Category: Telecom

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  • Revolutionizing AI: SK Telecom Unveils A.X K1, Korea’s First Hyperscale AI Model

    Revolutionizing AI: SK Telecom Unveils A.X K1, Korea’s First Hyperscale AI Model

    SK Telecom has launched ‘A.X K1’, the first hyperscale artificial intelligence (AI) model in South Korea with an impressive 519 billion parameters. This ambitious project is aimed at helping the country emerge as a major global player in the AI arena, following in the footsteps of AI giants like the U.S. and China. The comprehensive AI ecosystem that A.X K1 creates spans a multitude of areas, from semiconductors to services.

    Boosting Global Competitiveness of Korean AI

    A.X K1 is a significant leap forward in enhancing the worldwide competitiveness of Korean AI, a field currently controlled by the U.S and China. Unlike conventional AI models that absorb knowledge, A.X K1 functions as a ‘Teacher Model’, imparting knowledge to smaller models, notably those below 70 billion parameters. It also serves as a critical digital social overhead capital (SOC) that underpins the AI ecosystem. The SKT consortium plans to extend its research, enabling A.X K1 to transmit its knowledge to smaller, specialized models, thereby fuelling innovation in Korea.

    AI models, particularly those with over 500 billion parameters, demonstrate enhanced stability in complicated mathematical reasoning and multilingual comprehension. This capability makes them suitable for complex tasks such as high-complexity coding and agent-based execution.

    Enhancing Nationwide AI Accessibility

    The SKT consortium is committed to improving AI accessibility across the nation by disseminating A.X K1 through A (A-DoT), a service that boasts over 10 million subscribers. The consortium’s objective is to establish an ‘AI for Everyone’ framework enabling the public to readily access AI via various means, including phone calls, text messages, web-based services, and mobile applications.

    Liner, part of the SKT consortium, offers expert knowledge search services to its 11 million global subscribers. With A.X K1, it is poised to provide highly accurate, reliable multi-language search services.

    Boosting Industrial Competitiveness

    A.X K1 is expected to enhance industrial competitiveness by providing AI solutions such as A. Biz for manufacturing, real-time character dialogue for Krafton’s games, and autonomous behavior for humanoid AI robots.

    The AI model will also play a pivotal role in testing the competitiveness of Korea’s semiconductor industry. AI models that can handle a non-standard workload scale of 500 billion operations or more are crucial for practically verifying memory bandwidth and inter-GPU communication speed, two key performance bottlenecks in high-performance AI semiconductors.

    The SKT Consortium

    The SK Telecom-led SKT consortium comprises eight organizations: SK Telecom, Krafton, 42dot, Rebellions, Liner, SelectStar, Seoul National University, and KAIST. These organizations have collaborated to construct a fully sovereign AI platform based on proprietary technologies across the entire value chain, including AI semiconductors, AI data centers (AIDCs), AI models, and AI services.

    Plans for the Future

    The SKT consortium intends to make A.X K1 available as open-source software to businesses in Korea’s AI ecosystem. The consortium plans to provide open-source access and APIs through major developer communities and SK Telecom platforms, aiming to foster seamless AI agent development.

    The consortium also aims to establish an integrated support framework for AI model development and will disclose portions of the training data used for model development. This will be done through public and private platforms, thereby increasing Korea’s overall AI competitiveness.

    Kim Tae-Yoon, the Head of Foundation Model Office at SK Telecom, commented on the development, stating that it marks a significant moment in Korea’s journey to become one of the top three AI nations in the world.

    Questions & Answers

    What is the A.X K1 AI model?
    A.X K1 is the first hyperscale artificial intelligence model introduced in South Korea. It has 519 billion parameters and is designed to enhance the country’s global AI competitiveness.

    What role will A.X K1 play in Korea’s AI ecosystem?
    A.X K1 will serve as a ‘Teacher Model’, transferring knowledge to smaller AI models. It will enhance AI accessibility nationwide and boost industrial competitiveness. The model will also serve as a testbed for the country’s semiconductor industry.

    What is the aim of the SKT consortium?
    The consortium aims to build a comprehensive AI ecosystem in South Korea, improve AI accessibility, and boost the country’s global AI competitiveness. It plans to make A.X K1 available as open-source software to businesses and provide support for AI model development.

  • Starlink Halts Operations in Papua New Guinea Amid Licensing Legal Battle

    Starlink Halts Operations in Papua New Guinea Amid Licensing Legal Battle

    Starlink, a satellite internet service, has ceased its operations in Papua New Guinea following a directive from the country’s telecommunications regulator. This halt in services comes amidst an ongoing dispute over licensing.

    The Regulatory Standoff

    The National Information and Communications Technology Authority (NICTA), has confirmed that they had instructed SpaceX, the parent company of Starlink, to stop all satellite services in Papua New Guinea due to a lack of a valid operating license.

    Starlink is currently not licensed to operate in Papua New Guinea. Despite this, NICTA reported witnessing continued importation, supply, installation, and use of Starlink terminals in the country over recent months.

    According to a statement by the regulator, anyone involved in these activities is violating the law and may face enforcement action, including prosecution. The regulator’s actions are limited due to an ongoing legal disagreement involving the Ombudsman Commission, which blocked the licensing of Starlink in March 2024 over worries related to regulatory oversight and governance.

    The matter has now been escalated to the National Court, with the regulator seeking judicial clarity that would allow it to proceed with licensing if approval is given.

    Starlink’s Commitment

    Despite the withdrawal of services, Starlink has expressed its continued commitment to Papua New Guinea. The company issued a service notification to its customers, encouraging them to voice their support for its approval.

    Starlink expressed its belief that high-speed, reliable internet would support homes, businesses, schools, and remote communities across the country.

    NICTA has confirmed that about 200 individuals have signed a petition advocating for Starlink to be permitted to operate in the country. However, for the time being, Starlink remains offline in Papua New Guinea as legal proceedings continue to influence the future of satellite broadband access in the country.

    Questions & Answers

    Why has Starlink ceased operations in Papua New Guinea?

    Starlink has stopped its services following a directive from the country’s telecommunications regulator, the National Information and Communications Technology Authority (NICTA), which stated that the company lacked a valid operating license.

    What has been the reaction of Starlink to this situation?

    Starlink has issued a service notification to its customers, urging them to express their support for its approval. The company has reiterated its commitment to Papua New Guinea and believes that high-speed, reliable internet will support various sectors across the country.

    What is the current state of this situation?

    Legal proceedings are ongoing, and the future of satellite broadband access in Papua New Guinea continues to be determined. In the meantime, Starlink remains offline in the country.

  • Revolutionizing Thailand’s Digital Landscape: True Corporation Achieves One Network Integration, Enhancing Nationwide Connectivity

    Revolutionizing Thailand’s Digital Landscape: True Corporation Achieves One Network Integration, Enhancing Nationwide Connectivity

    In 2025, True Corporation celebrated a significant achievement with the successful completion of the One Network project. This accomplishment brought about complete network integration between True and dtac, strengthening Thailand’s telecommunications infrastructure considerably. The project resulted in a robust digital network with broad coverage across the nation, enhanced performance, and a significantly improved mobile experience for customers of both brands.

