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Category: Telecom

Retail News Asia is committed to providing both local and global retailers with the latest Telecom & Telco news throughout the Asian market. This on a daily base.

  • Keppel granted license to provide telecommunications services in Singapore

    Keppel granted license to provide telecommunications services in Singapore

    Keppel Telecommunications & Transportation’s (Keppel T&T) wholly-owned subsidiary, Keppel Midgard Holdings Pte. Ltd. (KMH), has been granted a Facilities-Based Operator (FBO) license by the Infocomm Media Development Authority of Singapore (IMDA). The FBO license will allow KMH to own, maintain and operate telecoms infrastructure in Singapore and to provide telecommunications services in connection with the Bifrost Cable System, which Keppel T&T is undertaking with its partners, Facebook and Telin.

    FBOs are operators intending to deploy any form of telecommunication network, systems and facilities to offer telecommunication switching and/or telecommunication services to other licensed telecommunication operators, businesses, and/or consumers.

    Mr Thomas Pang, CEO of Keppel T&T, said, “Securing the FBO license is an important milestone for Keppel as it marks the start of our subsea cable business in Singapore. The Bifrost project is in line with Keppel’s Vision 2030 roadmap, which includes growing our connectivity platform, and will strategically strengthen and broaden the Group’s play across the spectrum of data communications, from network infrastructure, data centers to wireless 5G connectivity. It can give rise to potential opportunities for cross-selling or creating new profit pools across Keppel’s different connectivity businesses, for example by leveraging Keppel Data Centres’ network of data centers as potential points of presence. We may also collaborate with funds managed by Keppel Capital to help provide funding for the project. Drawing from our experience in Bifrost, we will also explore other opportunities in subsea cables.”

    The Bifrost Cable System, which will be the largest capacity high-speed transmission cable across the Pacific Ocean when completed, will bolster Singapore’s role as a digital hub for the region.

    Expected to be completed in 2024 and spanning over 15,000 km, the Bifrost Cable System is the world’s first subsea cable system that directly connects Singapore to the west coast of North America via Indonesia through the Java Sea and Celebes Sea. It will connect Singapore, Indonesia, the Philippines, Guam and the west coast of North America.

    The Bifrost cable system will boost the connectivity of the region’s governments and businesses, including cloud operators, telecommunications operators, network providers, over-the-top (OTT) providers, data centres, governments, enterprises, and consumers by offering them competitive pricing and capacity resilience.

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  • Harnessing artificial intelligence to transform telcos

    Harnessing artificial intelligence to transform telcos

    The telecommunications industry is the backbone of technological growth and digital transformation. While revenues in the telecom sector declined in the first half of 2020, owing to economic impact as a result of the pandemic, GSMA reported that recovery took place in the second half of the year with increased consumers and households acquiring integrated bundle services and high-speed connectivity becoming sought after across all rungs of society.

    If anything, telcos have learned in the past year that they need to support communities and enterprises to become more digital, using flexible and scalable approaches to cope with volatilities. As countries set sights on becoming digital economies, the telecommunications industry needs to jumpstart transformation from within, using artificial intelligence (AI) and tools like machine learning, deep learning and natural language processing (NLP) to capitalize on its connectivity capabilities and the vast amount of collected data to drive new business opportunities and seek growth.

    Projected to reach US$13.45 billion by 2026, the global AI market value in the telecommunications industry is expected to grow at a CAGR of 49.8 percent from 2021. Within the sector, AI can be harnessed to bring about multi-pronged benefits to telcos.

    Any transformation must first begin from within. To ensure robust networks to support growing demand in IoT and connectivity, telcos can only stand to benefit from developing their network infrastructure. One such way is building self-optimizing networks (SONs) to automatically improve network quality.

    GSMA Intelligence estimates 8.6 billion mobile connections by 2025, up from 7.9 billion in 2020. Of which, two-thirds of the 600 million new connections will arise from APAC and Sub-Saharan Africa. When pressured to provide higher quality and faster networks, telcos can turn to AI applications and algorithms to manage their networks. Using AI-powered solutions, telcos can predict network congestions and address issues using historical data to prevent outages. For telcos, this means leveraging data to perform predictive analytics and anticipate failures based on past patterns. Using AI-powered cameras, IoT sensors and machine learning, real-time monitoring and maintenance of mobile towers can also be carried out effectively and efficiently.

    Telcos are constantly challenged to improve customer services. In competitive telco landscapes where services are priced not too differently, a rewarding customer journey is what stands out. While humans have limited ability to make sense of the vast amount of data, AI and machine learning can make use of the same set of data to identify consumer behaviors and patterns to better predict and influence outcomes from every point of contact with a consumer. For instance, these tools can also be used to identify and divert customer service calls that can be easily resolved to eventually reduce service calls and operator costs.

    Using intelligent virtual assistants or chatbots on AI-powered customer platforms can automate and conduct one-on-one conversations to provide maximum support at reduced business costs.

