Tag: Telstra

  • Subsea cable leaves Telstra customers with Apple download delays

    Subsea cable leaves Telstra customers with Apple download delays

    Customers on the Telstra network have complained about substantial delays in downloading Apple services for most of the week, with Telstra now acknowledging a subsea cable issue and claiming that it is working on resolving it.

    The issue, flagged on broadband enthusiast website Whirlpool and on Twitter, has seen Telstra customers attempting to download or update their operating systems or apps across the iTunes Store and the App Store, as well as use streaming services Apple Music and Apple Radio, experience severe delays.

     This has been the case across mobile, cable, ADSL, and business fibre connections, with app updates taking dozens of minutes rather than seconds, music streaming “impossible”, and updates to its newly launched OS X El Capitan taking more than a day.

    “I’m on 100Mbit cable and I’m lucky if I’m getting 20KB/sec from Apple,” complained Whirlpool user sebastiankong.

    “I couldn’t even purchase an app. My ADSL 2 plus is getting speeds of 1Mbps for a week compared to 14Mbps,” added worldcitizen.

    Circumventing the Telstra network with a VPN has been the only way that customers have been able to avoid the issue.

    “Same here too (in Brisbane), both with my home 100mb cable connection and over 4G across the city during the day,” said BurndtJam.

    “Downloads crawl and Apple Music streaming is impossible. Once I start running traffic through a VPN, there’s no issue. Whatever Telstra is doing with Apple traffic is very broken.”

    Telstra acknowledged the problem on Twitter, telling numerous customers who complained over the social network variations of: “There is an issue with the speeds to Apple servers that we are working to resolve. Apologise for the inconvenience.”

    Telstra has since identified a subsea cable as the cause of the issue.

    “We are experiencing issues with an undersea cable connecting Australia with Singapore. As a result, some customers are experiencing slow service when using mobile devices to download or update apps or stream music from some providers,” a Telstra spokesperson told ZDNet in a statement.

    “We are working to resolve this issue as quickly as possible, including utilising alternative paths while repairs are undertaken. We apologise for any inconvenience caused and as soon as we have an update on the current situation we will let our customers know.”

    Telstra upgraded its subsea cable connectivity to 100Gbps in January this year in order to cope with the increasing demand for high-definition video services.

    “The move to 100G is much more than just raw capacity. Alongside enhanced efficiency, 100G can help customers reduce operational expenditure and simplify network maintenance thanks to the service’s ability to consolidate bandwidths. It is also flexible enough to meet the requirements of most cable companies by offering landing station and point of presence options, too,” Telstra Global Enterprises and Services chief operating officer Darrin Webb said at the time.

    Telstra’s 100G wavelength service is available across its Telstra Endeavour, Australia-Japan cable, Asia-America Gateway, Reach North Asia Lop, and UNITY cable systems.

  • Stasko Drives Telstra’s AI-Optimized Infrastructure and Partnerships

    Stasko Drives Telstra’s AI-Optimized Infrastructure and Partnerships

    In a recent interview with Telecom Review Asia, conducted at ITW Asia 2024, in Singapore, Stasko discussed Telstra’s role in enhancing international connectivity through its submarine cable network by leveraging artificial intelligence (AI) to optimize infrastructure and foster key partnerships with hyperscalers and other industry leaders. His vision for Telstra International focuses on expanding its presence in the Asia Pacific by continuing to innovate and serve as a critical enabler of the digital economy. Through strategic partnerships and cutting-edge technological integration, Stasko is guiding Telstra to new heights in the global telecommunications landscape.

    How does Telstra’s submarine cable network contribute to enhancing international connectivity, and what role does it play in supporting the digital economy globally?

    Telstra’s submarine cable network significantly enhances international connectivity by operating at-scale and providing a comprehensive range of services. With over 50 years of experience in the subsea market, Telstra strengthened its position in 2016 by acquiring Pacnet, making it the largest commercial digital infrastructure provider for trans-pacific integration. Currently, it manages about 20% of the internet traffic between the U.S. and Asia, and a third of intra-Asia traffic.

