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Tag: telco

  • Undersea Superhighways: The Future of Digital Connectivity in Asia

    Undersea Superhighways: The Future of Digital Connectivity in Asia

    The majority of today’s internet traffic is transmitted via undersea fiber-optic cables, rather than through satellites or overland networks. The National Bureau of Asian Research reports that over 97% of transoceanic telecommunications—including financial, voice, and internet data—are facilitated by these underwater cable systems. This is especially true in Asia, where many countries are separated by bodies of water, making these cables crucial for digital connectivity.

    The Evolution of Submarine Cables

    Undersea cables have come a long way from their origins as colonial-era telegraph lines. They have developed into high-capacity systems capable of transmitting terabits of data per second. Modern technologies, such as optical amplification and dense wavelength division multiplexing (DWDM), allow these cables to stretch thousands of kilometers across oceans.

    Asia’s Digital “Bridges”

    These undersea cables, often referred to as digital “bridges,” are now jointly funded and operated by consortia of telecom firms, governments, and major tech companies. In managing these cables, these entities must balance commercial interests, abide by various regulations, and mitigate geopolitical risks.

    Asia’s most significant subsea cables include the Asia-Africa-Europe 1 (AAE-1), Asia-America Gateway (AAG), Asia Pacific Gateway (APG), Asia Submarine-Cable Express (ASE), South-East Asia-Japan Cable 2 (SJC2), SEA-ME-WE 6, and the PEACE Cable. These cables link various Asian countries with each other and the rest of the world, providing high-capacity connectivity across continents.

    The Importance of Undersea Cables in Asia

    Undersea cables are particularly crucial in Asia. Island nations, such as the Philippines and Indonesia, depend on these cables to connect to continental networks. Conversely, landlocked or peninsular states like Laos and Myanmar rely on terrestrial links that connect to undersea systems.

    The expansion of undersea cable capacity and routes promotes digital inclusion, reduces latency, and improves connectivity for remote and rural communities. Research indicates that doubling the capacity of these cables can decrease internet prices in a country by 30-50%, enabling wider online access.

    Fostering Connectivity and Cultural Exchange

    Submarine cables serve as the backbone of Asia’s digital regionalism. They facilitate the exchange of culture and knowledge across borders, enabling various professionals and creators to connect, learn, and collaborate with ease.

    Moreover, these undersea cables highlight Asia’s growing digital interdependence. No country can thrive alone; data, trade, and communication freely cross borders, uniting societies. Much like physical bridges, submarine cables connect Asia beneath the ocean, enabling the free flow of ideas and opportunities.

    Challenges and Considerations

    While undersea cables significantly enhance connectivity, they also come with their own set of challenges. If landing stations are monopolized or interconnection is gated, it may lead to the exclusion of certain actors such as small businesses or rural communities. Additionally, like physical bridges, submarine cables are vulnerable to sabotage, which could lead to significant disruptions in connectivity. Therefore, it is crucial to establish protective measures and governance to manage these risks.

    Questions & Answers

    What is the role of submarine cables in digital connectivity?
    Submarine cables facilitate the majority of transoceanic telecommunications, including financial transactions, voice calls, and internet data. They play a crucial role in connecting different countries and enabling the exchange of information across continents.

    How do submarine cables impact internet accessibility and costs?
    Expanding undersea cable capacity can significantly reduce internet prices in a country, thereby enabling wider online access. However, monopolization can undermine these benefits.

    What are the potential risks associated with submarine cables?
    Potential risks include monopolization of landing stations, sabotage of cables, and the possibility of cables being used as political tools in disputed sea regions. Therefore, protective measures and governance are vital to manage these risks.

  • Supreme Court Allows Reassessment of Vodafone Idea’s AGR Dues: A Win for 200 Million Consumers

    Supreme Court Allows Reassessment of Vodafone Idea’s AGR Dues: A Win for 200 Million Consumers

    Vodafone Idea (Vi) recently experienced a substantial win in the Supreme Court after the government agreed to revisit its request for additional adjusted gross revenue (AGR) dues from the corporation. The government’s decision is expected to be in accordance with the law.

    Government’s Interest in Vi

    Tushar Mehta, the Solicitor General representing the Union government, presented the case before a bench chaired by Chief Justice of India B.R. Gavai. Mehta noted an extensive shift in circumstances since the most recent AGR litigation involving Vi in the Supreme Court.

    He informed the Court of the government’s significant 49% equity investment in the company, suggesting that the government’s interests were now tightly intertwined with those of the company and, in turn, the public. He added that the company’s decisions directly affect its 200 million consumers, and the government intended to thoroughly examine any issues, such as over-invoicing, to ensure they are adequately addressed.

    Entering the “Policy Domain”

    According to the Court, the matter has transitioned into the “policy domain” due to the government’s substantial equity investment and the involvement of 200 million customers. The Court had no objections to the government’s decision to revisit its demand for additional AGR dues for the fiscal year 2016-2017 and to make an appropriate decision that would serve the larger public interest.

    Vi’s Appeal to the Supreme Court

    Vi had approached the Supreme Court to contest the additional AGR demand issued by the Department of Telecommunications (DoT) for the 2016-2017 period. The corporation argued that the liabilities had already been calculated and shouldn’t be altered or increased. It sought the Court’s dismissal of the additional DoT demand and requested a comprehensive reassessment and reconciliation of AGR dues up until FY 2016-17.

    Previous Rejections

    This most recent litigation follows only months after the Supreme Court denied earlier appeals by Bharti Airtel, Vi, and Tata Teleservices. These companies were seeking relief from paying interest on dues, penalties, and interest on penalties related to their AGR liabilities, citing significant financial constraints.

    In its May verdict, the Supreme Court labelled their pleas as “misconceived.” The Chief Justice had previously stressed the necessity for a conclusion in the AGR litigation. About a year ago, the Supreme Court rejected a curative petition filed by telecom companies, including Bharti Airtel and Vi, against the court’s October 2019 ruling that upheld the DoT’s move to recover approximately INR 92,000 crore in AGR from them.

    Questions & Answers

    What is the government’s stake in Vi?
    The government holds a significant 49% equity investment in Vi.

    What significant shift in circumstances was noted by the Solicitor General Tushar Mehta?
    Tushar Mehta observed a major change in circumstances since the last AGR litigation involving Vi in the Supreme Court, particularly the government’s large equity investment in the company.

