Category: Telecom

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  • Telkom Indonesia taps Brightcove to support OONA launch

    Telkom Indonesia taps Brightcove to support OONA launch

    Telkom Indonesia subsidiary Metranet has contracted Brightcove to provide technology for the launch of the OONA live and VOD mobile video app in Indonesia.

    Brightcove, which provides cloud solutions for managing, delivering and monetizing multi-screen video experiences, will provide its video platform to support the launch of the OONA app for Telkom Indonesia’s 135 million subscribers.

    OONA will stream 60 live TV channels and offer on-demand content, as well as serving video advertising with server side ad insertion technology.

    It integrates features including chat bots, chat with other viewers, offline caching, parental controls, screen captures, a virtual wallet and a 360-degree video player.

    “Metranet is excited to be the first to launch OONA for Indonesian market as part of our goal to bring first-class entertainment to Telkom Indonesia’s mobile customer base,” Metranet CEO Widi Nugroho said.

    “With 135 million potential viewers, we understand the pressure is intense to ensure that even with free content, the streaming experience for the user needs to be exceptional and the advertising experience should be seamless. This is why we selected Brightcove for their robust and scalable OTT video streaming architecture, industry-leading server-side ad insertion technology, proven track record of working with some of the world’s top OTT service providers, and established in-region technical support team.”

  • Huawei invited to participate in India’s 5G use case trials

    Huawei invited to participate in India’s 5G use case trials

    Huawei has reportedly received an invitation from the Indian government to participate in the telecom ministry’s 5G technology trials, after being initially left out of the list of vendors asked to take part.

    Huawei India CEO Jay Chen told that the company has received an invitation after approaching the government to express an interest in taking part.

    The telecom ministry’s earlier decision to exclude Huawei and ZTE from the list of vendors approached to take part in the trials led to speculation that India could follow Australia and the US in preventing Chinese vendors from participating in their respective nation’s 5G rollouts.

    But after Huawei expressed an interest in participating in the trials, the telecoms ministry announced that it will evaluate the vendor’s proposal and consider including Huawei in the planned 5G field trials.

    According to Huawei’s Chen, Huawei has a collaborative relationship with the Indian government and has already been working with various Indian operators in laying the groundwork for 5G deployments.

    The vendor has expressed an interest in running 5G trials in two Indian cities, including Delhi, and plans to partner with operators, academia and companies in adjacent industries to identify relevant 5G use cases for the Indian market.

    According to the report, ZTE has yet to receive an invitation from the ministry.

  • Nokia demonstrates smart city solution for Viettel

    Nokia demonstrates smart city solution for Viettel

    Nokia has completed a demonstration of its smart city management solution IOC for Vietnamese military-run operator Viettel in support of the government’s smart city ambitions.

    Nokia demonstrated its Integrated Operations Center to the operator during a trial in Hanoi.

    The IOC solution is designed to orchestrate smart city operations providing a unified real-time management of all smart city assets and services. Using a combination of automation and analytics, the solution aims to help cities improve productivity and identify new revenue and efficiency opportunities.

    Viettel will be able to use the solution to more effectively manage traffic in Hanoi by leveraging video analytics and video management solutions.

    The Vietnamese government plans to leverage Nokia smart city technologies to address a number of common city problems such as waste management, energy management and traffic management, while enabling better utilization of resources.

    “We are honored to help Viettel conduct this important demonstration. Nokia’s IOC is a proven solution to manage smart city infrastructure efficiently. This end-to-end solution provides a real-time view of the different applications, devices and systems used in the smart city. Its integrated analytics capability further opens up new revenue opportunities for the service providers,” Nokia Global Services head of public sector practice Alexander Van Overveld said.

    “Smart cities promise to provide sustainable living, and we are committed to enabling Viettel to deliver world-class use cases and solutions to its customers.”

  • Wi-Fi Alliance introduces new Wi-Fi naming scheme

    Wi-Fi Alliance introduces new Wi-Fi naming scheme

    The Wi-Fi Alliance has introduced a new naming scheme for the various generations of Wi-Fi technology in a bid to reduce confusion among consumers and increase sales of next-generation equipment.

    Through the initiative, devices supporting the upcoming IEEE 802.11ax standard will be labeled as Wi-Fi 6. The naming convention will also be applied retroactively, with 802.11ac Wi-Fi to be renamed Wi-Fi 5 and 802.11n Wi-Fi to be designated as Wi-Fi 4.

    Product vendors will be able to use the Wi-Fi 6 designation to identify the latest generation of Wi-Fi that a device supports, while service providers will be able to identify the capabilities of a Wi-Fi network for their customers.