    Telstra manages 400,000 kilometers of subsea fiber. This extensive network allows Telstra to offer not only point-to-point connectivity but also broader solutions that include diversity, resilience, and terrestrial backhaul integration, from cable landing stations to data centers. This comprehensive approach supports customers by handling their capacity end-to-end rather than providing isolated segments.

    Globally, Telstra’s digital infrastructure, which includes Telstra International and Australia-based InfraCo, connects markets and supports the digital economy by ensuring reliable and scalable connectivity solutions across multiple regions.

    As AI becomes more integral, how is Telstra leveraging artificial intelligence to optimize its global infrastructure and improve service offerings?

    As AI becomes more integral, Telstra is leveraging artificial intelligence in two main areas: optimizing internal operations and enhancing its international network infrastructure.

    Within Telstra, including its international business, AI is being used extensively to improve efficiency and support employees. For example, Telstra boasts the largest deployment of Microsoft’s Copilot in Australia, which is integrated with Microsoft 365 tools and allows employees to use AI for tasks like writing emails, preparing documents, and managing data. This foundational deployment helps employees understand and adopt AI in their daily workflows.

    Additionally, Al and automation are used to optimize internal processes, particularly in the consumer business segment. Leveraging the capabilities of Microsoft Azure OpenAl Service and Azure Al Search, Ask Telstra provides Al-driven answers to employee inquiries through a simple search interface. Another tool. ‘One Sentence Summary, condenses customer issues into clear, actionable summaries, improving the speed and accuracy of responses. The focus is not on replacing human interaction but on empowering agents to provide fast, accurate, and effective support.

    On the international side, Telstra is applying AI to achieve automation and an autonomous network. AI-driven tools are being used to digitize data such as inventory, capacity, locations, and sensor inputs. This enables Telstra to build a virtual model of its network to test, predict, and automate operations. For instance, AI helps reroute traffic dynamically, optimizing the network and ensuring reliable connectivity. These AI applications enhance both Telstra’s operational efficiency and its ability to deliver high-quality service globally.

    Can you share key AI-driven initiatives or innovations that Telstra is working on, and elaborate on some of the partnerships that have been forged?

    Telstra is advancing several key AI-driven initiatives and forging strategic partnerships to enhance its capabilities. One of our largest partnerships is with Microsoft, which spans AI tools, digital infrastructure investment, and connectivity across both the international and Australian components. This collaboration underscores Telstra’s commitment to integrating advanced AI capabilities with robust infrastructure solutions.

    In Australia, Telstra has created a joint venture with Quantium, an AI-driven company; the result of which is Quantium Telstra. This partnership focuses on developing AI tools, building skill sets, and fostering innovation in an AI-first framework. Additionally, Telstra collaborates with traditional infrastructure vendors, working closely with them to embed AI into tools and systems that optimize operations.

    On the international front, Telstra is partnering with customers to address the evolving network needs being driven by AI. This involves rethinking network topology to better accommodate AI traffic, which differs significantly from the demands of traditional cloud traffic. Telstra’s approach includes both enabling partner solutions and collaborating with customers to anticipate the future connectivity requirements being shaped by AI.

    Telstra also maintains strong ties with the Australian government. While AI-specific collaborations are less prominent, past initiatives, such as our acquisition of Digicel Pacific, highlights our successful public-private partnerships. This endeavor involved funding from the Australian, U.S., and Japanese governments and demonstrated how commercial and government interests can align effectively.

    In the cybersecurity sector, Telstra is working closely with security agencies in Australia and globally, employing both AI-driven and traditional approaches to ensure its network remains secure, sovereign, and reliable. These initiatives illustrate Telstra’s comprehensive strategy, which prioritizes leveraging AI and partnerships across various domains.

    What is Telstra International’s vision? And what strategies are you employing to grow its presence in the region?

    Telstra International’s vision is to remain the leading digital infrastructure provider in the Asia Pacific. To achieve this, Telstra is focusing on three strategies: offering layer-zero services, including cable landing stations and network operations; partnering with hyperscalers and other investment partners to operate and enable new systems; and becoming the ‘carrier of carriers’ by creating CapEx-light models to support telcos’ subsea and connectivity needs.

