Tag: operators

Siemens expands data centre partner ecosystem to scale next-generation AI infrastructure

As AI drives unprecedented demand for data centre capacity, the industry faces a growing challenge in aligning rapidly expanding compute infrastructure with available power. To address this, Siemens Smart Infrastructure is expanding its data centre ecosystem through a strategic investment in, and partnership with, Emerald AI, alongside the integration of Fluence battery energy storage solutions, and the addition of collaborative physics-based AI modeling with PhysicsX. Together, these capabilities create flexibility across compute, energy, and infrastructure systems, helping data centre operators connect to the grid faster, scale efficiently, and operate reliably in a power-constrained world.

“Scaling AI infrastructure isn’t just a computing challenge, it is equally an energy and infrastructure challenge,” said Ruth Gratzke, President of Siemens Smart Infrastructure U.S. “As demand for AI processing accelerates, data centre growth is increasingly constrained by grid capacity and interconnection timelines. Addressing this requires complex coordination across both the digital and energy domains. Siemens is actively investing in key technologies

and partnerships to expand the ecosystem required to scale AI responsibly and support the next generation of data centre infrastructure.”

Emerald AI enables AI workloads to shift in time and location to align with grid conditions, allowing data centre demand to respond dynamically to available power. By coordinating when and where AI workloads run alongside dispatching onsite energy resources, this approach helps smooth peak demand, achieves faster and larger grid connections for data centres, and reduces pressure on constrained power infrastructure. The strategic investment in Emerald AI strengthens Siemens’ ability to introduce flexibility at the compute layer. When combined with Siemens’ expertise in power infrastructure and operational technology, this creates true IT/OT convergence between AI workloads and power systems.

A key element of this expanded ecosystem is the addition of Fluence’s grid-scale energy storage solutions, designed to support the next generation of high-performance AI data centres. As compute clusters grow in size and density, Fluence energy storage solutions enable data centres to accelerate grid connection by shaping load and coordinating ramp rates, making large AI-scale demand more predictable and easier for utilities to approve. This can turn power-constrained locations into viable data centre sites and accelerate time to power, which can enable deployment of energy storage in months rather than years of grid upgrades. Fluence’s energy storage solutions can also provide dispatchable, on-site power that aims to enable data centres to operate during grid build-outs, capacity shortfalls, or outages. By supporting consistent power quality and flexible scaling, Fluence can help data centre operators bring capacity online faster while maintaining the reliability required for mission-critical AI workloads.

Strengthening this ecosystem further, Siemens is collaborating with PhysicsX to apply physics AI to the design and operation of data centre power distribution systems. Using AI models trained on Siemens’ multi-physics simulation data, engineers can predict thermal behavior in complex busway systems in real time. With PhysicsX, simulations that once took days can run in under a second, enabling faster design iteration, optimized infrastructure for dynamic AI workloads, and the foundation for predictive monitoring across entire facilities.

The rapid growth of AI will continue to place new and often highly dynamic demands on power systems, with large training and inference clusters creating rapidly shifting loads that challenge traditional grid planning and data centre design. As a result, operators must find new ways to manage these demands while maintaining the performance and reliability required for AI infrastructure. Siemens’ expanded ecosystem is designed to help address this challenge by bringing together AI workload orchestration, grid-integrated energy systems, and AI-optimized physical infrastructure to support the next generation of AI infrastructure.

For more information on Siemens Smart Infrastructure, please see Siemens Smart Infrastructure.

Telecom Hype vs Reality: 2026 Anti-Trends Reveal What Won’t Deliver

Every year, the telecoms industry finds a new frontier to get excited about. AI will transform operations overnight. Satellites will redraw the broadband map. XR will unlock immersive consumer experiences. 6G will change everything again.

But history suggests that commercial gravity tends to reassert itself.

As we move through 2026, the industry may find that several of its loudest narratives are running ahead of practical returns. That doesn’t mean innovation is misplaced. It means the gap between technological possibility and commercial viability remains stubbornly wide.