    With prevalent low loyalty rates and high churn rates in the industry, telcos can leverage AI and automation to conduct churn analysis and predictions to map out strategies to achieve customer loyalty. Using algorithms, telcos can work on customers’ profiles to provide meaningful insights into consumers’ behaviors. This allows telcos to personalize customer journeys and deliver seamless customer experiences, providing custom products and services that lead to maximum uptake, and eventually revenue.

    Conversational service automation (CSA) platforms tap on conversational AI, robotic process automation (RPA) and NLP to understand sentiments and manipulate human language to better handle communications and encourage upselling.

    According to the 2019 Cyber Telecom Crime Report by Europol and Trend Micro, global telecoms fraud costs the industry US$33 billion each year. Of which, International Revenue Share Fraud (IRSF) is the most common fraud scheme encountered. With accelerated digital adoption worldwide and the growing sophistication of cyber-attacks, this figure is expected to be on the rise. One way to counter such errant activities is using fraud management systems that perform real-time fraud detection via machine learning algorithms to mine historical fraudulent activities and detect anomalies and threats in the telecom network.

    Essentially, data is king. In today’s data-driven landscape, telcos can seek growth opportunities by tapping on the power of data to drive insights across industries and their digitalization trajectories. To stay abreast, telcos must develop future-proof solutions to spearhead transformation and generate growth, using analytics to make sense of future paths. For the telecommunications industry, accelerated AI adoption has become a necessity.

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  • Thailand forced to cancel 1800-MHz auction

    Thailand forced to cancel 1800-MHz auction

    Thai regulator NBTC has been forced to cancel a planned 1800-MHz spectrum auction after none of the market’s three operators registered to participate.

    Although True Move, Dtac and AIS all picked up the auction documents, none had filed them by the Saturday deadline.

    True Move had already expressed plans to sit out of the auction, but Dtac and AIS only revealed their intentions on Friday.

    In a statement, AIS said the company “considered the auction terms are not appropriate nor in the best interest of the company at this stage.”

    Operators have complained about the high reserve prices – NBTC had set a reserve of 37.45 billion baht ($1.15 billion) per 1800-MHz license.

    The decision by all three operators to sit out of the auction has led to suspicions of collusion, and the NBTC had been planning to ask the government to revoke the remedy measures designed to mitigate the impact of Dtac’s imminent concession expiry in response.

    But the regulator now plans to reschedule the auction before the concession expires to allow Dtac to prevent having its 2G network cut off.

    The regulator is expected to reduce the high reserve price to make the auction a more attractive prospect.

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  • Chinese telco promises 5G connectivity in 2022

    Chinese telco promises 5G connectivity in 2022

    In addition, having a smart platform will allow tv audiences across the world to have access to a panorama live broadcast and immersive Virtual Reality (VR) experiences. As for athletes, they will get help from Artificial Intelligence for record-checking or physical checkups during their daily training.

    2022 Winter Olympics Games is a great opportunity for China Unicom to prove itself it can accelerate the deployment of 5G applications.

    In order to avoid disturbance between 5G stations and other satellite ground stations, China’s Ministry of Industry and Information Technology released new papers regarding this issue just ten days after granting permission to China’s three mobile phone carriers for using 5G frequency to conduct technical tests. Moreover, numerous supporting policies have also been adopted to speed up 5G deployment.

    China Mobile, with more than 100 5G base stations, conducted 5G business and application pilot programs in 12 cities this year and performed 5G tests in seven regions this year, of which Beijing, Shanghai and Xiongan New Area to name a few. It has built a platform in Chengdu, the capital city of Sichuan Province, for residents to experience Augmented Reality (AR) and VR business via 5G.

    The pre-commercialization phase of 5G networks in China will start in 2019 and will be officially ready in 2020. However, some analysts have predicted that large-scale deployment of 5G networks may take longer.

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  • Demand for data to power telco revenues over next 5 years

    Demand for data to power telco revenues over next 5 years

    IDC estimated that worldwide spending on telecommunications services and pay TV services rose 1.4% year over year (in constant dollar terms) to reach $1.66 trillion in 2017. This will accelerate to 1.6% in 2018, bringing worldwide spending to $1,689 billion.

    The market is forecast to continue its positive growth until the end of the five-year forecast period (2018-2022), growing at a compound annual growth rate (CAGR) of 1.1%.

    This stable positive trend will entirely be a consequence of increasing demand for data services.

    “The global telecoms market will maintain steady growth of 2% over the forecast period of 2018-2022. Communications service providers are in transition, facing a flat voice market, but steady growth in fixed and mobile data services,” IDC group vice president for worldwide telecommunications research Courtney Munroe said.

    “Fixed data services will grow by 4% due to strong demand for broadband, Ethernet, and high-speed fiber connectivity. While mobile voice revenues are declining, this sector will be sustained by strong growth in data and other services.”

    While the Americas will maintain dominant share during the forecast period, Asia-Pacific will see its share increase from 32% to 34%.

    “The Asia-Pacific market is growing faster than other regions due to the thirst for data services – spending on fixed data services is set to grow by 6% over the forecast period, which is significantly higher than other regions and this, coupled with mobile data growth, is driving the overall market growth,” said Eric Owen, group vice president, EMEA telecommunications & networking at IDC.