    Partnerships are key to success. Hyperscalers, once skeptical about working with Telstra, now see value in these collaborations, recognizing that, in some markets, they benefit from a partner’s expertise. As Telstra adapts, the focus shifts from doing everything in-house to being a good partner, leveraging engineering strengths and operational excellence. This approach ensures continued growth and scalability.

  • Moving CX From Engaging With Service Providers to Deep Interaction With Products

    Moving CX From Engaging With Service Providers to Deep Interaction With Products

    Telstra’s Angela Logothetis, keynote speaker at FutureNet Asia, which is set to take place on October 18-19, at The Westin, Singapore, explains how the next phases in automation are to constantly evolve customers’ experiences of using cloud, edge and network products.

    Ms. Logothetis is executive group owner of edge, cloud and industrial networks at Telstra, which encompasses dedicated and private networks. Her job is to accelerate the adoption of these technologies by enterprises in parallel to and stimulated by the convergence of “the best of global compute with Australia’s best connectivity.” Although she has only been in her post at Telstra since February of this year, her rounded CV has prepared her as well as any for her pioneering role in crucial new territory for Australia’s biggest telecoms service provider.

    “We are really looking at automation from the aspect of how we best deliver an amazing product experience to organizations across Australia. Our automation goes all the way from our network through our IT stack and to the way we build strategic partnerships, including with cloud hyperscalers. We want automation around all those capabilities and to make them modular and expose them through APIs,” Logothetis states.

    She stresses the importance of decoupling the architecture “to build a highly digital, highly automated, amazing product experience using those capabilities. This enables us to be intuitive and agile in what we can deliver to the market; quarter after quarter, we’re getting more and more product experience out to the market. The [decoupling approach] gives us a high degree of reuse: I can reuse the capabilities in edge products. I’ve used them in cloud products and private network products. We are starting to get that consistency of experience across products as well.”

    The modular, API-enabled operating model is also fundamental to collaborating efficiently and effectively with partners. Telstra works with cloud hyperscalers as its cloud compute and edge compute partners, plus some of the large data center vendors and dominant OEM-type vendors. In this ecosystem, Telstra takes on either part or all of its partners’ technology stacks in this modular way via the APIs, then figures out “how we bring that together into a product we can market to our customers,” Logothetis explains. “Luckily, I work with partners that are building technology natively in this way.”

    She clarifies that “natively” in this context means both cloud native and softwarisation – building offers as-a-Service using APIs. She notes, “We are doing that inside Telstra and relying on our partners to do it so we can create this experience for the customer.”

    Automation Beyond Self-Service

    “People tend to think about automation as being about how a customer buys something from and engages with an organization; the order-to-activation process has always been key for telcos…Once we start to build automation, we look at the onboarding experience to make it faster and simpler for customers, so it’s just a clicking this or swipe that type of exercise.”

    Logothetis further stresses, “We have very good digital portals, in the consumer and enterprise spaces, and will continue to develop them. But the more recent innovation we’re working on with our customers is understanding how they use our products and what they want, including using telemetry data.” For example, if a Telstra customer has a cloud tenancy, how can they scale it up or create a new tenancy? How can they add AI on top of it? How can they move the tenancy closer to them? In other words, “It’s less of an interaction with us through a digital channel and more of an interaction with the product itself,” she details.

    While in the first instance, automating this product interaction is geared to the enterprise market where Telstra expects “really deep engagement with products,” according to Logothetis, “I think as we look out into AR and VR augmented and virtual reality, immersive experiences, and the metaverse – depending on [what] it ends up being – it becomes a very similar sort of scenario, right? It’s about how consumers engage with the product or act inside the product versus engagement between them and our organization.”

    Cloud Matters

    In the meantime, she says, “We talk about key things like hybrid and multi-cloud, which enable our customers to put their workloads in the place that best meets their demands. Some are best placed in the public cloud with any one of a number of public cloud vendors. For sovereignty and security reasons, some might need private cloud. For legacy reasons, some might run virtualized technology on a public or a private cloud. Other customers want private cloud workloads. We offer that spectrum.”

    Telstra has multiple partners at all layers of the cloud stack, and this is where edge compute comes into play. Logothetis says, “We start to talk about distributed computing, because customers will have more and more applications and data workloads with unique sets of requirements. Some they’ll want to have much closer to them because it’s data intensive – they want to collect, store and process the data close to where it is – or because they need actionable insights from it to correct a safety issue, say, or change a manufacturing process.”