Here are five areas where expectation may outpace impact:

Satellites remain supportive, not dominant

Low Earth orbit satellite services have made impressive technical strides. They have strengthened resilience, improved rural connectivity, and introduced new competitive dynamics into fixed broadband markets.

However, satellites still face physical and economic constraints. Capacity remains finite. Costs per delivered gigabyte are materially higher than fibre. Performance can be affected by geography and environmental conditions.

For operators, satellite partnerships may enhance coverage and disaster recovery strategies. But as a mass-market substitute for terrestrial broadband, the economics remain challenging. Fibre and fixed wireless continue to dominate where density allows.

The likely outcome is coexistence rather than displacement, reflecting a broader pattern seen in many telecom technology hype cycles.

Generative AI will increase costs before returns

No technology has captured executive attention more completely than generative AI. Operators are investing heavily in copilots, automation tools, AI-driven customer service, and network optimisation.

While the exuberance around AI remains high, 2025 saw the first signs of the hype cycle cooling, and the financial viability of generative AI relative to the scale of investment required is likely to become one of the central questions for telecom operators in 2026.

Large language models require substantial compute resources, and telecom operators are already facing rising cloud and infrastructure costs associated with early AI deployments. Licensing fees, cloud capacity, integration work, governance frameworks, and new skill requirements all add to the cost base. For many operators, AI may initially increase OPEX before delivering any measurable revenue uplift.

The more sustainable opportunity may lie in targeted, operational use cases such as fraud detection, assurance automation, accelerating product launch cycles, and field service optimisation rather than grand, customer-facing reinventions.

AI will matter. But disciplined deployment may prove more valuable than sweeping transformation narratives.

XR adoption remains limited

Extended Reality continues to generate enthusiasm in vendor ecosystems. Yet mainstream consumer adoption remains limited.

Headsets are improving, but hardware cost, comfort, battery life, and limited everyday use cases constrain mass appeal. Global XR headset shipments remain modest compared with mass-market devices such as smartphones or PCs, limiting the scale of near-term consumer demand. Most compelling deployments today sit in enterprise niches relevant to telcos, such as training, remote assistance, and design collaboration, where ROI for operators can be clearly demonstrated.

Until devices become lighter, cheaper, and seamlessly integrated into daily workflows, XR is likely to remain specialised rather than ubiquitous for telecom purposes.

The promise of immersive connectivity persists. However, the commercial inflection point has not yet arrived.

5G Standalone is slower to deliver value

Standalone 5G was designed to unlock ultra-low latency services, network slicing, and enterprise innovation for telecom operators. Deployment, however, has been slower than early projections suggested, with industry studies revealing that only around 70 operators have deployed 5G SA so far.

While adoption is progressing, monetisable enterprise use cases are still emerging. Many consumer applications do not visibly differentiate between non-standalone and standalone deployments.

The challenge is not technical capability, but demand creation. Without clear vertical solutions or compelling developer ecosystems, advanced network features risk underutilisation.

The industry may need to recalibrate expectations around the pace of monetisation. 5G SA’s value for telcos may unfold gradually rather than explosively.

6G remains a long-term prospect

6G research is accelerating globally, with governments and vendors outlining ambitious visions. Yet commercial rollout remains many years away.

In the meantime, many of the performance gains associated with early 6G discussions, such as improved speeds, lower latency, and AI-driven optimisation, can be delivered through continued 5G evolution, fibre expansion, Wi-Fi advances, and software innovation.

6G will shape the next decade. It is unlikely to define this one for operators today.

Focus on practical fundamentals

None of this suggests innovation is misplaced. Telecom operators depend on forward investment. But as capital discipline tightens across the industry, the focus is shifting from technological possibility to measurable value.

The strongest returns may come not from headline-grabbing breakthroughs, but from expanding fibre intelligently, automating operations pragmatically, investing in skills alongside software, and building sustainable enterprise propositions.

In the telecoms industry, progress is rarely linear. The technologies that ultimately reshape the market are often those that quietly compound value over time.

