Tag: telecom

  • 5G Revolution in Asia-Pacific: Skyrocketing Adoption Set to Reach 4.6 Billion Connections by 2030

    5G Revolution in Asia-Pacific: Skyrocketing Adoption Set to Reach 4.6 Billion Connections by 2030

    5G technology is quickly gaining traction in the Asia-Pacific region, with its compound annual growth rate (CAGR) projected to climb by 11.4%. This surge is anticipated to elevate the number of 5G connections from 2.7 billion in 2025 to 4.6 billion by 2030. The escalation is primarily attributed to the increasing availability of cost-effective 5G devices, continual network expansions, particularly in India, Malaysia, and Thailand, and the imminent unveiling of services in Pakistan and Sri Lanka.

    Key Drivers of 5G Adoption

    Government initiatives, corporate digital transformation efforts, and the burgeoning demand for high-performance connectivity necessary for evolving application areas are the primary drivers of this growth. Emerging application areas include smart manufacturing, autonomous mobility, and cloud gaming. Additionally, government and telecom regulatory bodies in Australia, China, India, South Korea, Japan, and Taiwan have introduced national 5G strategies and action plans. These outline the vision and guidelines to establish 5G ecosystems, expand 5G coverage, and drive adoption. These strategies feature supporting initiatives such as public sector investment in 5G applications, favorable tax incentives, industry-government collaboration forums, promotion of 5G-led technological innovations, and license arrangements to optimize spectrum use.

    China Leading the 5G Market

    China is projected to maintain its position as the world’s largest 5G market throughout the forecast period. Approximately 75% of its total mobile subscriptions are expected to be on a 5G network by 2029, fueled by investment and regulatory efforts to extend 5G service coverage to rural areas and industrial parks. For instance, China had installed close to 4.2 million 5G base stations by 2024, increasing this figure to 4.6 million by the end of September 2025, significantly enhancing its network capacity and coverage. This continued expansion of 5G networks by telecom operators is also propelling the market forward throughout the Asia-Pacific region.

    Investments in 5G Infrastructure

    Regional telecom companies are planning to invest approximately USD 254 billion in network infrastructure by 2030, with a primary focus on 5G deployments. These expansions present telecom companies with opportunities to increase revenue through the sale of premium 5G mobile plans and the provision of enterprise connectivity solutions, such as private 5G. The synergy of 5G’s speed and reliability with emerging technologies like AI, data analytics, and M2M/IoT will allow telecom companies to innovate and extend their customer base into sectors like healthcare, manufacturing, and mining.

    Questions & Answers

    What is the projected compound annual growth rate (CAGR) of 5G in the Asia-Pacific region?
    The CAGR of 5G in the Asia-Pacific region is expected to be 11.4%.

    Which country is anticipated to remain the world’s largest 5G market?
    China is projected to retain its position as the world’s largest 5G market.

    What is the planned investment by regional telecom companies in network infrastructure by 2030?
    Regional telecom companies plan to invest an estimated USD 254 billion in network infrastructure by 2030, primarily focusing on 5G deployments.

  • SK Telecom and SK AX Join Forces with AWS: Aiming for Rapid Expansion in Korea’s AI Cloud Market

    SK Telecom and SK AX Join Forces with AWS: Aiming for Rapid Expansion in Korea’s AI Cloud Market

    SK Telecom (SKT) and SK AX have entered into a Strategic Collaboration Agreement (SCA) with Amazon Web Services (AWS) to stimulate a significant expansion in Korea’s AI cloud sector. This partnership will bolster the rapid development of AI infrastructure, cloud migration, and industry-specific service innovation.

    Strategic Agreement to Boost AI Cloud Services

    SKT plans to merge its telecommunications and AI technologies with SK AX’s specialized AI development skills and AWS’s international cloud infrastructure. The intention is to offer unique AI cloud services that facilitate the swift uptake of sophisticated AI tasks within the Korean market.

    A recent development saw AWS investing a staggering USD 8.3 billion in India’s cloud expansion. Now, SKT and SK AX will collectively work on developing personalized AI solutions for critical industries such as finance, gaming, the public sector, manufacturing, and startups. Their aim will be to ensure smooth transitions from preliminary AI projects to extensive operational environments, with a focus on delivering tangible business results.

    At the heart of the agreement is the development of a hybrid AI cloud model. SKT will amalgamate AWS’s international infrastructure with its own AI compute resources, including GPUs, to cater to industries with stringent data protection needs. This strategy will allow sensitive data to stay on-site while scaling workloads via AWS, guaranteeing a compliant, secure, and reliable AI service delivery.

    Building AI Cloud Hub & Enhancing Security

    The collaboration will also trigger the K-AI Alliance to construct an AI Cloud Hub that integrates infrastructure, services, and business channels. The endeavor will aim to generate industry-specific innovation models and expand AI adoption across Korea.

    In addition, SKT is planning to create cloud AI security standards and launch a new assessment framework rooted in its AI Governance Portal. This will enable customers to concentrate on developing AI services in a safe and effective manner. SK AX will develop an industrial AI cloud stack that mirrors unique data structures, regulatory needs, and operational models across diverse sectors, ensuring its practical applicability.

    Introduction of AI FinOps Solution

    The trio will introduce an AI FinOps solution that examines AWS usage patterns, optimizes cost structures, and enhances the total cost of ownership through constant monitoring and ongoing efficiency improvements. This solution is expected to aid businesses in streamlining their spending as AI workloads expand.

    In the coming five years, SKT and SK AX intend to offer stable access to AWS cloud infrastructure and AI services. At the same time, they plan to refine their cloud management skills to strengthen their position as managed service providers.

    Questions & Answers

    What is the focus of the Strategic Collaboration Agreement (SCA) between SK Telecom (SKT), SK AX, and Amazon Web Services (AWS)?
    The SCA focuses on driving large-scale expansion into Korea’s AI cloud market through AI infrastructure development, cloud migration, and service innovation.

    What is the role of the K-AI Alliance in this collaboration?
    The partnership will activate the K-AI Alliance to build an AI Cloud Hub, aiming to unify infrastructure, services, and business channels, fostering industry-specific innovation and broadening AI adoption in Korea.

    What is the proposed AI FinOps solution?
    The AI FinOps solution will analyze AWS usage patterns, optimize cost structures, and improve the total cost of ownership through real-time monitoring and continuous efficiency enhancements, aiding businesses in managing spending as AI workloads scale.