    Distribute, Compute

    However, these needs might only apply during the day, not overnight, when instead some applications could run at the network edge or in the cloud. Logothetis explains, “I think this notion of distributed compute, with very good connectivity between it, and some smart software sitting on top, for an enterprise or a government organization, places workloads in the right place at the right time.

    “That’s what we’re working on. We already offer all those components today but where we see this industry and demand heading is that all those components work seamlessly together.”

    This is not an easy undertaking. So what are the challenges in this level of automation? And are the limitations of AI an issue? Logothetis’ view is that it depends on what you’re trying to automate and why. She says, “From my role, the trickiest thing is to establish what we are trying to deliver to the customer – a better experience of something they have today or using automation to come up with a fundamentally different experience, maybe something that didn’t exist before.”

    Starting With Desired Outcomes

    It’s refreshing to find an organization that starts by thinking about what they want to achieve and then reverse engineers to where it is today to figure out how to get there. It’s more common for telcos to focus on a shiny new piece of technology, then figure out what they can do with it and how to justify the investment. This common wrong-headedness is often compounded by technology becoming “legacy” at the fastest rate ever.

    Logothetis agrees, and furthers, “That all comes back to the principles of decoupled architecture with the APIs around it; then building this product experience we’ve talked about on top of that – that architecture and that way of interacting will enable us to be really agile in getting things to market and changing things quarter on quarter, based on what we see the customers doing with it.”

    Internal Ops Enable External Experience

    Telstra is also working on AIOps because, as she says, “If you have a highly manual back office or operations, it is very difficult to automate the experience. Even if it looks great on the surface, underneath, it’s like those images of swans sitting serenely on the surface, but their feet are moving frantically under the water. So internal automation and customer experience absolutely are linked, but not tightly coupled because we take a modular approach that is API-driven; then build this experience layer on top. As things change in the underlying organization or in the capabilities of ecosystem partners, we can bring things in without having to build a brand new product from scratch.”

    Logothetis emphasizes how important this is and that the ecosystem is “developing very quickly, particularly around the edge cloud and in private networks. The customer-facing parts are very much an ecosystem play, because customers want a broad spectrum of capabilities, and there’s no single vendor that they want to be totally tied into. Customers want multiple different things, and a big part of our role is to work as a part of that ecosystem and make it easy for our customers to work in that ecosystem as well.”

    She concludes, “We need to build the ecosystem from the experience for the customer and the engagement with the product, as well as building automation behind scenes, which is probably what you hear most about in the industry – things like automating provisioning and billing. That’s happening, but what we’re doing is really interesting – the automation of experience and interaction with products.”

    A version of this article was first published in September 2022 on the FutureNet World website.

  • Telstra Boasts Fastest Speed in Australia

    Telstra Boasts Fastest Speed in Australia

    Telstra is Australia’s fastest mobile network for the first half of 2022, based on results from the Ookla Speedtest Awards from January to June 2022.

    Telstra has a median download speed of 81.57 Mbps and median upload of 11.38 Mbps, representing an improved speed from the second half of 2021.

    Telstra also has the fastest mobile network speeds in the cities of Sydney, Greater Melbourne and Greater Brisbane – where nearly half of Australia’s overall population resides.

    “Keeping our customers connected is at the centre of everything we do, and one part of that is giving customers access to the largest and most reliable mobile network in Australia. That includes expanding our 5G coverage to allow for faster speeds as well as improving the capacity of our 4G network, and it’s also about the new technologies we’re developing like mmWave 5G,” Telstra commented.

    Telstra currently covers 80% of Australia’s population with 5G, with plans to roll out 5G to 95% of the population by 2025.

  • Ericsson, Telstra, and Qualcomm Technologies achieve highest uplink peak rate

    Ericsson, Telstra, and Qualcomm Technologies achieve highest uplink peak rate

    Ericsson, Telstra, and Qualcomm Technologies have achieved the highest uplink peak rate ever recorded on a commercial network during a live demo in Queensland, Australia. Together, they reached an uplink data speed of close to 1Gbps, paving the way for more seamless experiences in use cases such as live video streaming and social media content sharing.

