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Vantage Data Centers, a prominent global provider of hyperscale data center campuses, has entered into a strategic partnership with VoltaGrid, an innovator in advanced microgrid power generation. This collaboration aims to deploy more than one gigawatt of power generation capacity across Vantage’s expanding North American portfolio, addressing the escalating demand for data center energy solutions without imposing additional strain on existing grid systems.

The rapid proliferation of cloud computing and artificial intelligence technologies has necessitated the swift development of additional data center infrastructure. However, securing timely and scalable power remains a significant challenge in the industry. Dana Adams, President of North America at Vantage Data Centers, emphasized that partnering with VoltaGrid offers an optimal solution to deploy capacity in power-constrained markets, thereby meeting customer demand for innovative technologies that yield social and economic benefits.

A key aspect of this partnership is the emphasis on speed and scalability. VoltaGrid’s solutions are engineered for rapid deployment, with installations achievable within months. This accelerated timeline ensures that hyperscale customers have access to the necessary power infrastructure promptly, circumventing the prolonged grid connection queues that often hinder data center expansions. Nathan Ough, President and CEO of VoltaGrid, highlighted that their ability to swiftly deploy scalable energy solutions redefines industry expectations and provides AI hyperscalers with the confidence to continue scaling their operations.

The collaboration also underscores a commitment to sustainability. Utilizing advanced natural gas-powered microgrids, the partnership aims to achieve up to a 98% reduction in emissions, particularly concerning criteria air pollutants. VoltaGrid’s technology is adaptable, capable of operating on 100% hydrogen-based or renewable natural gas fuel sources when feasible, and offers carbon offsets to support advanced net-zero solutions. This environmentally conscious approach aligns with Vantage’s objective to provide reliable yet sustainable energy solutions for its data centers.

Telecommunications provider du has become the first operator in the United Arab Emirates to commercially launch 5G Voice over New Radio services. This development signifies a significant advancement in the nation’s telecommunications infrastructure, enhancing voice call quality and network performance for users.

The introduction of 5G VoNR allows for voice calls to be transmitted entirely over the 5G network, eliminating the need to revert to 4G during calls. This results in faster call setup times, high-definition voice quality, and improved battery efficiency for compatible devices. du’s extensive 5G Standalone Access network underpins this service, offering widespread coverage across the UAE.

In addition to launching VoNR, du has received full certification from leading handset manufacturers, ensuring compatibility of their devices with du’s 5G SA network. This certification guarantees that users with certified devices can seamlessly access the enhanced voice services without additional configurations.

Saleem AlBlooshi, Chief Technology Officer at du, emphasized the company’s dedication to advancing its network capabilities: “Our commitment to evolving and elevating our network to superior standards has resulted in the 5G SA network certification, guaranteeing that du customers experience ultra-modern connectivity and unparalleled digital experiences.” He highlighted that the VoNR service is set to reshape voice communications by providing seamless 5G connectivity during calls, faster call setups, high-definition voice quality, and enhanced battery life.

The deployment of 5G SA technology is a strategic move to meet the growing demand for high-speed, reliable connectivity among consumers and businesses. This infrastructure supports advanced applications such as augmented reality, immersive communications, and other data-intensive services that require low latency and high bandwidth.

Karim Benkirane, Chief Commercial Officer at du, stated: “The introduction of the 5G SA network and the enablement of VoNR over 5G network represent a giant leap forward in our mission to deliver exceptional service and innovative solutions to our customers.” He noted that this technology not only enhances user experience with superior speeds and call quality but also opens new possibilities for businesses and public services, propelling the UAE closer to its smart city goals.

The 5G SA network’s capabilities extend beyond consumer applications. Enterprises can leverage network slicing, a feature that allows the creation of virtual networks tailored to specific requirements. This enables businesses to deploy customized solutions with dedicated resources, ensuring optimal performance for critical applications.

In the broader context, du’s collaboration with technology partners has been instrumental in this rollout. In October 2024, du entered into an agreement with Ericsson to expand its 5G network, aiming to enhance capacity and deliver next-generation services. This partnership focuses on utilizing Ericsson’s Radio Access Network portfolio to bolster du’s infrastructure.

