JSAT, and Space Compass are set to pioneer direct-to-device (D2D) services utilizing flying base stations.
The Port of Tyne, a key player in UK’s maritime infrastructure, is embarking on an exciting technological journey, partnering with Ericsson and BT to establish 4G and 5G private network connectivity. By engaging revolutionary standards in safety, efficiency, and sustainability, the Port aspires to become an exemplar among smart ports. Uniquely, the port-wide private network incorporates both 4G and 5G standalone connectivity, benefitting legacy devices while enabling cutting-edge 5G applications. This technological upgrade paves the way for futuristic applications that could revolutionize port operations while reducing carbon emissions. Learn more about this visionary initiative and its potential implications for the maritime industry.