  • Samsung and SKT Forge Ahead with Advanced AI-Driven 6G Tech: A New Era in Hyperconnected Telecommunications

    Samsung and SKT Forge Ahead with Advanced AI-Driven 6G Tech: A New Era in Hyperconnected Telecommunications

    Samsung Electronics and SK Telecom (SKT) have recently formalized their cooperation by signing a memorandum of understanding (MoU). The partnership will focus on the development of crucial 6G technologies, with a special focus on artificial intelligence-based radio access network (AI-RAN) technology. The primary aim of the collaboration is to develop and test key technologies for the 6G era, including AI-based channel estimation, distributed multiple-input multiple-output (MIMO) transmission, AI-RAN-based schedulers, and core network architectures.

    Leading the Collaboration

    Samsung Research and SKT’s Network Technology Office will be spearheading the collaboration. AI-based channel estimation technology aims to improve network performance by predicting and correcting signal transmission instantaneously. This allows for quick and accurate data delivery in environments where radio waves face obstructions such as buildings or walls.

    Unlike traditional setups, where a single base station handles data processing, distributed MIMO technology enables multiple base stations or antennas to collaborate in the transmission and reception of data. This innovative approach ensures reliable, ultra-high-speed communication in both urban and rural settings.

    Improving Network Quality

    AI-RAN schedulers and AI-based core networks are crucial for data transmission optimization. They efficiently dictate when, where, and how to send data, ensuring efficient resource allocation even when numerous user devices are connected. These technologies are vital for enhancing network quality and facilitating automation in a future hyperconnected society.

    Under the partnership, Samsung Research will be concentrating on the development of AI-RAN technologies, including AI-based channel estimation models, schedulers, and distributed MIMO. Meanwhile, SKT will be responsible for providing data and setting up test infrastructure based on its nationwide network operations. The companies are also making collaborative efforts as members of the AI-RAN Alliance.

    Future Prospects

    JinGuk Jeong, Executive Vice President and Head of Advanced Communications Research Center (ACRC), Samsung Research at Samsung Electronics, has expressed optimism about the joint venture with SKT. He believes that this field-focused collaboration will enable them to verify the efficacy of AI-based wireless technologies in real-world settings and secure key AI-RAN technologies at an early stage.

    Takki Yu, Vice President of SK Telecom Network Technology Office, emphasized that the fusion of AI and wireless communications will be crucial to 6G competitiveness. Through their partnership with Samsung Electronics, they plan to secure world-class AI-RAN-based 6G technologies and lead the global 6G ecosystem.

    Since 2019, when it established the Advanced Communications Research Center (ACRC), Samsung has been proactively pursuing 6G research, publishing the 6G White Paper and 6G Spectrum White Paper, which outline its vision and direction for next-generation communications.

    Questions & Answers

    What is the main focus of the collaboration between Samsung Electronics and SK Telecom?
    The collaboration aims to develop and test key technologies for the 6G era, particularly artificial intelligence-based radio access network (AI-RAN) technology.

    Who will be leading this collaboration?
    Samsung Research and SKT’s Network Technology Office will be spearheading the partnership.

    What role does AI play in the development of 6G technologies?
    Artificial Intelligence is crucial in enhancing network quality, facilitating automation, and ensuring efficient resource allocation in a future hyperconnected society.

  • True Corporation Sets Telecom Milestone as Thailand’s First with Dual Autonomous Network Certifications

    True Corporation Sets Telecom Milestone as Thailand’s First with Dual Autonomous Network Certifications

    True Corporation, a leading telecom provider in Thailand, has elevated the standards of the nation’s telecommunications sector by securing two globally recognized certifications from TM Forum, an international consortium of technology and telecom firms. True Corporation has received Level 4.0 Autonomous Network (AN) validation for “Service Assurance for Individual Services” and “RAN Energy Efficiency Optimization.”

    Setting New Standards in Telecommunication

    This achievement of Level 4.0, the highest level accomplished by operators across the globe so far, makes True Corporation the sole operator in Thailand to make considerable strides in these two significant areas. This accomplishment highlights True Corporation’s commitment to designing an intelligent network that not only boosts customer experiences but also advocates for environmental sustainability.

    Khurrum Ashfaque, the Chief Network Officer of True Corporation, stated that achieving both Autonomous Network Level 4.0 certifications from TM Forum marked a substantial milestone for the company. It reflected their dedication to upgrading their network services to international standards while managing energy sustainably. He emphasized their focus on becoming a global-class intelligent network service provider and evolving towards an autonomous network capable of managing itself with supreme efficiency. This will be achieved by harnessing advanced artificial intelligence (AI) to deliver high-quality services to clients and continually support the growth of Thailand’s digital infrastructure.

    Validation of True Corporation’s Innovations

    TM Forum evaluated both of True Corporation’s projects and deemed them as comprehensive case studies with operator-grade capabilities. This confirmed that these projects, designed with a focus on service quality and customer experience, could be implemented by other service providers as well.

    AN Levels, as defined by TM Forum, are global standards used to gauge the automation capabilities of telecom networks. They cover diverse use cases, including radio access network (RAN) issue management and signal quality enhancement. The system is divided into five levels, going from Level 1 that requires manual human control, to Level 5, which represents a fully autonomous network operating independently of human intervention. To reach Level 4.0 requires the use of advanced AI for management and is a strategic target for leading telecom service providers worldwide.

    Two Significant Achievements

    True Corporation achieved AN Level 4.0 certification in the “Service Assurance for Individual Services” category, which recognized it as a highly autonomous network. This system was developed in collaboration with Ericsson and leverages AI to manage the network autonomously and efficiently under current conditions.

    Additionally, in the category of “RAN Energy Efficiency Optimization,” True Corporation has obtained AN Level 4.0 certification for a project that emphasizes comprehensive base-station energy management.

    Driving Towards a Sustainable Future

    These global achievements underscore True Corporation’s transformation into a leading telecom-tech company in Thailand with a focus on creating a green network. The company aims to reduce its greenhouse gas emissions by 42% by 2030 compared to 2020 levels and attain net-zero emissions by 2050, in line with SBTi standards.

    Questions & Answers

    What is the Autonomous Network Level 4.0 certification?
    The Autonomous Network Level 4.0 certification is a globally recognized validation by the TM Forum. It recognizes telecom networks that use advanced artificial intelligence for management, enhancing service quality and customer experience.