    Using Ericsson’s New Radio-Dual Connectivity (NR-DC) and carrier aggregation software features together with a smartphone form-factor test device powered by Snapdragon® X65 5G Modem-RF System on Telstra’s network, this new uplink speed record marks another significant milestone for the ecosystem collaboration between the three companies.

    The high uplink peak rate was reached by combining the data rates from both mid-band and high band (millimeter wave) to fully utilize Telstra’s spectrum for improved user experience. The demo used Ericsson’s NR-DC software feature with uplink four-component carrier aggregation (UL 4CC CA), in which four contiguous carriers of 100MHz are combined, resulting in higher data speeds.

    Delivering uplink peak rates of close to 1Gbps will enable Telstra to more than double the current uplink throughput in its 5G network. This is particularly important for supporting applications and services that involve uploading vast amounts of data.

    Sibel Tombaz, head of product line 5G RAN, Ericsson, says: “We continue to pursue new and innovative ways of enhancing the end-user impact of 5G. An uplink speed of close to 1Gbps using NR-DC and four-component carrier aggregation is the latest in a series of 5G milestones we have achieved in collaboration with Telstra and Qualcomm Technologies. This means users can enjoy vastly improved experiences from applications where quicker upload time makes a difference.”

    Nikos Katinakis, group executive networks & IT, Telstra, says: “We have a history of world firsts with Ericsson and Qualcomm Technologies. In 2016 we broke the 1Gbps barrier on 4G; in January this year, we set a new download record on 5G, and now we have set a new record in the uplink on a commercial 5G network. It is a testament to the continuous efforts of our team to innovate, and I take pride in how, together, we continue to push the boundaries of what this technology can deliver.”

    Sunil Patil, vice president, 5G product management, Qualcomm Technologies says: “Qualcomm Technologies is pleased to collaborate with Ericsson and Telstra on this 5G dual connectivity and carrier aggregation milestone. By achieving the highest uplink peak rate ever recorded on a commercial network in Queensland, Australia, we’re underscoring our commitment to enabling differentiated 5G experiences across a variety of use cases beyond mobile. Together, we are realizing the full potential of 5G through new breakthroughs that will drive transformative benefits for consumers and enterprises alike.”

    Ericsson, Telstra and Qualcomm Technologies achieved the first on a commercial network in Queensland, Australia with a theoretical maximum uplink speed of 986 Mbps, integrating four-component 100MHz carriers of millimeter-wave, combining with the 100MHz of 3.6GHz spectrum. NR-DC was implemented with n78 and n258.

    The testing was conducted at Telstra’s 5G Innovation Centre (5GIC) using Telstra’s commercial network resulting in a throughput of roughly 1Gbps, more than doubling the current uplink speed on the market. The smartphone form-factor test device powered by Snapdragon X65 was used with Ericsson Radio System’s Baseband 6648 and AIR 6488 for mid-band, which has been widely deployed in Telstra’s network, and Baseband 6648 with the AIR 5322 for high-band.

    Ericsson’s NR-DC software combines 5G frequency ranges below 7.125 GHz (mid-band, Time Division Duplex, TDD) and above 24.25 GHz (high-band TDD) and is now available for commercial deployment. The UL 4CC carrier aggregation software is slated to go commercial globally in the second quarter of 2022.

  • Telstra partners Australian government to buy Digicel Pacific

    Telstra partners Australian government to buy Digicel Pacific

    Telecommunications giant Telstra announced on Monday that it has partnered with the Australian government to buy Digicel Pacific for $1.6 billion.

    This is widely viewed as a political move to curtail China’s influence in the region, following interest shown by China’s biggest telecommunications operator to buy over Digicel Pacific.

    The biggest mobile operator in the South Pacific region, Digicel Pacific has 1,700 employees and around 2.5 million subscribers from retail customers through to large enterprises. Digicel Pacific has operations in Papua New Guinea, Fiji, Samoa, Tahiti, and Vanuata – important markets in Papua New Guinea.

    In a press release, Telstra stated that the Australian government will contribute $1.33 billion, while Telstra will contribute $270 million in equity. Telstra will own 100% of the ordinary equity and receive strategic risk management support from the government.