    In support of the new naming scheme, Wi-Fi Alliance will adopt the generational naming scheme for its certification programs. The Wi-Fi Certified 6 certification program will launch next year.

    “For nearly two decades, Wi-Fi users have had to sort through technical naming conventions to determine if their devices support the latest Wi-Fi,” Wi-Fi Alliance president and CEO Edgar Figueroa said.

    “Wi-Fi Alliance is excited to introduce Wi-Fi 6, and present a new naming scheme to help industry and Wi-Fi users easily understand the Wi-Fi generation supported by their device or connection.”

    The new naming scheme has widespread industry support, with vendors including Intel, Netgear, Qualcomm, Ruckus Networks, Aruba and Boingo Wireless having already issued statements endorsing the new convention.

  • Bharti Airtel buys AI startup AuthMe

    Bharti Airtel buys AI startup AuthMe

    Indian telecoms operator Bharti Airtel has acquired AuthMe ID Services (AuthMe), a Bengaluru-based start-up focused on artificial intelligence (AI) based solutions, in a bid to bloster its AI portfolio.

    Financial details of the deal were not disclosed.

    As part of the deal, the core team of AuthMe will join Airtel and be a part of Airtel X Labs in Bengaluru.

    Airtel set up Airtel X Labs to drive innovation in the areas of AI, IoT, AR and VR and is “building a world-class team” for the facility, the operator said in a statement released on Wednesday.

    “We are thrilled to bring on board a bunch of highly talented people who share our passion for building exciting digital solutions that benefit our customers,” Bharti Airtel global CIO Harmeen Mehta said.

    “We are rapidly scaling up Airtel X Labs, our digital innovation factory, and these new solutions will accelerate our journey towards rolling out intuitive digital products, particularly in vernacular languages, for our 430 million plus customers.”

    In addition, Airtel has acquired the intellectual proprietary rights for two flagship solutions developed by AuthMe.

    One of the solutions is called Callup AI, which has created a chat and voice assistant that uses AI to quickly and effectively resolve customer queries over email, chat and phone calls. The solution is used by 10 companies across three countries in banking, finance, payments and housing domains.

    The other solution, the “Fintech OCR”, is an end to end Optical Character Recognition (OCR) pipeline built for financial documents. The application is designed for processing KYC docs, bank/credit card/loan statements, mark sheets, and can be customized to process known formats of other documents. It can pick up any language with standard fonts, Airtel said.

    In a separate announcement, Airtel said it has launched its VoLTE services to Bengal and Sikkim to enable customers in all towns across the two states to enjoy HD quality voice calls with faster call setup time.

  • Nokia, UTS to establish 5G skills accelerator in Australia

    Nokia, UTS to establish 5G skills accelerator in Australia

    Nokia has teamed up with Australia’s University of Technology Sydney (UTS) to launch a new training facility aimed at broadening the skills base of Australia’s communications industry in 5G and other advanced communications technologies.

    The new Nokia 5G Skills Accelerator will provide UTS students, staff, industry personnel and Nokia customers, business partners and employees with access to cutting edge 5G technologies and training practices.

    It will focus on technology domains that will underpin the delivery of fixed and mobile high speed communications. These areas will include radio access, IP routing, optical and core networks, fixed broadband access, security and IoT platforms.

    More than 1,000 students and industry personnel are expected to attend the Nokia 5G Skills Accelerator at UTS next year, Nokia said.

    “Australia will be among the world leaders in 5G adoption and can be a pacesetter in the development of new mission-critical services in areas like industrial IoT,” Nokia head of Oceania Zoltan Losteiner said.

    “We need to accelerate the development of the right skills and knowledge to ensure Australia can reap the full benefits, and Nokia is proud to partner with UTS in this new national training facility.”

    Nokia is also a member of the UTS Rapido program, a collaboration of more than 200 researchers in areas such as data analytics, cyber security, 5G and IoT. Nokia is also a key member of Nokia’s Australian graduate program.

  • Ooredoo demonstrates 5G aerial taxi

    Ooredoo demonstrates 5G aerial taxi

    Qatar-based Ooredoo has acted to showcase the power of 5G to enable smart city applications with a trial of the world’s first self-driving 5G connected autonomous aerial taxi.

    During an event at The Pearl artificial island in Doha, Ooredoo also showcased technologies including a 5G experience bus to allow visitors to experience the potential of 5G while commuting and a 5G house boat.

    The 5G connected aerial taxi is a large drone-like vehicle large enough to transport two people to a destination up to 20 minutes away at speeds of 130km/h. The autonomous vehicle runs on Ooredoo’s commercially-ready 5G network.

