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Tag: telecom

  • Thailand’s NBTC Unveils Plan to Provide Free Spectrum for Private 5G Networks in Factories

    Thailand’s NBTC Unveils Plan to Provide Free Spectrum for Private 5G Networks in Factories

    The National Broadcasting and Telecommunications Commission (NBTC) of Thailand is stepping up its game in the race towards Thailand 4.0 by announcing a groundbreaking allocation of free spectrum aimed at factories and enterprises. This initiative is set to supercharge the country’s ambitions for technological advancement within its manufacturing sector.

    Free Spectrum for Enhanced Operations

    In a bold move, the NBTC plans to release 100 MHz of bandwidth in the 4,800 MHz band under a private network operator (PNO) license. This means that factories and enterprises can apply for allocation at no cost, so long as they utilize it to enhance their internal operations—a win-win for industry players eager to innovate.

    Boosting Industrial Capabilities through Collaboration

    NBTC Commissioner Somphop Purivigraipong detailed the vision behind this initiative, emphasizing that the allocation is tailored for factories looking to optimize their operations. “Factories can collaborate with equipment vendors or telecom companies to deploy solutions for 5G private network operations,” he noted, heralding a new era of connectivity and automation within Thailand’s industrial landscape.

    A Push Towards Private 5G Adoption

    This forward-thinking initiative is expected to catalyze the adoption of private 5G networks throughout Thailand’s manufacturing and enterprise sectors, paving the way for enhanced automation, operational efficiency, and comprehensive digital transformation. Imagine a bustling factory floor where every machine is interlinked, sharing data in real time—those visions are closer to reality than ever before.

    A Competitive Bidding Process

    While the free allocation caters to non-profit operations, enterprises eyeing the potential of private 5G for commercial purposes will still need to bid at auction for access to the 4,800 MHz band. Telecom operators can join in if they intend to function as PNOs; however, there are crucial stipulations—the licensees won’t be allowed to offer consumer mobile services or link the band with existing 2,600 MHz services. This strategic limitation underscores the NBTC’s commitment to fostering dedicated private networks.

    Unlocking Advanced Applications

    Despite limited mass-market 5G usage across Thailand—primarily leveraged for video streaming and as an add-on to 4G—there’s still a strong belief within the NBTC that private 5G networks hold the key to unlocking advanced applications like industrial IoT (IIoT), robotics, and real-time analytics. By granting spectrum access, the NBTC aims to not just elevate Thailand’s manufacturing game but to position the country as a frontrunner in industrial 5G adoption in Asia.

    Questions & Answers

    What is the purpose of the 4,800 MHz spectrum allocation?
    The 4,800 MHz spectrum allocation is primarily aimed at assisting factories and enterprises in optimizing their internal operations through the deployment of private 5G networks.

    How does this initiative support Thailand’s industrial ambitions?
    By granting free spectrum access, the NBTC hopes to drive the adoption of private 5G technology, enhancing automation, efficiency, and digital transformation across the country’s manufacturing sector.

    What are the restrictions placed on the use of the allocated spectrum?
    Enterprises that wish to use the spectrum for commercial purposes must bid at auction, and telecom operators cannot provide consumer mobile services or integrate it with existing 2,600 MHz services, ensuring a focused approach to private network development.

  • Singtel and UTES Join Forces to Boost AI Upskilling Initiative Through Renewed MoU

    Singtel and UTES Join Forces to Boost AI Upskilling Initiative Through Renewed MoU

    The Singtel Group has reestablished its memorandum of understanding (MoU) with the Union of Telecoms Employees of Singapore (UTES) in a move that underscores their commitment to workforce transformation. This partnership aims to prepare employees with vital skills in artificial intelligence (AI), positioning AI as a cornerstone of the Group’s strategy to drive business growth and enhance customer experiences.

    Fostering Growth Through Learning

    The MoU was unveiled at the annual BIG Learning Fiesta, a month-long celebration featuring various workshops and talks specifically designed to foster the professional and personal development of Singtel’s workforce. This latest agreement builds on earlier collaborative efforts between the Singtel Group and UTES, highlighting the shared vision of advancing employee capabilities.

    Back in 2019, Singtel made a significant move by investing SGD 45 million over three years into a development framework known as the ACT initiative, aimed at boosting digital skills across its workforce. With this renewed MoU, the focus shifts towards accelerating training in AI, emerging technologies, sustainability, and essential skills. Employees will be empowered to design their own learning pathways, adopting a skills-first approach that aims to transform roles and cultivate a future-ready workforce.

    Staying Ahead in the Skills Race

    In a further commitment to employee development, Singtel announced in 2022 an annual investment increase of SGD 20 million dedicated to enhancing training programs. The launch of Singtel 8George—a learning academy for employees across experience levels—reflects the Group’s proactive response to rapid technological changes. This ongoing initiative supports the broader adoption and integration of AI across the organization. So far, around 13,000 employees in Singapore, or 95% of the workforce, have successfully completed a foundational AI training program that covers diverse topics like generative AI, data analytics, and responsible AI practices.

    Singtel is on a mission for all of its Singapore-based employees to undergo AI training, with plans to designate 3,000 as AI practitioners and 300 as specialists. This strategy aligns seamlessly with Singapore’s updated National AI Strategy, which aspires to train 15,000 AI practitioners to bolster the nation’s AI development and innovation.

    A Vision for the Future

    Singtel Group CEO, Mr. Yuen Kuan Moon, eloquently articulated the company’s forward-looking vision:

    “AI is transforming the way we live and work, and even redefining what jobs will look like in the future. That’s why we’re moving just as fast to prepare our people for this change. This MoU reflects our unwavering commitment to helping everyone at Singtel to learn, grow, and thrive in an age of accelerated change.”

    “To be truly AI-ready, we’re putting skills first, empowering our people to build the critical capabilities they need, with technology as their trusted co-pilot. By learning how to make the most of AI, our people will be able to seize new opportunities with confidence, make smarter decisions, and play a leading role in driving sustainable growth for the business and for themselves.”

    Singtel has laid out its AI strategy to encompass three essential roles: adopter, builder-provider, and enabler of AI through its connectivity, digital infrastructure, and digital services sectors. This structured plan is set to create diverse AI-related career paths within the Group, including fresh opportunities in data centers like Nxera, which recently celebrated its inaugural Sustainable AI Data Centre Career Day in collaboration with industry partners.

    Questions & Answers

    What is the purpose of Singtel’s renewed MoU with UTES?
    The renewed MoU aims to enhance workforce transformation by equipping Singtel employees with essential skills in artificial intelligence (AI), while fostering a culture of continuous learning.

    How many employees will undergo AI training at Singtel?
    Singtel plans to train all Singapore-based employees in AI, designating 3,000 as AI practitioners and 300 as AI specialists as part of its broader strategy to embrace AI.

    What significant investment did Singtel make for employee training in recent years?
    In 2022, Singtel increased its annual investment in training programs to SGD 20 million, further emphasizing its commitment to employee development amidst rapid technological changes.

  • U Mobile and EDOTCO Unveil Exciting ULTRA5G Experience at Mandarin Oriental!

    U Mobile and EDOTCO Unveil Exciting ULTRA5G Experience at Mandarin Oriental!