    What does achieving this certification mean for True Corporation?
    Attaining the Autonomous Network Level 4.0 certification highlights True Corporation’s dedication to upgrading network services to international standards and managing energy sustainably. It propels them closer to becoming a global-class intelligent network service provider.

    How is True Corporation contributing to environmental sustainability?
    True Corporation is focused on creating a green network. They aim to reduce their greenhouse gas emissions by 42% by 2030 compared to 2020 levels and strive to achieve net-zero emissions by 2050, in line with SBTi standards.

  • Indosat, Nokia, and NVIDIA Unveil AI-RAN Research Center: Pioneering AI-Driven Telecom Networks in Indonesia

    Indosat, Nokia, and NVIDIA Unveil AI-RAN Research Center: Pioneering AI-Driven Telecom Networks in Indonesia

    Indosat Ooredoo Hutchison (IOH), in collaboration with Nokia and NVIDIA, has initiated a research center in Surabaya that concentrates on developing AI-powered radio access networks (RAN). This project marks the first Nokia-NVIDIA AI-RAN research site in Asia and is aimed at fostering AI-integrated telecommunications networks. It aligns with Indonesia’s Golden Indonesia Vision 2045 which is focused on promoting digital transformation and nurturing local AI talent.

    Facility Comprising Advanced RAN Technologies

    The research center comprises Nokia’s advanced RAN technologies, NVIDIA’s accelerated computing platforms, and IOH’s commercial network, creating AI-driven network capabilities. It will also connect to IOH’s current NVIDIA-powered sovereign AI Factory, which acts as a distributed computing hub. This hub will enhance network performance, improve energy efficiency and increase scalability, all while bringing AI closer to users.

    Developing AI-Driven Optimization for Wireless Networks

    The research and development at the center will focus on AI-driven optimization for wireless networks, utilizing AI/ML-powered radio signal processing techniques. It will support AI and RAN workloads on the NVIDIA Aerial RAN Computer 1 (ARC-1). It is expected to prepare the ground for commercial-grade AI-RAN deployment using NVIDIA ARC-Pro and Nokia CUDA-accelerated anyRAN software. These technologies aim to deliver more dynamic, adaptable, and intelligent mobile networks for IOH customers.

    Building an AI Grid

    IOH, Nokia, and NVIDIA are planning to establish an “AI Grid” that connects IOH’s central AI Factory with AI-RAN hubs across Indonesia. The grid is designed to host AI applications from data centers to distributed 5G networks, enabling broader access to AI-powered services for millions of Indonesians.

    Supporting Aivolusi5G Strategy

    IOH’s Aivolusi5G strategy is supported by the AI-RAN Research Center with the aim to provide intelligent connectivity for individuals and businesses. It plans to unlock AI-powered applications across sectors such as education, agriculture, and healthcare, transforming how Indonesians learn, work, and live.

    Nurturing the Next Generation of AI Specialists

    The center will serve as a hub to foster Indonesia’s next generation of AI and telecom specialists through hands-on research, mentorship, and training. This effort aligns with Indonesia’s ambition to become among the top five economies globally by 2045.

    Questions & Answers

    What is the role of the AI-RAN Research Center in Surabaya?
    The AI-RAN Research Center, a collaboration between IOH, Nokia, and NVIDIA, focuses on developing AI-powered radio access networks (RAN). It’s designed to foster AI-integrated telecommunications networks and nurture local AI talent.

    What are the AI-RAN Research Center’s areas of focus?
    The center will focus on developing AI-driven optimization for wireless networks, utilizing AI/ML-powered radio signal processing techniques. The goal is to deliver more dynamic, adaptable, and intelligent mobile networks for IOH customers.

    How does the AI-RAN Research Center align with Indonesia’s future goals?
    The center aligns with Indonesia’s Golden Indonesia Vision 2045, which aims to promote digital transformation and nurture AI talent. It also supports Indonesia’s ambition to become among the top five economies globally by 2045.

  • U Mobile Amplifies ULTRA5G Reach Across Malaysia: Adding Bangi, Putrajaya, and Petaling Jaya New Town to 5G Network!

    U Mobile Amplifies ULTRA5G Reach Across Malaysia: Adding Bangi, Putrajaya, and Petaling Jaya New Town to 5G Network!

    U Mobile is extending its ULTRA5G Advanced Network Experience to three new outdoor clusters: Bangi, Putrajaya, and Petaling Jaya New Town. This recent expansion is another stride in the company’s ongoing deployment strategy, offering continuous ULTRA5G coverage across all three townships.

    Ahead of Schedule

    The operator reports it is advancing faster than anticipated in its national rollout. Alongside the newly inaugurated outdoor clusters, U Mobile has also enabled ULTRA5G indoors in 30 buildings and anticipates more locations becoming operational in the forthcoming months.

    Woon Ooi Yuen, U Mobile’s Chief Technology Officer, expressed his excitement about the expansion:

    “Our ULTRA5G experience, fueled by both 5G Standalone and 5G Non-Standalone technologies, is now accessible to our customers in Bangi, Putrajaya, and Petaling Jaya New Town. We are committed to delivering the most extensive and profound 5G coverage to all Malaysians. Since initiating our deployment, we have not only brought our advanced 5G technology network to these three outdoor clusters but also indoors in 30 buildings, with many more on the horizon.”

    Improved User Experience

    U Mobile affirms that users in these areas can anticipate amplified and more dependable performance for everyday applications such as video calls, streaming, and gaming. The company also aspires to back businesses in these locations by allowing them to leverage 5G solutions designed to enhance operational efficiency.

    Users can detect ULTRA5G availability through the UM ULTRA5G network indicator on compatible devices. U Mobile asserts that additional outdoor clusters and indoor sites will persistently become operational as part of its ongoing deployment.

    Questions & Answers

    What is the significance of U Mobile’s latest expansion?
    The extension of U Mobile’s ULTRA5G Advanced Network Experience to three more outdoor clusters is a crucial step in the company’s ongoing deployment strategy, offering continuous ULTRA5G coverage to more areas.

    What progress has U Mobile made in its national rollout?
    The operator reports that it is moving faster than anticipated, having successfully launched ULTRA5G services in three new outdoor clusters and enabled ULTRA5G indoors in 30 buildings.

    How will U Mobile’s ULTRA5G benefit users and businesses in the new areas?
    Users can expect enhanced and more reliable performance for everyday applications, while businesses can leverage 5G solutions designed to improve operational efficiency.

