Telia Finland demonstrated its 5G network slicing by remotely operating an armoured vehicle nearly 100 kilometres away during military drills in Lapland. The successful test highlights how advanced connectivity can enable real-time control for defence applications, marking a significant step in unmanned systems and secure cross-border cooperation amid Finland’s evolving security landscape.
Cubic Telecom and Skylo Technologies have forged a landmark partnership to enhance vehicle connectivity through integrated satellite solutions. This collaboration leverages Skylo’s non-terrestrial network technologies with Cubic’s existing offerings, ensuring seamless communication across cellular and satellite networks.
Kia India and Airtel Business have partnered to integrate IoT technology into Kia’s connected vehicles in India. Leveraging Airtel’s eSIM and IoT Hub, the collaboration enhances telematics, infotainment, and safety.
Cellnex Telecom, a leading passive infrastructure specialist, has unveiled plans to bolster its operations by venturing into land acquisition. The move aims to secure the areas surrounding its mobile sites, providing greater stability in future costs.
SoftBank’s recent €473m acquisition of a 51% stake in Cubic Telecom indicates a growing confidence in connected vehicles’ market. Cubic’s unique software – already utilized in around 17 million vehicles worldwide – allows manufacturers to add new functionality over-the-air, enhancing safety and performance. According to McKinsey & Co, by 2030, 95% of new vehicles are anticipated to be connected, revealing the tremendous potential of this sector.
In a monumental collaboration, Qualcomm and AWS aim to connect vehicles with the cloud, reshaping the future of automotive industry. Through this partnership, they offer auto companies the ability to fine-tune advanced vehicle software through cloud before installation. An integral part of this innovation is the Snapdragon Digital Chassis portfolio, which includes enhanced safety and infotainment systems.
European telecom giants, including Vodafone and Deutsche Telekom, are uniting to create a powerful edge-cloud platform for AI and IoT, targeting low-latency solutions across various sectors. By ensuring data stays within Europe, these operators provide a competitive VoIP advantage, maintaining data sovereignty and enhancing cross-border service efficiency.
Mercedes-Benz revolutionizes factory automation with dedicated mobile private networks, transforming communication between robots, operators, and systems. Traditional 5G networks fall short due to latency issues, but private networks ensure real-time operations, essential for VoIP in manufacturing. This shift challenges telecom operators to innovate beyond typical bandwidth services.
VoIP users might not realize the profound impact Global Navigation Satellite System (GNSS) has on their technology. GNSS, part of the Positioning, Navigation, and Timing ecosystem, ensures seamless communication by providing precise location data crucial for VoIP functionality. Without GNSS, challenges could arise in maintaining quality VoIP connections.
The telecom industry is rapidly embracing NVIDIA’s AI grid, with key players like T-Mobile US and Comcast keen on its potential for low latency in VOIP applications. By deploying GPUs at the edge, telecoms aim to enhance real-time communication, revolutionizing how voice data is processed and improving VOIP experiences significantly.