    U Mobile, Malaysia’s cutting-edge 5G network provider, has unveiled the ULTRA5G experience in partnership with EDOTCO, the country’s leading digital infrastructure partner. This launch took place at the prestigious Mandarin Oriental, Kuala Lumpur (MO) and signifies a pivotal move towards delivering extensive and reliable 5G connectivity across Malaysia.

    First Hotel in Malaysia with Comprehensive 5G Coverage

    This landmark achievement positions the Mandarin Oriental as the first hotel in Malaysia to offer complete 5G coverage on every floor. Guests who choose U Mobile’s connectivity plans can access a superior ULTRA5G experience, enjoying seamless high-speed internet in various locations within the hotel, including ballrooms, meeting rooms, event spaces, and common areas. These advancements are supported by innovative in-building coverage (IBC) solutions meticulously installed throughout the property.

    Redefining Guest Experiences with Advanced 5G Technology

    The ULTRA5G initiative enables sophisticated applications such as 4K livestreaming for conferences and immersive virtual meetings. With attributes like low latency, high capacity, and network slicing capabilities, the technology is set to redefine how business events are conducted.

    Woon Ooi Yuen, Chief Technology Officer of U Mobile, expressed enthusiasm about the initiative: “U Mobile is thrilled to offer our ULTRA5G experience at the Mandarin Oriental, supported by EDOTCO’s 5G in-building coverage infrastructure, ensuring uninterrupted 5G connectivity on every floor. This initiative will enable smart hotel applications, enhance efficiency, safety, and guest experiences, while also facilitating 4K conference livestreaming and immersive virtual meetings that will elevate the hotel and the MICE sector.”

    Expanding Connectivity Across Malaysia

    Yuen further emphasized that this is merely the onset of their 5G journey in collaboration with EDOTCO, as plans are in place to extend the ULTRA5G experience to more key locations such as airports, hospitals, and convention centers. This expansion aims to solidify U Mobile’s commitment to providing the widest and deepest 5G coverage in the country.

    EDOTCO’s Director of Malaysia Business, Gayan Koralage, underlined the significance of their partnership: “We are proud to be U Mobile’s first partner in implementing 5G in-building coverage. EDOTCO’s neutral-host model allows for quicker deployment, reduces redundant assets, and enhances digital experiences. By providing this platform, we ensure that building owners, operators, and technology providers connect seamlessly, improving digital experiences for Malaysians while contributing to the nation’s economic growth.”

    Welcoming 5G Innovations in the Heart of Kuala Lumpur

    KLCC Property Holdings Berhad (KLCCP), which oversees a portfolio of iconic properties in the Kuala Lumpur City Centre, has welcomed the connectivity enhancements at the Mandarin Oriental. Datuk Sr. Mohd Salem Kailany, Chief Executive Officer of KLCCP, noted, “The introduction of 5G at the Mandarin Oriental is a significant step in enhancing the guest experience and solidifying Kuala Lumpur City Centre’s status as a premier destination for hospitality, MICE, and tourism. This partnership between U Mobile and EDOTCO not only benefits our tenants and guests but also plays a vital role in Malaysia’s digital transformation, starting in the heart of the capital.”

    The launch of the ULTRA5G experience at MO follows U Mobile’s announcement at the Mobile World Congress in Barcelona earlier this year, where they recognized EDOTCO as one of their preferred IBC partners. The two companies will continue to join forces in expanding the ULTRA5G experience while exploring new opportunities for consumers, businesses, and industries, aiming for an ambitious 80% coverage of populated areas by the latter half of 2026.

    Questions & Answers

    What is the significance of the ULTRA5G experience at the Mandarin Oriental?
    The ULTRA5G experience makes the Mandarin Oriental the first hotel in Malaysia to feature complete 5G coverage on every floor, enhancing connectivity for guests across various spaces within the hotel.

    How does ULTRA5G impact business events held at the hotel?
    The ULTRA5G technology supports advanced applications like 4K livestreaming for conferences and immersive virtual meetings, promoting seamless communication and interaction during events.

    What future plans does U Mobile have for expanding 5G coverage?
    U Mobile aims to collaborate further with EDOTCO to extend the ULTRA5G experience to key locations such as airports and hospitals, with a goal of achieving 80% coverage of populated areas by mid-2026.

  • PLDT and Globe Launch Exciting Laser Internet Pilots, Connecting Remote Areas with Cable-Free Access

    PLDT and Globe Launch Exciting Laser Internet Pilots, Connecting Remote Areas with Cable-Free Access

    The Philippines is witnessing an exciting technological leap as leading telecommunications operators PLDT and Globe Telecom embark on trials and initial deployments of Taara, a cutting-edge laser internet system developed by Google’s ambitious X Moonshot Factory. Launched as an independent Alphabet company in March 2025, Taara leverages free-space optical communication (FSO) to transmit data using invisible light beams, bypassing the hefty costs and logistical hurdles associated with traditional underground fiber cables.

    Redefining Connectivity with Laser Internet

    Often dubbed “fiber without the cables,” laser internet employs concentrated beams of light as “light bridges” to relay data between terminals. Each terminal can connect over a distance of up to 20 kilometers, with extended links achievable by sequentially placing additional terminals. Taara’s innovative Lightbridge system incorporates mirrors, sensors, and precision optics, all governed by smart software that tracks and locks onto light paths. Once aligned, this technology can deliver impressive speeds of up to 20 Gbit/s—providing a fiber-like performance that turns the traditional challenges of installing cables across rivers and rugged terrains into a problem of the past. Of course, if it starts raining cats and dogs, users will have to wait a while for the connection to clear up.

    Strategic Deployments Across the Archipelago

    PLDT is leading the charge with the activation of three strategic Taara sites: Talim Island in Rizal, Dipaluda in Isabela, and Bagong Pag-asa in Quezon City. The link on Talim Island stretches an impressive 11.8 kilometers across the waters of Laguna de Bay, directly connecting the island to the mainland. In Isabela, the system covers a mountainous 13-km stretch, where conventional fiber installation would be prohibitively expensive. Meanwhile, the deployment in Quezon City aims to mitigate single-point-of-failure (SPOF) risks within its metro network, ensuring a more resilient connectivity infrastructure.

    Butch Jimenez, PLDT’s Chief Operating Officer and Head of Network, expressed the significance of the project: “This is a game changer for us in connecting remote areas. It simplifies the process of providing fiber-like internet to new locations. We’re excited for the residents of Talim Island and Dipaluda to experience the benefits of fiber-to-the-home connectivity.”

    Erick Santiago, who heads Network Strategy at PLDT-Smart, emphasized the company’s proactive stance: “We’ve evaluated this technology for over a year. I’m proud of our network team, who made it viable for us to launch it while others are still in the testing phase.”

    Pioneering Technology in Action

    On the other hand, Globe Telecom is also making strides through its subsidiary, Fiber Infrastructure and Network Services Inc. (FINSI). The company recently reported promising results from a pilot run of the Taara system over Laguna Lake. The trial spanned 11 kilometers, with approximately 80% of the connection floating across open water, achieving wireless optical connectivity of 10 Gbit/s. The trials adhered to the Enhanced RFC 2544 test suite for throughput, latency, jitter, and frame loss, alongside a rigorous 24-hour bit error rate test (BERT), all of which met Globe’s stringent technical standards. In short, the future of internet in the Philippines is looking abundantly bright, if not a little sparkly!