    Blending Strategy and Technology

    True Corporation’s CEO, Mr. Sigve Brekke, emphasized the project’s success lay not merely in merging towers or upgrading equipment. The One Network project represented a full-scale modernization of the network, encompassing strategic planning, digital infrastructure enhancement, and the integration of new technologies into a single network. The resulting integrated network supports daily usage demands and provides a robust foundation for future technologies. This achievement is a testament to the dedication of the network specialists and their close collaboration with global technology partners to deliver high-quality connectivity nationwide.

    Building Capacity and Boosting Performance

    From 2023 to 2025, True Corporation focused on continually increasing network capacity to cater to growing usage demands, such as those encountered at concerts, major events, and areas with heavy user traffic. The corporation successfully merged 5G and 4G technologies, leading to an average nationwide network capacity increase of 1.37 times. The capacity of the 5G network nearly doubled, reflecting efficient spectrum utilization and network management. These enhancements resulted in faster, smoother, and more reliable connectivity, even in densely populated areas.

    Enhanced Coverage and Signal Quality

    The One Network project resulted in significant improvements in both network coverage and signal quality. This was especially noticeable for former dtac customers. Prior to the integration in 2023, dtac’s 5G coverage stood at 47%, while True’s was at 83%. By 2025, the combined 5G coverage reached 94% nationwide, with 4G coverage at 99%. The average nationwide 5G and 4G signal quality improved by 76%, with the most significant enhancements seen in provinces with high usage.

    Seamless Connectivity for Tourists

    True Corporation also undertook efforts to improve 5G and 4G network quality across major tourist destinations nationwide. This ensured seamless connectivity during the peak New Year travel period. Coverage was expanded to include natural attractions, leading tourism cities, economic hubs, and national landmarks across all regions. In Bangkok, the network covered key tourist, retail, and lifestyle districts, supporting heavy digital usage and communications by residents and visitors, as well as major countdown venues.

    Through the One Network project, True Corporation strives to provide smoother connectivity during peak holiday periods, reduce congestion in densely populated areas, and enhance speedy, reliable digital experiences that support tourism and economic activity across the country.

    The project’s success implies more than just network integration. It represents a transformation towards a smarter, more efficient network that elevates Thailand’s telecom standards and ensures seamless connectivity for True and dtac customers in all situations.

    Questions & Answers

    What is the One Network project?
    The One Network project is a significant initiative by True Corporation that aimed at complete network integration between True and dtac to enhance Thailand’s telecommunications infrastructure.

    What improvements resulted from the One Network project?
    The project significantly increased network coverage and signal quality, especially for 5G and 4G services. The combined 5G coverage reached 94% nationwide, and 4G coverage hit 99% by 2025. It also resulted in a more robust and reliable network with increased capacity.

    How does the One Network project impact tourism in Thailand?
    The project led to improved network quality across major tourist destinations, ensuring seamless digital experiences and connectivity during peak travel periods, supporting tourism and economic activity across the nation.

  • Cambodia Ushers in Digital Transformation with Nationwide 5G Launch in 2026

    Cambodia Ushers in Digital Transformation with Nationwide 5G Launch in 2026

    Cambodia is preparing to introduce 5G mobile services as of January 1, 2026, as reported by the Ministry of Post and Telecommunications. The three major mobile operators in the region, Cellcard (CamGSM), Metfone (Viettel Cambodia), and Smart (Smart Axiata), have already constructed telecommunications antenna stations and equipped these locations with the necessary 5G network infrastructure.

    5G Services Rollout

    Coinciding with New Year’s Day celebrations, customers across the three mobile operators will gain access to 5G services right from 12:01 a.m. on January 1, 2026. The initial phase of the rollout will see 5G services made available in key areas including the capital city, Phnom Penh, and various regions in Siem Reap, Kandal, Svay Rieng, Kampong Speu, Takeo, Kampong Cham, Kampong Thom, Prey Veng, Kratie, Kampong Chhnang, Pursat, Preah Sihanouk, Stung Treng, and Kampot.

    There are plans for subsequent phases to extend the coverage of 5G services throughout the other provinces of the Southeast Asian country.

    The Impact of 5G Services

    The launch of 5G services is anticipated to significantly propel digital evolution across the economic and societal landscape. Key benefits include faster internet speeds compared to the existing 4G, the simultaneous connection of multiple devices, reduced latency, and augmented efficiency in delivering digital public services.

    The new 5G services represent more than just enhanced internet speed. They symbolize an essential digital infrastructure underpinning Cambodia’s digital future. This development is expected to foster innovation and spawn new opportunities.

    As per data from the Ministry of Post and Telecommunications, Cambodia has approximately 19.6 million internet subscribers and around 20.6 million mobile phone users. These figures exceed the country’s total population of 17 million, owing to some individuals subscribing to multiple internet or phone services.

    Questions & Answers

    When will 5G services be launched in Cambodia?
    5G services are set to be launched in Cambodia on January 1, 2026.

    What are some benefits of 5G services?
    Key benefits of 5G services include faster internet speeds, the ability to connect multiple devices simultaneously, low latency, and enhanced efficiency in delivering digital public services.

    What does the introduction of 5G services signify for Cambodia?
    The introduction of 5G services indicates a significant step toward a digital future for Cambodia, expected to foster innovation and create new opportunities.

  • Revolutionizing Workplace Wellness: CelcomDigi Debuts 5G-Enhanced MediHub for Comprehensive Employee Healthcare

    Revolutionizing Workplace Wellness: CelcomDigi Debuts 5G-Enhanced MediHub for Comprehensive Employee Healthcare

    CelcomDigi Berhad, a leading telecommunications company, has launched MediHub, a state-of-the-art healthcare facility utilizing 5G technology. The aim of this facility is to provide its employees with readily available professional healthcare services within their work environment.

    The MediHub: A Comprehensive Healthcare Solution

    MediHub, located within the CelcomDigi compound, is a comprehensive health solution offering both physical and mental health services. It functions as an accessible platform for employees to engage in virtual consultations with licensed healthcare professionals, including medical practitioners, psychiatrists, and psychologists. The primary objective of MediHub is not just to treat illnesses, but also to create a safe and supportive atmosphere for employees to thrive professionally.

    Specialized Areas within MediHub

    The facility comprises two main areas: the Care Room and the Mind Room. The former is a virtual clinic that allows employees to consult with licensed medical practitioners via MediDoc, a secure telehealth platform. As such, employees can receive medical advice, diagnoses, and prescriptions without leaving their workplace. Alongside this, the MediKiosk, a smart health station, performs quick vital checks and provides instant health reports to ensure accurate, real-time data forms the basis of each consultation.