    Meanwhile Ooredoo’s 5G bus experience provided passengers with the ability to browse the internet with 5G speeds of up to 2.6Gbps while in transit.

    Finally the 5G house boat was equipped with 8K VR streaming gaming technology to demonstrate 5G’s potential to usher in the future of entertainment.

    “The Ooredoo 5G roll-out is growing daily, but as our customers cannot yet access the speeds and benefits of our ongoing investment, we wanted to demonstrate the true power of 5G and showcase what our technology will do for Qatar in the near future and in the years to come,” Ooredoo CEO Waleed Al Sayed said.

    “Ooredoo is leading global Internet of Things innovation thanks to our world-class 5G networks and we are the clear partner for Qatar’s growing Smart City technological needs. Thanks to our Supernet network and IoT solutions, Qatar will soon be able to offer the futuristic experiments shown today to everyone connected to Ooredoo 5G.”

  • Myanmar Net taps Ruckus Networks for carrier-grade Wi-Fi

    Myanmar Net taps Ruckus Networks for carrier-grade Wi-Fi

    Myanmar’s largest pure-play ISP Myanmar Net contracted Ruckus Networks to deploy a carrier-grade Wi-Fi network across all major townships in Yangon and Mandalay.

    Through the deployment, Myanmar Net is offering consumers and businesses internet access at speeds of up to 62Mbps and prices competitive with the mobile operators’ existing data plans.

    Ruckus Networks provided Wi-Fi access points that use its smart antenna system with 180-degree and 120-degee antenna patterns to provide wider coverage and more stable connectivity.

    Allen Miu, CTO of Myanmar Net parent company Frontiir, said the company was facing a number of unique challenges with the deployment, associated with Myanmar’s extreme weather, power fluctuations from the nation’s old and unstable power grid and high population density.

    “Besides AP density, the high population density is also a challenge as we anticipate huge demand for our services due to the very affordable prices we offer. One of the key initial concerns we had was whether Wi-Fi technology could hold up to the growth and demands on our network,” he said.

    “Being the first in Myanmar to deploy a wireless network for the general populace is no easy feat, and we are only able to make this a reality with Ruckus’ engineering expertise and knowledge.”

  • Telstra previews “cell on wings” for emergency coverage

    Telstra previews “cell on wings” for emergency coverage

    Telstra has previewed new drone swarm and mobile “cell on wings” technology designed to provide mobile connectivity and search and rescue functionality in natural disasters and other emergency situations.

    The company has developed a mobile small cell mounted on a drone to temporarily boost mobile network coverage in a local area.

    As well as providing critical communications capabilities, the mounted small cell can ensure Telstra’s mobile network is capable of supporting the use of drones in emergency situations.

    The new drone swarm is meanwhile a group of drones flying in formation and controlled by a single pilot, designed to use computer vision to map an area affected by fires or floods.

    It uses computer vision capability to help identify specific objects, such as people in need of rescuing, and assess the overall scale of damage over a large area.

    “In the future, 5G will allow operators using this type of technology to run missions end-to-end with an extensive data uplink capability,” Telstra CTO Håkan Eriksson said in a blog post.

    “This would mean being able to stream large sets of live data (such as high resolution video) back to operators in real time, and back to the server for even more intelligent decision making.”

    Telstra has already been using drones to inspect the damage to its network in the wake of natural disasters and assist with the repair process.

  • Japan’s TOKAI taps into Telstra’s global network

    Japan’s TOKAI taps into Telstra’s global network

    Japanese fixed line operator TOKAI Communications has contracted Australia-based Telstra to provide connectivity to help pursue an international expansion.

    TOKAI Communications has arranged to use the Telstra Programmable Network (TPN) to access Telstra’s networks.

    The Japanese operator will also to tap into Telstra’s subsea cable infrastructure spanning 230 countries and territories, as well as its Ethernet Private Line services, to directly connect TOKAI’s business locations on point-to-point subsea cables linking Singapore and Tokyo.

    According to the companies, the partnership will give TOKAI Communications the capability to compete in new markets and to connect customers to new overseas opportunities.

    “Telstra developed TPN to empower enterprises to meet the challenges of the future, embrace digital transformation and to quickly respond to changing market and customer demands,” Telstra head of international Oliver Camplin-Warner said.

    “With TPN, employees at TOKAI Communications will operate on a single, integrated and intelligent platform that provides flexible and dynamic access to Telstra’s high bandwidth, low latency and secure networks that allow the enterprise adapt faster to changing demands.”