    Questions & Answers

    What is Taara and how does it work?
    Taara is a laser internet system that transmits data using invisible light beams, bypassing the need for traditional underground fiber cables. It uses “light bridges” to connect terminals over distances of up to 20 kilometers, delivering speeds comparable to fiber-optic systems.

    What areas in the Philippines are benefiting from Taara’s deployment?
    PLDT is activating Taara in Talim Island, Dipaluda, and Quezon City, targeting remote areas that struggle with conventional fiber internet installation.

    How has Globe Telecom tested the Taara system?
    Globe successfully completed a pilot run across Laguna Lake, covering 11 kilometers with 80% of that distance over open water, achieving connectivity speeds of 10 Gbit/s while meeting technical performance standards.

  • Viettel Amplifies Vietnam’s Digital Growth and Defense Strategy for a Bold Future

    Viettel Amplifies Vietnam’s Digital Growth and Defense Strategy for a Bold Future

    Viettel Group has made headlines with its ambitious investment of approximately USD 1 billion in two pivotal national projects: the An Khanh Data Center in Hanoi and the Viettel Research & Development (R&D) Center in Hoa Lac. This substantial commitment is part of a larger initiative celebrating the 80th anniversary of the August Revolution on August 19 and National Day on September 2, underscoring Viettel’s leadership in advancing strategic technologies per the Politburo’s Resolution 57-NQ/TW, which aims to establish a national network of research centers and high-tech labs.

    A Hub of Innovation Takes Shape

    Spanning 13 hectares in the Hoa Lac Hi-tech Park, the Viettel R&D Center represents a total investment of VND 10 trillion (USD 380 million). Designed to be a comprehensive innovation hub, this facility will feature six smart buildings and is slated for completion by 2030. The R&D Center will address the full innovation cycle, from research and design to prototyping and manufacturing, focusing on creating high-tech “Made in Vietnam” products. It will cater to both defense and civilian technology, prioritizing advancements in propulsion systems, unmanned aerial vehicles (UAVs), remote sensing satellites, radar systems, and cutting-edge civilian applications in big data, AI, and cloud computing. Built to international standards, the R&D hub will boast smart, green designs while emphasizing safety and cybersecurity. When fully operational, it is projected to attract 2,500 highly skilled professionals and significantly bolster Vietnam’s national defense modernization efforts.

    A Data Center to Power Digital Transformation

    In tandem, the An Khanh Data Center is set to become the largest facility of its kind in northern Vietnam, located on a 1.9-hectare site in Hanoi’s An Khanh commune. Equipped with an investment of VND 17.5 trillion (USD 664.9 million), the center will have a designed capacity of 60 MW, with Phase 1 expected to go live in the second quarter of 2026. Plans are in place to evolve this facility into Viettel’s second hyperscale data center by 2030. Adhering to Uptime Tier III standards, the data center will integrate Viettel’s proprietary AI for operations, a five-layer security framework, and cutting-edge cooling technologies. Its sustainable design aligns with Vietnam’s Net Zero emissions goal, and it is poised to play a crucial role in the nation’s digital transformation, serving governmental agencies, the Ministry of National Defense, major enterprises, and national-level AI initiatives.

    Expanding the Technological Landscape

    Currently operating 14 data centers across Hanoi, Da Nang, Ho Chi Minh City, and Binh Duong, Viettel has an aggressive expansion plan. The company is in the process of constructing 11 more centers, aiming to establish a total of 24 data centers with a combined capacity of 560 MW by 2030 — a strategic move designed to meet 40% of Vietnam’s projected data demand. Aside from these two flagship projects, Viettel is also ramping up the construction of additional critical tech infrastructure, including the Tan Phu Trung Data Center in Ho Chi Minh City and the Viettel Tower in Da Nang. As we navigate this exciting technological landscape, one can only wonder: how many more innovative spaces can one company create before they run out of land?

    Questions & Answers

    What are the main features of the Viettel R&D Center?
    The Viettel R&D Center will span 13 hectares and feature six smart buildings, focusing on the entire innovation cycle from research to manufacturing, particularly in high-tech defense and civilian applications.

    How will the An Khanh Data Center contribute to Vietnam’s digital transformation?
    The An Khanh Data Center, with a designed capacity of 60 MW, will serve government agencies and major enterprises, playing a key role in supporting national data needs and integrating advanced technologies like AI.

    What is Viettel’s long-term expansion plan for data centers in Vietnam?
    Viettel aims to establish 24 data centers by 2030 with a total capacity of 560 MW, targeting to meet 40% of Vietnam’s projected demand for data services.

  • Malaysia’s Open DC Revamps Data Centres to Power the Future of Banking and Finance

    Malaysia’s Open DC Revamps Data Centres to Power the Future of Banking and Finance

    Open DC, the data centre division of Malaysia’s Extreme Broadband (EBB), is taking a significant step towards modernising its AI data centres to bolster security and improve network performance. The company has entered into a strategic partnership with Nokia, a move that promises to reshape the landscape of data connectivity across Malaysia.

    Revolutionizing Connectivity Across Malaysia

    Through this collaboration, Open DC will implement Nokia’s cutting-edge IP network solution to connect its data centres, which are strategically located across six key sites, including CJ1 Cyberjaya, JB1 Menara MSC Cyberport, JB2 Menara Ansar in Johor Bahru, PE1 Menara Suntech, PE2 Bayan Lepas Industrial Park in Penang, and the future D8-1 facility in Kedah. With this infrastructure upgrade, the firm aims to meet the rigorous demands of the banking and financial services sector.

    Aligning with National Vision

    This initiative is not just about enhancing performance; it also aligns perfectly with Malaysia’s National Cloud Computing Policy and the government’s MYDIGITAL vision, advocating for a robust digital economy. Open DC will leverage Nokia’s comprehensive IP networking portfolio—featuring advanced tools like the data centre gateway, data centre fabric, and quantum-safe networks—to create a future-ready digital infrastructure.

    Prioritizing Energy Efficiency and Cybersecurity

    The deployment of Nokia’s 7250 and 7220 Interconnect Routers will significantly improve performance while simultaneously reducing energy consumption—a dual win for sustainability and operational efficiency. In an age where cyber threats loom large like an unexpected rainstorm, the upgraded infrastructure introduces automation and DDoS mitigation tools, reinforcing Open DC’s resilience against such challenges.

    A Joint Venture for Innovation

    In a further demonstration of their commitment to innovation, EBB and Nokia have signed a Memorandum of Understanding (MoU), setting the stage for collaborative development of next-gen data centre solutions and quantum-safe networks. This partnership will not only craft a joint go-to-market strategy focused on AI and data centre connectivity, but it will also encompass offerings like multi-cloud access, enterprise connectivity, and enhanced DDoS protection for clients.

    Empowering the Future of Enterprises

    Open DC’s Managing Director, Wong Weng Yew, expressed enthusiasm about the partnership, stating that Nokia’s solutions will enhance security, scalability, and sustainability while opening new avenues for revenue generation among enterprises. With this alliance, businesses may find their digital footprint expanding in ways they had only imagined.