Hype cycles rise quickly. Commercial reality moves more deliberately.

Vodafone: Best mobile Internet performance in Ireland 2025

Vodafone leads mobile Internet performance in Ireland for 2025, according to the annual nPerf barometer. This edition reveals strong competition on download speeds and consistent performance across all operators on the 5G network.

Vodafone leads with a score of 98,198 nPoints. With speeds of 94.48 Mbps in download bitrate and 28.02 Mbps in upload bitrate, the operator delivers optimal latency (32.77 ms), ideal for online gaming and real-time communications. Leader in browsing (80.33%) and video streaming (80.16%), it ensures a balanced user experience across all usage scenarios.

Three follows closely with 93,691 nPoints. Speeds reach 116.48 Mbps in download bitrate (first in the market) and 20.56 Mbps in upload bitrate. The operator achieves solid performance in video streaming (77.63%, 2nd place).

Eir completes the podium with 88,447 nPoints and delivers competitive download speeds of 84.06 Mbps. The operator achieves strong browsing performance (77.96%, 2nd place), ensuring smooth web navigation for users.

Measurements conducted via the nPerf application on Android and iOS.

“The Irish market displays healthy competition with solid streaming and browsing experiences across all operators, particularly on the 5G network”, says Sébastien de Rosbo, CEO of nPerf.

Full results

Composability: The Key to Solving Telecom’s Agility Crisis

Telecom operators are at a pivotal juncture. Rapidly rising customer expectations, intensifying competition, and the rollout of technologies such as 5G, IoT and edge computing are transforming the industry and creating an urgent need for greater speed and flexibility. Yet, many communications service providers (CSPs) remain constrained by monolithic and rigid Business Support Systems (BSS) and Operations Support Systems (OSS), where even minor updates to services, processes or integrations can result in significant cost and delays.

These challenges have become a defining issue for the industry and in the sections that follow, we’ll explore how composable architectures are helping CSPs overcome them and regain agility. This shift toward modular, API-first and loosely coupled BSS/OSS systems is enabling CSPs to innovate rapidly, launch new services at digital speed, and scale efficiently.

TM Forum’s Open Digital Architecture (ODA) provides a clear industry blueprint for this shift, defining the modular building blocks and open interfaces needed to replace monolithic BSS/OSS with flexible, composable systems.

Cerillion, with extensive experience in deploying composable BSS/OSS solutions for leading CSPs, provides practical guidance on how operators can modernise their systems without disruptive rip-and-replace projects.

The Agility Challenge

Legacy BSS/OSS platforms were built for a time when service portfolios were predictable and network environments were stable. Today’s telecom realities are far different: rapid service innovation, intense partner ecosystems, regulatory complexity and dynamic enterprise demands. According to TM Forum, up to 72% of 5G revenue growth is dependent on BSS/OSS transformation.

While earlier research (such as TM Forum) suggested that a high proportion of 5G revenue growth depends on OSS/BSS transformation, more recent GSMA Intelligence analysis underlines that the real value of 5G lies in its role in enterprise digital transformation. GSMA projects that mobile technologies – 5G included will drive $11 trillion of economic value by 2030, and reports that around 85% of enterprises regard 5G as critical to their digital transformation strategies.

As part of this evolution, ODA sets out a standardised architecture that helps CSPs break down legacy complexity by adopting interchangeable components, common data models, and certified Open APIs.

Telecoms industry spending trends underline the urgency: IDC forecasts that the combined telco software solution market will grow from $48.7 billion in 2024 to $60.4 billion in 2029. Such rapid expansion highlights why CSPs recognise that agility isn’t optional but essential for survival.

Composable BSS/OSS and Market Impact

Composable architecture replaces monolithic systems with modular, API-first components that can be developed, deployed and updated independently. This approach allows CSPs to assemble new services, such as an IoT device bundle and partner app, without waiting months for system upgrades.

The principles of composable architecture align directly with ODA, which promotes modular components, well-defined service domains, and open interfaces that can be assembled and evolved independently.