    The single-digit growth rates clearly show that the worldwide market for telecoms services has matured. This situation requires changes on the supply side.

    Denise Lund, IDC’s research director of mobile enterprise research, believes that “growth in telecom revenues requires innovative strategies and tactics and a steadfast approach to the market. Establishing and growing a base of connections has never been more challenging, yet it is critical to communications service providers that want to claim a stake in the future revenue growth opportunities.”

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  • Globe launches Future Makers 2019 accelerator

    Globe launches Future Makers 2019 accelerator

    The Philippines’ Globe Telecom has launched the latest round of its accelerator program for startups working to tackle some of the market’s most challenging social problems.

    The Globe Future Makers 2019 program will be open to all Philippine-based individuals, groups, or organizations with solutions that use technology to achieve wide-scale positive impact.

    The technology can include devices, platforms, hardware, or software. The solution developed must be a functional product or service that has been working for at least two years, and be able to address one or more of the United Nations’ Sustainable Development Goals.

    Successful applicants will receive technology support from Globe Telecom as well as access to mentorship, collaboration and related support from industry partners.

    The Globe Future Makers program was first introduced in 2017 with the goal of helping encourage businesses to use technology for social good. This year’s event is being jointly implemented by Philippines’ based crowdfunding website and community for social projects The Spark Project.

    “Globe Future Makers offers a unique opportunity for our small enterprises using digital technology to scale up and test if their businesses are replicable in global markets. We encourage social innovators and startups to participate in GFM 2019.”

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  • Nokia Unveils Autonomous Networks Fabric: A Game-Changer in AI-Driven Automation for Retail Innovation

    Nokia Unveils Autonomous Networks Fabric: A Game-Changer in AI-Driven Automation for Retail Innovation

    Nokia has unveiled its Autonomous Networks Fabric, a groundbreaking suite of artificial intelligence (AI) models specifically designed for the telecommunications industry. This innovation aims to streamline network automation while empowering operators to effortlessly introduce new services.

    The Fabric of Unified Intelligence

    The Autonomous Network Fabric acts as a cohesive intelligence layer, seamlessly integrating observability, analytics, security, and automation across all network domains. This enables networks to function as a single, adaptive entity, irrespective of the vendor, architecture, or deployment model involved.

    Breaking Free from Legacy Systems

    In recent years, telecom operators have been aspiring to transition to fully autonomous networks. Yet, the burden of outdated systems, siloed processes, and scattered data has been a significant hurdle. Nokia’s Autonomous Network Fabric changes the game by offering an integrated suite featuring cohesive data management, comprehensive observability, and interpretable AI.

    Pioneering Automation

    This revolutionary fabric allows for large-scale automation that minimizes complexity. It facilitates reliability improvements and operational cost savings by enabling operators to swiftly test new concepts and incorporate those that yield effective results. What does it mean for customers? Imagine an orchestra where every instrument plays in perfect harmony, and you’re just getting started!

    What Customers Can Expect

    With the Autonomous Network Fabric, clients will enjoy:

    • Unified Data Management: All pertinent network data is systematically collected, curated, and transformed into actionable insights through a data-mesh architecture. Operators have the flexibility to design and create new data products rapidly within a low-code/no-code framework, empowering them to harness AI and machine learning for cutting-edge data assets.
    • 360-Degree Observability: The framework facilitates comprehensive use and distribution of data and AI throughout the organization, ensuring quality and consistency in automation by monitoring the entire chain of data custody.
    • Explainable AI: Telco-trained large language models (LLMs) provide clarity on data interpretation, issue analysis, and rationale behind automated actions through a rich knowledge engine.

    Strategic Partnership with Google Cloud

    The Autonomous Network Fabric will be launched as a software-as-a-service (SaaS) solution on Google Cloud, seamlessly integrating with on-premises setups using Google Distributed Cloud and hybrid cloud environments. It will harness Google Cloud’s generative AI capabilities to offer intelligent workflows for network operations. This includes real-time monitoring, anomaly detection, and effortless resolution of performance issues.

    “As networks become increasingly complex and vulnerable, the demand for fully autonomous systems is on the rise. Good AI is built on quality data, and Nokia’s Autonomous Network Fabric serves as a robust foundation. Our collaboration with Google Cloud merges our extensive network expertise with AI-optimized processes to propel customer success,” remarked Kal De, SVP Product and Engineering, Cloud and Network Services at Nokia.

    By facilitating telecom companies to deploy Nokia’s 5G core network on Google’s cloud infrastructure, the partnership aims to establish an innovative ecosystem where developers can swiftly implement and scale network automation.

    “This marks another pivotal moment in our collaboration with Nokia, focused on enhancing network reliability and proactively addressing issues, turning data into valuable insights for consistent and high-performance networks,” said Muninder Singh Sambi, Vice President and General Manager, Networking and Security at Google Cloud.