    Questions & Answers

    What is the primary aim of Open DC’s partnership with Nokia?
    The collaboration focuses on modernising Open DC’s AI data centres to enhance security and improve network performance across multiple sites in Malaysia.

    How many data centres will be interconnected through this initiative?
    The partnership will interconnect data centres located at six sites, including facilities in Cyberjaya, Johor Bahru, Penang, and an upcoming site in Kedah.

    What technological solutions will Open DC implement from Nokia?
    Open DC will utilize Nokia’s IP networking portfolio, including advanced routers and automation tools designed for high performance, energy efficiency, and robust cybersecurity protections.

  • Telecom Egypt Reinvents Global Subsea Cable Network with 14 New Landings in Just Five Years!

    Telecom Egypt Reinvents Global Subsea Cable Network with 14 New Landings in Just Five Years!

    As the digital landscape rapidly evolves, connectivity has emerged as a cornerstone for economic growth in Asia and beyond. Telecom Egypt is positioning itself as a pivotal enabler, leveraging its strategic geographical location that connects Asia, Africa, and Europe. The company is laying a robust subsea cable infrastructure designed to bolster connectivity, enhance resiliency, and solidify the region’s digital future.

    Innovating for a Bandwidth-Heavy World

    In an exclusive conversation with Telecom Review Asia, Mohamed Nasr, the Managing Director and CEO of Telecom Egypt, described how the company is adapting its infrastructure to meet surging demands posed by bandwidth-intensive applications such as artificial intelligence and cloud computing. The underwater landscape of today is dynamic, and Telecom Egypt’s investments are setting new benchmarks for subsea cable resilience and interconnectivity.

    Meeting Future Demands with Strategic Growth

    Telecom Egypt has long been a critical hub for subsea cables, channeling traffic between three continents. Its geographical advantages allow it to remain a key player in global data flow, crucial for addressing the increasing demand for ultra-low latency and massive bandwidth. Currently, more than 90% of intercontinental traffic—amassing over 270 terabits per second—flows through its network. To maintain its leadership position in this burgeoning market, the company is actively partnering with technology providers and subsea operators to expand its infrastructure and enhance service quality.

    Resiliency in the Face of Growing Data Traffic

    To handle rising data demands, Telecom Egypt is focused on facilitating uninterrupted high-capacity data flow. The company’s commitment to resilience is reflected in its strategic investments in new subsea cable systems, landing points, and crossing routes. Notably, the company has extended its infrastructure eastward to the Sinai Peninsula, establishing new landing points in Sharm El Sheikh and Taba. With a coastline stretching over 3,000 kilometers, Telecom Egypt boasts fourteen geodiverse subsea cable landing points, linked by a network of trans-Egypt crossing routes that connect East and West.

    A Commitment to Expanding Subsea Infrastructure

    Telecom Egypt’s proactive approach is evident in its management of subsea cable landings. In the past five years alone, the company has successfully facilitated the landing of fourteen systems, linking seven major subsea cable projects to its shores. Among them, 2Africa stands out as one of the world’s largest subsea cable ventures, extending 45,000 kilometers and significantly boosting internet capacity across Africa while also meeting the soaring connectivity demands of the Middle East. Meanwhile, innovations like the Coral Bridge and Red Sea Festoon projects further reinforce the network’s resilience by offering high-capacity solutions.

    Building a Future-Ready Data Highway

    Telecom Egypt’s ambitious AAE-2 cable project marks a significant milestone as the company expands its position as a global data connectivity provider. This initiative will forge a new digital link from Hong Kong and Singapore to Italy, traversing Thailand, the Arabian Peninsula, and Egypt. The AAE-2 aims to create an advanced data highway interconnecting Asia, Africa, and Europe, enhancing capacity to support digital transformation initiatives across these regions.

    Fortifying Connectivity Beyond Borders

    Telecom Egypt’s strategic partnerships with global technology providers are crucial for widening its connectivity footprint. As it works to enhance routes to Europe, new entry points are being established in Albania and Greece, with links to major European hubs. By collaborating with over 170 stakeholders, the company is fostering resilience through diverse Mediterranean routes while simultaneously developing connections to Asia and Africa through its extensive operation in the Red Sea.

    Navigating Geopolitical Challenges with Strategic Diversification

    In a world marked by geopolitical uncertainty, Telecom Egypt actively mitigates connectivity risks by developing diverse subsea and terrestrial routes. Projects like AAE-2, along with ongoing collaborations in the Arabian Peninsula, demonstrate the company’s commitment to maintaining Egypt’s role as a foundational anchor for reliable international connectivity. As the digital world hurtles forward, Telecom Egypt’s strategic vision and investments position it not just as a facilitator of global communication, but as a defining player in the future of digital infrastructure.

    Questions & Answers

    How is Telecom Egypt adapting to the rise of AI and cloud computing?
    Telecom Egypt is enhancing its infrastructure to meet growing demands for high bandwidth and low latency, which are critical for AI and cloud computing applications. The company is investing in innovative subsea cable systems and is establishing strategic partnerships with technology providers to bolster its networks.

    What recent milestones has Telecom Egypt achieved in subsea cable landings?
    In the last five years, Telecom Egypt facilitated the landing of 14 subsea cable systems, including notable projects like 2Africa, which remains integral to enhancing internet capacity in Africa and beyond.

    How does Telecom Egypt plan to ensure operational excellence during uncertain times?
    The company focuses on monetizing its infrastructure through innovative business models, leveraging network automation, and ensuring high-quality service to adapt swiftly to changing demands in the market.

  • Viettel Bolsters Vietnam’s Digital Transformation and Defense Strategies for a Progressive Future

    Viettel Bolsters Vietnam’s Digital Transformation and Defense Strategies for a Progressive Future

    Viettel Group is set to make waves in Vietnam’s tech landscape with a remarkable investment of approximately USD 1 billion in two major projects: the An Khanh Data Center in Hanoi and the Viettel Research & Development (R&D) Center in Hoa Lac. These initiatives not only celebrate Vietnam’s 80th anniversary of the August Revolution on August 19 and National Day on September 2 but also underscore Viettel’s commitment to driving technological advancement as outlined in the Politburo’s Resolution 57-NQ/TW.

    A Hub for Innovation: Viettel’s R&D Center Takes Shape

    Spanning an impressive 13 hectares within the Hoa Lac Hi-tech Park, the Viettel R&D Center boasts a total investment of VND 10 trillion (USD 380 million). Featuring six state-of-the-art buildings designed as a comprehensive innovation hub, this facility aims for completion by 2030. It will encapsulate the entire innovation cycle, from research and design to prototyping and manufacturing, promoting the development of high-tech “Made in Vietnam” products.

    With a focus on both defense and civilian technology, the center will delve into key areas including propulsion systems, unmanned aerial vehicles (UAVs), remote sensing satellites, radar systems, and advanced civilian applications in big data, artificial intelligence, and cloud computing. Notably, the R&D hub will be built to international standards that prioritize sustainability, safety, and cybersecurity, while promising to attract 2,500 skilled professionals who will bolster Vietnam’s modernization efforts in national defense.