Composable design brings several key advantages. As each module of the system, whether it’s a product catalogue or order management component, evolves independently, businesses can respond more quickly. Open Application Programming Interfaces (APIs) connect partner services, network functions and business tools, ensuring every element works together seamlessly. This efficiency also allows business users to configure new offers without relying on IT, while cloud-native microservices enable continuous scalability and updates, without disrupting legacy systems.

By building solutions that conform to ODA’s structure, operators ensure greater interoperability across partner ecosystems and avoid the vendor lock-in associated with traditional monolithic platforms.

According to HTF Market Research, the cloud-native telecoms market exceeded USD 10 billion in 2024, reflecting strong adoption of modern, modular architectures. The shift is more than technical; it’s strategic. Composable systems empower business teams, accelerate time-to-market and support legacy coexistence to manage cost and risk. In this context, Cerillion illustrates how legacy platforms can evolve into flexible, interoperable systems that enable rapid innovation without full-scale replacement.

Benefits Beyond Speed

Composable BSS/OSS delivers much more than just faster service rollout, including:

 

  • Reducing downtime and operational complexity.
  • Allowing business teams to experiment with new pricing, bundles and partnerships more easily.
  • Enabling third-party integration and ecosystem expansion via API-first platforms.
  • Adapting quickly to new business models or multi-brand operations.

Strategic Implications for CSPs

Aligning transformation roadmaps with ODA provides CSPs with a proven framework that reduces integration risk, accelerates onboarding of new partners, and ensures long-term architectural consistency.

Operators considering the composable route should pursue the following strategic actions:

 

  • Define business drivers and outcomes: Determine the agility and results needed, including faster service launches and ecosystem enablement, before selecting technologies.
  • Adopt an incremental approach: Modernise components gradually instead of pursuing risky full-scale rip-and-replace projects.
  • Promote business-IT collaboration: Enable business teams to configure services while IT ensures operational integrity.
  • Prioritise Open APIs, ODA and partner readiness: Ensure seamless integration with third-party services and ecosystem partners.
  • Measure success with relevant metrics: Track key indicators such as time-to-market, partner onboarding speed and operational efficiency.

Vendors such as Cerillion provide solutions aligned with Open Digital Architecture, API-first design and hybrid deployment that support agile evolution rather than disruption.

Legacy monolithic systems are no longer fit for the dynamic demands of today’s telecom environment. Composable BSS/OSS architecture offers a path to faster launches, empowered business teams and resilient, future-ready ecosystems.

Transformation is complex, but inaction could cost you missed revenue opportunities, slower growth and loss of competitive position. For CSPs, composable BSS/OSS is not optional; it is a strategic imperative. The responsibility of solution providers is to help operators progress, focusing on enhancement rather than constant disruption.

Soft2Bet: Revolutionizing iGaming through MEGA Platform and Global Expansion

Soft2Bet was established in 2016 by visionary entrepreneur Uri Poliavich. What was once one person’s dream to revolutionize the game of online gaming has now grown into a global technology power, empowering operators and players worldwide. Soft2Bet growth story to become a company to watch since it was started. Based in Malta, Soft2Bet now has over 100 staff members and holds an amazing 19 licenses in 10 jurisdictions. Its rapid growth is a result of its focus on innovation, regulatory compliance, and creating truly entertaining gaming experiences that reward players for playing again and again.

The MEGA Platform: Changing the Way Players Play

Soft2Bet’s crown gem is the Motivational Engineering Gaming Application (MEGA) which launched in 2023 and caused shockwaves in the industry. This is not another gamification platform – it’s something completely different in terms of how online casinos interact with players. The platform combines personalized elements of avatars, collectibles, and city-building that take gaming more into the experience than actual betting.

The proof is in the pudding. MEGA operators have recorded remarkable success:

  • 4-fold increase in player screen time;
  • 65% rise in Net Gaming Revenue;
  • 50% growth in deposit sizes;
  • 45% growth to Average Revenue Per User.