In December 2024, du and Nokia announced the deployment of the first commercial 5G Cloud Radio Access Network solution in the Middle East and Africa. This initiative underscores du’s hybrid RAN strategy, which combines purpose-built and cloud-native infrastructures to offer greater flexibility and scalability in network management.

The commercial launch of 5G VoNR and the expansion of the 5G SA network align with the UAE’s vision to be at the forefront of technological innovation. These advancements are poised to support various sectors, including healthcare, education, and entertainment, by providing the necessary infrastructure for digital transformation.

As the first operator in the UAE to achieve these milestones, du sets a precedent in the region’s telecommunications landscape. The company’s proactive approach in adopting and deploying cutting-edge technologies reflects its commitment to meeting the evolving needs of its customers and contributing to the nation’s digital economy.

Nokia has teamed up with Advanced Communications & Electronics Systems Company for Neutral Host to introduce a cutting-edge indoor solution in Makkah, aimed at significantly enhancing mobile network coverage across both indoor and outdoor environments. This ambitious project, which comes as part of a long-term partnership, is set to revolutionise connectivity in the region, particularly for the millions of pilgrims who visit the holy city each year.

The partnership is focused on the deployment of an advanced, sharable indoor solution that will address growing demand for seamless communication across Makkah’s densely populated areas. This innovative system will provide robust mobile coverage across key locations, from religious sites to residential and commercial buildings, offering reliable connectivity for pilgrims, residents, and businesses alike.

The project comes at a critical time, as Makkah continues to see a surge in the number of visitors, particularly during religious seasons such as Ramadan and Hajj. With millions of people relying on mobile devices for navigation, communication, and services, the need for a comprehensive network solution has never been greater.

Through this collaboration, Nokia and ACE aim to tackle the issue of network congestion, ensuring that visitors have uninterrupted access to mobile services, even in the busiest locations. This will also provide significant benefits for local enterprises, enabling them to optimise operations and enhance the customer experience through reliable mobile networks.

In addition to improving coverage, the solution will focus on providing enhanced data services and faster network speeds, enabling users to stream, communicate, and access information with ease. By leveraging advanced technologies such as 5G, the new system will future-proof the city’s network infrastructure, making it well-equipped to handle the increasing demand for high-speed internet.

The deployment of this neutral host solution will also enable multiple mobile operators to share the same infrastructure, reducing costs while simultaneously improving service quality. This approach ensures that different networks can benefit from the same high-performance coverage without the need for duplicative infrastructure, contributing to more sustainable and efficient network management.

Both companies are leveraging their expertise to create a solution that not only improves the quality of service but also ensures a long-term, scalable approach to meet future demands. Nokia’s vast experience in mobile network technology, combined with ACE’s in-depth knowledge of the local market and its role as a neutral host provider, positions the partnership as a key player in the ongoing development of Makkah’s network infrastructure.

With this project, Makkah is expected to become one of the most connected cities in the world, setting a new standard for network coverage in religious tourism destinations. The solution is designed to meet the specific needs of the region, including high capacity, low latency, and seamless handovers between indoor and outdoor networks, ensuring that visitors and locals alike benefit from a superior mobile experience.

The implementation of this solution also aligns with broader initiatives in Saudi Arabia to modernise its infrastructure in line with Vision 2030, which aims to diversify the economy and enhance the quality of life for citizens and visitors. As part of this vision, the Saudi government has been investing heavily in digital transformation projects, with a focus on developing smart cities and improving connectivity in key locations like Makkah.

This partnership is expected to drive further collaboration between telecom companies and service providers in the region, fostering innovation and accelerating the adoption of new technologies. It also highlights the growing importance of network connectivity in the modern world, particularly in regions that attract large numbers of visitors and where reliable communication is essential for both safety and convenience.

The advanced indoor solution is just the beginning of what could be a series of initiatives aimed at enhancing connectivity in Makkah and beyond. As mobile data usage continues to increase, both Nokia and ACE are committed to ensuring that the city remains at the forefront of technological innovation, providing the best possible service for all users.