    The An Khanh Data Center: A Giant in Northern Vietnam

    Meanwhile, the An Khanh Data Center is poised to become the largest facility of its kind in northern Vietnam, sprawling over a 1.9-hectare site in Hanoi’s An Khanh commune. This ambitious project, with an investment of VND 17.5 trillion (USD 664.9 million), aims to achieve a designed capacity of a whopping 60 MW. The first phase is scheduled to launch in Q2 of 2026, with plans for further expansion by 2030, transforming this site into Viettel’s second hyperscale data center.

    Adhering to Uptime Tier III standards, the data center will incorporate advanced AI technologies developed by Viettel, alongside a robust five-layer security system and cutting-edge cooling technologies. It is designed with sustainability in mind, aligning seamlessly with Vietnam’s Net Zero emissions target. By providing essential support to government agencies, the Ministry of National Defense, and large enterprises, the center is set to play a pivotal role in the country’s digital transformation and national-scale AI applications.

    Expanding Infrastructure Across Vietnam

    Viettel’s ambitions don’t stop here. Currently operating 14 data centers across major cities such as Hanoi, Da Nang, Ho Chi Minh City, and Binh Duong, with another 11 under construction, the company aims to build a total of 24 data centers with a combined capacity of 560 MW by 2030. This network is expected to satisfy 40% of Vietnam’s projected demand for data services. Alongside these developments, Viettel is also fast-tracking other critical tech infrastructures, including the Tan Phu Trung Data Center in Ho Chi Minh City and the Viettel Tower in Da Nang, revealing a passionate commitment to shaping the future of Vietnam’s digital landscape.

    Questions & Answers

    What is the significance of Viettel’s investment in these projects?
    Viettel’s investment of USD 1 billion underscores its commitment to advancing Vietnam’s technological infrastructure, aligning with national goals for modernization and innovation in line with the Politburo’s directives.

    How will the R&D Center impact Vietnam’s economy?
    The R&D Center is expected to foster high-tech innovation, create 2,500 skilled jobs, and support the production of various advanced technologies, significantly contributing to Vietnam’s economic growth and defense capabilities.

    When is the An Khanh Data Center expected to be operational?
    Phase 1 of the An Khanh Data Center is scheduled to launch in the second quarter of 2026, with plans for further expansion by 2030, enhancing Vietnam’s digital infrastructure.

  • Huawei Defies U.S. Sanctions: Unveils Harmonyos And New 5g Chipset For Flagship Phones

    Huawei Defies U.S. Sanctions: Unveils Harmonyos And New 5g Chipset For Flagship Phones

    Back in 2012, concerns about national security led the U.S. House of Representatives’ Intelligence Committee to label tech giants Huawei and ZTE as potential threats. These fears stemmed from allegations that Huawei was spying on U.S. consumers and corporations, though Huawei consistently denied these claims. By 2019, Huawei was added to the U.S. Entity List.

    Huawei’s Position on the Entity List

    The Entity List is maintained by the U.S. Department of Commerce’s Bureau of Industry and Security (BIS). It stipulates that U.S. firms must obtain a government license before exporting any “U.S.-origin” technology to a listed company. This move effectively cut Huawei off from its U.S.-based supply chain, including tech giant Google. Consequently, Huawei could no longer use Google’s proprietary version of Android, though it managed to pre-install the open-source version of Android on its handsets.

    However, this version of Android does not offer the Play Store, nor does it include the default Android apps developed by Google.

    U.S. Restrictions and Huawei’s Response

    A year after being added to the Entity List, the U.S. Commerce Department revised the Foreign-Produced Direct Product Rule. This amendment enabled it to stop Huawei from obtaining any advanced chips produced by a foundry using American-made equipment. Many speculated that this could spell the end for Huawei. Although the company led global smartphone shipments during the second quarter of 2020, surpassing Apple and Samsung, it began to witness a decline by the fourth quarter of the same year.

    In response to these challenges, Huawei needed to adapt. As Tao Jingwen, the company’s president of quality, business process, and information technology, stated at an event in Guiyang, Huawei “built an ecosystem entirely independent of the United States.” Its first significant step was the creation of the HarmonyOS operating system, which includes the company’s App Gallery app store.

    The Emergence of HarmonyOS and Huawei Mobile Services

    By 2021, Huawei had launched its own ecosystem, Huawei Mobile Services. Despite the loss of Google’s support, Huawei appeared to be managing well internally. However, outside of China, particularly in Europe, the absence of Google was keenly felt. The company also needed to find a way to access 5G chips. After depleting its inventory of 5G Kirin application processors, U.S. chip designer Qualcomm obtained a license from the U.S. Commerce Department to supply application processors to Huawei. However, these chips were modified to work with 4G signals, not 5G.

    Overcoming Sanctions: Huawei Mate 60 Pro

    Despite the challenges, Huawei continued to innovate. The tech world was taken by surprise in August 2023 when Huawei introduced the Huawei Mate 60 Pro. For the first time since 2020, a Huawei flagship phone was powered by an application processor designed by Huawei itself, the Kirin 9000S. Built by China’s largest foundry SMIC using its 7nm process node, the chipset reintroduced 5G support to a Huawei flagship phone for the first time since the Mate 40 series in 2020.

    Questions & Answers

    Why was Huawei added to the U.S. Entity List?
    Huawei was added to the Entity List due to concerns about national security. It was alleged that the company was spying on U.S. consumers and corporations.

    What impact did being on the Entity List have on Huawei?
    Being on the Entity List cut Huawei off from its U.S.-based supply chain, including Google. This meant that Huawei could no longer use Google’s proprietary version of Android.

    How did Huawei respond to the U.S. sanctions?
    Huawei developed its own operating system, HarmonyOS, and created an ecosystem independent of the United States. It also managed to design its own application processor for its flagship phone, reintroducing 5G support.

  • Telecom Fiji Launches NetSafe: Your Shield for Secure Online Connectivity!

    Telecom Fiji Launches NetSafe: Your Shield for Secure Online Connectivity!

    Telecom Fiji is taking a decisive leap into the world of cybersecurity with the launch of NetSafe, a state-of-the-art network-based service developed in collaboration with global technology provider, Allot. This innovative offering sets out to provide continuous protection against a myriad of online threats, while also incorporating content filtering features that cater to both businesses and households.

    By delivering security directly at the network level, NetSafe ensures that users benefit from seamless protection without the hassle of installing additional software or navigating complex setups. In a digital age where online threats are as common as the morning coffee, this might just be the safety net we’ve all been waiting for.

    A Vision for a Safer Digital Future

    This launch is more than just a product introduction; it’s a key milestone in Telecom Fiji’s commitment to enhancing the nation’s digital infrastructure. By combining advanced fiber connectivity with robust cybersecurity measures, Fiji aims to position itself as a leader in both technological advancement and online safety in the Asia-Pacific region.

    Charles Goundar, CEO of Telecom Fiji, emphasized the significance of this partnership, stating, “This partnership marks a significant step forward in strengthening Fiji’s cybersecurity posture. Through this platform, Telecom Fiji can offer unified and managed cybersecurity solutions that operate seamlessly at the network level, providing businesses with an additional layer of protection against any threats. Our partnership with Allot enables us to provide comprehensive cybersecurity solutions, ensuring their operations and data remain safe from a wide range of cyber threats. This initiative underscores our commitment to fostering a secure digital environment in Fiji.”