    The Mind Room, on the other hand, focuses on mental wellness. It provides a private space for employees to receive counselling and emotional support from licensed psychiatrists and psychologists. This room also houses stress management sessions and a relaxation area. Moreover, the Mind Room offers self-assessment tools like DASS-21 (Depression, Anxiety, and Stress Scale-21) to help employees understand their emotional health and proactively work towards mental resilience.

    CelcomDigi’s Commitment to Employee Wellbeing

    T. Kugan, Chief Innovation Officer of CelcomDigi, emphasized the company’s dedication to utilizing technology for improving everyday healthcare for its employees. He highlighted how the integration of 5G connectivity with AI-driven solutions from CelcomDigi’s AI Experience Centre (AiX) can deliver accessible healthcare facilities. He further noted that these innovations are contributing to the betterment of Malaysian enterprises and the nation, as well as supporting the holistic wellbeing of their organization.

    CelcomDigi is deeply committed to the wellbeing of its employees and exemplifies this by consistently promoting an inclusive, high-performing work environment. In 2024, it became the first Malaysian organization to achieve ISO 45003:2021 certification, underlining its commitment to a resilient, people-centric culture.

    AiX Innovations in Healthcare

    MediHub represents the application of CelcomDigi’s AiX innovations, combining 5G connectivity and AI to deliver scalable and convenient healthcare solutions. With the support of over 56 local and international ecosystem partners, AiX integrates more than 61 solutions across eight verticals, with 28 use cases already in place. This initiative demonstrates the practical applications of digital healthcare in providing real-time connectivity, AI-driven insights, and a seamless experience.

    Questions & Answers

    What is the purpose of the MediHub?
    The MediHub is designed to provide accessible professional healthcare services to CelcomDigi’s employees within their workplace. It focuses not only on treating illnesses but also fostering a supportive environment for professional growth.

    What services does the MediHub offer?
    The MediHub offers both physical and mental health services. It enables virtual consultations with medical practitioners, psychiatrists, and psychologists. The hub also provides stress management sessions, a relaxation area, and self-assessment tools for mental health.

    How does CelcomDigi use technology to enhance healthcare?
    CelcomDigi utilizes 5G connectivity and AI-driven solutions to provide scalable and convenient healthcare services. The company’s AI Experience Centre (AiX) integrates these technologies to deliver real-time connectivity and insights, demonstrating the practical applications of digital healthcare.

  • Taiwan Boosts Communications Security with Five New Undersea Cables: A Step Towards Network Resilience

    Taiwan Boosts Communications Security with Five New Undersea Cables: A Step Towards Network Resilience

    Taiwan is set to elevate its national communications infrastructure’s robustness by building five new undersea communications cables. This ambitious step is part of a comprehensive strategy aimed at reinforcing the resilience and reliability of the nation’s communications systems.

    Strengthening Communications Infrastructure

    The Minister of Digital Affairs, Lin Yi-jing, revealed the plans at the sixth meeting of the Presidential Office’s Whole-of-Society Defense Resilience Committee. Two of the proposed cables will be international, while the remaining three will facilitate domestic communication.

    The planned cables will incorporate an armor-like protective layer designed to minimize potential damage arising from natural disasters or external interferences. Lin emphasized the necessity of maintaining smooth connectivity, particularly during emergencies such as typhoons and earthquakes, when uninterrupted communication is of paramount importance. However, the minister has not yet revealed a construction timeline for these new undersea cables.

    Addressing Challenges

    In recent years, Taiwan has experienced several instances of damages to its undersea communications cables, with suspicion falling on interference from foreign civilian vessels. To counter this, the legislature passed amendments earlier this month, introducing stronger penalties for acts of cable sabotage. These penalties include prison sentences and the seizure of vessels and equipment involved in such acts.

    Three-Dimensional Defensive Communications Network

    The proposed undersea cables expansion aligns with the ministry’s vision of a “three-dimensional defensive communications network,” an initiative designed to strengthen connectivity via land, sea, and air.

    In addition to the undersea cables, the nation plans to incorporate low-Earth-orbit (LEO) satellite capacity through Amazon’s satellite constellation and initiate a high-orbit geosynchronous satellite built by US manufacturer Astranis. These satellite systems are set to offer backup connectivity in case of disruptions to terrestrial or subsea networks.

    On land, the ministry plans to build disaster-resilient base stations, increase its fleet of vehicles equipped with satellite communication capabilities, and procure numerous mobile diesel generators. Lin identified that during recent typhoons, power outages at base stations, rather than network failures, were the primary cause of most mobile service disruptions. Mobile generators, he added, have served as an effective solution to this issue.

    Moving Forward

    Through strategic investments in subsea cables, satellite systems, and terrestrial infrastructure, Taiwan aims to significantly bolster its communications network’s resilience against both natural and man-made disruptions.

    Questions & Answers

    What is the purpose of the proposed undersea cables?
    The proposed undersea cables aim to strengthen the resilience of Taiwan’s national communications infrastructure, particularly during emergencies such as typhoons and earthquakes.

    What will the new cables feature to enhance their durability?
    The new cables will incorporate an armor-like protective layer designed to minimize potential damage from natural disasters or external interference.

    What other measures are included in Taiwan’s strategy to strengthen its communications infrastructure?
    In addition to the undersea cables, Taiwan plans to incorporate low-Earth-orbit (LEO) satellite capacity, initiate a high-orbit geosynchronous satellite, build disaster-resilient base stations, increase its fleet of vehicles equipped with satellite communications, and procure numerous mobile diesel generators.

  • Wi-Fi 7 Revolution: Ushering in the New Era of High-Speed, High-Capacity Connectivity

    Wi-Fi 7 Revolution: Ushering in the New Era of High-Speed, High-Capacity Connectivity

    The progressive evolution of digital ecosystems and escalating user demands for seamless high-speed connectivity have pushed Wi-Fi technology to new frontiers. The next significant milestone in wireless networking is the emergence of Wi-Fi 7, grounded in the IEEE 802.11be standard. Compared to its predecessors — Wi-Fi 6 and Wi-Fi 6E, Wi-Fi 7 brings to the table appreciable enhancements in speed, reliability, capacity and responsiveness.

    Dissecting the Capabilities of Wi-Fi 7

    Wi-Fi 7, or Wi-Fi CERTIFIED 7™, represents the most sophisticated generation of Wi-Fi technology to date. It builds on the base established by its predecessors, offering capabilities designed to meet the rigours of increasingly demanding digital environments. The prime objective of Wi-Fi 7 is to amplify data throughput, latency, and network efficiency to support a broad range of applications, from immersive media to mission-critical enterprise systems.