    This move is also aligned to Telstra operations in Papua New Guinea, where Telstra has been a licensed operator since 2012 and one of the biggest providers of voice and data services connecting the South Pacific to the rest of the world.

  • Telstra Australia waives firefighters’ phone bills in unprecedented show of support

    Telstra Australia waives firefighters’ phone bills in unprecedented show of support

    Exacerbated by prolonged drought, intense heat and the overall global climate change, the bushfires have had catastrophic consequences on people, their livelihoods as well as the myriad of native animal species that call the Australian bush home. It is now estimated that billions of native wildlife have perished in the deadly blazes.

    Australian telco giant Telstra has responded immediately to the crisis by showing their support for the countless firefighters who have left their families to battle the fierce fires. Earlier this year, Telstra announced that they will be waiving all mobile phone bills for firefighters as a show of thanks for their heroic efforts.

    “Today we’re doing our part to thank our volunteer firefighters by providing them with free mobile bills over December and January,” said Telstra CEO Andrew Penn.

    Penn added, “”We’re doing everything we can to get these communities back up and connected as quickly as possible, but given the horrific conditions we have seen over the past few days, this may take some time.”

    Not long after Telstra made the announcement, both Optus and Vodafone joined in by waving their own mobile service costs for volunteer firefighters doing their part to protect the lives of all Australians.

  • Telstra launches first 5G device in Australia

    Telstra launches first 5G device in Australia

    The Australian-based company began marketing its broadband plans for the new HTC 5G Hub and will soon start selling the Samsung Galaxy S10 5G. They also plan to introduce their mobile plans for the new technology by the end of June.

    The company said it would offer free 5G access for around 12 months.

    “We have already started building our 5G coverage in some areas and, as we did with 3G and 4G, we will progressively roll out the new technology over time,” said Telstra’s chief executive officer Andrew Penn in a statement.

    The operator is currently working on rolling out 5G in ten cities and plans to expand the coverage to around 35 other cities within the next 12 months.

    Telstra turned on 5G base stations back in December 2018 in some parts of Sydney and Melbourne all of which amounted to 187 5G-compatible sites in the two cities.

    They acquired 3.6GHz spectrum for AUD 386 million. The company claims to have around 60Mhz of contiguous 5G spectrum in Australia’s major capital cities and around between 50 to 80Mhz of contiguous spectrum in regional areas.

    “Our launch of the HTC 5G Hub is the moment 5G becomes a reality for Australian consumers,” said Penn.

    “Since 2016, we have been working with some of the world’s leading technology brands to ensure Australians are among the first in the world to be able to access 5G.”

  • Telstra to launch HTC 5G Hub next week

    Telstra to launch HTC 5G Hub next week

    Australian operator Telstra has is taking pre-orders for what it is calling the country’s first 5G mobile device. The HTC 5G Hub will be available in Telstra stores from next Tuesday.

    The HTC 5G hub is a 5G and 4GX (LTE-Advanced) media hotspot designed for both enterprise and consumer use.

    The hotspot can support up to 20 Wi-Fi enabled devices as well as a gigabit Ethernet connection and provides an all-day battery life.

    For corporate customers, the device offers corporate VPN authentication and remote wipe capability. For the consumer segment, the device offers a voice-activated remote control for other home smart devices and media hub capabilities.

    Telstra CEO Andy Penn said the launch of the device was an important milestone in the operator’s transition to 5G.

    “Our launch of the HTC 5G Hub is the moment 5G becomes a reality for Australian consumers. Since 2016, we have been working with some of the world’s leading technology brands to ensure Australians are among the first in the world to be able to access 5G,” he said.

    “HTC has been a key partner for Telstra, innovating new technologies and driving greater connectivity for our customers. This launch of Australia’s first 5G mobile device is a testament to that partnership and we are proud to be launching it today”.

    At launch, customers will be able to access 5G in selected areas of Adelaide, Brisbane, Canberra, the Gold Coast, Hobart, Launceston, Melbourne, Perth, Sydney and Towoomba, he said.

    “This is just the start. The roll out of 5G coverage is ongoing and, as 5G develops, there will be more devices and more technologies to come. But this is an important step we take today, as the first Australian network to offer mobile 5G”.