  • China’s 5G-Boosted M2M & IoT Market Set for 7% CAGR Surge by 2030: The Future of Mobile Connectivity

    China’s 5G-Boosted M2M & IoT Market Set for 7% CAGR Surge by 2030: The Future of Mobile Connectivity

    The cellular machine-to-machine (M2M) and Internet of Things (IoT) connectivity market in China is projected to experience considerable expansion over the next decade. Projected growth rates estimate an increase in subscriptions at a compound annual growth rate (CAGR) of 7% from 2025 to 2030. The driving factors behind this growth include the emergence of new applications across diverse industries, the development of 5G infrastructure by telecommunications firms, and their comprehensive M2M/IoT service offerings.

    Increasing Adoption of M2M/IoT Technology

    The China Mobile Broadband Forecast for the third quarter of 2025 suggests that M2M/IoT subscriptions will constitute approximately 30% of all mobile subscriptions in the nation by 2030. This statistic underscores the escalating adoption of this technology and its growing significance as a revenue stream for telecom firms.

    China’s vast manufacturing base and pervasive digitalization in the sector support the growth of the M2M/IoT market. The advent of digital factories, which require extensive automation and connectivity for real-time monitoring and predictive maintenance, will bolster this growth.

    Expanded Use Cases

    Telecom Analyst Hrushikesh Mahananda points out that the expansion of use cases beyond the manufacturing sector will also benefit the market. Applications in the utilities sector, such as smart grids and smart metering, along with vehicle-to-vehicle and vehicle-to-infrastructure applications in the automotive and transportation sector, are notable examples. Additionally, connected devices and patient monitoring in healthcare and smart city initiatives involving smart buildings, traffic control, and public safety systems show promising potential.

    Government backing for the integration of M2M/IoT technology into manufacturing, smart cities, and public infrastructure projects aligns with national strategies like Made in China 2025 and China 2035. This alignment highlights the technology’s increasing relevance in the country.

    5G Infrastructure and M2M/IoT Expansion

    The creation of a robust 5G infrastructure and advancements in 5G-Advanced technology, which support large-scale IoT deployments, will further boost the M2M/IoT sector in China. For instance, the Chinese telecom regulator MIIT plans to establish over 10,000 5G factories during the 14th Five-Year Plan (2021-2025) to enhance industrial applications of 5G, primarily in manufacturing.

    Mahananda concludes that the growing prominence of M2M/IoT has led China’s leading mobile operators to design comprehensive service offerings that are fueling growth in M2M/IoT connectivity subscriptions. These operators have also developed advanced M2M/IoT platforms that streamline deployment, integration, and management of M2M/IoT ecosystems across industries, further enhancing connectivity, device management, edge, and AI capabilities.

    Questions & Answers

    What factors are driving the growth of M2M/IoT connectivity in China?
    The growth is driven by new use cases across various sectors, advancements in 5G infrastructure by telecom companies, and their comprehensive M2M/IoT service offerings.

    What percentage of mobile subscriptions in China will M2M/IoT subscriptions make up by 2030?
    According to the China Mobile Broadband Forecast (Q3-2025), M2M/IoT subscriptions will account for approximately 30% of all mobile subscriptions by 2030.

    What role does the Chinese government play in the growth of M2M/IoT connectivity?
    The government supports the integration of M2M/IoT technology into the manufacturing sector, smart cities, and public infrastructure projects, which aligns with national initiatives like Made in China 2025 and China 2035.

  • Thailand Ignites Digital Economy: Unveils $3.1B Investment in Data Center Boom & Cloud Revolution

    Thailand Ignites Digital Economy: Unveils $3.1B Investment in Data Center Boom & Cloud Revolution

    Thailand is propelling its efforts to establish itself as a premier hub for digital infrastructure in Southeast Asia. This move follows the Board of Investment (BOI) granting approval for four new data center projects valued at THB 100 billion (USD 3.1 billion). The country is gearing up to more fiercely compete with Singapore and Malaysia, as the demand for artificial intelligence (AI) and cloud services is growing across the region.

    Details on New Projects

    The BOI has confirmed that two of the approved projects are hyperscale facilities designed to support AI workloads. NextGen Data Center and Cloud Services, a subsidiary of DAMAC Digital based in Dubai, plans to construct an 84-MW hyperscale data center in the Navanakorn Industrial Estate in Pathum Thani Province. This project is expected to require an investment of THB 26.7 billion (USD 826.42 million).

    Meanwhile, Zenith Data Center and Cloud Services, a local firm, will dedicate THB 54.9 billion (USD 1.7 billion) towards developing a 200-MW hyperscale facility in the same location.

    Telehouse (Thailand), which is a division of Japan’s KDDI Corporation, has set plans in motion to build a 12-MW data center adjacent to its existing facility in the Huai Khwang District of Bangkok. This expansion will be funded by an investment of THB 7.55 billion (USD 233.64 million).

    Lastly, Vistas Technology, a subsidiary of ZDATA Technologies based in China, will invest THB 9.9 billion (USD 306.39 million) to construct an 80-MW facility in the Amata City Chonburi Industrial Estate. This will mark the company’s second project to receive approval from the BOI.

    Thailand’s Digital Infrastructure Strategy

    Narit Therdsteerasukdi, the Chairman of the BOI, indicated that the approval of these projects underscores Thailand’s strategy to draw hyperscale operators and augment its world-class digital infrastructure. He stated, “The kingdom is actively positioning itself as a key Southeast Asian hub for hyperscale data centers. These approvals demonstrate our commitment to facilitating world-class digital infrastructure investment.”

    In addition to these approvals, the BOI has also issued six licenses to recommence data center projects that had previously stalled, which are collectively valued at USD 9.2 billion. The agency’s goal is to resolve delays associated with power availability, access to industrial land, and the processing of visas or work permits. Therdsteerasukdi affirmed that this action would bolster investor confidence and promote job creation and economic growth.

    Context and Outlook

    Thailand has been observing a surge in data center investment since 2024, with companies such as AWS, Google, Microsoft, and ByteDance announcing substantial commitments. During the first half of 2025 alone, the sector attracted a total of THB 521.2 billion (USD 16.13 billion) in approved investments spanning 28 different projects.

    Officials project that this latest development will significantly increase Thailand’s data center capacity. It is expected to sustain the rising domestic and regional demand for AI and cloud services, and strengthen the nation’s stand in Southeast Asia’s rapidly expanding digital economy.

    Questions & Answers

    What is the total value of the four new data center projects in Thailand?
    The total value of the four new data center projects in Thailand is THB 100 billion (USD 3.1 billion).