    What was Vi’s argument to the Supreme Court against the additional AGR demand?
    Vi argued that the liabilities had already been calculated and should not be altered or increased. The company sought a comprehensive reassessment and reconciliation of AGR dues up until FY 2016-17.

  • Global Internet Disruption: Amazon’s AWS Resumes After Massive Outage

    Global Internet Disruption: Amazon’s AWS Resumes After Massive Outage

    Amazon’s cloud service, Amazon Web Services (AWS), resumed regular operations on Monday afternoon after an internet outage disrupted thousands of sites worldwide, affecting popular applications like Snapchat and Reddit. AWS, which provides application hosting and computing processes for businesses globally, suffered an interruption that impacted workers and halted regular activities such as online payments and ticket changes. Complaints of persistent difficulties with services like digital wallet Venmo and video-calling platform Zoom were reported on Monday afternoon.

    Backlog of Messages and Previous Disruptions

    Despite the resumption of services, Amazon noted that some AWS services had a backlog of messages that would require additional time to process. This isn’t the first time AWS has been implicated in a significant internet collapse. The northern Virginia cluster of AWS, known as US-EAST-1, has contributed to major internet meltdowns at least three times in the past five years.

    Amazon did not provide a detailed explanation as to why this specific data centre continues to be affected. The recent problems were traced back to the Domain Name System (DNS), which averted applications from locating the correct address for AWS’s DynamoDB API, a cloud database essential for storing user information and other crucial data.

    Root Cause and Effects

    Earlier, AWS attributed the root cause of the outage to an underlying subsystem responsible for monitoring the health of its network load balancers, which help distribute traffic across multiple servers. The issue, according to AWS, originated within the EC2 internal network, Amazon’s Elastic Compute Cloud service, which offers on-demand cloud capacity within AWS. The issue was resolved around 3 pm PT (2200 GMT), although some services continued to have a backlog of messages to process.

    Ken Birman, a computer science professor at Cornell University, emphasized the need for software developers to enhance fault tolerance, suggesting that AWS provides tools that developers can utilize to safeguard themselves in the event of an issue at one of its data centres.

    AWS and Previous Outages

    As the world’s largest cloud provider, AWS offers computing power, data storage, and other digital services to companies, governments, and individuals. Disruptions to its servers can result in outages across websites and platforms that depend on its cloud infrastructure. According to AWS, Monday’s outage started at its US-EAST-1 location, AWS’s oldest and largest site for web services, which previously suffered outages in 2021 and 2020.

    Interconnected and Fragile Infrastructures

    The problem underscores the interconnectivity of digital services and their reliance on a small number of global cloud providers. A single glitch can significantly disrupt businesses and everyday life.

    The outage affected a vast range of companies across sectors. Apps like Reddit, Roblox, Snapchat, and Duolingo were all impacted. Other services such as Perplexity, a startup specializing in artificial intelligence, cryptocurrency exchange Coinbase, and trading app Robinhood also experienced disruptions attributed to AWS. Amazon’s own services, including its shopping website, Prime Video, and Alexa, were likewise affected.

    Questions & Answers

    What caused the AWS outage?
    The outage was linked to an underlying subsystem that monitors the health of AWS’s network load balancers. It originated from within the EC2 internal network, Amazon’s Elastic Compute Cloud service.

    What were the effects of the AWS outage?
    The outage disrupted thousands of sites and applications globally, including popular apps like Snapchat and Reddit. It also halted regular activities such as online payments and ticket changes.

    How often has the AWS northern Virginia cluster experienced major internet disruptions?
    The northern Virginia cluster of AWS, known as US-EAST-1, has contributed to major internet meltdowns at least three times in the past five years.

  • India’s 5g Infrastructure Surges With 6,400 New Stations: Reinforcing Digital Economy Growth

    India’s 5g Infrastructure Surges With 6,400 New Stations: Reinforcing Digital Economy Growth

    In September 2025, India significantly extended its 5G coverage, introducing over 6,400 new 5G base transceiver stations (BTS). This latest data was provided by the Department of Telecommunications (DoT), which also reported that the total count of nationwide 5G BTS has increased to 504,588 compared to 498,135 in August.

    Exponential Expansion of 5G Infrastructure

    The robust additions in September are an upward trend from the 5,615 sites incorporated in August, emphasizing India’s consistent growth in the expansion of next-generation mobile infrastructure. This steady rise, marked by monthly BTS additions consistently surpassing 4,000 since March 2025, is a clear indication of strong operator commitment to a nationwide 5G rollout.

    Key Industry Players

    Vodafone Idea (Vi) made a significant move in expanding its 5G reach by introducing services in Dehradun on September 17, 2025. This is part of Vi’s implementation across 17 priority circles where it aims to utilize its 5G spectrum assets to elevate customer experience and match the competitiveness of market leaders like Reliance Jio and Bharti Airtel.

    Bharat Sanchar Nigam Limited (BSNL), on the other hand, is advancing its focus on indigenous technology with the launch of its fully Indian-developed and manufactured Swadeshi BSNL 4G network. This network, which incorporates a core developed by C-DOT, Tejas Networks’ radio access solutions, and TCS integration, is now connected with over 22 million subscribers across 92,000 sites. The Ministry of Communications has hailed this achievement as a significant milestone in India’s self-reliance efforts for telecom infrastructure.

    Continued Growth and Future Prospects

    The DoT data points to a steady monthly growth in BTS deployments, which is anticipated to continue. As the India Mobile Congress (IMC) 2025 approaches, all major telecom operators are expected to enhance their network expansion and innovation efforts. It is expected that industry giants Reliance Jio, Airtel, and Vi will reveal new 5G and AI-driven solutions during the event.

    The robust expansion of India’s 5G infrastructure solidifies its position as one of the world’s rapidly growing digital economies. This growth lays the groundwork for enhanced connectivity, enterprise innovation, and a robust digital ecosystem.

    Questions & Answers

    What is the total number of 5G BTS in India as of September 2025?
    As of September 2025, the total number of 5G BTS in India is 504,588.

    How is Vodafone Idea (Vi) expanding its 5G reach?
    Vodafone Idea (Vi) is expanding its 5G reach by introducing services in Dehradun and other priority circles, using its 5G spectrum assets to improve customer experience and competitiveness.

    What is the significance of Bharat Sanchar Nigam Limited (BSNL)’s Swadeshi BSNL 4G network?
    The Swadeshi BSNL 4G network is significant as it is fully developed and manufactured in India, marking a major milestone in the country’s self-reliance efforts for telecom infrastructure.