  • Telstra launches tiered loyalty program

    Telstra launches tiered loyalty program

    Australia’s Telstra has announced a new tier-based loyalty program designed to allow customers to earn points for every dollar they spend with the operator.

    The Telstra Plus program will be available to both prepaid and postpaid customers. Members will accumulate points they will be able to exchange for discounts on new devices and accessories.

    Through partnerships, Telstra will also offer access to benefits such as discounted sport and movie tickets and complementary extras.

    Membership to the tiered system will be calculated based on spend over the previous 12 months. The higher tier services include benefits such as priority call handling and 24×7 tech support, as well as yet to be announced entertainment bonuses.

    Telstra CEO Andy Penn said Telstra plans to extend the new offering to its roughly 8 million customers from May.

    “Every service, subscription or hardware repayment will see customers earn points towards new technology, and we think that’s a pretty powerful offer,” he said.

    “The first 5G devices will be available with Telstra soon, opening up even more opportunities for Australians to get more out of life through technology and helping our customers take advantage of all our network has to offer… In addition to the better value we provide our customers through our larger network coverage and data speeds, we’re upping the ante through rewarding our customers for their loyalty over time.”

  • 211 operators globally investing in 5G

    211 operators globally investing in 5G

    At least 211 operators across 87 countries are investing in 5G, according to statistics compiled by consultancy company Hadden Telecoms.

    Operators investing in 5G are at a variety of stages, ranging from network deployments, to technology testing, demonstrations and pilot trials.

    To date, 15 operators have commercially launched 5G services, including Telstra and Optus in Australia, which are offering fixed wireless 5G services on the 3.6-GHz band. Vodafone Australia and the market’s national broadband network operator NBN Co are also investing in 5G.

    South Korea’s KT, LG U+ and SK Telecom meanwhile switched on their 3.5-GHz 5G networks last year, initially for enterprise customers only, and are planning to simultaneously launch commercial services for consumers shortly.

    The list of operators investing in 5G in Asia Pacific also includes China’s big three operators China Mobile, China Telecom and China Unicom, Hong Kong’s 3 Hong Kong, China Mobile Hong Kong, HKT and SmarTone, and India’s Bharti Airtel, BSNL and Reliance Jio Infocomm.

    In Japan, KDDI, NTT Docomo, Rakuten Mobile and Softbank are spending heavily on 5G, while Malaysia’s Celcom, DiGi, Maxis, Telekom Malaysia and U Mobile and the Philippines’ Globe and PLDT are also trialing the technology.

    Singapore’s M1, Singtel and StarHub, Sri Lanka’s Dialog Axiata and Mobitel, Taiwan’s APT, Chunghwa Telecom, Far EasTone and Taiwan Mobile, Thailand’s AIS, Dtac, TOT and TrueMove and Vietnam’s Viettel are also at various stages of 5G development.

    “Operators globally are preparing for the large-scale introduction of 5G, the first services have launched, and the devices ecosystem is rapidly building and poised for the imminent scale availability of a range of smartphone models,” Hadden Telecoms director Alan Hadden said.

    “Dozens more operators are expected to launch their respective 5G services in the coming 12 months.”

  • Telstra awarded 131 cell sites under Black Spot program

    Telstra awarded 131 cell sites under Black Spot program

    Australia’s Telstra has announced it has been awarded 131 sites as part of the fourth round of the government’s Mobile Black Spot program.

    The operator will deploy a mixture of new mobile base stations and small cells at the 131 locations, and will contribute $23.3 million of the $55.6 million co-investment required to fund the new sites, with the remainder coming from the federal and state governments.

    The new sites will include 49 in New South Wales, 23 in Western Australia, 22 in Victoria, 19 in South Australia, and 18 in Queensland.

    Telstra said it has so far deployed more than 550 new mobile base stations across regional and rural Australia as part of the Mobile Black Spot program.

    Meanwhile the operator expects to have spent a total of around A$8 billion ($5.66 billion) in total mobile investment over the five years ending in June, with nearly A$3 billion of this spent in rural areas.

    “Our investments will help towns and communities relying on mobile connected devices more than ever before,” Telstra CEO Andy Penn said.