    Who are some of the major companies investing in data centers in Thailand?
    Some of the major companies investing in data centers in Thailand include NextGen Data Center and Cloud Services, Zenith Data Center and Cloud Services, Telehouse (Thailand), and Vistas Technology.

    What impact will these projects have on Thailand’s position in the digital economy of Southeast Asia?
    These projects will bolster Thailand’s position in the digital economy of Southeast Asia by increasing the country’s data center capacity and meeting the growing regional demand for cloud and AI services.

  • Turbocharging Malaysia’s Connectivity: The MVNO Market Boom and its Potential in 2030

    Turbocharging Malaysia’s Connectivity: The MVNO Market Boom and its Potential in 2030

    The mobile connectivity market in Malaysia is at full capacity. By the beginning of 2025, there were approximately 43.3 million mobile connections, representing about 121% of the country’s population. Amid this scenario, mobile virtual network operators (MVNOs) serve as significant value creators, unlocking new market segments, introducing differentiated offerings, and ultimately enhancing mobile connectivity throughout Malaysia.

    The Prospect of MVNOs in Malaysia

    According to recent industry reports, the size of the Malaysian MVNO market was approximately $0.8 billion in 2025, and it is projected to reach $1.06 billion by 2030, growing at a compound annual growth rate (CAGR) of 5.75% during the forecast period (2025-2030).

    The continual transition towards a dual-wholesale 5G model has eliminated the unclear pricing that previously hindered the growth of virtual operators, providing a new impetus for the MVNO market in Malaysia. Operators are now resorting to cloud-native operational support systems/business support systems, eSIM-only distribution, and satellite-terrestrial convergence to venture into new markets and reduce operational costs.

    Increased digitization in the enterprise sector is consequently enlarging the average revenue per user in the business-to-business (B2B) market. Simultaneously, ultra-low-cost prepaid plans have boosted subscriptions on the consumer side. Government initiatives like JENDELA are keeping infrastructure expansion on track, reaffirming the possibility for the Malaysian MVNO market to sustain moderate compound growth throughout the decade.

    Regarding deployment models, cloud accounted for 70.51% of the revenue in 2024, with a forecasted CAGR of 10.14% through 2030. As for operations, reseller and light MVNO formats held a 62.33% share in 2024, but full MVNO structures are predicted to grow at a CAGR of 19.19% through 2030.

    Successful Model for Malaysia

    An MVNO offers mobile services to customers by leasing the network capacity from an existing mobile network operator (MNO), thereby eliminating the need for owning infrastructure. This approach presents several advantages in Malaysia:

    – MVNOs facilitate market entry for new service providers, encouraging existing MNOs to innovate their strategies, satisfy niche market needs, foster competition, and provide consumers with more choices.
    – As 4G improves and 5G is introduced, MNOs with extra network capacity can collaborate with MVNOs to utilize this surplus, thus helping them recover some of the costs associated with building and maintaining their networks.

    This year, MVNOs have gained considerable traction in Malaysia. In particular, CMLink, an MVNO by China Mobile International Limited (CMI), was launched on the Maxis network in Malaysia, allowing CMI to offer services like “one card, multiple numbers” and data sharing between China and Malaysia. This demonstrates how MVNOs can cater to cross-border and traveler markets.

    Impact on Connectivity and Market Dynamics

    The growth of MVNOs in Malaysia impacts the broader connectivity ecosystem in several ways. By allowing new and specialized brands to enter the market, MVNOs can cater to groups that are often overlooked, whether due to location, age, or service needs. More competition in the market gives consumers more options and compels MNOs to offer better prices, unique packages, and improved customer service.

    For MNOs, collaborating with MVNOs enhances returns on their network investments. For example, U Mobile’s 5G network already covers 54.9% of populated areas, with higher coverage in urban areas. This ensures optimal utilization of the network’s capacity and supports investments in further coverage and new services.

    Looking Ahead: Key Points to Consider

    For MVNOs to realize their full potential in Malaysia, the industry needs to concentrate on a few crucial areas:

    – Wider Wholesale Access and Fair Pricing: MNOs need to continue expanding open and transparent wholesale access to enable more MVNOs to thrive in Malaysia.
    – Consistent Network Experience: Regulators and the industry must ensure that MVNO customers receive the same service quality as MNO customers, especially during peak times.
    – Sustainable Differentiation: MVNOs offering more than just basic plans, like value-added, niche or cross-border services, are more likely to succeed.
    – Targeting Underserved Regions: MVNOs can help bridge the connectivity gap, particularly in rural Malaysia, using a shared infrastructure model.
    – Regulatory Support: The government and regulatory bodies can aid MVNOs’ growth by simplifying licensing and endorsing consumer-friendly policies.

    In conclusion, by leveraging the established infrastructure of major network operators, Malaysian MVNOs are expanding connectivity to underserved demographics, reducing costs, and sparking innovation in niche segments. This diversification enhances competition and consumer choice, aligning with the national connectivity goals outlined in the Malaysia Digital Economy Blueprint (MyDIGITAL), which targets near-universal connectivity by 2030.

    Questions & Answers

    – What is the projected growth rate of the Malaysian MVNO market?
    The market is expected to grow at a compound annual growth rate (CAGR) of 5.75% from 2025 to 2030.

    – What impact do MVNOs have on the mobile connectivity market in Malaysia?
    MVNOs facilitate market entry for new service providers, stimulate competition, provide consumers with more choices, and help MNOs recover some of the costs of building and maintaining their networks.

    – What are some key areas the industry needs to focus on for MVNOs to realize their full potential in Malaysia?
    Key focus areas include wider wholesale access and fair pricing, ensuring consistent network experience for MVNO customers, enabling sustainable differentiation in MVNO offerings, supporting MVNOs in targeting underserved regions, and offering regulatory support.

  • Optus Faces Hefty $826K Fine Over Coles Mobile Scam Breach: A Deep Dive into Australia’s Telco Scandal

    Optus Faces Hefty $826K Fine Over Coles Mobile Scam Breach: A Deep Dive into Australia’s Telco Scandal

    Optus Mobile, a renowned telecommunications firm, has been hit with another hefty fine of $826,320 for breaching anti-scam regulations. This recent violation pertains to its business operations under the Coles Mobile brand.

