Tag: era

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.

Empowering Voices: VoiceAbility Ushers in New Era of Digital Communication with Sabio Group

VoiceAbility, a leading voice and rights charity supporting vulnerable people for over forty years, has partnered with customer experience experts Sabio Group to implement innovative Amazon Connect and Salesforce technologies.

This digital transformation project has enhanced VoiceAbility’s communication capabilities, improving efficiency and empowering the charity to better serve its clients.

The 13-week implementation overseen by Sabio seamlessly integrated Amazon Connect with the Salesforce Service Cloud Voice and Experience Cloud platforms.

Paul Harding, Commercial Director for Sabio’s Salesforce Practice, said: “VoiceAbility handles incredibly sensitive cases on a daily basis. Their previous telephony system was deemed no longer fit for purpose and so they wanted to implement leading-edge solutions from a trusted partner who understood their ethos – Sabio ticked those boxes.

“With integrated voice, chat and voicemail functionality, single sign-on security, and AI-powered analytics, VoiceAbility can now detect caller sentiment, spot trends and respond faster to deliver more meaningful support.”

In a recently published case study by Sabio, key features of the project included:

    • Intelligent voicemail routing and transcription for quick, context-rich responses
    • Callback queue buster to promptly return calls, improving customer service
    • Voice automation flows with caller history for personalised conversations
    • Sentiment analysis providing insights into emotions behind calls
    • Custom caller ID mapping attuned to individual needs
    • Enhanced disaster recovery protocols ensuring uninterrupted service
    • Powerful cloud-based reporting for data-driven decisions

Danny Seaborne, Managing Director for the UK & South Africa at Sabio Group, added: “We’re delighted to collaborate with forward-thinking partners like VoiceAbility.

“With niche expertise across customer engagement technologies, we understand the unique requirements of non-profits managing sensitive communications. This implementation showcases the immense potential of human-centric digital transformation to drive meaningful progress.”

The switch has already shown tremendous results for VoiceAbility, including:

    • 5% increase in service level performance
    • 20-second reduction in average handling times
    • Faster reporting for real-time operational adjustments
    • 50% less staff turnover owing to simplified systems
    • Enhanced staff onboarding and training capabilities

As VoiceAbility continues its ambitious mission of inclusive societal change, this new chapter of intuitive, integrated communication promises more efficient operations and deeper human connections – ultimately translating to better lives for the people they serve.

You can read Sabio and Voiceability’s case study in full here.

Revolutionizing Precision: Horizontal Boring Mills in the Era of Modern Manufacturing

Welcome to the cutting-edge world of Horizontal Boring Mills (HBMs), where traditional manufacturing meets the revolutionary advancements of Industry 4.0. From crafting intricate aerospace components to powering the energy sector, HBMs have evolved beyond their conventional roles. 

Now, integrated with smart factory systems and data-driven insights, they’re reshaping manufacturing processes, offering unprecedented levels of precision, efficiency, and automation. Prepare to be amazed by how these giants of industry are not just adapting to the new era but leading the charge in the smart manufacturing revolution!

A Handy Guide to Understanding HBMs

What Are Horizontal Boring Mills?

Picture a machine that’s a must-have in the world of manufacturing, especially when dealing with big, bulky items like engine blocks or ship parts. That’s where Horizontal Boring Mills (HBMs) come into play. These giants are all about precision. They drill accurate holes, create perfect tunnels, and shape large workpieces with amazing detail.

The Building Blocks of HBMs

Imagine a giant, robust machine with parts that sound like they’re straight out of a science fiction novel: beds, columns, spindles, and rotary tables. But in reality, these are the essential components of HBMs. 

The bed? That’s the machine’s foundation, offering a stable base for all the action. The column stands tall, holding up the spindle and the rotary table. The spindle is where the magic happens – it’s a rotating shaft that holds the cutting tool, adjusting up and down to get the depth of the cut just right. And the rotary table? It’s like a giant turntable, positioning the workpiece at various angles for precision work.

How HBMs Work Their Magic

Let’s talk about how these machines do their thing. HBMs work on rotary cutting principles – think of it as a super-fast spinning cutting tool chipping away at the workpiece. The spindle moves up and down, adjusting how deep the cut goes, while the rotary table spins the workpiece into the perfect position. This is how these machines make such precise bores, holes, and tunnels.

But wait, there’s more! HBMs come loaded with cool features and tech. Some have automatic tool changers – like a quick-change artist swapping out tools in a flash. Others boast advanced control systems, giving real-time updates and adjustments on the go.

The Leap in Precision and Control: A Game-Changer in Manufacturing

Revolutionizing Accuracy

Imagine a world where we can craft objects with almost unimaginable precision, down to less than a thousandth of an inch. That’s the realm where modern Horizontal Boring Mills (HBMs) operate. It’s like they’re equipped with a super-microscope, ensuring every tiny detail is perfect. This leap in accuracy isn’t just luck; it’s a combination of cutting-edge design, superior materials, and advanced calibration systems.

Take linear scales and laser interferometers, for example. These high-tech tools are like the mill’s sixth sense, detecting the slightest movements and making real-time adjustments.

The Control System Revolution

Now, let’s talk about the brains of the operation: the control systems. These systems, especially CNC (Computer Numerical Control), are the secret sauce. They’re like the mill’s personal orchestra conductor, ensuring every movement is harmonious and precise, transforming complex designs into reality with ease. 

But it’s not just about making intricate parts. These CNC systems are multitaskers, juggling multiple operations without breaking a sweat, boosting efficiency, and cutting down manual labor.