    Questions & Answers

    What is Nokia’s Autonomous Networks Fabric?
    Nokia’s Autonomous Networks Fabric is a suite of AI models and integrated security designed to streamline network automation in the telecommunications sector, helping operators roll out services more efficiently.

    How does this solution help telecom operators?
    It allows operators to overcome barriers posed by legacy systems, offering unified data management and comprehensive observability to enhance network reliability and reduce operational costs.

    What role does Google Cloud play in this initiative?
    Google Cloud supports the deployment of the Autonomous Network Fabric, leveraging its AI tools to enable intelligent workflows and facilitate rapid scaling of network automation.

  • BSNL Set to Expand with 100,000 New 4G Towers, Paving the Way for Upcoming 5G Rollout!

    BSNL Set to Expand with 100,000 New 4G Towers, Paving the Way for Upcoming 5G Rollout!

    Bharat Sanchar Nigam Limited (BSNL) is gearing up to bolster its network with plans to deploy an additional 100,000 4G towers across India. This initiative follows the successful installation of nearly 100,000 towers, marking a significant step in their ongoing infrastructure expansion.

    Government Approval on the Horizon

    Union Minister of State for Communications, Chandra Sekhar Pemmasani, expressed optimism about the upcoming proposal: “After successfully installing 100,000 towers with optimal 4G equipment, we will approach the Cabinet and Prime Minister Narendra Modi to approve another 100,000 towers.” He also highlighted the plan to enhance BSNL’s cash flow, which would facilitate the installation of more 4G and 5G equipment and enable the monetization of BSNL’s assets.

    Strategic Partnerships for Growth

    BSNL’s ambitious journey took a significant turn in May 2023, when it awarded a major contract to a consortium led by Tata Consultancy Services (TCS). This partnership also includes Tejas Networks, the Center for Development of Telematics (C-DOT), and ITI Ltd., covering the supply of 4G equipment for the new 100,000 towers, along with necessary network components and a 10-year maintenance contract.

    Pemmasani acknowledged initial equipment challenges but noted substantial improvements: “There were some problems with the equipment in the beginning. But now, it’s functioning well. We expect it to operate near perfection by the end of July or August next year.” He also emphasized the technological lead enjoyed by global telecom firms like Nokia and Ericsson, whose legacy spans decades, compared to India’s homegrown solutions that are still in their infancy.

    Stiff Competition and Future Plans

    BSNL currently faces tough competition; with its limited 4G infrastructure, retaining customers has been a challenge. Pemmasani pointed out, “One major limitation is that we currently have only 100,000 4G towers. In comparison, Reliance Jio and Airtel each have more than 500,000 towers.” However, he is confident that as the 4G rollout progresses, customer retention will improve significantly.

    Looking ahead, BSNL plans to launch its 5G network by June 2025. Telecom Minister Jyotiraditya Scindia confirmed that the transition to 5G will only occur once the 4G network stabilizes and meets quality standards: “Once the 100,000 towers are up and the network is stabilized, and once we see that the QoS is up to the mark, then we can start switching.”

    Homegrown Technology Takes the Lead

    In a bold move, the Indian government has ruled out foreign involvement in BSNL’s 5G deployment, insisting on the use of domestically developed technology. BSNL aims to roll out 5G standalone services using the 900 MHz and 3.3 GHz spectrum bands, starting with an initial target of 100,000 subscribers. The company is also set to introduce 5G fixed wireless access (FWA) services, ensuring cutting-edge connectivity for urban users.

    In a nod to its readiness, BSNL has successfully tested its indigenous 5G technology in New Delhi, across locations like Nehru Place, Chanakyapuri, and Minto Road, signaling that they’re primed to push forward once their 4G foundation is firmly in place. Who knew the race for digital dominance could feel so thrilling?

    Questions & Answers

    What is BSNL’s plan for expanding its 4G network?
    BSNL intends to deploy an additional 100,000 4G towers across India, building on its existing infrastructure to enhance customer retention and prepare for 5G.

    When does BSNL expect to launch its 5G network?
    BSNL aims to launch its 5G services around June 2025, contingent on stabilizing its 4G network.

    What is unique about BSNL’s approach to 5G technology?
    BSNL will rely solely on domestically developed technology for its 5G deployment, ensuring that all equipment and services are homegrown.

  • Philippine Government Unveils Exciting New Strategy to Boost Connectivity Across the Nation

    Philippine Government Unveils Exciting New Strategy to Boost Connectivity Across the Nation

    The Philippine government is shifting gears in its pursuit of comprehensive nationwide internet access, unveiling a strategic budget reallocation of PHP 6.5 billion (USD 115 million). This plan will bolster both the expansion of free WiFi sites and the distribution of complimentary SIM cards, bringing digital connectivity closer to those in need.

    Transforming the Free Public Internet Access Program

    In a move designed to reduce costs while enhancing internet services in public schools and remote communities, the Department of Information and Communications Technology (DICT) is revamping its Free Public Internet Access Program (FPIAP). Information Undersecretary Paul Mercado explained that the agency can effectively manage 50,000 free WiFi sites with just PHP 3.5 billion, allowing more of the budget to focus on connectivity in underserved areas.