    Investigation and Breaches

    The Australian Communications and Media Authority (ACMA) served the penalty after a thorough investigation into the infractions committed by Optus. The probe revealed that the company had infringed anti-scam provisions on 44 separate instances during September and October of the previous year. These infractions were carried out through Coles Mobile, a collaborative venture enabling consumers to register for a mobile contract via the Coles supermarket chain.

    Investigators unveiled that scammers had managed to exploit a security loophole in a third-party identity verification system employed by Optus. This loophole permitted the fraudsters to sidestep certain parts of the obligatory verification procedure. As a result, these unscrupulous individuals managed to seize control of a minimum of four client mobile services and infiltrate their bank accounts. The reported losses from these scam activities totalled $39,000.

    Implications and Responses

    Samantha Yorke, a member of the ACMA, conveyed the severity of such fraudulent activities. She highlighted the resultant monetary losses and lingering trauma emanating from the task of reclaiming digital identities. Yorke stated that although this was a solitary issue that was promptly addressed, the lack of a sturdy customer ID verification system is unacceptable. This holds particularly true for a prominent provider in the industry such as Optus, which is currently Australia’s second largest.

    Yorke also pointed out that the imposed fine is the maximum monetary penalty that the ACMA has the jurisdiction to enforce in this case. The severity of the fine reflects the seriousness of the breaches committed by Optus.

    The recent penalty adds to the already considerable financial repercussions that Optus has faced this year due to regulatory contraventions. Earlier in September, the firm was directed by the Federal Court to pay a staggering $100 million for engaging in unfair sales practices. These unethical practices affected over 400 customers and were carried out at 16 Optus outlets between August 2019 and July 2023.

    Questions & Answers

    What led to the recent $826,320 fine imposed on Optus Mobile?
    Optus Mobile was fined for breaching anti-scam regulations, specifically in relation to its business operations under the Coles Mobile brand.

    How were scammers able to exploit Optus’s systems?
    Scammers exploited a security loophole in a third-party identity verification system used by Optus, which allowed them to bypass parts of the obligatory verification process and gain control of several consumer mobile services.

    What were the consequences of the scam activities?
    The fraudulent activities resulted in reported losses of $39,000 and caused distress to consumers who had to recover their digital identities.

  • Revolutionizing Connectivity: Globe and Nokia Launch 5G mmWave for Enhanced Broadband Performance in the Philippines

    Revolutionizing Connectivity: Globe and Nokia Launch 5G mmWave for Enhanced Broadband Performance in the Philippines

    Globe has announced the successful completion of 5G mmWave trials using Nokia’s Fixed Wireless Access (FWA) technology alongside Wi-Fi 7 equipment. The trials achieved peak download speeds of up to 4.3 Gbps. According to the operator, this level of performance can bolster mission-critical services, optimize enterprise operations, and improve broadband connectivity for end-users.

    5G FWA Subscriptions Projected to Double by 2030

    Gerhard Tan, Senior Director and Head of Technology Strategy and Innovation at Globe, shared his perspective on the development. He emphasized the company’s forward-thinking approach and commitment to pushing connectivity boundaries. The successful implementation of the 5G mmWave and Wi-Fi 7 with the Philippine Marines demonstrates how advanced connectivity can revolutionize mission-critical operations. Moreover, this technology paves the way for a truly digital and interconnected Philippines.

    Field tests in Zamboanga City yielded consistent outcomes even in complex settings. The trial conducted at the Marine Battalion Landing Team-1 headquarters in Naval Station Rio Hondo clocked 4.3 Gbps at a distance of 2.1 kilometers. Another test site, approximately 9 kilometers away, registered speeds nearing 1 Gbps.

    The Philippine Marines are the inaugural users of the system, utilizing Globe’s 5G mmWave platform to fortify communications for national security and public service.

    Lt. Col. Nepthalie Papa, Commanding Officer of Marine Battalion Landing Team-1 of the Philippine Marines, expressed gratitude to Globe for their continued support in providing reliable communication solutions. Through Globe’s commitment to innovation, connectivity has been bolstered even in the most challenging environments.

    The Philippines’ Broadband Transformation: The Impact of Fiber and 5G FWA

    Globe has confirmed that 5G mmWave sites are now operational in Zamboanga City, Quezon City, and the Rizal province. The company plans to extend the deployment in response to increasing device compatibility.

    According to Globe, the expansion will support applications such as high-speed broadband in urban and rural areas, private 5G networks, industrial automation, and secure enterprise communications.

    Questions & Answers

    What was the result of Globe’s 5G mmWave trials using Nokia’s Fixed Wireless Access (FWA) technology?
    The trials achieved peak download speeds of up to 4.3 Gbps. Such performance can bolster mission-critical services, optimize enterprise operations, and improve broadband connectivity for end-users.

    Who are the inaugural users of the 5G mmWave platform?
    The Philippine Marines are the inaugural users of the system, utilizing Globe’s 5G mmWave platform to fortify communications for national security and public service.

    What applications will the expansion of the 5G mmWave sites support?
    The expansion will support applications such as high-speed broadband in urban and rural areas, private 5G networks, industrial automation, and secure enterprise communications.

  • Singtel Celebrates 14% Profit Leap: A Triumph of Regional Growth and Strategic Investments

    Singtel Celebrates 14% Profit Leap: A Triumph of Regional Growth and Strategic Investments

    The Singtel Group has reported a 14% increase in underlying net profit, reaching SGD 1.35 billion in the first half of the year. This growth has been mainly driven by regional associates Airtel and AIS, as well as operating companies NCS and Optus.

    Profit Increase Despite Economic Challenges

    Neglecting the impact of foreign currency fluctuations and contributions from Intouch, which concluded after its merger with Gulf, the underlying net profit would have increased by 22%. The net profit rose to SGD 3.40 billion, largely as a result of a net exceptional gain of SGD 2.05 billion from the partial sale of a stake in Airtel in May and the Intouch-Gulf merger.

    Operating revenue declined by 1.2% to SGD 6.91 billion, which was affected by the strong Singapore dollar. However, in constant currency terms, the Group’s operating revenue, EBITDA, and operating company EBIT would have increased by 1.9%, 4.9%, and 14%, respectively.

    CEO Insights

    Yuen Kuan Moon, Singtel Group CEO, stated that the group’s H1 results reflect the positive momentum across their diversified portfolio of businesses across the region. They have continued to drive growth in connectivity, digital services, and digital infrastructure and also unlocked value from their asset recycling efforts as they executed their Singtel28 plan.