  • Malaysia’s DNB Achieves Global First In 5g Network Autonomy: A Major Leap In Digital Transformation

    Malaysia’s DNB Achieves Global First In 5g Network Autonomy: A Major Leap In Digital Transformation

    Digital Nasional Berhad (DNB), the prime 5G network wholesale provider in Malaysia, has accomplished a global first by achieving Level 4 autonomy for service assurance.

    Level 4 Autonomy Validation

    The validation awarded by the TM Forum through its Autonomous Network Level Assessment Validation (ANLAV) program establishes that DNB’s 5G network can function with little to no human intervention. This achievement propels Malaysia to a leading position in the world in terms of network automation and 5G technology.

    DNB’s 5G network’s autonomous functioning is driven by Ericsson’s Intent-based Operations (IBO) system. This innovative system deploys artificial intelligence to predict, identify, and resolve potential issues without manual intervention. In doing so, it ensures continual service quality and dependability through self-monitoring and instant decision-making.

    Quotes from DNB and Ericsson Executives

    Ken Tan, DNB’s Chief Technology Officer, stated that the concept of an autonomous network has been a core design principle of DNB’s 5G rollout from its inception. “Building a highly efficient network that provides world-class 5G connectivity at one of the lowest costs globally became possible due to the integration of automation and AI capabilities as the technology evolved,” Tan explained. “The Level 4 validation from TM Forum confirms that we have been on the right trajectory and substantiates our roadmap for fostering innovation and digital transformation on a large scale.”

    Bradley Mead, Head of Ericsson Network Managed Services, further emphasized the significance of this validation. “It highlights that Ericsson and DNB are setting new benchmarks in 5G automation, guaranteeing flexibility and excellence in network management and operations,” Mead said. “This achievement enhances Malaysia’s network operators’ ability to present their customers with novel and valuable differentiated connectivity services, all based on the latest developments in autonomous networks.”

    David Hägerbro, the Head of Ericsson for Malaysia, Sri Lanka, and Bangladesh, echoed these sentiments. “The Level 4 Autonomy validation from TM Forum positions DNB as a global frontrunner in AI, automation, and assurance, marking a substantial stride in Malaysia’s digitalization journey. We take immense pride in partnering with DNB to make Malaysia a leading digital nation,” Hägerbro declared.

    Questions & Answers

    What does Level 4 autonomy for service assurance mean?
    It means that DNB’s 5G network can operate with minimal human intervention, thanks to automation and AI capabilities.

    What is the role of Ericsson’s Intent-based Operations (IBO) system in DNB’s network?
    Ericsson’s IBO system uses artificial intelligence to predict, detect, and resolve potential issues automatically. This enables self-monitoring and real-time decision-making to maintain service quality and reliability.

    How does this achievement benefit Malaysia’s network operators and customers?
    Achieving Level 4 autonomy boosts the ability of Malaysia’s network operators to offer their customers new and valuable differentiated connectivity services based on the latest advancements in autonomous networks.

  • Mumbai Emerges as India’s Thriving Data Centre Hub: A New Era in Digital Infrastructure

    Mumbai Emerges as India’s Thriving Data Centre Hub: A New Era in Digital Infrastructure

    Mumbai is positioning itself as the data centre powerhouse of India, commanding an impressive 40% of the country’s overall capacity and 44% of its active IT infrastructure, according to a recent report by Knight Frank. The city experienced a notable surge in capacity during the first half of the year, increasing by 14.3% and surpassing the crucial 4 gigawatt (GW) mark. Currently, it boasts 591 megawatts (MW) of operational capacity, with an additional 185 MW under construction and a staggering 3.2 GW in the pipeline.

    This remarkable growth is largely fueled by the rapid adoption of cloud technology, stringent data localization mandates, and the burgeoning local sectors of fintech and banking, financial services, and insurance. In fact, Mumbai’s tight vacancy rate of 5.4% starkly contrasts with India’s overall colocation vacancy rate of 12.3%. Impressively, two-thirds of the city’s current construction projects are already pre-leased, indicating a robust demand in the market.

    However, amidst this frenzy of development, Mumbai faces a critical shortfall in capacity for hyperscale deployments. Currently, only three sites are operational that can support such extensive needs, with just one facility offering more than 10 MW of available capacity. This situation creates a short-term shortage for large-scale requirements, leaving enterprises in a scramble for solutions.

    Knight Frank notes that this fragmented supply landscape is opening doors for well-capitalized global players and joint ventures to step in and provide high-capacity facilities, challenging local dominance in the sector. In an industry where the demand for data infrastructure seems to accelerate daily, the race is on for companies to capitalize on Mumbai’s emerging status as a data-driven hub.

    Questions & Answers

    How much of India’s data centre capacity is located in Mumbai?
    Mumbai accounts for 40% of India’s total data centre capacity and 44% of the country’s active IT capacity.

    What factors are driving the growth of data centres in Mumbai?
    The growth is primarily driven by rapid cloud adoption, increasing data localization requirements, and the expansion of local fintech and banking sectors.

    Is there an immediate supply issue for hyperscale data centre deployments in Mumbai?
    Yes, there is a short-term supply tightness, with only three live sites currently equipped to handle hyperscale deployments and just one site offering over 10 MW of capacity.

  • Vietnam’s Telecom Sector Set for 2.6% Growth, Fueled by Broadband and Mobile Data Expansion

    Vietnam’s Telecom Sector Set for 2.6% Growth, Fueled by Broadband and Mobile Data Expansion

    Vietnam’s telecommunications sector is on the cusp of a transformation, with total revenue from telecom services projected to grow at a compound annual growth rate (CAGR) of 2.6% from 2024 to 2029. According to GlobalData, this growth will largely hinge on the mobile data and fixed broadband markets, while traditional mobile voice services are expected to dwindle.

    Declining Voice Services, Soaring Data Growth

    The decline in mobile voice revenue reflects changing consumer preferences and competitive strategies of mobile network operators. Many operators are now offering free voice minutes within their plans, while users increasingly flock to over-the-top (OTT) and internet communication services. This shift has led to a notable drop in average revenue per user (ARPU) in the voice segment. Contrastingly, mobile data services are set to enjoy a significant CAGR of 9.7% during this period, fueled by a surge in mobile internet subscriptions and the transition from 4G to 5G services, which promise higher revenue potential and more premium data plan options.

