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The allure of AI technology and its insatiable demand for data is sparking a new interest in fibre backbones. However, this digital evolution is revealing a myriad of challenges for newcomers, with the fibre industry grappling with economic pressures from inflation, supply chain disruptions and rising interest rates. While the European Union’s telecom mergers & acquisitions policy may offer consolidation opportunities, those venturing into this dynamic sector must be prepared for a landscape fraught with potent risk and complexity.

Just under a year ago, the tech world buzzed with anticipation over a new partnership between chip mogul Qualcomm and satellite firm Iridium. The aim? Integrating satellite-to-phone services via Snapdragon Satellite and Iridium’s resources. However, a recent shift in direction caught the industry’s attention. Despite a successful demo, smartphone manufacturers didn’t opt to incorporate this feature, leading Qualcomm to end the agreement. Yet, in the face of disappointment, Iridium remains optimistic, envisaging an industry veering towards greater satellite connectivity. As earthquakes ripple across the telecoms landscape, all eyes await what’s next.

Taking the spotlight in the telecom industry is the revolutionary digital operations framework, a strategic game-changer, that aligns and simplifies Quality and Maintenance aspects of IOH via a cutting-edge converged data platform. This invention notably allows those with minimal coding exposure to develop essential digital resources, paving the way to an automated potential. Besides bolstering operative efficiency and competitive edge, it also gives the industry the tools needed to navigate the digital age challenges effectively.

Emerging from the tech world, the AI Pin—an innovative, screen-free wearable gadget—incorporates artificial intelligence to facilitate verbal engagement and numerous other unique functionalities. Embedded into a shirt, it provides easy, hands-free access to information and personal communication. It features an unusual ability to support nutritional goals, leveraging computer vision technology to identify various food items. Functioning on the tailored OS, Cosmos, the AI Pin tries to simplify user interaction with AI, by veering away from the conventional method of downloading or launching apps. With no need for smartphone pairing and its claim of not eavesdropping on user’s conversations, it offers a fresh take on consumer technology.

An enthusiastic exploration of advancing telecommunication technologies, particularly 5G and its bigger sibling, 5.5G, was recently exhibited by Huawei’s Antenna Business Unit President, Eric Zhao. Eric emphasizes how competent R&D pursuits are imperative to propel antenna performance, a critical aspect in 5.5G proliferation. He highlights the enhancement of user experience, operational efficiency and service extension as key objectives. Moreover, Huawei’s strides in working towards the goals of unrestricted deployment, zero signal loss, and ‘zero touch’ O&M demonstrate their ambition. Yet, the journey towards these ambitious targets is far from over.

Under the Online Safety Act, UK’s telecoms regulator Ofcom, gears up to reinforce online safety, focusing on protecting vulnerable users, especially children. Their proposed laws call for tech firms’ accountability, ensuring a thorough content governance to curb harmful material. They seek stakeholder feedback on their initial codes against illegal harms online, marking the end of harmful content and the dawn of user safety.

Samsung enters the mobile AI game with Galaxy AI, its latest invention aimed to revolutionize smartphone experiences. Powered by Samsung-developed on-device AI and a cloud-based system, it incorporates remarkable features like real-time audio and text translation during phone calls. Alongside this, Samsung excites with Samsung Gauss, dedicated to streamlining diverse tasks from coding assistance to content translation – a move promising profound impacts on our technology interactions.

The Global Coalition on Telecommunications (GCOT), launched by the UK, Australia, Canada, Japan, and the US, intends to revolutionize telecommunications through joint R&D, funding alignments, and standard development. Offering insights into the initiative’s broad scope, TMT partner Julian Cunningham-Day highlights the coalition’s focus on supply chain diversification and market competition through Open RAN. Despite the promising advantages, potential vulnerabilities may arise from industry-wide open standards. Additonally, GCOT’s emphasis on yet to be realized 6G technology signals its proactive stance towards future complexities.

Almost half of Britain’s deprived rural areas lack access to 5G, according to a study by Vodafone. Urban communities fare better, but the digital divide remains significant. While this disparity supports Vodafone’s push for a merger with Three to improve coverage, government approval is still pending. Is this research merely a tactic to justify the merger, or does it genuinely highlight the urgent need for connectivity solutions in these regions?

Ofcom has cemented plans to propel UK’s 5G coverage by introducing the nation’s first millimetre-wave (mmWave) spectrum auction. This will span the robust 26GHz and 40GHz spectrum bands, targeting faster 5G speeds across 68 UK towns and cities. Interestingly, mmWave 5G promises impressive speed and capacity upgrades, but struggles with range and penetrability, making it ideal for densely populated areas. The auction awaits a verdict on a key industry merger before commencement.