    Despite the challenging macroeconomic outlook, and uncertainty surrounding the Optus business, Yuen believes their business and geographical diversity is providing stability to the Group’s performance. He expects their growth engines to change the business’s complexion in the mid term as they continue to scale.

    Plan Execution and Active Capital Management

    Since launching the Singtel28 plan, the Group’s active capital management has generated SGD 5.6 billion in proceeds, including SGD 1.5 billion from the recent divestment of a 0.8% stake in Airtel. The Group has achieved more than half of its new SGD 9 billion mid-term asset recycling target, which will be used to fund growth opportunities and provide returns to shareholders.

    The Group’s balance sheet remains strong, with a cash balance of SGD 3.4 billion as of September 2025, helping reduce net debt to SGD 8.7 billion and improve gearing ratios.

    Regional Associates’ Contributions

    The profit contributions from regional associates post-tax increased by 12% to SGD 0.92 billion. Excluding Intouch and considering constant currency terms, these contributions would have risen by 25%.

    Airtel Group saw solid earnings growth in both India and Africa due to effective execution and higher mobile tariffs, while AIS reported stronger profits due to revenue growth and effective cost management. However, Telkomsel’s performance was impacted by weaker mobile performance, a capital gain from the sale and leaseback of indoor infrastructure in the previous period, and higher interest expenses. Globe’s earnings also declined due to weak consumer spending.

    Questions & Answers

    What is the overall financial status of Singtel Group?
    Singtel Group has reported a 14% increase in underlying net profit, reaching SGD 1.35 billion in the first half of the year.

    What were the main contributors to Singtel Group’s growth?
    The growth was mainly driven by regional associates Airtel and AIS, as well as operating companies NCS and Optus.

    What does the Group’s CEO, Yuen Kuan Moon, attribute the positive results to?
    Yuen attributes the positive results to the group’s diversified portfolio of businesses across the region and active capital management as part of the Singtel28 plan. The plan has generated SGD 5.6 billion in proceeds, contributing to the reduction of net debt and improvement of gearing ratios.

  • China Mobile Boosts Global Connectivity with Pioneering 2Africa and SEA-H2X Submarine Cable Initiatives

    China Mobile Boosts Global Connectivity with Pioneering 2Africa and SEA-H2X Submarine Cable Initiatives

    In the first half of November 2025, China Mobile achieved substantial growth in its underwater cable investments, strengthening its influence in promoting worldwide digital connectivity.

    China Mobile Activates 2Africa Submarine Cable

    In Nairobi, Kenya, China Mobile spearheaded a significant event to mark the activation of the 2Africa submarine cable’s eastern sections, connecting South Africa, Kenya, Djibouti, Marseille, and Egypt. The event aimed to showcase next-generation infrastructure and intelligent connectivity platforms, designed to speed up digital transformation for African service providers and businesses.

    Guo Haiyan, the Ambassador of the People’s Republic of China to Kenya, emphasized that digital cooperation is becoming a crucial component of collaboration between China and Africa. The activation of the 2Africa submarine cable’s eastern section and the introduction of China Mobile’s AI+ Cloud-Network Convergence Industry Solutions are a testament to the robustness of China-Africa digital collaboration.

    Furthermore, she noted that Kenya is a crucial ally for China in pursuing digital transformation and pledged to continue sharing expertise to bolster Africa’s digital economy. Guo expressed hope that both nations would intensify collaboration to create an open and inclusive digital governance ecosystem that encourages mutual growth and prosperity.

    Simultaneously, Hon. William Kabogo Gitau, Kenya’s Cabinet Secretary for Information, Communications, and the Digital Economy, hailed the 2Africa project as a significant achievement in China-Africa collaboration. He believed the activation of the eastern section would greatly improve East Africa’s international communications capacity and strengthen digital connections between China and Africa.

    Li Huidi, Executive Vice President of China Mobile, stressed that AI and 5G technologies are powering Africa’s economic transformation and expressed readiness to cooperate closely with Kenya and other African countries to establish an intelligent foundation by integrating 2Africa cable resources and enhancing AI computing capabilities.

    SEA-H2X Cable Reaches Hong Kong

    In another notable achievement, China Mobile successfully completed the landing of the Hong Kong segment of the Southeast Asia-Hainan-Hong Kong (SEA-H2X) international submarine cable, marking an important milestone in the construction of the high-capacity network system.

    As the principal initiator and primary investor of the SEA-H2X project, China Mobile oversaw the Hong Kong landing, ensuring its smooth and timely execution.

    China Mobile’s investment in the SEA-H2X project strengthens its core capabilities in digital communication in the Asia-Pacific region and improves its overall competitiveness in global telecommunications. This venture laid a robust network foundation for the long-term growth of the regional digital economy and injected sustained impetus into worldwide digital interconnectivity.

    Questions & Answers

    What is the significance of the 2Africa submarine cable’s activation?
    The activation of the 2Africa submarine cable’s eastern sections presents a crucial step in enhancing digital collaboration between China and Africa. It will significantly improve East Africa’s international communications capacity and strengthen digital connections between the two regions.

    What is the SEA-H2X international submarine cable?
    The SEA-H2X is a high-capacity network system connecting several strategic locations across Asia. China Mobile successfully completed the landing of the Hong Kong segment of the SEA-H2X cable, marking a key milestone in its construction.

    How does China Mobile’s investment in SEA-H2X impact the company and the region?
    China Mobile’s investment in the SEA-H2X project solidifies its core strengths in digital communication in the Asia-Pacific region, enhancing its competitiveness in global telecommunications. It provides a robust network foundation for the growth of the regional digital economy and boosts worldwide digital interconnectivity.

  • 5G Power Play: How China, South Korea, and Singapore Race to Champion Smart, Ultra-Fast Networks

    5G Power Play: How China, South Korea, and Singapore Race to Champion Smart, Ultra-Fast Networks

    Asia’s broadband and mobile landscapes are quickly transforming, spurred on by economic goals, digital sovereignty, and leadership in industries powered by artificial intelligence (AI). Significant investments are being poured into denser radio networks, more rapid fixed connections, and smart AI automation, particularly in China, South Korea, and Singapore. But what advantages do these leaders hope to reap from such extensive efforts?

    The Economic Imperative

    In the Asia-Pacific region, mobile technologies have already become a major economic cornerstone. The sector was responsible for approximately $950 billion and 5.6% of the regional GDP in 2024, and these numbers are expected to rise with the expansion of 5G.