    A Landscape Ready for 5G Revolution

    “4G services dominated mobile subscriptions in Vietnam in 2024 and are projected to remain the leading technology through 2029, thanks to the ongoing expansion of the 4G/LTE networks,” noted Srikanth Vaidya, Telecom Analyst at GlobalData. However, 5G adoption is accelerating rapidly as demand for high-speed connectivity rises. Telecom companies are ramping up their rollout of 5G services, supported by government initiatives aimed at expanding 5G coverage. Vietnam’s digital infrastructure strategy aspires to ensure 5G network access for 99% of its populace by 2030—an ambitious target that could turn the nation into a digital hotspot.

    Setting the Scene for Fixed Services Growth

    In the realm of fixed communication, revenue from fixed voice services is anticipated to experience a modest 0.7% CAGR, largely driven by the increasing prevalence of voice over internet protocol (VoIP) subscriptions. In contrast, the fixed broadband sector is poised for significant growth, projected at a CAGR of 1.8% from 2024 to 2029. This expansion will be bolstered by consumers increasingly opting for fiber-to-the-home (FTTH) services, as Vietnam aims to enhance its fiber broadband infrastructure and reach 80% of households by 2025.

    Industry Leaders: Who’s on Top?

    Vaidya pointed out that Viettel leads the mobile services sector in subscriptions as of 2024 and is set to maintain its dominance. The operator has emerged as a pioneer in 5G deployment, notably launching the world’s first open RAN (O-RAN) 5G network in November 2024, utilizing locally developed hardware combined with Qualcomm Technologies’ RAN platforms. On the fixed side, VNPT continues to excel in both fixed voice and broadband segments, leveraging its robust FTTH presence and multi-play bundling strategies to enhance customer offerings. The company’s ‘GOI Home’ and ‘Home GIAI TRI’ plans are designed to deliver more value and better services to attract and retain customers.

    Questions & Answers

    What is driving the expected growth in Vietnam’s telecom revenue?
    The growth is primarily driven by mobile data and fixed broadband services, as consumers increasingly shift toward these technologies over traditional mobile voice services.

    How is the Vietnamese government supporting the expansion of 5G?
    The government aims to provide 5G network access to 99% of the population by 2030, facilitating this through better infrastructure and incentives for telecom companies.

    Which companies are leading in Vietnam’s telecom market?
    Viettel holds the lead in mobile services due to its innovative 5G deployments, while VNPT excels in fixed voice and broadband segments through strong FTTH offerings and bundled service plans.

  • APAC Sees Rapid Growth in IoT and M2M Connections Amidst 5G Expansion

    APAC Sees Rapid Growth in IoT and M2M Connections Amidst 5G Expansion

    The growth of machine-to-machine (M2M) and Internet of Things (IoT) cellular connections in the Asia Pacific (APAC) region is anticipated to soar, with an annual growth rate of 9.1% projected from 2025 to 2030, ultimately reaching a staggering 1.3 billion connections by the end of the decade.

    This surge can largely be attributed to advancements in 5G technology, the expansion of digital infrastructure, and the increasing integration of IoT applications, predominantly in the developed markets of the region, as reported by GlobalData.

    5G Push Drives Massive Connectivity

    According to GlobalData’s Asia-Pacific Total Mobile Broadband Forecast (Q2 2025), 5G mobile subscriptions are expected to expand at a phenomenal pace of 11.4% annually from 2025 to 2030. The expansion of network coverage, particularly in established mobile markets, is fueling this trend. Countries like South Korea, Japan, Singapore, and Australia are paving the way for 5G adoption, while regions like Hong Kong and China are poised to boast the highest 5G penetration rates by 2025.

    Kantipudi Pradeepthi, a Telecom Analyst at GlobalData, highlighted the monumental role of 5G networks, stating, “The ultra-low latency, high-bandwidth connectivity, and ability to connect vast numbers of devices crucial for M2M/IoT ecosystems will be pivotal for market growth over the forecast period. Developed markets, with their high 5G penetration and mature digital infrastructure, will undoubtedly lead in IoT adoption, resulting in increased M2M connections.”

    Sectoral Expansion: A Playground for Innovation

    The rising applications of IoT across diverse sectors—including manufacturing, healthcare, agriculture, transportation, and security—coupled with ambitious digital infrastructure projects ranging from smart cities to smart buildings, are set to escalate M2M/IoT adoption in the region. Telecommunications companies are also stepping up with dedicated connectivity plans to cater to these burgeoning demands.

    For instance, PLDT in the Philippines is actively providing M2M/IoT solutions targeting smart city initiatives, smart stores, smart buildings, and smart manufacturing. In New Zealand, Spark is delivering IoT-connected mobility solutions focused on sectors like healthcare, agriculture, and transportation, emphasizing device management, cost efficiency, and security. Meanwhile, in India, Bharti Airtel offers a diverse range of M2M SIM cards, including industrial-grade, consumer-grade, embedded M2M SIMs, and eSIMs tailored to meet specific deployment requirements.

    New Opportunities on the Horizon

    Pradeepthi concluded that the escalating demand for high-speed connectivity and enterprise-grade IoT solutions is set to dramatically reshape the mobile landscape across the APAC region. This evolution represents a golden opportunity for telecommunications companies to explore new revenue streams and diversify their offerings—after all, who wouldn’t want to ride the wave of innovation?

    Questions & Answers

    What is driving the growth of M2M and IoT connections in APAC?
    The growth is mainly driven by advancements in 5G technology, expanding digital infrastructure, and the increasing applications of IoT ecosystems, particularly in developed countries within the region.

    Which countries are leading in 5G adoption?
    South Korea, Japan, Singapore, and Australia are at the forefront of 5G adoption, with Hong Kong and China expected to achieve the highest penetration rates by 2025.

    How are telecommunications companies responding to this growth?
    Telecommunications companies are introducing diverse M2M and IoT solutions tailored for various sectors, providing dedicated connectivity plans to meet the demands of smart cities, healthcare, agriculture, and more, setting the stage for new revenue opportunities.

  • Taiwan’s Mobile Service Revenue Set to Hit $6.2 Billion by 2030: What It Means for Retail!

    Taiwan’s Mobile Service Revenue Set to Hit $6.2 Billion by 2030: What It Means for Retail!

    Taiwan’s mobile service sector is poised for a notable uptick, projected to grow from USD 5.9 billion in 2025 to USD 6.2 billion by 2030. This increase, marking a 1% compound annual growth rate (CAGR), is primarily driven by the robust uptake of 5G technology and a mounting demand for mobile data services, as outlined in GlobalData’s Taiwan Mobile Broadband Forecast (Q2 2025).