    Wi-Fi 7 is distinguished by a range of technological advances, including wider channel bandwidth of up to 320 MHz that doubles the maximum channel width of Wi-Fi 6 and 6E, facilitating significantly higher raw data rates. Multi-link operation (MLO) enables devices to use multiple frequency bands simultaneously (2.4 GHz, 5 GHz, and 6 GHz) to improve throughput, reliability, and latency by dispersing traffic across several links. Wi-Fi 7 uses higher modulation through 4096-QAM to pack more data into each transmission, thereby increasing efficiency and overall throughput compared to earlier standards. Multi-user handling is also improved, enabled by enhanced MU-MIMO and OFDMA techniques that allow more devices to share the network simultaneously without performance degradation. Collectively, these advances can deliver theoretical peak speeds surpassing 30 Gbps, a substantial leap over Wi-Fi 6E, and much lower effective latency suited to real-time applications.

    Implications for the Consumer Market

    For consumers, Wi-Fi 7 has the potential to redefine the home wireless experience by addressing the proliferation of connected devices and the surging demand for high-bandwidth use cases. A key benefit for consumers will be improved support for 4K/8K video streaming, cloud gaming, and immersive media such as augmented reality (AR) and virtual reality (VR). With wider channels and increased throughput, Wi-Fi 7 can stream ultra-high-definition content with fewer buffering interruptions, particularly in homes with multiple users and devices.

    Smart homes are also witnessing a rapid increase in device density, from security cameras to smart appliances. Wi-Fi 7’s multi-user management and deterministic latency ensure these IoT devices can function reliably alongside high-data-rate traffic. Wi-Fi 7 also offers features that reduce power consumption in battery-powered devices by coordinating communication windows more efficiently.

    Wi-Fi 7 and the Enterprise Market

    However, despite the promise, the rollout of Wi-Fi 7 in the consumer market faces challenges. The full benefits of Wi-Fi 7 require both routers/access points and client devices to support the standard. Early products may only implement basic features, and device compatibility remains limited. Upgrading the infrastructure can also be costly, as households may have to replace legacy Wi-Fi equipment to unleash the full potential of Wi-Fi 7 speeds and capabilities.

    For enterprises, Wi-Fi 7 offers opportunities beyond simply improving network performance. It can act as the backbone for digital transformation initiatives that depend on robust, high-capacity wireless connectivity. Modern workplaces often have thousands of connected devices that place heavy demands on network infrastructure. Wi-Fi 7’s increased capacity and advanced interference mitigation ensure stable performance even under heavy load, reducing network bottlenecks common in large offices or campuses.

    Support for IoT and Industrial Systems

    Industries such as manufacturing, logistics, and healthcare increasingly rely on connected devices for automation, inventory tracking, telemedicine, and robotic systems. Wi-Fi 7’s enhanced reliability and scalability make it well-suited for these applications, where deterministic performance is mission-critical. However, enterprises face real challenges in planning for the adoption of Wi-Fi 7. Legacy infrastructure can bottleneck performance and undermine the theoretical benefits of Wi-Fi 7.

    Security and Future Proofing

    Wi-Fi 7 supports enhanced security protocols such as WPA3, providing protection against modern threats. As digital demands escalate, driven by cloud computing, collaboration tools, AI, and immersive content, enterprise networks that adopt Wi-Fi 7 can ensure their infrastructure supports next-generation use cases without compromising performance.

    While Wi-Fi 7 promises to drive digital transformation by enabling scalable, high-performance networks, it’s adoption will be gradual. Compatibility, cost, and infrastructure readiness remain barriers. However, as device ecosystems grow and digital demands intensify, Wi-Fi 7 is set to become the infrastructure backbone for the next era of connected living and working.

    Questions & Answers

    What makes Wi-Fi 7 different from its predecessors?
    Wi-Fi 7 offers substantial improvements in speed, reliability, capacity, and responsiveness compared with previous generations. It’s distinguished by advances such as wider channel bandwidth, multi-link operation, higher modulation, and improved multi-user handling.

    How does Wi-Fi 7 benefit the consumer market?
    Wi-Fi 7 enhances the home wireless experience by supporting a proliferation of connected devices and high-bandwidth uses such as 4K/8K video streaming, cloud gaming, and immersive media. It also improves the functionality of IoT devices and reduces power consumption in battery-powered devices.

    What challenges do enterprises face in adopting Wi-Fi 7?
    Enterprises face challenges in planning for the adoption of Wi-Fi 7, including compatibility and cost issues and the readiness of existing infrastructure. Legacy infrastructure can bottleneck performance and undermine the theoretical benefits of Wi-Fi 7.

  • Telkomsat Joins Forces with Space42: A Game-changing Leap Towards Universal 5G D2D Connectivity

    Telkomsat Joins Forces with Space42: A Game-changing Leap Towards Universal 5G D2D Connectivity

    Space42 and PT Telkom Satelit Indonesia (Telkomsat) have agreed upon a memorandum of understanding (MoU) that intends to investigate the potential of direct-to-device (D2D) connectivity collaboration. The partnership will utilize Equatys, a joint initiative of Space42 and Viasat, which was created to ensure seamless 5G connectivity across both satellite and terrestrial networks. This partnership aligns with the objectives of both companies to enhance D2D connectivity beyond conventional infrastructure, leading to a unified communication experience.

    Equatys: Bridging Connectivity Gaps

    Equatys was launched in September 2025 to solve connectivity issues by implementing a 3GPP Release 17+ non-terrestrial network (NTN) framework. It supports over 100MHz of harmonized global mobile satellite services (MSS) spectrum, which allows standard smartphones and IoT devices to connect directly with satellites. This extends seamless 5G access to over 180 markets globally.

    Exploring Potential Collaboration Areas

    The MoU signed by Telkomsat and Space42 is a commitment to explore potential collaboration areas related to NTN and D2D connectivity. This includes examining the possibilities of technical integration to assess the feasibility of technical, commercial, and regulatory cooperation related to D2D and satellite-enabled communication services. This will involve adjusting network infrastructure to ensure a seamless handover between terrestrial and satellite systems without the need for additional hardware and setting service benchmarks for latency, bandwidth, and reliability. Moreover, the partnership will also help to develop new 5G NTN capabilities, ensure local regulatory and security compliance, and uphold data privacy to meet both regional and international standards.

    Joint Innovation Labs and Pilot Programs

    In addition to the above, joint innovation labs and pilot programs will be established to test new technologies, enhance service capabilities, conduct field trials, and assess interoperability with existing 4G and 5G networks. Equatys will be the medium through which Telkomsat can provide improved user experiences, supporting its leading market position as a technology provider.

    Executives’ Statements

    Ali Al Hashemi, CEO of Space Services at Space42, highlighted the importance of this partnership, stating that Equatys represents the future of global connectivity as it addresses current gaps that leave billions unserved by terrestrial networks. On the other hand, Lukman Hakim Abd Rauf, CEO of Telkomsat, reiterated that satellite-based connectivity is crucial to the national network architecture, especially to ensure reliable communication in distant areas.