Vedanta Aluminium, India’s leading aluminium producer, has introduced an AI-powered drone system to bolster safety measures at its Jamkhani coal mine in Odisha. This initiative, developed in collaboration with Vedanta’s Spark program, aims to enhance operational efficiency and safety protocols within the mining sector.

The AI-driven drones are equipped with advanced software capable of real-time aerial surveillance, automatically detecting and tracking human, animal, and vehicle movements within a 500-meter radius of blasting zones. This technology enables remote monitoring, providing live-streaming alerts for unauthorized activities and facilitating seamless audio communication between officials, drone pilots, and blasting officers for precise coordination.

Sunil Gupta, Chief Operating Officer of Vedanta Aluminium, emphasized the company’s commitment to workplace safety, stating that the integration of AI-powered drones signifies a significant advancement in creating a secure work environment while improving monitoring and compliance.

David Stone, Chief Executive Officer of Vedanta’s Coal Mines, highlighted the impact of this technology, noting that the deployment of AI-powered drones sets a new benchmark for mine safety by enhancing situational awareness and risk management.

The Jamkhani coal mine, Vedanta’s first greenfield project in Odisha, plays a crucial role in supplying fuel to the company’s Jharsuguda plant, one of the world’s largest aluminium smelters. The introduction of AI-powered drones is part of Vedanta Aluminium’s broader strategy to implement digital transformation across its operations, leveraging technologies such as artificial intelligence, robotics, the Internet of Things , and smart safety solutions.

Amitesh Sinha, Vice President and Head of CVC & Spark at Vedanta, underscored the importance of corporate-startup collaborations in driving innovation. He mentioned that the partnership with Skylark Drones and the Vedanta Mines team reflects the company’s focus on safety innovation, with the Spark program actively working with over 70 startups and deploying more than 100 projects to integrate AI and digital solutions into manufacturing.

Beyond technological advancements, Vedanta Aluminium remains committed to Odisha’s socio-economic development, engaging in initiatives that encompass education, healthcare, sustainable livelihoods, and rural infrastructure enhancement. As India’s largest aluminium producer, the company manufactured 2.37 million tonnes in the fiscal year 2024, supplying critical industries and reinforcing its leadership in sustainable mining and digital innovation. Notably, Vedanta Aluminium ranks second globally in the S&P Global Corporate Sustainability Assessment 2024 for the aluminium industry, reaffirming its dedication to responsible mining practices and a greener future.

The integration of AI-powered drones into mining operations signifies a transformative approach to safety and efficiency in the industry. By providing comprehensive surveillance and instant communication capabilities, this technology empowers mining teams with greater situational awareness, enabling swift responses to potential hazards and ensuring a safer working environment.

The AI-driven drones operate autonomously, scanning the designated areas and identifying any unauthorized movement or anomalies. Upon detection, the system generates immediate alerts, allowing for prompt intervention to prevent potential incidents. This proactive approach not only mitigates risks but also enhances overall operational efficiency by reducing downtime associated with manual inspections and clearances.

The collaboration between Vedanta Aluminium and technology startups exemplifies a growing trend in the industry, where established corporations partner with agile innovators to co-develop solutions that address complex operational challenges. Such partnerships facilitate the rapid adoption of cutting-edge technologies, driving continuous improvement in safety standards and operational practices.

In addition to enhancing safety, the deployment of AI-powered drones contributes to environmental sustainability. By ensuring precise monitoring and control over mining activities, the technology helps in minimizing ecological disturbances and promotes adherence to environmental regulations. This aligns with Vedanta Aluminium’s commitment to sustainable practices and its efforts to reduce the environmental footprint of its operations.

The successful implementation of AI-driven drone technology at the Jamkhani coal mine serves as a model for the mining industry, demonstrating how digital transformation can lead to safer and more efficient operations. As the industry continues to evolve, the integration of such innovative solutions is poised to become a standard practice, setting new benchmarks for safety and operational excellence.