    The Shift from Voice to Data

    While mobile voice revenue continues its steady decline, with a staggering projected fall of 10% CAGR as users shift towards over-the-top (OTT) and internet-based communication platforms, mobile data revenue is flourishing. This segment is expected to grow at a 3.2% CAGR, buoyed by the appeal of high-ARPU 5G plans and an increase in video streaming, gaming, and social media interaction.

    Data Consumption on the Rise

    Kantipudi Pradeepthi, a Telecom Analyst at GlobalData, highlighted the change in consumer behavior:

    The average monthly mobile data usage is expected to leap from 36.4 GB in 2025 to approximately 44.0 GB by 2030, driven by the growing consumption of high-bandwidth online entertainment and social media content over smartphones.

    5G: The Future of Mobile Connectivity

    By the end of the decade, 5G is expected to dominate Taiwan’s telecommunications landscape, accounting for more than 95% of all mobile subscriptions. This rapid transition is facilitated by the widespread availability of 5G-capable smartphones and ongoing nationwide network rollouts.

    Leading Operators in a Competitive Market

    Chunghwa Telecom continues to shine as the market leader, holding approximately 38–39% of the subscriber base and around 40% of mobile revenue. Despite a slight dip in its subscriber numbers compared to the previous year, the operator reported higher service revenue in Q2 2025 and is channeling TWD 32.36 billion into 5G expansion, data centers, and submarine cable initiatives. Its commitment to value-added services, such as streaming and cloud gaming, reinforces customer loyalty — a secret sauce in retaining its competitive edge.

    FarEasTone is aiming for 50% 5G penetration and has teamed up with Ericsson to enhance connectivity and network slicing functionalities at large venues, making excellent use of 5G-Advanced capabilities. This innovative approach not only aims to bolster network efficiency and user experience but also encourages customers to opt for premium services.

    Meanwhile, Taiwan Mobile, which recently exceeded 10 million subscribers following its merger with Taiwan Star, is adopting a ‘Telco + Tech’ strategy. This includes investments in AI, cloud solutions, and cybersecurity, alongside a commitment of TWD 11 billion (in partnership with Fubon Group) towards renewable energy projects, reflecting its ambitions for sustainability and net-zero goals. Its growing investments in technology firms like SYSTEX are enhancing its capabilities in private 5G and enterprise solutions.

    The Road Ahead for Taiwan’s Telecom Sector

    With all three leading operators aggressively advancing 5G rollouts, Taiwan is solidifying its reputation as one of the most advanced 5G markets in the Asia Pacific. Competitive strategies, increasing data consumption, and early adoption of next-generation technologies are all ingredients that will keep revenue growth and market leadership on an upward trajectory through 2030. Who would have thought that the secrets to a telecommunications renaissance would lie in video games and social media?

    Questions & Answers

    How significant is the growth of mobile data revenue in Taiwan?
    Mobile data revenue is expected to grow at a 3.2% CAGR, driven by high-ARPU 5G plans and increased use of streaming, gaming, and social media.

    What role does 5G play in Taiwan’s mobile market by 2030?
    By 2030, 5G is projected to account for over 95% of mobile subscriptions, highlighting its pivotal role in the evolution of the telecommunications landscape.

    What strategies are operators employing to enhance their market positions?
    Operators like Chunghwa Telecom and FarEasTone are investing heavily in 5G infrastructure, value-added services, and partnerships to improve customer experiences and boost subscriber numbers.

  • Indosat Launches PaPeDa Initiative to Empower Women in Rural Communities

    Indosat Launches PaPeDa Initiative to Empower Women in Rural Communities

    Indosat Ooredoo Hutchison (Indosat) has unveiled a groundbreaking initiative under its women’s empowerment program, SheHacks, known as Pandu Perempuan Daerah (PaPeDa). This fresh endeavor aims to uplift women leaders within regional communities, enhancing their capacity to effect change with technology-driven solutions.

    Nurturing Women Leaders Through Structured Learning

    PaPeDa takes a multifaceted approach to mentorship, beginning with online sessions that set the stage for development. The top 15 participants then embark on a one-day in-person bootcamp, which is followed by months of online guidance while launching local pilot projects. This progressive structure equips women leaders with practical skills in planning, storytelling, and measuring impact—transforming them into capable facilitators of “mini SheHacks” within their communities.

    Collaboration with Key Partners

    The initiative is a collaboration with UN Women and Kumpul.id, who help identify and mentor promising women from regions often overlooked by development programs. Together, they focus on fostering community-centric solutions that can thrive amidst local challenges.

    Voices of Commitment

    Irsyad Sahroni, Indosat’s Director and Chief Human Resource Officer, emphasized the program’s vision. “Indosat’s commitment to empowering Indonesia extends beyond urban areas to reach regional communities. Through the PaPeDa initiative, we aim to ensure that women in regional areas have equal access to develop their potential,” he stated. Sahroni highlighted the importance of collaboration, declaring the initiative a critical step towards creating supportive environments for women leaders.

    Dwi Faiz, Head of Programme at UN Women Indonesia, echoed this sentiment, noting the private sector’s vital role in promoting gender equality. “Accelerating women’s leadership to drive impactful societal change is at the top of UN Women’s agenda. With PaPeDa, we hope to see more women emerge as catalysts for broader change,” she shared.

    From Ideas to Impact: The Selection Process

    Over two months, a rigorous selection process will identify eight outstanding participants based on their concepts, impact measurement capabilities, readiness to implement solutions, and performance during one-on-one mentor evaluations. The funnel process begins with 86 community women leaders, narrowing down through stages to the Top 30, Top 15, and finally the Top 8.

    In a dramatic final stage, these top women will present their ideas in a five-minute pitch, followed by a Q&A to field questions from evaluators. The chosen few will have the opportunity to participate in advanced programs in 2026, collaborating with the SheHacks team and partner organizations. They will also enhance their pitching skills, showcasing their mini pilot projects—after all, who doesn’t enjoy a little friendly competition?

    Certification and Community Impact

    The finalists will receive a PaPeDa Basic Certification, empowering them to independently organize mini SheHacks initiatives in their communities. “PaPeDa is only the first step for the participants. We believe that with the right preparation, women can become increasingly empowered and contribute to driving progress,” Sahroni concluded.

    Questions & Answers

    What is the primary goal of the PaPeDa initiative?
    The goal of the PaPeDa initiative is to empower women leaders in regional communities by providing them with mentorship and practical skills for implementing technology-driven solutions.