  • Huawei says US ban would delay 5G deployment

    Huawei says US ban would delay 5G deployment

    China’s Huawei is now arguing that US regulators should allow the company to sell its equipment to US telecom companies because not doing so could “ultimately delay 5G deployment.”

    The argument is contained in Huawei’s latest filing with the FCC, detailing a series of meetings between top US Huawei executives, including Tom Dowding, SVP of the company’s US wireless business, and FCC officials including Kris Anne Monteith, chief of the agency’s Wireline Competition Bureau.

    “Huawei’s lack of presence in the US would raise prices, harm competition, hinder innovation, and ultimately delay 5G deployment,” the company summarized in a filing to the FCC.

    “Huawei’s entry into the US market provided much-needed competition,” argued Huawei’s Dowding in the filing. “As a result of the lack of competition, equipment prices in the US market in general tend to be about 20-30% higher than they are in other developed regions, for example in Europe. However, various studies have shown that the United States’ telecommunication infrastructure is falling behind those in other developed countries … In [Speedtest’s] 2018 rankings, the US ranked #44 for mobile network speed and #9 for fixed broadband. A 2016 report shows the mobile network speed of United States is about 2/3 of China’s.”

    Huawei’s filing stands as opposition to an attempt by the FCC to block sales of its equipment to US telecom operators that receive government funding. The FCC embarked on a proposal to tacitly block any network operator—big and small—from using Universal Service Funds to purchase equipment from companies that may pose a security threat. That proceeding at the FCC is widely seen as an attempt by the US government to block Chinese network equipment vendors Huawei from competing in the market.

    Critics of Huawei argue that, if the Chinese company sells its equipment to US telecom companies, that would open a backdoor into US networks for Chinese espionage. Huawei, for its part, has strenuously argued against that notion.

    “A blacklist on certain equipment vendors does not address the reality that cybersecurity risks arise from various points of vulnerabilities in an international supply chain,” Huawei wrote in its filing. “In response to a staff question as to the FCC’s role in securing US telecommunications equipment, Huawei emphasized that the global and complex nature of the telecommunications supply chain necessitates a comprehensive security framework to protect against threats. This framework should be developed as part of an inter-agency effort involving government entities with the authority and expertise to consider security issues. Huawei has been active in promoting cybersecurity both internally and alongside government bodies, and welcomes the opportunity to continue contributing to the development and promulgation of security standards and best practices.”

    Importantly, Huawei has noted that roughly half a dozen rural wireless network operators—including United TelCom and SI Wireless—have come out in support of Huawei.

    Huawei’s use of 5G as leverage in its argument is particularly noteworthy considering officials from the FCC and the wireless industry have been warning that China could embark on significant 5G deployments, and would thus beat the United States in the “race to 5G.” Now Huawei, a major Chinese company, is urging officials to allow it to sell its equipment in the United States so that the nation can more quickly build out 5G networks.

    Verizon, AT&T, T-Mobile and Sprint have all announced 5G deployments, using equipment from the likes of Ericsson, Nokia and Samsung.

  • PLDT taps Amdocs for IT infrastructure automation

    PLDT taps Amdocs for IT infrastructure automation

    The Philippines’ PLDT has contracted Amdocs to transform its IT infrastructure under an expanded six-year service agreement.

    The new contract builds on a seven year master transformation agreement that will see Amdocs modernize PLDT’s IT applications and help introduce new digital technologies.

    Under the new deal, Amdocs will consolidate, modernize and manage the IT infrastructure of both PLDT and wireless subsidiary Smart.

    Amdocs plans to provide the operators with automation capabilities enabling the self-healing of errors and systems. PLDT and Smart plan to use operation automation to prepare for a journey to the cloud while reducing their operational costs.

    “Our successful collaboration with Amdocs gets stronger as we continue our digital journey,” PLDT president and CEO Manuel V. Pangilinan said.

    “This agreement will further boost our efforts to enhance customer experience and engagement. With Amdocs running and automating our IT operations, we will be better equipped to quickly launch innovative products and services to deliver a compelling digital experience to our customers.”

  • Smart taps Samsung for VoWiFi service launch

    Smart taps Samsung for VoWiFi service launch

    PLDT’s mobile subsidiary Smart Communications has teamed up with Samsung for the launch of its voice over WiFi (VoWiFi) service.

    Smart said the service will initially available to selected subscribers by October after Samsung releases its latest firmware over-the-air update.

    Smart customers can make VoWiFi calls using Samsung smartphones such as the Samsung Galaxy S8 and S8+, Galaxy S9 and S9+, Note 8, and Note 9 via any WiFi connection like Smart WiFi and PLDT Home WiFi.