    A Partnership with Starlink

    To expedite the rollout, the DICT is setting its sights on a long-term agreement with satellite provider Starlink to deliver internet services to 30,000 locations, with an expected annual cost of PHP 1.5 billion. To streamline funding, the agency is also pursuing multi-year contractual authority from the Department of Budget and Management (DBM).

    Boosting Connectivity

    An added PHP 2 billion (USD 35 million) will ensure connectivity in the remaining regions served by other providers. Mercado emphasized that this budget restructuring is critical to sustaining the FPIAP without needing ongoing requests for higher annual funding from the DBM.

    Empowering Communities with SIM Cards

    In tandem, the DICT is earmarking PHP 3 billion (USD 53 million) for its Bayanihan SIM initiative, which will distribute one million SIM cards to teachers and students in underserved communities. With a generous 25 GB of monthly data per beneficiary, the project will run until 2028, making internet access more reachable than ever.

    Setting Standards for Telecommunications

    Mercado highlighted an important aspect of the program: it aims to urge telecommunications companies to establish cellular towers in key locations. Providers who fall short will find themselves excluded from future SIM-related opportunities. Furthermore, telecom firms must adhere to minimum service standards or risk penalties, creating a competitive environment that benefits the end users.

    Expanding Internet Access

    As of now, the FPIAP has successfully provided internet connectivity to 18,849 sites across 9,769 locations, positively impacting over 11.2 million Filipinos. The administration is determined to expand this initiative to 50,000 sites by 2028, in alignment with the Philippine Development Plan’s goal of elevating internet penetration to 60%.

    Future Budgets and Funding Sources

    Looking ahead, the DICT’s FPIAP budget aims to reach PHP 7.5 billion (USD 132 million) by 2025, a significant increase from just PHP 2.5 billion (USD 44 million) in previous years. This program will largely be sustained by spectrum user fees paid by telecommunications companies, averaging PHP 5 billion (USD 88 million) annually. The DICT is diligently exploring cost-effective measures to ensure the program’s sustainability amidst fluctuating resources.

    Support from Telecommunications Operators

    The Philippine Chamber of Telecommunication Operators (PCTO) has expressed robust support for the DICT’s recalibration efforts. PCTO Vice President Roy Ibay remarked that the Private Sector Advisory Council (PSAC), directly reporting to President Marcos, has long championed this initiative.

    Crafting Future Connections

    PSAC is also advocating for a public-private partnership to build new cell towers, aiming to connect an estimated 25 million Filipinos across 7,063 geographically isolated and disadvantaged barangays. Who needs a magic wand when you have strategic collaborations?

    Questions & Answers

    What is the goal of the Philippine government’s budget reallocation?
    The goal is to enhance nationwide internet access by funding the expansion of free WiFi sites and distributing free SIM cards across underserved areas.

    How many free WiFi sites does the DICT aim to establish by 2028?
    The DICT aims to expand its internet connectivity platforms to 50,000 sites by 2028, significantly increasing internet penetration in the Philippines.

    What role do telecommunications companies play in this initiative?
    Telecommunications companies are required to meet certain service standards and expand their infrastructure, ensuring that underserved areas receive adequate connectivity as part of the initiative.

  • Starlink Wins Regulatory Green Light to Launch Satellite Internet Services Across India!

    Starlink Wins Regulatory Green Light to Launch Satellite Internet Services Across India!

    Elon Musk’s Starlink Inc. has received the green light from India’s telecom ministry, paving the way for the launch of its satellite internet services within the country. This much-anticipated approval marks a significant milestone for the U.S.-based company as it seeks to tap into India’s expansive internet user base of over 900 million—a crucial market following its exclusion from China.

    A New Era for Internet Access in India

    Starlink’s entry is set to transform the Indian internet landscape, which has largely relied on conventional cell towers and fiber-optic cables. By introducing satellite technology, the company aims to bridge the connectivity gap, particularly in underserved areas. Imagine connecting to the internet from the comfort of your backyard rather than needing a thick bundle of wires!

    Expanding Horizons Beyond the Skies

    But Musk isn’t stopping with internet services. He is also ramping up Tesla’s ambitions in India’s automotive market by shipping vehicles, hiring local talent, and establishing showrooms across the nation. It seems that Musk is launching everything but the kitchen sink in his quest for innovation in India.

    Building on Global Success

    Since the launch of its first satellites in 2019, Starlink has rapidly amassed around 5 million customers across more than 100 countries, outpacing its competitors. However, to start operations in India, the company must secure spectrum licenses to conduct trial services, expected to last between three to six months. The approval process for trial spectrum is anticipated to take about two to three weeks, so stay tuned!

    Strategic Partnerships for a Robust Rollout

    In a strategic move, Starlink has forged partnerships with India’s top telecom players, signing agreements in March with Reliance Jio Infocomm Ltd. and Bharti Airtel Ltd. These alliances will help bolster its rollout efforts in the expansive Indian market. India’s Telecom Minister, Jyotiraditya Scindia, has emphasized the crucial role satellite internet will play in enhancing connectivity in remote areas and during disaster recovery scenarios, underscoring a pivotal shift in the way India accesses the internet.