    Who are the key partners involved in the PaPeDa program?
    PaPeDa is a collaboration between Indosat, UN Women, and Kumpul.id, focusing on identifying and mentoring women with the potential to create community-centric solutions.

    How does the selection process for participants work?
    The selection process begins with 86 community women leaders, narrowing down through several stages to identify the Top 8 based on their project concepts, impact measurement ability, and performance during mentor evaluations.

  • Digital Transformation Accelerates In Asian Financial Services: The Rise Of Ai, Tokenisation, And Real-time Infrastructure

    Digital Transformation Accelerates In Asian Financial Services: The Rise Of Ai, Tokenisation, And Real-time Infrastructure

    Financial services in Asia are undergoing a seismic shift driven by the rapid adoption of digital technologies, notably artificial intelligence (AI), tokenisation, and advanced real-time infrastructure, according to insights from KPMG. Sinchan Banerjee, a Partner for Financial Services Consulting at KPMG Singapore, highlights that these technologies are more than just trendy terms—they are catalysts for significant transformation within the industry. “These aren’t just buzzwords. They are driving fundamental changes across the financial services landscape,” he asserts.

    A New Age of AI Adoption

    The trend toward AI integration is picking up speed. Banerjee observes that in Singapore, financial institutions are moving beyond experimental pilot programs to implement AI in real-world applications. “We see firms increasingly embedding AI across their value chains,” he notes, with diverse use cases ranging from enhancing customer engagement to improving risk management and compliance. It seems that for some companies, AI isn’t just a tool; it’s becoming the proverbial golden child of innovation.

    The Rise of Digital Assets

    With digital assets gaining momentum, regulatory bodies are actively cultivating this burgeoning sector. Banerjee points out the growing interest among institutional investors eager to delve into this emerging asset class. “Regulators are taking the lead on crucial initiatives, bringing together policymakers and industry stakeholders to drive efforts like asset tokenisation,” he explains.

    Navigating Real-time Market Trends

    The march towards real-time markets, exemplified by T+1 settlements and near-instantaneous payment options, is intensifying the pace of disruption. “This shift compresses timelines and places enormous pressure on existing operating models and legacy systems,” Banerjee elaborates. It’s as if the clock has been sped up in a game where the rules keep changing, demanding agility from every player involved.

    Redefining Risk and Compliance

    In this fast-evolving environment, Banerjee emphasizes the urgent need for firms to modernise their risk and compliance frameworks. “Reframing risk as a catalyst for opportunity rather than a constraint is essential,” he advocates. Modernising these aspects shouldn’t merely mean layering on more controls; it should involve redesigning them to be intelligent, adaptive, automated, and seamlessly integrated into the business model.

    Cultivating a Resilient Culture

    Equally pivotal to this transition is cultivating a culture that embraces innovation while maintaining risk awareness. Banerjee notes, “The foundation of successful digital transformation lies in fostering a culture of collaboration, accountability, and agility. The most resilient and successful organisations are those that nurture this mindset.” In a world where change is the only constant, ensuring your team is equipped to adapt can feel like arming them with a digital superhero cape.

    Questions & Answers

    What role does AI play in the transformation of financial services?
    AI is increasingly being embedded across various value chains in financial services, with applications that improve customer engagement, risk management, and compliance.

    Why is digital asset regulation important?
    With the rising interest from institutional investors, effective regulation is essential to foster confidence and enable the growth of this emerging asset class within the financial sector.

    How can firms achieve a successful digital transformation?
    By fostering a culture that balances innovation with risk awareness, organisations can position themselves as resilient and dynamic players in the evolving financial landscape.

  • Indosat Joins Forces with Partners to Launch Innovative AI Application Collaboration Center

    Indosat Joins Forces with Partners to Launch Innovative AI Application Collaboration Center

    In a significant boost to Indonesia’s aspirations in the digital realm, Indosat Ooredoo Hutchison (Indosat), the Indonesia Technology Alliance (ITA), and the Tsinghua University Wuxi Research Institute of Applied Technologies have entered a Memorandum of Understanding (MoU) to establish an AI Application Cooperation Center in Indonesia. This landmark agreement, formalized at Tsinghua University and witnessed by Parulian George Andreas Silalahi, Deputy Ambassador of the Indonesian Embassy in China, signifies a pivotal step for Indonesia as it aims to take the lead in the artificial intelligence sector.

    Forging Stronger Ties in AI Innovation

    Announced at the 2025 China-ASEAN AI Ministerial Roundtable, the initiative sets the stage for enhanced cooperation between China and Indonesia in AI technologies. It’s designed to lay the foundations for a vibrant AI ecosystem within Indonesia—one that fosters innovation, cultivates top-tier talent, and bolsters the country’s influence in the digital economy.

    The newly established Application Cooperation Center will harness Tsinghua University’s technological prowess alongside ITA’s commitment to advancing Indonesia’s digital landscape. Indosat, as the country’s leading digital telecommunications provider, will leverage Indonesia’s first sovereign AI factory to bring AI implementations to crucial sectors like education, healthcare, and agriculture—essential areas for Indonesia’s long-term growth and digital inclusivity.

    AI—Catalyst for Indonesia’s Future Growth

    This collaboration couldn’t come at a more critical juncture. As Indonesia aspires to realize its Golden Indonesia 2045 vision, the role of AI emerges as a cornerstone for increasing productivity, enhancing public services, and shepherding growth through innovation. Tailoring AI solutions to the nation’s unique economic and social conditions will be paramount in elevating Indonesia’s competitiveness and ensuring broad access to its digital transformation. The collaboration may also pave the way for a strategic partnership between the National Development and Reform Commission of China and Indonesia’s Ministry of Communications and Digital Affairs, further solidifying AI capabilities in both countries.

    Nezar Patria, Vice Minister of Communications and Digital Affairs of Indonesia, underscored the importance of this collaboration, noting, “This marks an important step toward Indonesia’s new technology era. We sincerely appreciate the contributions of all parties involved. By uniting expertise and resources, we can quicken AI’s adoption in Indonesia, fueling technological advancements in the region and beyond.”

    Indosat: Bridging the Gap with AI

    Indosat’s pivotal role cannot be overstated. With an extensive mobile user base and nationwide infrastructure, the company is poised to translate intricate AI innovations into practical applications that impact millions of lives. This initiative aims to broaden access to crucial services in digital healthcare, education, and agriculture while simultaneously nurturing a new generation of local AI talent. Think of Indosat as the bridge connecting cutting-edge global research with the needs of Indonesian communities—like a digital Robin Hood, but without the cloak and bow.