    The Future of Universal Connectivity

    Operating as a shared “space tower” company, Equatys uses a multi-tenant towerco model that minimizes redundant capital expenditure while offering cost-efficient capacity to multiple operators. Its architecture is designed to serve three market segments through a scalable, infrastructure-grade network, namely D2D, IoT, and MSS. By incorporating this scalable infrastructure with Telkomsat’s accessible markets, Equatys will transition from a mere concept to a commercial venture, transforming universal connectivity into a shared growth opportunity.

    Questions & Answers

    What is the purpose of the partnership between Space42 and Telkomsat?
    The partnership aims to explore potential collaboration areas related to non-terrestrial network (NTN) and direct-to-device (D2D) connectivity.

    What is Equatys and what is its role in this partnership?
    Equatys is a joint initiative between Space42 and Viasat designed to provide seamless 5G connectivity across both satellite and terrestrial networks. It will be a key tool in this partnership, allowing Telkomsat to offer enhanced user experiences.

    What is the significance of this partnership?
    The collaboration between Space42 and Telkomsat represents a new model for universal connectivity and has the potential to transform universal connectivity into a shared growth opportunity.

  • Sri Lanka Surges into Digital Future with Dialog’s Revolutionary 5G Ultra Launch

    Sri Lanka Surges into Digital Future with Dialog’s Revolutionary 5G Ultra Launch

    Dialog Axiata PLC has made a significant stride in propelling Sri Lanka’s digital revolution with the commercial launch of Dialog 5G Ultra. This significant development represents a quantum leap in the nation’s digital transformation and its progression into the 5G era. Dialog’s 5G network, bolstered by over 220 active 5G sites, caters to more than 1.5 million subscribers, making it the pioneer in offering commercial 5G services in Sri Lanka. This underscores its leadership in the provision of next-generation connectivity across the country. The commercial launch comes on the heels of Dialog’s acquisition of a 100 MHz block in the 3500 MHz band and a 200 MHz block in the 27 GHz band during the 5G spectrum auction conducted by the Telecommunications Regulatory Commission of Sri Lanka (TRCSL).

    Advancements in Connectivity

    Dialog 5G Ultra delivers superior 5G connectivity marked by ultra-fast speeds, low latency, and enhanced network performance. This sets the stage for augmented digital experiences for Sri Lankan consumers and offers advanced capabilities for businesses and industries. By employing the 3500 MHz spectrum for broad-area mobile coverage and the 27 GHz spectrum for high-capacity, gigabit-speed applications, Dialog is strategically poised to support future-proof consumer and enterprise applications.

    Supun Weerasinghe, Group Chief Executive Officer of Dialog Axiata PLC, said:

    The introduction of Dialog 5G Ultra signifies a crucial stride in fortifying Sri Lanka’s digital infrastructure for the future. Beyond faster connectivity, 5G is a vital catalyst of innovation, productivity, and inclusion across the digital economy. As Sri Lanka’s largest 5G network, we are committed to investing USD 100 million over the next two years to expand 5G connectivity across the country and ensure that individuals, businesses, and industries can fully participate in a digital Sri Lanka. We are grateful to the Telecommunications Regulatory Commission of Sri Lanka and the Government of Sri Lanka for conducting a transparent auction process to allocate 5G spectrum.

    Continuing the Journey into 5G

    Dialog’s foray into 5G builds upon a robust history of innovation. They were the pioneers in introducing 2G, 3G, and 4G in South Asia, spearheaded early 5G demonstrations, and have operated the country’s most extensive 5G trial network for several years. The commercial launch of Dialog 5G Ultra now makes these advancements widely accessible, integrating high-performance connectivity into daily life and business operations.

    In celebration of the launch, Dialog has unveiled a series of 5G-related promotions, including devices, data plans, and content, enabling customers to fully experience the potential of 5G in mobile and entertainment.

    Dialog also provides the most comprehensive 5G roaming network from Sri Lanka, offering 5G connectivity in 76 countries through collaborations with 155 global mobile operators. This allows Dialog customers with 5G-compatible devices to enjoy uninterrupted, high-speed connectivity while travelling abroad, reinforcing Dialog’s leadership in providing a world-class mobile experience for both Sri Lankans overseas and visitors to the country. As a pioneer in introducing future technologies to Sri Lanka, Dialog is committed to advancing national digital transformation and delivering world-class connectivity experiences that enhance lives, empower businesses, and underpin the country’s long-term development.

    Questions & Answers

    What is the significance of the launch of Dialog 5G Ultra?

    Dialog 5G Ultra is a milestone towards digital transformation for Sri Lanka as it provides high-speed, low-latency connectivity, thereby enhancing digital experiences for consumers and businesses.

    How is Dialog Axiata planning to expand its 5G services?

    Dialog Axiata has committed to investing USD 100 million over the next two years to extend 5G connectivity across Sri Lanka.

    How does Dialog 5G Ultra benefit customers travelling abroad?

    Dialog provides the most comprehensive 5G roaming network from Sri Lanka, enabling customers with 5G-compatible devices to enjoy seamless, high-speed connectivity in 76 countries.

  • Asia’s Telecom Titans Rise to Meet Cybersecurity Challenges: A Dive into 5G Security and Fraud Prevention

    Asia’s Telecom Titans Rise to Meet Cybersecurity Challenges: A Dive into 5G Security and Fraud Prevention

    As the telecommunications sector in Asia rapidly moves towards 5G technology, cloud-native architectures, and digital services, operators throughout the region contend with intensifying cyber threats. These threats, which range from data breaches to scams and fraud within mobile networks, impact not only businesses, but also a considerable number of consumers. Consequently, governments and mobile operators are implementing stricter regulations and enhancing enforcement strategies. In addition, they are investing in more sophisticated security systems to safeguard national networks.

    Increasing Cybersecurity Risks and Consumer Fraud in the Region

    The Asia Pacific region has experienced some of the highest levels of mobile fraud, digital scams, and identity-based attacks globally. A 2025 report commissioned by GSMA revealed that the percentage of consumers who fell victim to scams increased from 31% to 43% over the past year. Additionally, 81% of those surveyed said they are willing to switch financial providers to achieve better security. Consumers prefer solutions that prioritize verification, offer a confirmation-of-payee feature, provide safer payment tools, and allow for simple “official call-back only” habits for enhanced protection.

    Cybersecurity trust in Southeast Asia is dwindling as the number of cyber scams continue to rise. A significant number of mobile users have reported encounters with fraudulent calls, SMS, and online impersonation attempts. According to the GSMA’s Intelligence 2024 Report on Telco Security Landscape and Strategies – Asia Pacific, there is an urgent need for innovative telecom security solutions.

    Telecom Operators Enhancing Defenses and Security Practices

    Asian governments have started to enact laws and establish regulatory frameworks aimed at protecting critical infrastructure and personal data. These measures obligate telecom operators to bolster their networks’ security.