    Questions & Answers

    What is the significance of Starlink entering India?
    Starlink’s entry provides innovative internet access to over 900 million users, transforming connectivity especially in underserved regions.

    How does Starlink’s technology differ from traditional internet?
    Unlike conventional services relying on cell towers and cables, Starlink uses satellite technology, which allows it to reach remote areas more effectively.

    What is the timeline for Starlink to begin operations in India?
    After securing the necessary spectrum licenses, Starlink anticipates conducting trial services for three to six months, with approval for trial spectrum expected within two to three weeks.

  • U Mobile Teams Up with OCK to Launch Exciting 5G IBC Partnership!

    U Mobile Teams Up with OCK to Launch Exciting 5G IBC Partnership!

    U Mobile has announced an exciting partnership with OCK Telco Infra Sdn Bhd, a fully owned subsidiary of OCK Group Berhad, designed to accelerate its nationwide 5G rollout. With a newly inked memorandum of understanding (MoU), OCK is set to become one of U Mobile’s preferred infrastructure partners for 5G in-building coverage (IBC), perfectly aligning with U Mobile’s mission to provide high-performance connectivity in indoor and high-traffic environments.

    Empowering Connectivity

    “U Mobile is thrilled to welcome OCK as a key player in our 5G deployment journey,” stated Woon Ooi Yuen, Chief Technology Officer of U Mobile. “This collaboration enhances our capacity to deliver reliable, ultra-fast connectivity, particularly in indoor and densely populated areas. OCK will be instrumental in helping us achieve our ambitious goal of 80% CoPA by July 2026.”

    Tailored Solutions for the Future

    The agreement paves the way for both companies to create site-specific IBC solutions that prioritize ultra-fast speeds, low latency, and a seamless user experience. Together, they will also delve into next-generation technologies such as artificial intelligence (AI), the Internet of Things (IoT), and smart city solutions. Who knows? Maybe one day, your fridge will remind you to buy milk as you stroll through the mall!

    A Vision for Digital Transformation

    Datuk Wira Sam Ooi Chin Khoon, Group Managing Director of OCK, expressed enthusiasm about the partnership, saying, “We are truly honored to collaborate with U Mobile on this strategic endeavor, underscoring our commitment to supporting Malaysia’s digital transformation. By combining our unique strengths, we aim to drive the deployment of 5G infrastructure, unlocking new industries, empowering local businesses, and improving community livelihoods across the nation.”

    The MoU signing ceremony took place at U Mobile’s corporate headquarters, with Woon Ooi Yuen and Datuk David Low Hock Keong, Group CEO of OCK, officiating the event in the presence of Wong Heang Tuck, CEO of U Mobile, and Datuk Wira Sam Ooi Chin Khoon.

    Questions & Answers

    What is the focus of the partnership between U Mobile and OCK Telco Infra?
    The partnership aims to enhance U Mobile’s 5G in-building coverage, ensuring reliable connectivity in indoor and high-traffic environments.

    What technologies will be explored under this collaboration?
    The companies will investigate next-generation technologies, including artificial intelligence (AI), Internet of Things (IoT), and smart city systems.

    When is U Mobile aiming to achieve its 80% CoPA goal?
    U Mobile has set a target of reaching its 80% CoPA by July 2026 as part of its strategic expansion of 5G services.

  • China Mobile Teams Up with Asiacell to Accelerate B2B Growth in Iraq’s Market

    China Mobile Teams Up with Asiacell to Accelerate B2B Growth in Iraq’s Market

    China Mobile International Limited (CMI) and Asiacell have joined forces by signing a memorandum of understanding (MoU) aimed at revolutionizing telecommunications and digital solutions in Iraq. This strategic partnership zeroes in on bolstering business-to-business (B2B) growth and enterprise services, playing a pivotal role in the nation’s digital transformation journey.

    Shaping International Connectivity

    The collaboration promises to enhance international connectivity while harnessing CMI’s technological prowess across diverse industries. By tapping into compelling use cases, both companies plan to deliver reliable, scalable, and innovative solutions tailored to meet the unique needs of Iraqi businesses, enhancing their growth and operational efficiency.

    Voices of Leadership

    Alex Lee, Managing Director of China Mobile International Middle East, expressed enthusiasm about the partnership, stating, “CMI is excited to work with Asiacell to unlock new opportunities in Iraq. Our shared vision for building a digitally connected world and leveraging advanced technologies aligns perfectly with the growth potential of this market. This partnership is a testament to our dedication to enhancing connectivity, driving digital transformation, and empowering businesses to navigate the digital world.”

    Echoing this sentiment, Amer Sunna, CEO and Managing Director of Asiacell, noted, “This partnership marks a significant milestone in Iraq’s digital transformation journey. We are thrilled to partner with CMI. This collaboration underscores our commitment to delivering world-class telecommunications and technology solutions that meet the evolving needs of businesses in the region.”