And we can’t ignore the safety aspect. Modern HBMs like the Horizontal Boring Mills  – HBM110-FH come with safety features that are always on guard. Think of them as vigilant sentinels, ready to shut things down at the first sign of trouble, safeguarding both the operator and the machine.

A Deep Dive into the Versatile Applications of HBMs

Elevating Aerospace and Defense Manufacturing

In the high-stakes world of aerospace and defense, there’s no room for error. Precision is key, and that’s where Horizontal Boring Mills (HBMs) shine. These machines are like the expert sculptors of the manufacturing world, carving out intricate, critical components with the precision of a master. They tackle complex shapes and nail those tight tolerances needed for parts like engine components, landing gear, and even the backbone of aircraft – fuselage components.

But it’s not just about precision. These HBMs are also about efficiency. Imagine machining a massive part in one go, rather than shuttling between multiple machines. That’s a game-changer, saving time and streamlining processes in these high-demand industries.

Powering the Energy Sector

When it comes to energy, durability is the name of the game. HBMs step up to this challenge, machining hefty components like turbine casings and generator rotors with impeccable precision. These machines are not picky about materials either. Whether it’s exotic alloys or tough-as-nails hardened steels, HBMs handle them all, making them indispensable in various energy applications.

Transforming Heavy Machinery Manufacturing

In the world of heavy machinery, size matters. We’re talking about massive components that bear heavy loads and endure rough conditions. Here, HBMs are the unsung heroes, producing large parts such as gearboxes and engine blocks with unwavering accuracy. Their ability to manage such gigantic workpieces in one setup is a major efficiency booster.

Wrapping It Up

So, what’s the big picture? Horizontal Boring Mills have evolved from just being big, heavy machines to intelligent, precision-driven giants. They’re at the heart of modern manufacturing, turning complex designs into tangible, high-precision parts.

From soaring aircraft to robust energy systems, and sturdy heavy machinery, HBMs are behind the scenes, shaping the backbone of these industries. They bring together the magic trio of precision, efficiency, and versatility, making them invaluable assets in today’s fast-paced, precision-driven manufacturing landscape. So, next time you see a plane soaring or touch a piece of heavy machinery, remember the role of HBMs in bringing those marvels to life!

Pioneering study signals new era of environment-friendly programmable bioelectronics

Researchers have created a unique microscopic toolkit of ‘green’ tuneable electrical components, paving the way for a new generation of bioelectronic devices and sensors.

The University of Bristol-led study, published today in The Proceedings of the National Academy of Sciences (PNAS), demonstrates how to make conductive, biodegradable wires from designed proteins. These could be compatible with conventional electronic components made from copper or iron, as well as the biological machinery responsible for generating energy in all living organisms.

The miniscule wires are the size of transistors on silicon chips or one thousandth of the breadth of the finest human hair. They are made completely of natural amino acids and heme molecules, found in proteins such as hemoglobin, which transports oxygen in red blood cells. Harmless bacteria were used for their manufacture, eliminating the need for potentially complex and environmentally damaging procedures commonly used in the production of synthetic molecules.

Lead author Ross Anderson, Professor of Biological Chemistry at the University of Bristol, said: “While our designs take inspiration from the protein-based electronic circuits necessary for all life on Earth, they are free from much of the complexity and instability that can prevent the exploitation of their natural equivalents on our own terms.

“We can also build these minute electronic components to order, specifying their properties in a way that is not possible with natural proteins.”

Leading experts in biomolecular engineering and simulation worked together to produce this unique new method of designing tailor-made proteins with tuneable electronic properties.

The multidisciplinary team used advanced computational tools to design simple building blocks that could be combined into longer, wire-like protein chains for conducting electrons. They were able to visualise the structures of these wires using protein X-ray crystallography and electron cryo-microscopy (cryo-EM), techniques which allow structures to be viewed in the finest detail. Pushing the technical boundaries of cryo-EM, images of the smallest individual protein ever studied were obtained with this technique.

Ultimately, these nanoscale designer wires have the potential to be used in a wide range of applications, including biosensors for the diagnosis of diseases and detection of environmental pollutants.

It is also hoped this invention will form the foundation of new electrical circuits for creating tailor-made catalysts for green industrial biotechnology and artificial photosynthetic proteins for capturing solar energy.

Image shows structural analysis of the protein-based wire, comparing the model of the designed protein (shown in red) with the experimentally determined structure (in grey). Credit: Ross Anderson

The breakthrough was possible thanks to a £4.9 million grant from the Biotechnology and Biological Science Research Council (BBSRC), the UK’s largest bioscience funder, which resulted in a five-year project entitled ‘The Circuits of Life’ involving the Universities of Bristol, Portsmouth, East Anglia, and University College London (UCL).

The team harnessed their expertise in protein design, electron transfer, biomolecular simulation, structural biology and spectroscopy, gaining insight into how electrons flow through natural biological molecules, a fundamental process which underpins cellular respiration and photosynthesis.

Further advances are expected as the project, which began last year, progresses, presenting significant opportunities to help meet the transition to net zero and more sustainable industrial processes.

Co-author Adrian Mulholland, Professor of Chemistry at the University of Bristol, said: “These proteins show how protein design is increasingly delivering practically useful tools. They offer exciting possibilities as components for engineering biology and also are great systems for investigating the fundamental mechanisms of biological electron transfer.”

Paper

‘An expandable, modular de novo protein platform for precision redox engineering’ by George H. Hutchins, Claire E.M. Noble, Adrian Bunzel et al is published in PNAS