    Safeguarding Against Modern Threats

    NetSafe is designed to combat an array of cyber risks, including malware, ransomware, phishing attempts, and exposure to harmful websites. Through its collaboration with Allot, Telecom Fiji aims to forge a safer, more resilient digital ecosystem, empowering both businesses and households to traverse the online world with newfound confidence. After all, in a landscape riddled with cyber threats, who wouldn’t want a superhero service like NetSafe on their side?

    Questions & Answers

    What is NetSafe and how does it work?
    NetSafe is a network-based cybersecurity service launched by Telecom Fiji in collaboration with Allot, providing continuous protection against online threats and content filtering features without requiring extra software or complex setups.

    What inspired Telecom Fiji to launch this service?
    The launch reflects Telecom Fiji’s vision of integrating advanced fiber connectivity with robust cybersecurity measures, aiming to establish Fiji as a leader in both digital infrastructure and online safety.

    What types of cyber threats does NetSafe protect against?
    NetSafe shields users from a wide range of cyber risks, including malware, ransomware, phishing, and access to harmful websites, fostering a secure online environment for businesses and households alike.

  • Axiata Achieves MYR 431 Million Profit Amid Strategic Realignment and Focused Execution

    Axiata Achieves MYR 431 Million Profit Amid Strategic Realignment and Focused Execution

    Axiata Group Berhad has unveiled a remarkable profit after tax and minority interest (PATAMI) of MYR 430.7 million for the first half of 2025, more than doubling from last year. This impressive growth showcases the company’s disciplined approach to cost management, bolstered cash flow, and significant debt reductions, alongside gains from its ambitious 5*5 strategy.

    Dividends and Financial Highlights

    The board has announced a first interim dividend of 5.0 sen per ordinary share, reflecting Axiata’s dedication to shareholder returns. Operating free cash flow (FCF), after leases, surged over 90% year-on-year to MYR 868.7 million, with the company’s cash reserves standing at a healthy MYR 4.9 billion. While revenue experienced a slight decline of 0.9% year-on-year on a constant currency basis, earnings before interest, taxes, depreciation, and amortization (EBITDA) grew by 2.3%. The underlying PATAMI rose by 39% to MYR 203.7 million, driven by stronger earnings before interest and taxes (EBIT) and reduced finance costs.

    Leadership Insights on Strategy and Growth

    Chairman Tan Sri Shahril Ridza Ridzuan attributed the robust performance to Axiata’s strategic clarity and disciplined execution, expressing optimism about progress in key markets and asset portfolios. He noted that the MYR 1 billion in dividends received year-to-date reflects the company’s strong financial footing and commitment to rewarding shareholders.

    Group CEO and Managing Director Vivek Sood also emphasized the positive outcomes of the company’s realignment strategies, stating, “Axiata’s performance reflects the strength of our strategic realignment and disciplined execution, with a focus on operational excellence and a fortified balance sheet.” He underscored the significance of the XLSMART merger and the exit from Myanmar as crucial elements of the 5*5 strategy, aimed at minimizing structural risks and enhancing financial flexibility.

    Future Outlook: Focusing on Earnings and Dividends

    As Axiata looks ahead, Sood highlighted that improvements in cash flow and shareholder yield will be prioritized in the latter half of 2025. “Our key priorities will include driving operational performance and executing strategic portfolio adjustments to ensure optimal capital allocation,” he affirmed, emphasizing the goal of enhancing dividend yields.

    Questions & Answers

    What were Axiata’s PATAMI figures for the first half of 2025?
    Axiata reported a profit after tax and minority interest (PATAMI) of MYR 430.7 million, which more than doubled compared to the previous year.

    How has Axiata’s financial performance affected its dividends?
    The board declared a first interim dividend of 5.0 sen per ordinary share, showcasing the company’s ongoing commitment to delivering shareholder returns as part of its strong financial performance.

    What strategies has Axiata implemented for future growth?
    Axiata’s future growth strategies include prioritizing cash flow improvement, executing necessary portfolio moves, and enhancing operational performance to optimize capital allocation and boost dividend yields.

  • Indosat Unveils Sovereign SOC to Boost Indonesia’s Cybersecurity Resilience

    Indosat Unveils Sovereign SOC to Boost Indonesia’s Cybersecurity Resilience

    Indosat Ooredoo Hutchison (Indosat) has teamed up with Cisco, the leading global authority in security and networking, to unveil Indonesia’s Sovereign Security Operations Center (SOC). This initiative marks a significant advancement in bolstering the nation’s cybersecurity and digital resilience, building on the recent establishment of Indonesia’s AI Center of Excellence and heralding a new chapter in safeguarding the country’s digital landscape.

    Trailblazing Cybersecurity with Local Innovation

    The Sovereign SOC introduces Indonesia’s first local deployment of the Splunk Cloud Platform and Splunk Enterprise Security, meeting the rigorous SOC 2 compliance standard. This cutting-edge platform provides AI-driven, real-time threat detection and observability across hybrid and multi-cloud environments. With sensitive data remaining firmly under Indonesian jurisdiction, government agencies and businesses are better equipped to swiftly detect and address threats, all while complying with data sovereignty regulations.

    A Strategic Partnership for National Defense

    “Everything that is connected must be protected,” remarked Vikram Sinha, Indosat’s President Director and CEO. He elaborated, “Together with Cisco, we are not just launching a security platform; we are enabling a strategic safeguard for the nation. This Sovereign SOC is about protecting our infrastructure, empowering our people, and securing the digital economy at scale. It reinforces our belief that digital transformation must be trusted, inclusive, and sustainable.”

    Responding to Rising Threats

    This launch comes at a critical time, as cybersecurity threats escalate in both frequency and complexity. A recent survey by Cisco reveals that a staggering 91% of Indonesian organizations encountered an AI-related cybersecurity incident over the past year. The Sovereign SOC provides a centralized, nationally coordinated defense system to safeguard critical sectors, including finance, healthcare, transportation, and public services.

    “This Sovereign SOC represents a bold step forward in building a secure, digital future for Indonesia,” stated Dave West, Cisco’s President and Senior Vice President of Global Specialists. He highlighted the partnership’s focus on enabling secure AI transformation and fostering a digital infrastructure that positions Indonesia for future growth.

    Empowering the Next Generation of Cybersecurity Professionals

    Beyond enhancing cybersecurity measures, the Sovereign SOC aims to boost Indonesia’s threat intelligence, regulatory preparedness, and incident response capabilities. Its infrastructure is built to support responsible AI innovation, facilitating the secure deployment of generative AI and large language models at scale.

    In line with its ambitious 2030 vision, Indosat and Cisco plan to train one million Indonesians in cybersecurity and networking skills by the decade’s end. This initiative builds on the Cisco Networking Academy, which has already educated over 500,000 students across more than 200 institutions. The SOC will also serve as a training hub for Cyber Resilience Labs, providing real-world simulations, industry training, and national readiness programs.

    Opening Doors for Small and Medium Enterprises

    The Sovereign SOC is not just for large enterprises and governmental bodies; it also extends its services to Indonesia’s small and medium-sized businesses (SMEs). By offering affordable and accessible cybersecurity solutions, the SOC aims to strengthen defenses for over 10,000 SMEs, bolstering their confidence as they navigate the digital economy. Studies indicate that even modest enhancements in digital skills can significantly uplift Indonesia’s productivity and cybersecurity readiness, ultimately contributing to GDP growth.