    Empowering the Future

    By coming together, CMI and Asiacell reaffirm their resolve to propel digital transformation forward. With their combined expertise in enterprise services, international connectivity, and advanced technologies, the duo is set to equip Iraqi businesses with robust tools and infrastructure necessary for thriving in an increasingly interconnected environment, thus nurturing innovation and fostering sustainable growth across vital sectors. One could say they’re planting seeds for the digital future of Iraq!

    Questions & Answers

    What is the main focus of the partnership between CMI and Asiacell?
    The primary focus is on promoting business-to-business (B2B) growth and enhancing enterprise services to facilitate Iraq’s digital transformation.

    What expertise will CMI bring to this partnership?
    CMI will contribute its expertise in technology applications across various industries, providing innovative and scalable solutions backed by real-world use cases.

    How does this collaboration benefit Iraqi businesses?
    It equips businesses with the necessary tools and infrastructure needed to succeed in a connected world, promoting innovation and sustainable growth across key industries.

  • Tata Communications Boosts Asia’s Connectivity with Launch of TGN-IA2 Subsea Cable

    Tata Communications Boosts Asia’s Connectivity with Launch of TGN-IA2 Subsea Cable

    Tata Communications has taken a giant leap in enhancing its global network with the successful integration of the TGN-IA2 submarine cable system, marking a significant boost in capacity and performance along crucial Intra-Asia routes.

    Bridging Asia with Enhanced Connectivity

    On Tuesday, Tata Communications unveiled the TGN-IA2 subsea cable system, promising to elevate connectivity for businesses across Asia. This new cable creates vital links between Singapore, Hong Kong, and Japan, complementing the existing TGN-IA system with increased interconnections to other global regions.

    A Robust Addition to Subsea Infrastructure

    Constructed by the Asia Direct Cable (ADC) consortium, TGN-IA2 enriches Tata Communications’ subsea portfolio by offering high-capacity, low-latency connectivity. This integration is poised to benefit sectors like finance, e-commerce, and logistics that rely on instantaneous and secure data transfers between Asia and international markets.

    Agility at Its Core

    Importantly, Tata Communications retains full ownership and control over TGN-IA2’s capacity upgrades, which distinguishes it from many consortium-built cable systems. This autonomy ensures that businesses, hyperscalers, and service providers can enjoy agile, scalable services tailored to meet the surging demand for digital infrastructure in Asia and beyond.

    Future-Proofing Connectivity

    Genius Wong, Executive Vice President and Chief Technology Officer at Tata Communications, expressed enthusiasm about this enhancement: “This latest improvement will further solidify Tata Communications’ status as a global leader in smart, secure, and scalable connectivity, along with cross-border innovation.”

    Building Resilience and Efficiency

    The new system bolsters network resilience by adding vital redundancy to Tata Communications’ existing subsea infrastructure. With TGN-IA2 in place, latency for data-hungry applications such as high-definition streaming, real-time collaboration, and inter-data center connectivity is expected to decrease significantly.

    Harnessing Hyper-Connectivity for the Future

    TGN-IA2 serves as an essential complement to the original TGN-IA cable, linking Asia to major global hubs, including the U.S., EMEA, and India. It’s also crafted to support forward-thinking applications like AI workloads, enabling cloud providers, multinational corporations, and digital businesses to efficiently scale in an increasingly hyper-connected world.

    Wong concluded, “Whether you’re a cloud provider entering Asia, a multinational corporation searching for low-latency links across continents, or a digital business looking to expand globally, TGN-IA2 lays the groundwork for your future.”

    And let’s be honest—who knew that the future of connectivity could be swimming beneath the sea?

    Questions & Answers

    What are the main benefits of the TGN-IA2 cable system?
    The TGN-IA2 submarine cable system enhances high-capacity, low-latency connectivity, crucial for sectors like finance and e-commerce, ensuring secure, real-time data transfer between Asia and the rest of the world.

    How does TGN-IA2 differentiate itself from other cable systems?
    Tata Communications retains full ownership and control over TGN-IA2, allowing for flexible capacity upgrades and agile services that cater to the growing needs of businesses and service providers.

    In which areas will TGN-IA2 have the most impact?
    The TGN-IA2 system is expected to have a significant impact on data-intensive applications such as high-definition streaming, real-time collaboration, and inter-data center connectivity, enhancing overall network resilience.

  • India Strengthens Digital Infrastructure and Connectivity Commitment, Boosting Space Collaboration Efforts

    India Strengthens Digital Infrastructure and Connectivity Commitment, Boosting Space Collaboration Efforts

    India is reaffirming its dedication to forging long-lasting partnerships with BRICS nations, placing a spotlight on digital infrastructure, space sustainability, and connectivity. This commitment is not just about building technology; it’s about crafting a resilient future together.

    Connecting the Nation

    During a recent address, Minister of State for Communications, Chandra Sekhar Pemmasani, painted a vibrant picture of India’s progress in digital governance. He emphasized that this advancement marries the rich tapestry of cultural heritage with cutting-edge technological innovations.