Vedanta Aluminium’s proactive approach in adopting advanced technologies reflects its strategic vision of leading the industry towards a more sustainable and technologically advanced future. By prioritizing safety, efficiency, and environmental responsibility, the company not only enhances its operational capabilities but also contributes positively to the broader socio-economic landscape.

French President Emmanuel Macron, speaking at the AI Action Summit in Paris earlier this week, emphasized the need for streamlined regulatory processes and significant investment in artificial intelligence to compete with global powers. He advocated for increased European cooperation and a unified strategy for AI development, highlighting France’s commitment to investing €109 billion in the sector.

In a notable session, industry leaders underscored the critical importance of digital access for societal advancement. Margherita Della Valle, CEO of Vodafone, highlighted the widening gap between those with internet access and those without, noting that approximately 2.6 billion people remain offline, with 300 million residing in remote areas lacking connectivity infrastructure. Hatem Dowidar, CEO of the e& group, discussed his company’s evolution towards offering services in fintech, cybersecurity, and cloud computing, reflecting a broader industry shift towards comprehensive digital solutions.

The summit also featured discussions on the ethical deployment of AI and the necessity for robust networks to support its implementation. Mickey Mikitani, CEO of Japan’s Rakuten, called for a radical transformation of the telecommunications sector and the removal of entry barriers to foster innovation. Panelists emphasized the importance of dialogue between governments and industry leaders to develop regulations that address current and future challenges in the AI landscape.

Lightchain AI, a nascent cryptocurrency project, is gaining significant attention with its innovative blend of blockchain technology and artificial intelligence. Currently in its presale phase, the project has already amassed over $15.5 million, indicating strong investor interest. citeturn0search1

The presale, now in its 14th stage, offers tokens at $0.006 each. Investors can participate by connecting decentralized wallets like MetaMask or Trust Wallet to the Ethereum network and purchasing tokens using Ethereum or Tether . citeturn0search3

Lightchain AI aims to revolutionize the crypto landscape by integrating artificial intelligence into its blockchain platform. This fusion is designed to enhance transaction efficiency, security, and scalability, setting it apart from existing cryptocurrencies. citeturn0search0

The project’s testnet has been launched, allowing developers and users to explore its capabilities before the mainnet release. This step is crucial for identifying potential issues and ensuring a robust platform upon full deployment. citeturn0search8

In the competitive crypto market, several projects are vying to outperform established players like Solana. Platforms such as Sui, Sei, Aptos, Monad, and Base have been identified as potential competitors, each offering unique features and innovations. citeturn0search2

Despite a general market downturn, Lightchain AI’s presale success reflects growing confidence in its approach. The integration of AI and blockchain is seen by many as a promising advancement, potentially addressing current limitations in transaction speed and security. citeturn0search4

As the presale progresses, investors are closely monitoring Lightchain AI’s developments. The project’s roadmap includes plans for further technological enhancements and strategic partnerships, aiming to solidify its position in the crypto ecosystem. citeturn0search0

India is poised to enhance its naval capabilities through a significant acquisition of 26 Rafale Marine jets from France. The French government has submitted its final price proposal to New Delhi, marking a pivotal step in the procurement process. This development coincides with National Security Advisor Ajit Doval’s scheduled visit to Paris, where the deal is expected to feature prominently in strategic discussions.

The Rafale Marine jets are intended for deployment on the INS Vikrant, India’s indigenous aircraft carrier, as well as at various naval bases. The inclusion of these advanced fighters is anticipated to significantly bolster the Indian Navy’s maritime strike capabilities. Defence sources indicate that the French side has offered a substantial price reduction following rigorous negotiations, underscoring the deepening defence collaboration between the two nations.

A French delegation recently visited New Delhi to finalise the terms of the agreement. The deal’s progression is expected to be a focal point during the India-France Strategic Dialogue, where NSA Doval will engage with his French counterparts. This dialogue aims to further solidify bilateral ties and address mutual security concerns.