    In China, the Cybersecurity Law, the Data Security Law, and the Personal Information Protection Law (PIPL) regulate telecom operators. These laws demand strict protection of critical information infrastructure, data handling, security reviews, and compliance obligations. As a result, operators are compelled to integrate security measures from the inception of their projects.

    In South Korea, the Personal Information Protection Act (PIPA) regulates telecom operators. The legislation mandates the implementation of measures to securely handle data, maintain accountability, and safeguard user privacy. Though primarily regulating data protection rather than network infrastructure security, PIPA forms a crucial regulatory framework for safeguarding personal data as 5G networks and virtualization continue to grow across the country.

    In Japan, the Cybersecurity Basic Act and related national cybersecurity strategies guide the broad infrastructure protection framework. Telecom operators, including those exploring advanced network innovations such as virtualized RAN or 6G-ready systems, are expected to comply with government-endorsed security standards, threat-sharing mechanisms, and incident-response protocols.

    In the Philippines, national cyber defenses are progressively strengthening. The Cybercrime Prevention Act of 2012 (RA 10175) and the National Cybersecurity Plan 2023-2028 establish a legal framework and outline strategies for enhancing resilience across critical infrastructure.

    Several major telecommunications firms are investing in AI-based network analytics to bolster security and operational efficiency. For instance, Globe Telecom deploys AI and machine learning for anomaly detection across its infrastructure. Similarly, PLDT is mitigating phishing, DDoS attacks, and other cyber threats through its cybersecurity operations center and collaboration with government agencies.

    India, driven by its enormous telecom market, has introduced some of the region’s most comprehensive cybersecurity rules. CERT-In mandates prompt incident reporting, strict log retention for 180 days, and real-time collaboration with national cyber emergency response teams. The Department of Telecommunications now requires 5G network elements to be procured from trusted vendors under the Trusted Telecom Portal policy.

    Singapore has set up a robust cybersecurity framework for its telecom sector. Under the Cybersecurity Act, telecom and infocomm systems can be designated as Critical Information Infrastructure (CII), which mandates operators to implement a cybersecurity code of practice, conduct audits, and quickly report incidents.

    Building Collective Defense: Collaboration, Standards, and Shared Cyber Intelligence

    Given the scale and interconnectedness of modern telecom networks, many operators acknowledge the limitations of tackling cyber threats individually. As a result, collaborative initiatives, public-private partnerships, and industry-wide frameworks are emerging as fundamental strategies for defense.

    The theme of the 19th edition of the Telecom Review Leaders’ Summit was ‘Tech Intelligence Beyond Mobility.’ The event held in Dubai, UAE, facilitated discussions among leading experts on the evolving challenges of protecting information in an increasingly connected world. The summit served as a collaborative platform for telecom-based cybersecurity collaboration, standardization, and knowledge sharing.

    The Need for Collective Defense, Transparency, and Regulatory Backing in Asia

    The security challenge faced by Asia’s telecom sector is not limited to individual operators or markets. Scams, fraud, cross-border intrusion threats, and the growing complexity of virtualized networks have necessitated a regional and systemic response.

    The continual rise in consumer fraud, data protection failures, and regulatory scrutiny necessitates treating cybersecurity in the same vein as infrastructure policy, consumer protection, and national security. To cope with these risks, operators need to prioritize transparency, share threat intelligence, and adopt common security standards. Regulators should support these efforts with clear rules, consistent enforcement, and incentives that reward genuine compliance.

    By embracing an approach that combines strong governance, robust technical controls, and cross-border collaboration, Asia’s telecom sector can build networks that not only offer connectivity but also provide meaningful protection for users in an increasingly hostile digital environment.

    Questions & Answers

    What is the current state of cybersecurity in Asia’s telecom industry?
    The telecom industry in Asia is grappling with increasing cybersecurity risks, including data breaches, scams, and fraud within mobile networks. Governments and mobile operators are responding by implementing stricter regulations, enhancing enforcement strategies, and investing in advanced security systems.

    What measures are being taken to improve cybersecurity in Asia’s telecom industry?
    Governments across Asia are enacting laws and regulatory frameworks to protect critical infrastructure and personal data. Telecom operators are obligated to bolster their network security and are investing in AI-based network analytics to enhance security and operational efficiency.

    What strategies are recommended for managing cybersecurity risks in the telecom industry?
    Telecom operators need to prioritize transparency, share threat intelligence, and adopt common security standards. Regulators should support these efforts with clear rules, consistent enforcement, and incentives that reward genuine compliance. Collaborative initiatives, public-private partnerships, and industry-wide frameworks are also recommended.

  • Taiwan’s Fixed Communication Market Set for Steady Growth Amid Rising Fiber Broadband Demand

    Taiwan’s Fixed Communication Market Set for Steady Growth Amid Rising Fiber Broadband Demand

    The revenue for Taiwan’s fixed communication services market is predicted to increase from USD 3.3 billion in 2025 to USD 3.4 billion in 2030, showing a slow compound annual growth rate (CAGR) of 0.4%. This sluggish expansion is primarily due to a continuous decrease in fixed voice access lines and average revenue per user (ARPU) levels.

    Shifting Communication Preferences

    Taiwan’s Fixed Communication Forecast for the third quarter of 2025, provided by GlobalData, predicts that total voice subscriptions in the country will decrease at a CAGR of 0.8% from 2025 to 2030. This decrease is attributed to users increasingly opting for mobile and application-based communication services over traditional voice lines.

    Declining ARPU in Fixed Voice Services

    The overall ARPU for fixed voice services is also expected to decline during this period. The ARPU for residential fixed voice is forecasted to drop from USD 2.68 in 2025 to USD 2.38 in 2030. While the number of fixed broadband accounts is expected to grow at a CAGR of 2.6% during the forecast period, the ARPU for fixed broadband is expected to decrease. The ARPU for residential fixed broadband is forecasted to decline from USD 25.67 in 2025 to USD 24.69 in 2030, and for the business segment, it is expected to drop from USD 33.64 to USD 30.38.

    Continued Dominance of Fiber Broadband

    According to Pradeepthi Kantipudi, a Telecom Analyst at GlobalData, fiber is set to remain the dominant broadband technology when it comes to subscription share throughout the forecast period. By the end of 2030, fiber-based subscriptions are expected to constitute 63% of total fixed broadband accounts in Taiwan. This projected growth is driven by the increasing demand for high-speed broadband connectivity. Additionally, initiatives by the government and telecom operators to expand and upgrade the country’s fiber broadband infrastructure are also contributing factors.

    Chunghwa Telecom is projected to lead the fixed broadband services market in terms of subscription share in 2025 and maintain this lead through 2030. This prediction is based on the company’s strong position in the fiber-to-the-home (FTTH) segment and its continued efforts to upgrade the gigabit broadband network nationwide.

    Questions & Answers

    What is the projected growth rate for Taiwan’s fixed communication services market?
    The revenue for Taiwan’s fixed communication services market is predicted to increase at a CAGR of just 0.4% from 2025 to 2030.