These aren’t figures – they’re real players, more engaged, having more fun, and more committed to their favorite game websites. The site is a success because it taps into what people naturally enjoy: advancement, rewards, and personalized experiences that seem like they’re just for them.

B2B Solutions That Actually Work

The company has several successful B2C brands, each designed for specific markets and player preferences. Betinia and Campobet serve players in Sweden and Denmark, while Tooniebet is focused on the Ontario region in Canada. Don.ro serves the Romanian players, and Quickcasino focuses on the Swedish market.

Comprehensive Operator Support

Soft2Bet does not just sell software and depart. They form partnerships with operators to provide complete turnkey solutions that include all of what is necessary to run a successful online gaming operation. Their approach includes frontend customization, sportsbook and casino integrated solutions, managed services, and payment integration with over 220 different payment methods.

Global Reach and Accessibility

Supporting over 20 languages and offering over 12,500 games from hundreds of leading providers, Soft2Bet allows operators to reach international audiences. The platform features over 1 million live events each year, giving players endless options for entertainment whether they like slots, table games, or sports betting.

Innovation Through Investment

In July 2024, Soft2Bet unveiled the launch of Soft2Bet Invest, a €50m innovation fund dedicated to funding entrepreneurs and businesses working within the iGaming and casual gaming sectors. It’s not just about making money – it’s about creating the next generation of gaming innovations that will shape the future of the business.

The project was acknowledged in September of 2024 when it took home the “Outstanding Contribution to Gaming 2024” award at SiGMA East Europe. This award is specifically presented to organizations that make significant contributions through technological advancement, mentorship, and strategic investment in gaming industry growth.

Responsible Gaming Leadership

Soft2Bet is dedicated to player protection, regulated by amongst the world’s toughest licensing regulations. Each of their 10 jurisdictions has independent responsible gaming, fraud, and compliance teams. Several gaming authorities conduct regular audits to ensure they always maintain and surpass regulation.

But in addition to simply complying with legal regulations, Soft2Bet takes positive steps beyond. They understand that sustainable business success is based on players having enjoyable, secure experiences they can enjoy responsibly for the long term.

Award-Winning Excellence

Soft2Bet’s commitment to innovation has been best rewarded by industry-wide recognition. At the 2025 Global Gaming Awards EMEA, Soft2Bet won a historic triple: Executive of the Year for Uri Poliavich, Platform Provider of the Year for Soft2Bet, and Product Launch of the Year for the MEGA platform.

Other recognitions include the iGaming Sword Award 2023 Turnkey Supplier of the Year, which further establishes Soft2Bet as a top player in the industry that continues to deliver results for operators and players alike.

With a US expansion planned, starting with New Jersey, and additional expansion on regulated markets around the world, Soft2Bet is the future of iGaming technology. With their blend of innovative products, regulatory expertise, and genuine commitment to player experience, they are perfectly positioned to drive continued success in a transforming industry.

London Bus Network to benefit from AI-powered Optimisations through CitySwift and London Bus Operators Partnership

London has one of the largest public transport networks in the world with nearly 9,000 buses serving approximately 1.8 billion passenger journeys annually. It is operated by seven bus operators on 675 routes franchised by Transport for London (TfL). CitySwift has the potential to over time enable all of London’s Bus Operators to use data, AI optimisations and simulations to mitigate disruptions, optimise resource use and facilitate collaboration. Increasing the performance of the network will deliver more reliable bus services to drive increased passenger volumes and a better passenger experience.

“Our work with both authorities and operators in multiple regions since 2016 has consistently delivered tangible results in improved reliability, efficiency, and passenger and driver satisfaction. We are thrilled to bring these advantages to all operators, drivers and passengers in the London bus network, contributing to TfL’s vision of providing the most efficient and reliable transport network,” said CEO and Co-founder Brian O’Rouke on today’s announcement.