    Vikram Sinha, President Director and CEO of Indosat Ooredoo Hutchison, elaborated on this vision: “AI can help bridge the resource gaps that limit equal opportunities for Indonesians, especially in healthcare, education, and agriculture. Collaborating with Tsinghua University and ITA, we aim to introduce localized, practical AI solutions, reinforcing our broader mission to empower the nation.”

    Global Knowledge Meets Local Needs

    Zhang Bo, Honorary Dean of the Institute for Artificial Intelligence at Tsinghua University, illuminated the long-standing commitment of his institution to AI research, which dates back to 1978. “Our collaboration with Indonesia will deepen exchanges between our nations in artificial intelligence,” he stated, underlining AI’s vast potential in education, healthcare, transportation, and finance to foster equity and distribute medical resources more fairly.

    The center is expected to commence operations early next year, becoming a hub for AI development tailored to Indonesian needs while bridging global expertise with local aspirations.

    Dr. Justisiari P. Kusumah, Chairman of ITA, added this perspective: “ITA is dedicated to collaborations that accelerate Indonesia’s digital transformation. This partnership exemplifies the synergy between government vision, industry capabilities, and scholarly research to drive meaningful AI applications, ensuring development is inclusive and impactful.”

    This partnership not only redefines the technological collaboration landscape between China and Indonesia but also acts as a reaffirmation of Indonesia’s commitment to fostering an inclusive and innovation-centric digital economy that benefits both its citizens and the broader Southeast Asian region.

    Questions & Answers

    How will the AI Application Cooperation Center impact Indonesia’s economy?
    The center aims to enhance productivity, improve public services, and introduce innovative AI solutions across vital sectors such as healthcare and education, ultimately strengthening Indonesia’s position in the digital economy.

    What are the key sectors that will benefit from the collaboration?
    The partnership will focus on sectors critical to Indonesia’s development, including education, healthcare, and agriculture, promoting digital inclusivity and addressing local needs.

    When is the AI Application Cooperation Center expected to be operational?
    The center is anticipated to start operations early next year, serving as a hub for developing customized AI solutions for Indonesia.

  • Haud CEO Shares Insights On Navigating Telecom Challenges, Boosting Revenue And Trust

    Haud CEO Shares Insights On Navigating Telecom Challenges, Boosting Revenue And Trust

    Mobile operators worldwide face an escalating array of threats, from grey routes and SIM box fraud to artificially inflated traffic (AIT) and sophisticated scams. Each of these challenges erodes revenue and customer trust, provoking a call for innovation amid a rapidly evolving digital landscape. Now more than ever, the telecom industry must ensure seamless authentication while preparing for emerging technologies like network APIs and silent network authentication (SNA).

    Amid these challenges, Kristian Järnefelt, CEO of HAUD, shared insights during ACC 2025 about how telecoms can navigate today’s complex ecosystem and the role HAUD is poised to play in this transformation.

    Harnessing Strengths While Embracing Innovation

    HAUD has solidified its reputation in the A2P SMS landscape by excelling in the detection and prevention of grey routes, SIM boxes, and other unauthorized traffic mechanisms. “Our expertise enables mobile operators to monetize A2P SMS effectively,” Järnefelt stated, encapsulating HAUD’s core mission.

    The company is also expanding its offerings, focusing on cybersecurity by blocking malicious URLs and thwarting smishing attempts within SMS. Despite the rise of encrypted channels like WhatsApp and RCS, Järnefelt emphasized that SMS remains the most secure A2P channel due to operators’ ability to filter and sanitize incoming traffic. Ironically, it’s the encryption that allows fraudsters to slip under the radar, making their nefarious content undetectable and ensuring the scams reach their victims.

    As network APIs and silent network authentication gain traction, HAUD aims to help operators leverage the strengths of both SMS and SNA. While SMS continues to be the go-to method for one-time passwords (OTPs), SNA’s rise creates a dynamic synergy that presents multiple monetization opportunities for operators ready to embrace both methods.

    Building Trust in Digital Communications

    As digital identity becomes paramount, Järnefelt believes HAUD can forge a path to greater trust in digital communications. SMS OTP has served as a foundational tool for two-factor authentication (2FA), but building trust also requires a commitment to secure channels. “It’s all about clean pipes,” he stresses, advocating for rigorous content filtering to eliminate scams that compromise user confidence.

    Against a backdrop of rising scams and inflated traffic, driven by unrealistic A2P SMS exclusivity deals, Järnefelt argues operators must regain control. “Our monetization platform enables them to reclaim their pricing strategies and A2P approach,” he remarked, pinpointing how sustainable pricing aligns with trust in the A2P ecosystem.

    Network APIs like SNA not only streamline authentication but also ensure that messages reach their intended recipients accurately—an increasing necessity as the digital landscape evolves. HAUD is actively positioning itself to bridge the gap between A2P SMS and network APIs, advancing a unified framework for authentication platforms.

    Forging New Partnerships for the Future

    Looking to the horizon, HAUD’s recent collaborations in Asia, particularly in the Philippines with CTG and DITO, mark pivotal steps toward enhancing digital communication. Recent participation in BATIC in Indonesia showcased HAUD’s long-standing partnership with the Telkom Group. “We’re excited to announce more MNO partnerships soon, aiming to capitalize on opportunities that make messaging and authentication as ubiquitous as SMS,” he noted.

    Charting a Course for Secure Communications

    HAUD envisions a future where A2P SMS messaging remains efficient and secure, providing robust revenue streams for mobile network operators (MNOs) that are the backbone of digital communication. Järnefelt stated, “We are committed to creating a seamless authentication experience that integrates A2P SMS and API into a unified ecosystem.”

    However, he acknowledged the current limitations faced by MNOs in offering comprehensive coverage for solutions like SNA, requiring enterprises to collaborate with multiple operators for full-service authentication. “Imagine SMS being delivered only to networks using the same SMSC as the sender; it sounds absurd yet reflects today’s reality,” Järnefelt explained. Recognizing this gap, HAUD is dedicated to enabling MNOs to seize control over this opportunity instead of ceding it to CPaaS vendors and third-party services.

    Questions & Answers

    How does HAUD help mobile operators combat traffic fraud?
    HAUD specializes in detecting and blocking grey routes, SIM boxes, and other unauthorized traffic mechanisms, allowing operators to effectively monetize their A2P SMS services.

