AI strategies for wholesale telecom profit growth

Discover how to transform overwhelming data into profitable decisions with AI technology. AI-powered predictive forecasting gives telecoms a competitive edge, enabling faster responses to market changes, smarter decision-making, improved pricing strategies, and margin protection. With the constant influx of data, telecoms can either find themselves paralyzed or empowered in their decision-making.

In this webinar, ZIRA Product Manager Harun Hasi? and AI/ML consultant Haris Hasi? will demonstrate how to practically implement AI in wholesale telecom.

Who Should Attend: Ideal for wholesale telecom executives, data analysts, and decision-makers looking to leverage AI and gain insights into AI forecasting for better business outcomes.

Key Takeaways:

• Leveraging AI technology for a competitive edge
• Starting with AI forecasting in wholesale telecom: why it's the most practical entry point
• Gaining better business insights from AI-driven forecasts
• Transforming decision-making from reactive to proactive with AI
• Expanding with more Wholesale AI use cases

Learn actionable strategies to implement AI for forecasting and pricing in wholesale telecom.

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Viz.ai and Microsoft collaboration enhances radiology and care coordination

Viz.ai has announced a collaboration with Microsoft to deliver its AI models and care coordination solution with Precision Imaging Network, part of Microsoft Cloud for Healthcare. Precision Imaging Network and Viz.ai deliver a comprehensive solution with more than 48 AI models tightly integrated into clinical workflows, providing actionable clinical insights to help improve patient outcomes.

A broad suite of AI models available through Precision Imaging Network drives real-time clinical intelligence across a wide range of specialised care areas including oncology, cardiovascular, gastrointestinal, orthopedic, spine, emergency and neurosciences. Viz.ai’s 13 AI care coordination algorithms provide comprehensive support for patients with acute and non-acute diseases such as stroke, hemorrhage, pulmonary embolism and aortic dissection. Their solutions will help radiologists create more accurate reports more efficiently, streamline communication to treating physicians and support care team collaboration for appropriate follow-up and treatment for patients.

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Discover the billion-dollar benefits of digital monetisation for tier-one telcos

Billing consolidation and 'next-generation' billing solutions are simply smoke and mirrors and wont address the fundamental monetisation flaws holding CSP's back.??Are you missing out on the cost savings and competitive advantage that a modern, unified monetisation approach can offer?

It's likely your billing and charging systems are no longer keeping pace with a world full of one-time purchases, subscriptions, multi-party and multi-directional business models.? It doesn't have to be all about delayed go to market, high costs, siloed data and complexity.? There is a better way. ?A billion-dollar better way.

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WiGL launches an OTA Wireless Christmas Tree

WiGL has announced that over-the-air (OTA) wireless power networks are no longer a thing of the future. WiGL (pronounced “wiggle”) in partnership with the US Air Force’s AFWERX Small Business Innovation Research group and Tactical Financing (TACFI) has moved from an idea to products on shelves. The world’s 1st?WiGL-enabled Wireless Christmas Tree, powered by WiGL’s OTA wireless network, has begun shipping.

The transition to commercial products, starting with the WiGL-enabled Christmas Tree, is the next step in the process of WiGL’s mission to transition DoD projects into consumer products. Harnessing AFWERX’s touchless Wireless Power Transfer (tWPT) network development brings consumers the 1st?in-home wireless network.

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IoT Now Magazine Q3 2024: The relationship between IoT and cellular connectivity is SIMbiotic

With 18.8 billion devices expected by the end of this year, the IoT market is exploding. And it’s requiring new technology, partnerships and evolution to meet these ever-increasing demands. In this latest issue, learn about the fresh collaboration between Sparkle and floLIVE for sophisticated, global, reliable IoT connectivity, IoT expansion, movement in fleet management, RedCap, drones-as-a-service and much more.

Story highlights include:

• What’s driving the boom in IoT?– With 2024 expecting to bring more than 2 billion new connections versus last year, explore the ongoing shift towards IoT in various sectors and across cellular technologies such as 5G, LTE-M, and NB-IoT.
• How fleet management is evolving?– With video monitoring for driver safety, electric vehicles and autonomous driving, we’re seeing a shift from traditional GPS-based tracking to more complex applications. These require local and global connectivity, fueling growth.
• Why Qualcomm acquired Sequan’s 4G IoT tech?– Seeking to strengthen their position in industrial IoT, this acquisition will address high-performance processing and edge computing, a key driver of digital transformation.
• Spotlight on 5G Reduced Capacity (RedCap)?– Cost-effective, lower-complexity 5G connectivity is possible with RedCap. This is particularly useful for security and monitoring. Learn how these low-cost and reliable connections could also drive innovation.
• How Nokia’s collaboration with Swisscom enables emergency response?– With their nationwide Drones-as-a-Service network across Switzerland on the way, could this be a new era in critical infrastructure projects like emergency response and perimeter protection?