    This project exemplifies a public-private partnership that emphasizes collaboration in upholding Indonesia’s digital sovereignty. By adhering to local content requirements, advancing national frameworks, and aligning with international best practices, Indosat and Cisco are paving the way for secure, sovereign innovation in the age of AI.

    Questions & Answers

    What is the significance of the Sovereign Security Operations Center?
    The Sovereign Security Operations Center represents a major advancement in Indonesia’s cybersecurity, offering AI-powered threat detection and compliance with local data sovereignty regulations, thereby enhancing the nation’s digital resilience.

    How does the SOC benefit small and medium-sized businesses?
    The SOC provides affordable and accessible cybersecurity services, aimed at strengthening the defenses of over 10,000 SMEs, allowing them to engage more confidently in the digital economy.

    What educational initiatives are included in this partnership?
    Indosat and Cisco plan to train one million Indonesians in cybersecurity by 2030, with the SOC serving as a training hub for Cyber Resilience Labs, offering real-world simulations and industry training programs.

  • Indosat Unveils Sovereign SOC, Boosting Cybersecurity Resilience for Indonesia

    Indosat Unveils Sovereign SOC, Boosting Cybersecurity Resilience for Indonesia

    In a significant milestone for Indonesia’s cybersecurity landscape, Indosat Ooredoo Hutchison, in collaboration with global security giant Cisco, has unveiled the nation’s first Sovereign Security Operations Center (SOC). This initiative marks a pivotal moment in enhancing Indonesia’s digital resilience and safeguarding its cybersecurity as the country evolves in the tech-driven age.

    Pioneering Local Cyber Defense

    The Sovereign SOC features the inaugural local deployment of the Splunk Cloud Platform and Splunk Enterprise Security, meeting the stringent SOC 2 compliance standard. This powerful platform offers AI-driven, real-time threat detection and visibility across both hybrid and multi-cloud environments. With sensitive data staying within Indonesian jurisdiction, this enables government agencies and businesses to quickly identify and address cyber threats all while adhering to data sovereignty regulations.

    Empowering Through Security

    “Everything that is connected must be protected,” emphasized Vikram Sinha, President Director and CEO of Indosat, highlighting the critical nature of digital security in today’s interconnected world. He added, “Together with Cisco, we are not just launching a security platform; we are enabling a strategic safeguard for the nation. This Sovereign SOC is about protecting our infrastructure, empowering our people, and securing the digital economy at scale.” It’s clear: this is no ordinary safety net; it’s a bold defense against rising cyber threats that have become increasingly sophisticated.

    Addressing Rising Threats

    The launch of the Sovereign SOC comes at a time when cybersecurity concerns are mounting. According to Cisco’s Cybersecurity Readiness Index, a staggering 91% of organizations in Indonesia experienced an AI-related cyber incident over the past year. In response, the SOC provides a centralized defense mechanism aimed at the nation’s core sectors, including finance, healthcare, transportation, and public services.

    A Robust Digital Future

    “This Sovereign SOC represents a bold step forward in building a secure, digital future for Indonesia,” stated Dave West of Cisco, underlining the shared commitment to securing the nation’s technological growth. Cisco is eager to partner with Indosat and national stakeholders to lay the groundwork for secure AI transformation and develop a future-ready digital infrastructure that propels the digital economy to new heights.

    Enhancing Skills for Tomorrow

    In tandem with its cybersecurity initiatives, Indosat and Cisco are on a mission to train one million Indonesians in cybersecurity and networking skills by 2030. This ambitious program builds upon the Cisco Networking Academy, which has already empowered over 500,000 students through 200 institutions. The SOC also aims to serve as a training hub for Cyber Resilience Labs, providing real-world simulations and industry-focused training initiatives.

    Broadening Accessibility

    The Sovereign SOC isn’t just for large enterprises and government bodies; it’s also tailored for Indonesia’s thriving small and medium-sized enterprises (SMEs). By offering affordable and accessible cybersecurity solutions, the SOC aims to bolster the defenses of over 10,000 SMEs, allowing them to engage confidently in the digital marketplace. Interestingly, studies indicate that even modest enhancements in digital skills can significantly elevate Indonesia’s productivity and cybersecurity stance, potentially boosting the nation’s GDP.

    Collaboration for Cyber Sovereignty

    This public-private partnership epitomizes the need for collective action in ensuring Indonesia’s digital sovereignty. By aligning with local content mandates and international best practices, Indosat and Cisco are setting a new standard for secure and sovereign innovation in the AI landscape, demonstrating that collaboration is key to facing the digital challenges ahead.

    Questions & Answers

    What is the main purpose of the Sovereign Security Operations Center (SOC) in Indonesia?
    The Sovereign SOC aims to strengthen Indonesia’s cybersecurity and digital resilience by providing a centralized defense system that allows for real-time threat detection and compliance with data sovereignty regulations.

    How does the SOC aim to support small and medium-sized businesses (SMEs) in Indonesia?
    The SOC is designed to offer affordable and accessible cybersecurity services, enabling over 10,000 SMEs to enhance their defenses and thrive in the digital economy.

    What is the long-term vision for training in Indonesia’s cybersecurity landscape?
    Indosat and Cisco aim to train one million Indonesians in cybersecurity and networking skills by 2030, cultivating a digitally resilient workforce to support the nation’s ongoing digital transformation.

  • Pushing Boundaries: Real-World Trials Fuel the Future of 5G and Wi-Fi Innovation

    Pushing Boundaries: Real-World Trials Fuel the Future of 5G and Wi-Fi Innovation

    The telecom industry stands at a crucial crossroads as 2025 approaches. On one side, the demand for faster and more reliable connectivity reaches unprecedented heights. On the other, telecom operators are grappling with escalating financial and operational pressures. Equipment revenues plummeted by approximately 11% in 2024 and are expected to remain stagnant this year, highlighting a slow-down in the initial wave of 5G investments that energized the market.

    Pressure Points in a Growing Market

    Despite these challenges, the adoption of next-generation technology clings to a robust trajectory. Ericsson projects that by the end of 2025, the globe will host nearly 3 billion 5G subscriptions, amounting to about one-third of all mobile users. As we approach 2030, that number could double, with 5G networks projected to carry around 80% of global mobile data traffic. Meanwhile, mobile data consumption continues to climb, showcasing a staggering year-over-year increase of nearly 20% in early 2025. A shining example of this insatiable hunger for speed can be seen in fixed wireless access (FWA), now extended by over 80% of global operators. With more than half offering tiered-speed home plans over 5G, industry experts predict FWA will account for over a third of all new broadband connections by 2030.

    This pull between constricting budgets and soaring demand highlights a new urgency for real-world testing platforms across the sector.

    Operators now need to demonstrate technology performance under real-world conditions, confronting the complexities of dense urban environments and remote rural areas. By doing so, they can not only validate their technical capabilities but also uncover new strategies for monetization in an industry striving to balance investment and returns.

    Pioneering Real-World 5G Trials

    This necessity was particularly evident in the Philippines in August 2025, when Globe Telecom orchestrated the country’s first live pilot of 5G-Advanced in Bonifacio Global City. Unlike sterile lab environments, this trial produced a peak throughput of around 2.5 gigabits per second, showcasing the potential of standalone 5G core technology alongside massive MIMO and the aggregation of three component carriers (3CC), which collectively delivered 210 megahertz of bandwidth.