India has approved specific modifications in the letter of request for the Rafale Marine jets, including the integration of the indigenous Uttam radar system. While this integration is projected to take approximately eight years and entails additional costs, it represents a significant step towards self-reliance in defence technology. Furthermore, India has requested the incorporation of homegrown weaponry, such as the Astra beyond-visual-range missiles and Rudram anti-radiation missiles, into the aircraft’s arsenal.

The pricing structure of the deal is informed by previous agreements, notably the procurement of 36 Rafale fighter jets for the Indian Air Force. Considerations include factors like inflation rates and the inclusion of specific requirements from the Indian Air Force, such as the provision of approximately 40 drop tanks and a limited number of workstations for the aircraft.

In addition to the Rafale Marine jets, India and France are finalising a deal for three additional Scorpene-class submarines. These submarines are slated to be constructed with French collaboration, further enhancing India’s underwater warfare capabilities. Both deals, collectively valued at nearly Rs 1 lakh crore, are anticipated to be concluded by the end of the current fiscal year, reflecting the robust and growing defence partnership between the two nations.

The acquisition of the Rafale Marine jets and Scorpene submarines aligns with India’s broader strategy to modernise its military assets and strengthen its defence posture in the Indo-Pacific region. As geopolitical dynamics evolve, such strategic partnerships and procurements are crucial for maintaining regional stability and safeguarding national interests.

The Rafale Marine, a naval variant of the Dassault Rafale, is renowned for its versatility and advanced combat capabilities. Equipped with state-of-the-art avionics and weapon systems, it is capable of carrying out a wide range of missions, including air superiority, ground attack, and reconnaissance. Its integration into the Indian Navy is expected to significantly enhance operational readiness and combat effectiveness.

The Scorpene-class submarines, developed by France’s Naval Group, are diesel-electric attack submarines known for their stealth and advanced sonar capabilities. The addition of three more Scorpene submarines will augment the Indian Navy’s underwater warfare strength, providing a strategic advantage in maritime operations.

Singapore has committed to reducing its greenhouse gas emissions to between 45 and 50 million tonnes of carbon dioxide equivalent by 2035, a notable decrease from the projected 60 MtCO₂e in 2030. This pledge, submitted to the United Nations Framework Convention on Climate Change on 10 February 2025, aligns with the nation’s broader strategy to achieve net-zero emissions by 2050.

Achieving these ambitious targets will necessitate the development and deployment of advanced technologies. The Energy Market Authority has announced plans to co-fund feasibility studies on carbon capture and storage for power generation. These studies will explore both post-combustion carbon capture for combined-cycle gas turbines and pre-combustion carbon capture to produce hydrogen. Such initiatives are crucial for mitigating emissions from natural gas, which currently accounts for over 95% of Singapore’s electricity generation.

In addition to CCS, Singapore is investing in low-carbon energy imports. The nation aims to import up to 6 gigawatts of low-carbon electricity by 2035, potentially supplying around 30% of its energy needs. Conditional approvals have been granted for projects in Australia, Cambodia, Indonesia, and Vietnam. To support these ventures, Singapore is prepared to offer 30-year import licences, providing companies with the long-term security needed to justify substantial investments in infrastructure.

The government is also focusing on enhancing energy efficiency across various sectors. Initiatives include the Genco Energy Efficiency Grant Call, which encourages power generation companies to adopt energy-efficient technologies by co-funding up to 50% of their projects. In the transportation sector, efforts are underway to transition to cleaner energy sources. All new public bus purchases are now cleaner energy buses, including electric or hybrid models, with a target to replace all existing diesel buses by 2040. Additionally, the cycling path network is set to expand to 1,300 km island-wide by 2030, promoting sustainable urban mobility.

However, the path to these goals is fraught with challenges. The success of these initiatives hinges on the successful development and implementation of new technologies, as well as sustained global cooperation. The high upfront costs associated with infrastructure development, such as large-scale solar farms, battery storage systems, and extensive power cables for energy imports, present significant financial hurdles. The government acknowledges these challenges and is taking steps to mitigate them, including offering long-term import licences and co-funding feasibility studies.