    BharatNet, a standout initiative, has successfully hooked up over 218,000 village councils to high-speed optical fiber. On the mobile front, indigenous 4G technology now reaches an impressive 95% of the country’s population, with India boasting one of the swiftest 5G rollouts globally—more than 470,000 base stations deployed in just two years. Talk about connecting the dots!

    Meet the Challenges of Space

    But it’s not all about the ground; the skies pose challenges too. Pemmasani raised awareness of increasing satellite traffic in low-Earth orbit (LEO) and urged for structured collaboration among BRICS members. The goal? To tackle orbital congestion, prevent spectrum monopolization, and ensure that space remains sustainable for future generations. After all, who wouldn’t want a clean and clutter-free cosmos?

    He also spotlighted India’s recent regulatory strides, including the 2023 Telecommunications Act and the Digital Personal Data Protection Act, showcasing a governance model that prioritizes user rights and data sovereignty amid a rapidly evolving digital landscape.

    As the Minister lays the groundwork for India’s technological future, one can’t help but wonder if we’re on the verge of a digital renaissance!

    Questions & Answers

    What initiatives is India undertaking to improve digital connectivity?
    One significant initiative is BharatNet, which has successfully connected over 218,000 village councils through high-speed optical fiber.

    How fast is India rolling out 5G technology?
    India has achieved one of the world’s fastest 5G rollouts, deploying more than 470,000 base stations within just two years.

    What challenges in space are being addressed?
    The rising satellite traffic in low-Earth orbit (LEO) is a primary concern, and India is calling for BRICS nations to collaborate in managing orbital congestion and ensuring sustainable space practices.

  • SK Telecom Achieves Milestone with Successful Disaggregated IPoDWDM Network Trial Completion

    SK Telecom Achieves Milestone with Successful Disaggregated IPoDWDM Network Trial Completion

    SK Telecom (SKT) has ushered in a new era in network technology by completing a groundbreaking proof of concept (PoC) for a disaggregated IP over DWDM (IPoDWDM) solution. This accomplishment signals a significant leap in the operator’s quest for next-generation, high-performance network infrastructure, tailored for the digital age.

    Collaborative Innovation Drives Progress

    Partnering with technological heavyweights IP Infusion and Edgecore Networks, SKT is demonstrating its commitment to pioneering open, flexible, and cost-effective networking solutions. This trial showcases SKT’s proactive approach to advancing network technology, solidifying its position as a leader in the field.

    The PoC utilized the cutting-edge Innovative Optical and Wireless Network (IOWN®) All-Photonics Network (APN), seamlessly integrating IP Infusion’s OcNOS® with Edgecore’s whitebox hardware and 400G OpenZR+ optics from various vendors. This impressive setup showcased flawless interoperability among disaggregated systems and conventional equipment, emphasizing both the technical viability and commercial promise of open networking in long-distance, point-to-point (P2P) contexts.

    Smart Management for a Faster Future

    Central to the trial was SKT’s sophisticated Software-Defined Networking (SDN) Orchestrator, which furnished centralized, automated control and real-time monitoring of optical modules. Through this orchestrator, SKT adeptly managed key parameters including transmit power, line rates, and wavelengths, all while leveraging telemetry to monitor module performance and status. This innovative approach streamlined operations and bolstered network reliability — ensuring things ran more smoothly than a well-oiled machine.

    “This live trial with IP Infusion and Edgecore validates the viability of disaggregated solutions for our network,” said Takki Yu, Vice President and Head of Infra Tech at SKT. “Leveraging SKT’s advanced SDN Orchestrator, this successful PoC marks a significant step toward achieving cost efficiency and technical excellence in our IPoDWDM use case.”

    Future-Ready Networking

    This PoC is part of SKT’s broader strategy to modernize its network infrastructure through open, multi-vendor ecosystems. By adopting a disaggregated approach, SKT is simplifying its network architecture while ensuring high-speed performance—a combination that presents exciting possibilities for future innovations and swift service delivery.

    In the wake of this success, SKT plans to further enhance its SDN Orchestrator capabilities, aiming for deeper and more integrated management of optical modules. This commitment reinforces the company’s ambition to build flexible, scalable, and future-ready networks.

    With this triumphant PoC, SKT not only affirms its status as a trailblazer in network innovation across South Korea but also highlights how global tech collaborations can facilitate significant advancements in optical networking. So, who said the future of networking had to be boring?

    Questions & Answers

    What was the main focus of the proof of concept conducted by SK Telecom?
    The PoC primarily aimed to validate the effectiveness of disaggregated IP over DWDM networking solutions.

    Who were the key partners in this trial?
    SK Telecom collaborated with IP Infusion and Edgecore Networks to conduct this innovative trial.

    What are the implications of this successful PoC for SK Telecom’s future?
    The PoC sets the stage for enhanced network infrastructure, promising cost efficiency and greater flexibility while encouraging ongoing innovation and improved service delivery.