    Rapid strides are being made in China to roll out both 5G and 5G-Advanced (5G-A) networks. The country now hosts over 4.486 million 5G cell sites, accounting for 35.3% of all mobile base stations, as of May 2025. In just the first five months of that year, 235,000 new 5G base stations were installed, highlighting the government’s ongoing dedication to expanding connectivity. Furthermore, China’s move toward 5G-A signifies a shift from basic connectivity to intelligent networking.

    South Korea’s 5G rollout is similarly comprehensive and widespread. By the third quarter of 2024, the country had approximately 36.1 million 5G connections, and operators had achieved nationwide 5G coverage that same year. Additionally, South Korea ranks highest in terms of 5G infrastructure density.

    Singapore, too, is making substantial strides in the 5G domain. By early 2024, key operators such as StarHub reported over 99% outdoor 5G coverage. The city-state has also dedicated SGD 25 billion (~USD 18 billion) in R&D funding to back enterprise testbeds for 5G in sectors like smart estates, Industry 4.0, and urban mobility.

    The Consumer Imperative

    Both consumers and businesses in Asia are pressing for lower latency, higher capacity, and full coverage. Emerging technologies such as cloud gaming, immersive video, and factory automation depend on low-latency, robust connections and are transitioning to actual deployment.

    In the race for speed, South Korea and Singapore often rank among the fastest worldwide. High speeds are essential to support business workloads, AR/VR services, and AI tasks.

    In China, where average 5G download speeds exceed 400 Mbps, operators like China Mobile and China Unicom report an increase in customer satisfaction and a reduction in churn rates as users upgrade to premium 5G plans.

    Networks are not only becoming faster but also more adaptive. Vendors and carriers are incorporating AI into the radio access network, core, and operations stacks, supporting functions like energy optimization, traffic prediction, and self-healing.

    The Geopolitical Imperative

    Networks play a critical role as key geopolitical assets. As such, governments are diversifying their suppliers and promoting investments in backup cables, localized cloud and edge computing, and corporate cloud services. Security and economic objectives further propel the demand for faster, more reliable networks.

    The advent of software as the primary differentiator in a market where hardware has become largely standardized, along with subsidies and targeted policies, is accelerating deployment. The large-scale rollouts in China underscore how favorable policy can rapidly reduce costs and expand coverage.

    A Pragmatic Race with High Stakes

    Rapid progress, however, comes with its own set of challenges. Densely packed networks are expensive, and some countries still grapple with spectrum and backhaul limitations. AI networks are complex to manage, and privacy, localization, and cybersecurity rules introduce additional regulatory hurdles.

    Yet, the pursuit by China, South Korea, and Singapore of the fastest, smartest networks revolves around maintaining economic competitiveness, enabling AI and cloud services, achieving digital resilience and independence, and unlocking future business verticals.

    Network investment has now become a central pillar for economic growth and national strategy. AI and smart infrastructure drive continuous upgrades; resilience and digital sovereignty guide policy-making; and vendor competition hastens rollout. The real victors in this race won’t simply have the highest speeds, but the ability to balance speed, intelligence, regulatory clarity, and expenditure effectively.

    By pushing forward with 5G and 5.5G leadership, China, South Korea, and Singapore are poised to benefit economically through new digital industries and productivity growth, satisfy consumer demands for faster, smarter connectivity, and solidify their geopolitical influence as global frontrunners in next-generation technology.

    Questions & Answers

    What is driving the rapid evolution of Asia’s broadband and mobile landscape?
    Economic ambitions, digital sovereignty, and leadership in AI-powered industries are the key drivers behind the swift transformation of Asia’s broadband and mobile landscape.

    How is 5G contributing to the economies of China, South Korea, and Singapore?
    5G is expected to boost the economies of these countries through the creation of new digital industries, productivity growth, and by meeting consumer and business demands for faster, smarter connectivity.

    What challenges are being faced in the deployment of 5G and AI networks?
    The key challenges include the high costs of dense network deployments, limitations related to spectrum and backhaul, complexity of managing AI networks, and regulatory hurdles related to privacy, localization, and cybersecurity.

  • Singtel Unlocks SGD 1.5B in Airtel Stake Sale: A Strategic Move Towards Portfolio Optimization

    Singtel Unlocks SGD 1.5B in Airtel Stake Sale: A Strategic Move Towards Portfolio Optimization

    Singapore Telecommunications Limited (Singtel) has divested approximately 0.8% of their direct investment in their regional associate, Airtel. The sale generated SGD 1.5 billion, marking an important step in Singtel’s ongoing plan to streamline operations via asset recycling. The transaction was conducted through a private placement to institutional investors, a move that demonstrates significant market demand and confidence in Airtel. It is anticipated that the sale will yield profits of around SGD 1.1 billion.

    Singtel’s Strategy and Outcome

    The Group Chief Financial Officer of Singtel, Mr. Arthur Lang, shed some light on the company’s strategy. He explained that Singtel has been collaborating closely with Bharti Enterprises to gradually balance their effective stake in Airtel. He further affirmed that the transactions have allowed them to unlock value while retaining a significant stake in Airtel. This approach enables them to continue to invest in India’s rapidly growing digital economy.

    Mr. Lang spoke of the success of the capital management program, which he said has already amassed SGD 5.6 billion. This is over half of their recently adjusted mid-term asset recycling target of SGD 9 billion. He explained that this financial strategy affords Singtel the flexibility to bolster its balance sheet, fund growth opportunities in digital infrastructure and services, and ensure sustainable dividend growth.

    Progress and Future Plans

    As of May 2025, Singtel had already exceeded half of its original SGD 6 billion mid-term asset recycling target, which had been declared a year prior. Following this achievement, the target was revised to SGD 9 billion. The raised capital will be directed towards supporting growth and providing capital returns via its value realization dividend and share buyback program.

    In the wake of this recent transaction, Singtel is set to retain a 27.5% stake in Airtel. The retained stake is estimated to be worth approximately SGD 51 billion.

    Questions & Answers

    What is Singtel’s ongoing strategy?
    Singtel is optimizing its portfolio through asset recycling, which includes selling some of its stakes in associates and investing the proceeds in new growth opportunities.

    What is expected to be the outcome of Singtel’s recent divestment from Airtel?
    The sale is expected to yield profits of around SGD 1.1 billion, contributing to their mid-term asset recycling target of SGD 9 billion.

    What is the future of Singtel’s investment in Airtel?
    Following the recent transaction, Singtel will retain a significant 27.5% stake in Airtel, demonstrating its continued commitment to invest in India’s digital economy.