    The impact on everyday users was immediate—offering faster downloads, seamless cloud gaming, and the capability to run advanced applications such as extended reality (XR) and AI-driven analytics. Not only did this trial amplify performance, but it also positioned the Philippines as a thriving player in the regional telecom scene, joining the ranks of operators like Singtel in Singapore and AIS in Thailand as early adventurers in the 5.5G landscape.

    In Sri Lanka, Dialog Axiata PLC unveiled that the 5G journey isn’t simply about faster data speeds. In a landmark 2025 trial, the operator successfully completed the nation’s first voice over new radio (VoNR) test on a live 5G standalone network, pushing fully-native 5G voice services closer to reality. The trial revealed uninterrupted connectivity and high-definition voice calls, building on a previous proof of concept from 2023.

    “Dialog’s achievements here underscore our commitment to advancing Sri Lanka’s 5G technology,” remarked Ranga Kariyawasam, Group CTO of Dialog Axiata, highlighting that VoNR opens up exciting avenues for enhanced daily communication by embedding video, augmented reality (AR), and advanced messaging into voice services.

    Wi-Fi’s New Wings: The Buzz from South Korea

    While 5G captures the limelight, Wi-Fi also enters a renaissance of performance. In South Korea, SK Telecom has led the charge by being the first operator to deploy Wi-Fi 7 on public transport, outfitting 100 city buses across Seoul and Gyeonggi Province with state-of-the-art wireless access points. Initial tests reveal that average download speeds surged from 429 Mbps on Wi-Fi 6/6E to between 715 and 1,003 Mbps on the new standard—an eye-popping increase of about one and a half times. Commuters can revel in smoother video streaming and faster downloads, a boon on Seoul’s bustling routes, where data usage per device has surged by 20-30%.

    Wi-Fi 7 achieves these remarkable efficiencies by utilizing wider channels and advanced modulation techniques that allow for simultaneous uploads and downloads across various frequency bands.

    By tapping into the 2.4 GHz, 5 GHz, and 6 GHz spectrum concurrently, Wi-Fi 7 minimizes interference and maximizes capacity.

    Satellite Technology Joins the 5G Ensemble

    Testing outcomes extend beyond mere speed improvements; they reflect operators’ newfound abilities to package differentiated service tiers, offering not just “faster internet” but distinct experiences with guaranteed latency or premium speeds. These tangible results form solid foundations for monetization strategies, responding to industry leaders’ calls for innovation and precision.

    However, as terrestrial trials illuminate urban potential, they also push connectivity into uncharted territories. In May 2025, an allied consortium demonstrated the first end-to-end 5G non-terrestrial network transmission at the Singapore Pavilion of World Expo in Osaka. This ambitious project transmitted a 5G signal from Singapore to a geostationary satellite operated by SKY Perfect JSAT, bouncng it back to a ground station in Japan connected to a live 5G base station. This groundbreaking endeavor confirmed the potential for existing satellites to support 3GPP-standard 5G New Radio.

    Engineers also introduced electronically steered antennas designed to maintain connectivity across maritime routes and moving vehicles. With robust digital twin testbeds, the experiment enabled comprehensive modeling of performance and quality of service before committing to costly infrastructure.

    In a world where universal coverage remains elusive, real-world NTN testing paves the way for global hybrid networks, seamlessly blending terrestrial 5G with satellite enhancements, ensuring resilience and reach.

    Emphasizing the Value of Real-World Testing

    These initiatives spotlight why real-world testing platforms are crucial. They provide compelling proof that theoretical advancements can evolve into meaningful user experiences, from uninterrupted streaming to essential connectivity. Operators can explore new business models, such as premium FWA tiers or enterprise-grade private networks, without committing to extensive rollouts. This testing also enables operators to carve out leadership roles in their markets, fostering consumer confidence.

    Yet the road ahead is riddled with challenges. With tightening budgets, operators cannot afford a haphazard approach. Every trial must yield insights that justify targeted investments. Conversely, the opportunities are equally compelling. By 2030, with billions more migrating to 5G and its successors, operators that successfully validate performance in real-world settings will be uniquely positioned to monetize this technology and secure their networks’ future.

    Questions & Answers

    What are the key drivers of 5G adoption by 2025?
    Demand for faster and more reliable connectivity, coupled with increased mobile data consumption rates and fixed wireless access offerings, are driving 5G adoption to nearly 3 billion subscriptions by the end of 2025.

    How does real-world testing impact the telecom industry?
    Real-world testing allows operators to validate performance under actual conditions, providing tangible evidence that can lead to innovative monetization strategies and enhanced user experiences.

    What recent innovations have emerged in satellite connectivity?
    Recent tests demonstrated 5G non-terrestrial network transmission between Singapore and Japan, indicating that existing satellites can support 3GPP-standard 5G New Radio, broadening the scope for communications beyond traditional terrestrial networks.

  • Meta Unveils Ambitious Plan for Multi-Gigawatt Data Centers to Boost AI Innovation

    Meta Unveils Ambitious Plan for Multi-Gigawatt Data Centers to Boost AI Innovation

    Meta is gearing up for a groundbreaking leap in its artificial intelligence (AI) capabilities, announcing an ambitious investment of USD 72 billion to establish a series of formidable data centers across the globe. This extensive initiative is set to bolster the company’s efforts in developing super-intelligence and artificial general intelligence (AGI), with the first data center projected to come online next year.

    Revolutionary Data Centers on the Horizon

    The flagship of this initiative is Prometheus, a multi-gigawatt data center anticipated to begin operations in 2026. Meanwhile, another powerhouse center, Hyperion, is designed to scale up to an impressive 5 gigawatts in the subsequent years. Remarkably, these centers will be developed as “clusters,” featuring a colossal capacity that positions them among the largest data centers globally.

    Zuckerberg’s Vision for the Future

    Mark Zuckerberg, CEO of Meta Platforms, elaborated on the company’s grand vision, asserting that these sprawling titan clusters will encompass a footprint that rivals significant urban landscapes, such as a substantial portion of Manhattan. With this staggering scale, Meta aims to set a new standard in the data center landscape.

    R&D Powered by Cutting-Edge Infrastructure

    This major investment comes on the heels of Meta’s commitment to advancing research and development in AI. As the tech giant endeavors to push the boundaries of intelligence through AGI, these data centers will become critical to facilitating groundbreaking advancements and innovative solutions in the realm of AI.

    The landscape of artificial intelligence is set to get a major upgrade, and who knows — these futuristic hubs could soon be the breeding ground for the next big thing in tech, perhaps even an AI that finally understands why cats seem to rule the internet. Stay tuned!

    Questions & Answers

    What is the total investment Meta is making in its new data centers?
    Meta plans to invest USD 72 billion in the development of several massive data centers to enhance its artificial intelligence efforts.

    When is the first of Meta’s new data centers expected to be operational?
    The first data center, named Prometheus, is expected to come online in 2026.

    How is Meta transforming its approach to data centers?
    Meta is constructing its data centers as “clusters,” which will feature a significant capacity, some even capable of rivaling large areas like parts of Manhattan.