CitySwift currently employs 17 people in the UK and 50 people in Ireland, with ambitions to double headcount in both countries over the next 3 years. Founded in 2016 by Brian O’Rourke and Alan Farrelly, CitySwift empowers private operators and public transport authorities to achieve unmatched efficiency by using data to solve problems. CitySwift’s AI-powered performance optimisation platform delivers insights, simulations, and actionable recommendations to support the provision of high-performing bus services.

This news follows a year of rapid growth for CitySwift in 2024. During that time, the company secured €7 million in funding and announced renewed and new partnerships with Transport for Wales, National Express, Transport for Greater Manchester, Go-Ahead Group, and more.

Ookla Shares Analysis of Storm Éowyn’s Impact on Telecoms Infrastructure

The UK and Ireland are in recovery mode after Storm Éowyn wreaked havoc on electricity and telecoms infrastructure in recent days. With record wind gusts exceeding 180 km/h recorded in Ireland and a ‘major incident’ declared on the Isle of Man, the storm has been historic in both its strength and the extent of the damage caused across the islands.

Today, Ookla Shares Analysis of Storm Éowyn’s Impact on Telecoms Infrastructure severe and sustained decline in mobile performance across all operators in Ireland and parts of the UK on a scale not seen before.

On the day the storm made landfall (24th January), median mobile download speeds in Ireland (10.04 Mbps) were 78% lower than the preceding 7-day average of 47.43 Mbps, while median latency was 23% higher at 47.6 ms. In Scotland and Northern Ireland, mobile download speeds at the 10th percentile—a critical metric reflecting the poorest network performance—dropped significantly on the same day, falling by 63% to 2.19 Mbps and by 74% to 1.31 Mbps, respectively, compared to the 7-day average.

The unprecedented scale of impact on telecoms infrastructure serves as the latest and most high-profile call to action for hardening networks against increasingly frequent and severe storms in the UK and Ireland.

You can find the full analysis and Speedtest Intelligence® data here: https://www.ookla.com/articles/storm-eowyn

How did Storm Darragh impact Irish mobile operators

Storm Darragh caused the most extensive damage to Ireland’s electricity infrastructure in a decade and widespread mobile network outages over the weekend.

Today, Ookla shares its analysis of the impact on mobile operators in Ireland and Speedtest Intelligence® data revealing a marked and sustained decline in download and upload speeds, as well as increased latency and jitter, across all operators nationally.

Ireland’s three Mobile Network Operators (Eir, Three and Vodafone) all suffered, with median download speeds on Saturday recorded at nearly 70% lower than the 7-day average preceding the storm.  Around 40% of all samples collected by Speedtest failed to meet the minimum thresholds across 4G (5 Mbps download, 1 Mbps upload) and 5G (25 Mbps download, 3 Mbps upload) on Saturday.

This performance analysis is based on the national picture, highlighting that the impact was significant enough to lower the overall country-wide performance profile. A closer examination of the worst-affected areas along the western seaboard revealed even more pronounced declines in performance outcomes in the aftermath of the storm.

Read more here

Read more Ookla news here

Dell Technologies Propels Telecommunications into the AI Era

Dell Technologies today announced Dell AI for Telecom, a program designed to simplify and accelerate AI deployments for communications service providers (CSPs).

A recent MeriTalk study, commissioned by Dell Technologies, found that 48% of telecom executives see AI as the industry’s most transformative technology in the next five years, yet 68% feel their organization is struggling to keep pace with rapidly evolving technologies and customer needs.

The Dell AI for Telecom program, part of the Dell AI Factory, addresses these challenges by bringing together Dell’s AI expertise, infrastructure and services with software and silicon from across the AI ecosystem. The program will develop and deploy on-premises AI solutions that CSPs can use to enhance network performance, improve customer service and provide greater value at the enterprise edge.

“Capitalizing on the multiple opportunities presented by AI has become the most compelling driver of network cloud transformation,” said Dennis Hoffman, senior vice president and general manager, Telecom Systems Business, Dell Technologies. “Dell AI for Telecom brings together Dell’s AI expertise and infrastructure, with partners across the ecosystem, to help network operators implement AI solutions in and on the network that reduce OPEX, improve performance and create new edge revenue opportunities.”