Explore all this and more in the latest issue of IoT NOW. Access your copy today to gather insights from trusted thought leaders at Beecham Research. SIMPL, Giesecke+Devrient Mobile Security, Transforma Insights, Trasna, Daizy and much, much more. Ensure you’re armed with the latest research and recommendations from experts across the industry to fuel your organisation’s strategic goals.

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US$10b edge investment to transform sustainable energy markets

DeepGreenX Group and?Veea have announced a global partnership for an initiative to roll-out a platform for accelerating the transition to global green energy. The AI-driven operating system for energy markets is a Web 3.0 platform-as-a-service (PaaS) supported by Veea’s cybersecure edge computing platform providing for a Decentralized Physical Infrastructure Network (DePIN) with virtualised software development environment for developer communities to develop applications with blockchain and Contextual AI.

The farsighted platform to be deployed, with up to US$2.8 billion of lease financing in 2025 for Veea Edge Platform as a part of a US$10 billion investment in edge infrastructure, will transform sustainable energy sources, such as hydro, wind, geothermal, Small Modular Reactors (SMRs), alternative fuels (hydrogen, ammonia, menthol, LNG, etc.) with battery storage and a virtual grid to Real-World Assets (RWA) with actionable insights and liquid financial instruments that can be traded and monetised on DeepGreenX’s global ECEx exchange. Carbon credits originating from nature-based assets such as land, forest and marine carbon capture, and commercial and industrial sources such as transportation, construction, supply chain sources, etc., established with digital Measurements, Reporting and Verification (“dMRV”) through Veea’s decentralised and distributed computing platform, offering highly flexible and cost effective IoT capabilities that are easily employed for a wide range of environments, will also be traded on ECEx.

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IIoT and AIoT efficiency is empowered by a unified software stack

The IoT market is maturing and that means there’s a growing focus on edge intelligence. It’s a simple way to minimise communication, eliminate latency and streamline processes and data analysis; hence the widespread adoption. Adding embedded AI at the edge is helping boost IIoT and AIoT operations as they can now manage their deployed devices efficiently and reap huge benefits.

In this report, learn all about:

• Why management platforms matter – As hyper-scale industrial IoT becomes a reality, device design and development impacted by edge capabilities means management platforms begin to take centre stage.
• The risks to IIoT and AIoT – As the market adopts more smart manufacturing, there’s an increased reliance on innovation to keep the costs of utilisation down and avoid latency issues.
• Where the ‘edge’ is – Thick, thin and micro are terms used to describe the types of computational resources located at or below the cell tower data centre or on-premise data centre. Where does your operation fall?
• How the Eclipse Kanto supports – Developed by the Eclipse Foundation and initiated within Bosch IO, this is the lightweight, connected, containerised and flexible system that AI edge resources need. Empower cloud connectivity, digital twins, local communication, container management and software updates from a remotely manageable IoT cloud ecosystem that’s easy to use.
• Why you don’t want vendor locks – By supporting other Eclipse IoT projects, the Bosch IoT Suite, adapters for Azure and Amazon Web Services plus connectivity via message queueing telemetry transport (MQTT), you’re not locked in and can follow tech innovation wherever it leads.

No matter how you’re capitalising on the IIoT or AIoT markets, choose a software stack that has no licence fees and doesn’t restrict you. Get fragmentation under control, reduce the impact of latency and tap into the value of open-source ecosystems. Learn how Kanto and a unified approach can abstract away operational complexity and streamline the development of your next groundbreaking features and services.

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The dynamic convergence of 5G, IoT and AI

The merging of Artificial Intelligence (AI), Internet of Things (IoT) and 5G is driving intelligent connectivity while also providing transformative opportunities for virtually every sector and shaping the rapid evolution of our digital economy. These technologies are each powerful on their own but when working in tandem, they create efficiencies, fuel innovation and further enhance new applications. Looking at 5G adoption in particular, while it has been slower than expected, these networks will lead by the end of the decade offering flexible infrastructure that’s critical to support IoT.

With more organisations looking into innovative ways to use these technologies together, it’s apparent that strong data governance must play a critical supporting role. Having a strong data and analytics platform acting as the “glue” that holds these technologies will help companies to unlock true value and new potentials.

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Qualcomm predicts US$900 billion TAM by 2030 with diversification strategy

Qualcomm Incorporated has outlined its opportunities for growth and diversification at its 2024 Investor Day. The company’s position at the edge is driving access to an expanded TAM of approximately US$900 billion by 2030, with more than 50 billion cumulative connected edge device shipments expected from 2024 through 2030.

“Qualcomm’s focus on diversification and industry-leading technology roadmap has strengthened the Company’s growth profile,” said Cristiano Amon, the president and CEO at Qualcomm Incorporated. “As generative AI accelerates demand for our technology and we become increasingly relevant across multiple industries, Qualcomm is well positioned to address a US$900 billion opportunity by 2030 across an expanding ecosystem of new customers and partners.”

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