    VoWiFi, also known as WiFi calling, lets customers make and receive calls and text messages over a WiFi connection using their smartphone’s native dialer, without having to install a third-party app.

    Smart said WiFi calling will also be available soon to other select Samsung devices.

    Earlier this month, Smart made its first successful VoWiFi call over a live network in Cebu, in partnership with its technology partners Huawei and Samsung.

    Mario G. Tamayo, PLDT-Smart senior vice president for network planning and engineering, said the call is the first of its kind outside metro Manila, and “a key part of PLDT and Smart’s integrated efforts to continuously improve and evolve our voice services.”

    Last year, Smart also made the country’s first voice over LTE (VoLTE) mobile call, which uses LTE or 4G to conduct calls.

    Smart is also deploying carrier-grade Smart WiFi in high-traffic public places across the country, such as transportation hubs like MRT-3 and LRT-1 stations, major airports, bus terminals and seaports across the country, as well as in schools, government buildings, hospitals, malls and entertainment centers.

  • Softbank tests NIDD technology for IoT services

    Softbank tests NIDD technology for IoT services

    SoftBank said it has been using NIDD (non-IP data delivery) technology to allow its IoT services to bypass the internet.

    The Japanese operator announced recently that it has succeeded in completing what it claims is the world’s first connection test in a commercial environment for NIDD, which has been newly defined in the 3GPP for NB-IoT.

    Softbank said NIDD enables users to transmit data to IoT devices without allocating an IP address, which reduces the risk of a malicious attack targeting an IoT device, making it possible to build a highly secure IoT network.

    By eliminating such data as header information additionally required in conventional data communications, the company added, the electric power needed for communication is reduced and a broader area can be covered.

    Also, by enabling connection on a closed network with IoT platforms provided by service providers and with external application servers, Softbank said it will enable operator to build a highly secure network from end to end.

    Currently Softbank is providing IoT services using NB-IoT and LTE Cat-M1 technologies, for which an IP address is allocated.

    The company said it aims to introduce and commercialize NIDD technology for devices tailored to various businesses and fields, such as crime prevention, social infrastructure and agriculture, making full use of its distinctive features of high security, low power consumption, and high area coverage.

    A handful of companies – including Microsoft, Amazon Web Services (AWS), Qualcomm, DK Corporation, Affirmed Networks and SB Cloud – are supporting the company’s NIDD experiment in Japan and will work together with Softbank toward further development of the IoT market.

    “We expect that NIDD technology to reduce communication load for IoT devices and enables to accelerate utilization in IoT field especially for those who had difficulty in conventional conditions,” said Akira Sakakibara, CTO at Microsoft Japan.

    “As NIDD technology corresponds to open standards, it can easily connect to Microsoft Azure IoT platform and enable to implement data management, view and AI features. SoftBank and Microsoft Japan will continuously contribute to accelerate IoT technology utilization in every industry.”

    Tadashi Okazaki, head of solution architect at Amazon Web Services Japan, said security for IoT devices is strongly in demand as IoT popularity is growing.

    “With the implementation of NIDD technology which securely connects AWS IoT platform and peripheral device, we expect to accelerate the popularization of IoT technology,” he said.

    “Low power consumption is one of the characteristic of NIDD technology. Therefore, we hope to solve the long discussed controversy of IoT devices’ high power consumption.”

  • NEC completes construction of SACS cable

    NEC completes construction of SACS cable

    Japanese vendor NEC has announced it has completed the construction of the first subsea cable crossing the south Atlantic ocean for Angola Cables.

    The South Atlantic Cable System (SACS) has been deployed and is now ready for commercial service. The cable system spans between Angola with Brazil, connecting the African continent to Latin America directly for the first time.

    The system uses a four fiber pair configuration to deliver an initial design capacity of 40Tbps. In Angola, it will land at the existing Sangano cable landing station, while in Brazil it will land in a newly constructed data center constructed for SACS and another cable system connecting Brazil with the US.

    SACS was partly funded through a loan provided by the Japan Bank for International Cooperation to Angola state-owned development bank the Banco de Desenvolvimento de Angola.

    “NEC is honored to have been selected as a partner for SACS, the world’s first optical submarine cable system crossing the South Atlantic, directly connecting two Portuguese speaking nations of Angola and Brazil,” NEC GM for submarine networks Toru Kawauchi said in a statement issued on Monday.

    “Yesterday, all communication between the two continents had to go up north and cross the North Atlantic. From today, this new cable will bring information at the speed of light, improving the connectivity between the two nations and two continents.”