    What factors are contributing to the slow growth of Taiwan’s fixed communication services market?
    The slow growth is primarily due to a continuous decrease in fixed voice access lines and average revenue per user (ARPU) levels, with users increasingly opting for mobile and application-based communication services.

    Who is expected to lead the fixed broadband services market in Taiwan by 2030?
    Chunghwa Telecom is projected to lead the fixed broadband services market in Taiwan through 2030, thanks to its strong position in the fiber-to-the-home (FTTH) segment and its focus on upgrading the gigabit broadband network nationwide.

  • Revolutionizing Data Centers: The Rise of Autonomous Robots in Asia Pacific Operations

    Revolutionizing Data Centers: The Rise of Autonomous Robots in Asia Pacific Operations

    Data centers in the Asia Pacific region are undergoing a significant transformation as they move away from conventional staffing models, typically made up of engineers conducting nightly rounds, to environments that are increasingly autonomous where robots take on crucial operational duties.

    Immediate Advantages of Robotic Systems

    Robotic systems offer immediate benefits to data centers, including the swift identification of thermal hotspots and leaks, a reduced dependence on routine staff, improved visitor management, and accurate remote operation capabilities at edge sites.

    Catalysts for Robotic Adoption in Data Centers

    Three primary trends are fueling the ongoing increase in data center robotics integration. Firstly, advanced hardware such as LiDAR, thermal cameras, and compact robotic arms allow the machines to safely navigate the aisles and gather detailed data. Secondly, advancements in computer vision and edge AI convert video feeds into actionable alerts for problems such as overheating, flooding, or loose cables, helping to reduce false alarms. Lastly, potent local networks, like private 5G and reliable LANs, empower robots to swiftly transmit large data volumes to analytics platforms and remote operators.

    Fujitsu’s private 5G robot trial in Yokohama and NTT Data’s Ugo inspection robots in Tokyo are examples of how advanced networks and robotics can work in tandem to achieve real-time remote inspections. Similarly, SK Telecom demonstrated autonomous robot technology using its Telco Edge AI infrastructure, focusing on crucial technologies for data centers and delivery robots requiring high-precision positioning.

    The Ecosystem and Solution Landscape of Robotics Vendors

    Data Bridge Market Research’s recent studies for 2024 indicate that modular robotics is being increasingly adopted across significant Asian markets, particularly in China, Japan, India, and Southeast Asia. The global modular robotics market is projected to grow at a CAGR of 14.1% from 2025 to 2032.

    Rapid industrialization and the growing need for automation are compelling manufacturers to seek flexible, scalable solutions. In 2024, Asia was responsible for 74% of new factory robot deployments, in contrast to 16% in Europe and 9% in the Americas. This trend is being fueled by increased investment in sectors such as automotive, electronics, pharmaceuticals, and precision engineering as businesses strive to enhance output and reduce labor risks.

    Meanwhile, robotics-as-a-service (RaaS) models are assisting in overcoming steep initial costs. RaaS allows companies to rent modular robotic systems and modify usage as needed, thereby lowering the entry barrier and enabling smaller facilities and regional operators to benefit from automation. This shift is anticipated to expedite the adoption of modular robots across the Asia Pacific in the coming years.

    Limited Use of Robots in Data Centers

    Despite the apparent benefits, robots are not a blanket solution for data center efficiency. Practical hurdles continue to impede widespread deployment. These obstacles include integration challenges with legacy DCIM and building management systems, privacy and security concerns related to cameras and facial recognition, and economic factors for small colocation facilities where capital and integration costs may prolong payback periods unless robotics are offered through RaaS models.

    Questions & Answers

    Why are robots being increasingly integrated into data centers?
    Robots bring immediate benefits to data centers, including accelerated detection of thermal hotspots and leaks, lessened reliance on routine staff, enhanced visitor management, and precise remote operation capabilities.

    What are the primary trends driving the rise in data center robotics integration?
    Three key trends are fuelling this rise: better hardware, improvements in computer vision and edge AI, and strong local networks.

    What are the challenges to broader deployment of robots in data centers?
    Challenges include integration issues with legacy systems, privacy and security concerns around cameras and facial recognition, and economic factors, particularly for smaller facilities.

  • HPE Partners with Chunghwa Telecom: Boosting Cyber Resilience with Innovative Disaster Recovery Center in Taiwan

    HPE Partners with Chunghwa Telecom: Boosting Cyber Resilience with Innovative Disaster Recovery Center in Taiwan

    Hewlett Packard Enterprise (HPE) and Chunghwa Telecom’s Enterprise Business Group have recently revealed their plans to establish an international disaster recovery (DR) center in Taiwan. The alliance aims to reinforce cyber resilience and data protection for local companies.

    A Cyber Resilience Vault for Taiwan

    The upcoming DR center will leverage HPE’s Cyber Resilience Vault, incorporating sophisticated ransomware protection and a blend of cyber and disaster recovery technologies. The proposed solution aims to support Taiwanese businesses in setting up a global off-site backup system with second-level Recovery Point Objectives (RPO) and minute-level Recovery Time Objectives (RTO). Furthermore, it promises Continuous Data Protection (CDP) for faster recovery and enhanced defense against ransomware attacks.

    This move comes amidst growing apprehensions about ransomware and data disruption. Recent studies show that organizations globally face an average of 4.2 data disruption incidents annually, including at least one ransomware attack. Surprisingly, despite having backups, 48% of organizations opt to pay ransoms to expedite recovery or limit data loss. Yet, only 20% manage to fully recover their data.

    Addressing Ransomware Attacks and Data Loss

    Jon Wang, HPE’s Managing Director of Taiwan and Hong Kong, commented on the initiative. He highlighted that the HPE Cyber Resilience Vault, integrated with Chunghwa Telecom’s Internet Data Center services, would enable businesses to recover swiftly, decrease downtime, and restore lost data within seconds, thus ensuring full protection and backup of confidential information.

    Pen-Yuang Chang, General Manager of Chunghwa Telecom Enterprise Business Group, emphasized the importance of preventing significant business damage from ransomware attacks. He stated that their collaboration with HPE will allow local businesses to implement extensive disaster recovery mechanisms, thereby boosting their cyber resilience and international competitiveness.

    Through this partnership, Chunghwa Telecom plans to offer this new disaster recovery capability via its Internet Data Center (IDC) Value-Added Services – Equipment Subscription Service. Customers will have the opportunity to deploy protected virtual machines with enterprise-grade reliability, back up mission-critical workloads to Chunghwa Telecom’s robust IDC facilities, and conduct regular disaster recovery drills to validate readiness. The operator also intends to introduce a Disaster Recovery as a Service (DRaaS) model, priced according to the number of protected virtual machines, offering customers greater flexibility and scalability.