Dell Collaborates with NVIDIA to Transform Telecom Networks with AI Solutions
Dell extends its collaboration with NVIDIA to:

  • Co-create and validate telecom AI solutions for CSPs, built upon and validated with the Dell AI Factory with NVIDIA. Using Dell PowerEdge servers, NVIDIA GPUs and enterprise-grade AI software, the solutions help CSPs use AI to:
    • Enhance customer care and improve network maintenance with the Amdocs amAIz platform.
    • Automate call center scripts and customer care operations with Iternal.
    • Conduct network troubleshooting and analysis with Kinetica SQL-GPT.
    • Develop digital twins for networks and perform predictive network maintenance with Synthefy.

  • Facilitate AI deployments at the edge of the telecom network with the PowerEdge XR8000 server, now available with NVIDIA L4 Tensor Core GPUs. Designed for telecom and edge use cases, the PowerEdge XR8000 servers are available in compact form factors with a scalable, modular design that simplify deployment and maintenance.

  • Help CSPs design and deploy GPU-as-a-Service (GPUaaS) offerings, so they can provide on-demand NVIDIA GPU capacity for enterprise customers. With infrastructure solutions optimized for enterprise AI workloads, CSPs can unlock new revenue opportunities and use their networks to deliver carrier-grade, low latency AI inference and training closer to data. Enterprises can scale AI deployments and resources as needed, while maintaining data ownership and governance.

Dell Professional Services help CSPs with their strategy, implementation and operation of AI solutions for telecom use cases.

Collaborating with Network Operators to Speed AI Adoption and Innovation

Dell is already partnering with CSPs in the Dell Telecom Open Ecosystem Labs to develop AI solutions with Dell AI Factory infrastructure and ecosystem partners to enhance customer experiences and improve network performance.

  • Lintasarta, an Indonesian information and communication technology solutions company, is offering GPU Merdeka, a GPUaaS, to provide AI infrastructure, including NVIDIA GPUs with Dell PowerEdge XE9680 servers, for national businesses.
  • SK Telecom, Dell, and other partners are collaborating to develop an AI chat agent for communications service providers. By creating the Mobile Network Operator (MNO) AI Platform, the team aims to integrate AI into existing business support systems (BSS) to enhance telecom business operations, drive revenue growth and quickly address and solve customer problems.

“As part of our collaboration with Dell Technologies and NVIDIA, Lintasarta will provide GPU-as-a-Service (Deka GPU) with Dell AI infrastructure and NVIDIA GPUs for national businesses, providing them access to the latest AI capabilities tailored for high-demand computing tasks,” said Gidion Suranta Barus, Chief Cloud Officer, Lintasarta.

“The creation of the Mobile Network Operator (MNO) AI Platform signifies a pivotal step in integrating AI into existing business support systems (BSS). This innovation aims to not only enhance our telecom business operations, but also drive revenue growth and resolve customer issues with unprecedented speed and efficiency by minimizing legacy burdens and standardizing so that LLMs can easily understand MNO products, supporting well-organized API calls necessary for problem-solving. Through our collaboration with Dell Technologies, we aim to accelerate AI adoption and innovation to deliver superior service and value to our customers,” said Haisung Kwon, Head of MNO AI Platforms, SK Telecom.

Additional Quotes:

“Telecom networks provide a critical fabric to bring AI applications to consumers and enterprises at scale. With NVIDIA’s AI suite, Dell is accelerating the adoption of AI factories, AI-powered operations and AI-RAN in telecom, as well as helping communications service providers apply these technologies to augment their own network operations and enhance customer experiences,” said Ronnie Vasishta, senior vice president, Telecom, NVIDIA.

“Our collaboration with Dell Technologies uses the Dell AI Factory and Amdoc’s amAIz platform to deliver AI solutions that will transform business operations for communications service providers and accelerate GenAI adoption,” said Anthony Goonetilleke, group president of technology and head of strategy, Amdocs.