    “The partnerships we have formed with Governments at all levels are providing connectivity and services to many areas of Australia where it was otherwise uneconomical to do so.”

    He said Telstra’s mobile network now spans nearly 10,000 base stations covering more than 2.5 million square kilometers.

    The announcement came shortly after the government revealed it has allocated a further A$160 million for the Mobile Black Spot program, which has now been extended to a further two rounds.

  • Telstra to trial 5G in banking sector

    Telstra to trial 5G in banking sector

    Australia’s Telstra has used this week’s Mobile World Congress to announce a partnership with Commonwealth Bank of Australia And Ericsson to trial 5G edge computing technologies in the financial services sector.

    The three-way collaboration will involve testing end-to-end banking solutions over 5G technology in an effort to explore the future of banking.

    The companies will evaluate how 5G edge computing can help reduce the network infrastructure currently required at bank branches to support high-speed transactions.

    Speaking at the event, Telstra group executive for networks and IT Nikos Katinakis said 5G has the potential to transform the global financial services sector.

    “5G edge computing is all about bringing the network closer to the user or application. For financial institutions like Commonwealth Bank, it will help to enhance existing banking applications as well as deliver new use cases such as artificial intelligence, all supported by a range of software defined networking solutions,” he said.

    “Together with Ericsson, we are pleased to be working closely with Commonwealth Bank, an industry leader, to help them design and deliver the next generation of banking services, powered by Telstra’s 5G technology and using edge computing.”

    Katinakis added that the lessons learned from the collaboration will be applicable to other industry verticals beyond financial services.

  • Blockchain used for inter-carrier settlements in PoC trial

    Blockchain used for inter-carrier settlements in PoC trial

    Members of the International Telecoms Week (ITW) Global Leaders’ Forum (GLF), including PCCW Global and Telstra, have completed a proof of concept trial demonstrating how blockchain technology can transform inter-carrier settlement by streamlining complex transactions.

    The two operators as well as Colt Technology ServicesBTOrange and Telefonica, demonstrated the viability of a platform capable of settling voice transactions between operators within minutes rather than hours.

    The demonstration represents the first proof of concept blockchain trial to involve a multi-lateral series of relationships within the wholesale telecoms sector. It was the latest in a series of trials carried out by CLF members in collaboration with technology partner Clear, a blockchain specialist.

    The proof of concept was able to demonstrate that live data feeds could be successfully input into a distributed ledger, enabling traffic to be automatically verified and settled between two carriers.

    In a statement, the GLF said it is now reviewing its options over a potential governance structure to further develop the technology and implement a solution for the entire industry.

    “This latest PoC signals nothing less than the future of telecoms, whereby intensive manual practices can be securely automated across the wholesale ecosystem,” Colt Technology Services CEO Carl Grivner said.

    “This is a major step forward by Colt and its partners, meaning we can now invest further resources into driving both our and our customers’ businesses forward using the power of blockchain.”

  • Telstra wins $12.3m outdoor advertising contract

    Telstra wins $12.3m outdoor advertising contract

    Australian operator Telstra has secured an A$17 million ($12.3 million) contract with fleet operator P2P Transport to provide connectivity for a mobile digital advertising solution.

    Telstra will provide access to its mobile and IoT network and its digital media capabilities to support the project to provide advertising on 900 P2P vehicles as they travel throughout the nation, starting with an initial 300 taxis.

    P2P Transport leases vehicles including taxis and limousines to individual taxi drivers, ride-sharing drivers and limousine operators.

    The advertising solution will allow advertisers to deliver specific messaging for particular times and locations, such as by pushing out messages advertising food options during lunchtime.

    It uses Australian-developed GPS-enabled screens purpose built for the taxi industry, that use integrated power to prevent the need to drain the vehicle’s battery.

    “It’s getting more difficult for organizations to cut through the noise in the market today and P2P Transport’s solution is a fantastic example of forward-thinking that capitalizes on technology to create a smarter, more targeted way of reaching potential customers,” Telstra Enterprise chief customer officer John Ieraci said.

    “We’re really excited to work with P2P Transport to support this next generation mobile advertising solution using our comprehensive IoT offering and business-grade mobile network.”