    A Proven Disaster Recovery Solution

    A prominent Taiwanese petrochemical manufacturer has already adopted this collaborative solution to secure sensitive operational data. By duplicating critical plant information to Chunghwa Telecom’s data center and utilizing HPE’s continuous data protection, the company has reduced cybersecurity risk, decreased maintenance overhead, and improved confidence in meeting recovery objectives.

    On a technical note, HPE Cyber Resilience Vault integrates various HPE technologies including HPE Alletra Storage MP B10000, HPE ProLiant Compute servers, HPE Zerto disaster recovery software, and HPE Networking wired and wireless solutions. The platform creates an air-gapped, isolated data vault with immutable, FIPS-compliant storage. Its journal-based CDP tracks recovery checkpoints every five to ten seconds, enabling near-synchronous replication, second-level RPO, and minute-level RTO.

    The solution, deployed within Chunghwa Telecom’s IDC satellite data centers, is expected to significantly decrease recovery times and reduce data loss from hours to seconds. It will also speed up service restoration from days to minutes, whilst providing Taiwanese enterprises with a more robust foundation for cyber resilience amid an escalating threat landscape.

    Questions & Answers

    What is the primary goal of the HPE and Chunghwa Telecom partnership?

    The collaboration aims to establish an international disaster recovery center in Taiwan to strengthen cyber resilience and data protection for local enterprises.

    How does the HPE Cyber Resilience Vault benefit businesses?

    The HPE Cyber Resilience Vault enables businesses to swiftly recover from data loss, minimize downtime, and restore lost data within seconds, ensuring comprehensive protection and backup of confidential information.

    What specific services will Chunghwa Telecom offer through this collaboration?

    Chunghwa Telecom will offer the new disaster recovery capability via its Internet Data Center (IDC) Value-Added Services – Equipment Subscription Service. This will allow customers to deploy virtual machines with enterprise-grade reliability, back up mission-critical workloads, and conduct regular disaster recovery drills. They also plan to introduce a Disaster Recovery as a Service (DRaaS) model.

  • Google Teams Up with Australia to Boost Papua New Guinea’s Digital Infrastructure with $120M Subsea Cables Project

    Google Teams Up with Australia to Boost Papua New Guinea’s Digital Infrastructure with $120M Subsea Cables Project

    Google is set to construct three subsea cables in Papua New Guinea, in a project funded by Australia as part of a mutual defense treaty. The initiative aims to boost the digital infrastructure of Papua New Guinea, which is the largest Pacific Island nation, and holds strategic significance for Australian and US military strategists due to its location north of Australia. This becomes particularly important in the context of China’s increasing influence in the region.

    Enhancing Connectivity

    The project, valued at USD 120 million, is set to link the northern and southern parts of Papua New Guinea, as well as the Bougainville autonomous region, with high-capacity cables. The plans were unveiled by Peter Tsiamalili, the country’s Acting Minister for Information and Communications Technology.

    According to Tsiamalili, the entire investment is being funded through Australia’s commitments under the Pukpuk Treaty, a mutual defense pact signed just last October. Australia and Papua New Guinea are demonstrating their joint commitment to enhancing digital security, regional stability, and national development through this project.

    Google is assigned to build the subsea cables, and discussions about the project have taken place between Tsiamalili, Australian diplomats, and US diplomats at Google’s Australian office.

    Boosting Economic and Educational Opportunities

    Australia’s foreign affairs department has indicated that the new cables will help to reduce internet costs for consumers, while also supporting economic growth and improving educational opportunities. Tsiamalili, who also serves as the Police Minister, highlighted the fact that these cables will place Papua New Guinea in an appealing position for investment from hyperscalers and global digital enterprises.

    The Pukpuk Treaty permits Australian defense personnel to access Papua New Guinea’s communication systems, including satellite stations and cables. Meanwhile, the United States is also strengthening its military ties with Papua New Guinea, having signed a defense cooperation pact in 2023.

    Australia and the United States have been funding various subsea cables across the Pacific Islands in recent years, in order to counteract China’s efforts to construct crucial communication links, which they perceive as a security risk.

    Australia’s Commitment

    Australia has pledged over AUD 450 million (USD 300 million) to support undersea cable connectivity throughout the Pacific and Timor-Leste. This includes the Coral Sea Cable, which connects Papua New Guinea, Solomon Islands and Australia.

    In a separate development, Google announced plans last November to build a data hub on Australia’s Indian Ocean outpost of Christmas Island, which is another strategic defense location. New cables are set to link the island with Australian cities that host key defense bases also used by the U.S. military. Two more cable systems are planned to extend westwards to Africa and Asia, thus reinforcing the resilience of Indian Ocean internet infrastructure.

    Questions & Answers

    What is the purpose of the new subsea cables in Papua New Guinea?
    These cables aim to enhance the country’s digital infrastructure, support economic growth, and improve educational opportunities.

    Who is funding the construction of the new subsea cables?
    The project is being funded by Australia as part of their commitments under the Pukpuk Treaty, a mutual defense pact.

    Why is Papua New Guinea’s digital infrastructure important to the US and Australia?
    Papua New Guinea is strategically significant due to its location north of Australia. Enhancing its digital infrastructure can also help to counteract China’s increasing influence in the region.

  • China Mobile Hong Kong Set to Phase Out 2G Services in 2026 to Drive Advanced Network Growth

    China Mobile Hong Kong Set to Phase Out 2G Services in 2026 to Drive Advanced Network Growth

    China Mobile Hong Kong Company Limited (CMHK) has publicized its plans to phase out its 2G services by midnight on June 23, 2026. The aim behind this decision is to sharpen its focus on the development of more sophisticated network technologies.

    Decline in 2G Service Demand

    Following a comprehensive analysis of its services, CMHK has chosen to discontinue its 2G services in response to a slump in demand. By November 2025, less than 2.27% of CMHK’s overall mobile customer base was using 2G. This percentage includes those with service plans, prepaid card products, and mobile virtual network operator (MVNO) products.

    Transitioning to Advanced Mobile Services

    In order to facilitate an effortless transition to next-generation mobile services, CMHK has been proactive in reaching out to impacted customers. Since the fourth quarter of 2023, the company has been advising these customers to upgrade their SIM cards and, where necessary, their mobile phones or devices.

    Commitment to High-Quality Communication Services

    CMHK remains committed to delivering superior quality communication services to both domestic residents and business customers in Hong Kong. The company’s focus is on developing future-ready network technologies.

    Questions & Answers

    Why is CMHK discontinuing its 2G services?
    CMHK is discontinuing its 2G services due to a significant decrease in demand. The company aims to concentrate more on developing advanced network technologies.

    Who will be affected by this discontinuation?
    Less than 2.27% of CMHK’s total mobile customer base, which comprises service plan holders, prepaid card users, and mobile virtual network operator product users, will be impacted.

    What is CMHK doing to ensure a smooth transition for customers?
    CMHK has been in contact with affected customers since the fourth quarter of 2023, advising them to upgrade their SIM cards and, if required, their mobile phones or devices.