    What role does SMS play in the realm of digital security?
    SMS remains a trusted channel for two-factor authentication (2FA) and is critical in maintaining secure digital communications, especially in an era of increased cyber threats.

    What future partnerships is HAUD pursuing in Asia?
    HAUD is actively expanding its collaborations within the region, having recently engaged with firms like CTG and DITO in the Philippines and establishing a long-term partnership with the Telkom Group in Indonesia.

  • Jakarta’s Data Centre Market Sees Robust Growth: What’s Driving the Expansion?

    Jakarta’s Data Centre Market Sees Robust Growth: What’s Driving the Expansion?

    The Greater Jakarta data center market is witnessing significant expansion, with colocation inventory skyrocketing from 150 MW in 2021 to over 400 MW by the first half of 2025, according to a new report from JLL. This growth reflects the joint efforts of both established players and newcomers, including Equinix, which has launched its inaugural data center in Jakarta through a partnership with PT Astra International. Other notable entrants are Digital Realty Bersama and Digital Hyperspace, alongside ongoing expansions from DCI Indonesia.

    In this dynamic landscape, STT Telemedia Global Data Centres has not only topped out its second data center but has also broken ground on a third facility. This ambitious project forms part of a larger campus aimed at delivering an impressive 90 MW of power capacity.

    While eastern Greater Jakarta has long been the favored locale for hyperscalers, a notable shift in interest is occurring towards Jakarta’s CBD, where the majority of new construction projects are currently underway. Illustrating this trend further, LG Sinar Mas Joint Venture recently commenced construction on an AI-Optimized Data Centre in Jakarta, with expectations for it to be operational by 2026.

    Occupancy rates in existing colocation facilities hover around 70-80%, largely fueled by demand from cloud service providers, financial institutions, e-commerce giants, and over-the-top (OTT) platforms like gaming, streaming, and social media. While the specific demand for AI applications remains modest, the expanding landscape of cloud services and Indonesia’s ongoing digital transformation could catalyze future AI adoption across various sectors.

    Looking Ahead: Strategic Insights for Users and Providers

    As the digital economy flourishes alongside a burgeoning middle class, users can expect an accelerated uptake of cloud services. Financial institutions must brace for evolving data sovereignty regulations and compliance requirements, while e-commerce platforms will require enhanced capacities for managing increased transaction volumes and leveraging analytics.

    On the provider side, navigating infrastructure challenges will necessitate innovative solutions to ensure reliable power and connectivity. As activities in Jakarta’s CBD ramp up, strategic location selection will become paramount for providers. Additionally, as environmental regulations tighten, incorporating sustainability features into facilities will be crucial for competitive differentiation.

    Questions & Answers

    What factors are driving the expansion of colocation inventory in Greater Jakarta?
    The growth is primarily fueled by the increasing demand from cloud service providers, financial institutions, and e-commerce companies, which are all looking to expand their digital capabilities.

    How is the shift in location preference impacting the data center market?
    While eastern Greater Jakarta has traditionally been preferred, a growing interest in Jakarta’s CBD is influencing investment decisions, leading to more under-construction projects in this area.

    What future trends could shape the data center landscape in Indonesia?
    The ongoing digital transformation and increasing adoption of cloud services are likely to drive future growth, while sustainability considerations and regulatory compliance will play crucial roles in how the market evolves.

  • China Mobile International Showcases Global Infrastructure Insights at ACC 2025 Masterclass

    China Mobile International Showcases Global Infrastructure Insights at ACC 2025 Masterclass

    At the Asian Carriers Conference (ACC) 2025 held in the picturesque Cebu, Philippines, China Mobile International (CMI) unveiled the potential of its global infrastructure in an engaging masterclass. The session, aimed at equipping operators with tools to leverage CMI’s extensive network and AI+ Smart Solutions, emphasized the transformative potential these technologies offer for various industries.

    Revolutionizing Traditional Models

    The masterclass kicked off with an exploration of recurring challenges within the industry. CMI pointed out that numerous sectors still cling to outdated, manual processes, which stifle efficiency and lack real-time insights. The takeaway was clear: telecom operators can no longer afford to limit themselves to connectivity; they must diversify service offerings and embrace innovative business models that enhance the delivery of high-value digital services. Who knew technology could transform industries faster than you could say “5G”?

    Smart Solutions for a Brighter Energy Future

    In a compelling showcase for the energy sector, CMI introduced its AI+ Smart Energy Integrated Solution. Designed to boost safety, facilitate environmental monitoring, and improve operational efficiency, this solution is a game-changer for smart city energy response systems. By providing real-time operational data, it allows enterprises to make faster, more informed decisions, illuminating the path to a more sustainable future.

    Finance in the Fast Lane

    Addressing the pressing needs of the financial sector, CMI outlined its AI+ Smart Finance solutions. These tools are crafted to enhance reach, ensure operational efficiency, and bolster security while promoting compliance and innovation. The integration of risk control, anomaly detection, AI-driven marketing, asset management, and intelligent customer service builds a robust framework for financial institutions, anchored by CMI’s international cloud-network infrastructure.

    Pioneering the Future of Manufacturing and Automotive

    The session also dove into ‘AI+ Smart Manufacturing and Automotive’, where CMI demonstrated how 5G private networks can revolutionize smart campus management. The technology allows for digital twin visualization on production lines and enhances logistics with real-time monitoring. This segment highlighted the future of manufacturing as not just automated but also interconnected, suggesting that the next production line might just be run by an AI assistant sipping virtual coffee.

    Embracing Change for Competitive Advantage

    Wrapping up the session, CMI urged carriers to broaden their service portfolios and rethink business models. By leveraging CMI’s advanced global infrastructure, operators can introduce innovative, AI-driven solutions that not only enhance their offerings but also amplify the overall value of their networks. In a rapidly evolving market, the message was unmistakable: adapt or be left behind.

    Questions & Answers

    What was the focus of China Mobile International’s masterclass at ACC 2025?
    The masterclass focused on how telecom operators can utilize CMI’s global network and AI+ Smart Solutions to overcome industry challenges, expand portfolios, and create higher-value digital services.

    How does CMI’s AI+ Smart Energy Integrated Solution benefit the energy sector?
    The solution enhances safety, supports environmental monitoring, and improves operational efficiency, providing real-time data that helps enterprises make quicker, informed decisions.

    What innovations did CMI present for the finance sector?
    CMI introduced AI+ Smart Finance solutions that integrate risk control, anomaly detection, AI-driven marketing, asset management, and intelligent customer service, all backed by their global cloud-network infrastructure.