Sharad Sharma

The future of 5G monetization is near. The journey has begun, and the next phase is set to bring about significant shifts in the industry. 📈 The focus is now turning towards APIs, which will play a pivotal role in enabling a new ecosystem and driving the emergence of innovative IoT applications. Following this, the spotlight will be on AI, machine learning, deep learning, and digital content, paving the way for plenty of exciting applications. It's fascinating to witness the rapid uptake of fixed wireless access (FWA) in India, signaling the initial steps towards 5G monetization. 🌐 While operators may currently be facing challenges in this arena, the momentum is building, and the next wave of monetization from various industries, such as healthcare, automotive, and agriculture, is on the horizon. With applications taking shape and device price points aligning, India is poised to embrace the full potential of 5G. How do you foresee the role of APIs in shaping the 5G ecosystem, and what opportunities do you envision for industry monetization? 🤔 #Monetization #5G #API #AI #FWA

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WhatsApp for Business can now be turbo-charged with the addition of Omnichat. In essence it enables you to manage WhatsApp communication the same way you can manage calls on your telephone system, ~ routing, hunt groups, DDI's, out of office, with uplift to voice calls - recording/analytics even in some cases with AI call transcription and sentiment analysis. DM me if you would like to know more

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As 5G propels new possibilities, network openness is imperative. This article provides an in-depth look at the shift from closed to open networks, and how telcos can overcome challenges to embrace developer-centricity. With user-friendly APIs and portals, telcos can unlock collaborative ventures that create shared value. Don't miss these critical insights on the future of telecom! https://lnkd.in/e_hmz3KF

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Unleash the Power of Network APIs: Your Pathway to Telco Revenue Growth In the digital age, telcos are poised to redefine their revenue streams by leveraging the power of APIs and platform models. Join Atul Purohit's insightful panel, "Telco as a Platform - Driving new revenue with APIs and Platform Models for telcos," and embark on a transformative journey. Uncover the role of telcos in this new era and envision what services could look like as network capabilities are exposed. Explore the mentality shift required to embrace this paradigm shift and the investment challenges that must be addressed. Secure your spot and unlock the secrets to driving new revenue streams through APIs and platform models tailored for the telco industry. https://lnkd.in/eYjmwEUT FutureNet World

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A really significant issue here but a tough nut to crack; building more equality into the #telecoms industry. The roots of it are manifold and the answers have to be as well, but the benefits of a diversified set of ideas and perspectives has to be welcome.

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Positive results from Three UK showing improvement in their underlying business, but reiterating the point that is being made all the time - that the merger with Vodafone is critical to the future of their business. #connectivity #networks #consolidation #investment #innovation #mnos #2g #3g #4g #5g #business #UK #mergers #growth #mobile #mobilenetworks #telecoms #telecommunications #government #ukgovernment https://lnkd.in/eaWQmyFA

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Et tu Vodafone... In my book The Internet of Things Myth back in 2020 I noted that one of the inhibiting factors of adoption of IoT was that vendors of connected devices would frequently cease support for them (see Philips, Sonos, Google, Garadget, Revolv et al) meaning that customers would think twice. Here's another example. #IoT

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The recent article in ETTelecom on the pivotal role of telecom in India's sustainable development resonates deeply. #Robustconnectivity and #networkinfrastructure are indeed the bedrock of the nation's #digitaltransformation journey. Initiatives like the Digital Communication Innovation Square (DCIS) and the Telecom Technology Development Fund (TTDF) play a crucial role in fostering innovation and entrepreneurship, enabling diverse sectors to leverage technology effectively.    The burgeoning contribution of the digital economy to #India's GDP, expected to exceed 20% by 2026, reflects the transformative power of technology. However, achieving this vision hinges on bridging the digital divide and ensuring equitable access to connectivity. Collaboration between government, industry, and innovators is key to fostering an ecosystem conducive to innovation, promoting digital literacy, and driving sustainable growth.    At Ishan Technologies, we are committed to expanding our network to serve more and more customers and offer a seamless experience, contributing to this digital growth. I would love to get your views and thoughts on how, as a fraternity, we can accelerate India’s digital growth?  #Telecom #TRAI #ArtificialIntlligence #DigitalIndia #DOT #Ishantechnologies https://lnkd.in/dhFZXTi4

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Handover Revolution: AI/ML at the Forefront of Cellular Network Management As we transition beyond 5G into 5G-Advanced and 6G, the significance of spectrum will greatly increase. Spectrum refarming and dynamic spectrum sharing will become prominent topics, with AI/ML driven dynamic carrier aggregation and interfrequency handover emerging as key enabling technologies. ◼ The Handover Challenge: Navigating Complexity in Modern Networks The handover process in cellular networks has become more complex due to multiple spectrum bands, carrier aggregation, and dynamic spectrum sharing. Networks now operate across various frequency bands, combine multiple carrier signals for higher data rates, and dynamically allocate spectrum resources based on demand. These advancements require sophisticated handover management to maintain seamless connectivity. ◼ Data Deluge: The Critical Role of Real-Time Data Collection Managing complex handovers demands extensive data collection, including signal strength and quality metrics (RSSI, RSRP, RSRQ, SINR), user mobility patterns, and network load information. Collecting and analyzing this data in real-time poses significant challenges but is crucial for making informed handover decisions. ◼ AI to the Rescue: Enhancing Handovers with Machine Learning AI and ML can enhance handover management by enabling predictive and adaptive capabilities. - Predictive Analytics: AI/ML models predict user movement and signal changes, allowing the network to prepare for handovers in advance, reducing dropped calls and service interruptions. - Adaptive Optimization: AI/ML algorithms dynamically adjust handover parameters based on real-time conditions and historical data, optimizing handover decisions ◼ Models Used: Supervised Learning Models: Decision Trees, Random Forests, SVM. Deep Learning Models: Neural Networks, CNNs, LSTMs. Reinforcement Learning Models: Q-Learning, Deep Q-Networks (DQNs). ◼ O-RAN: Pioneering Data-Driven Handovers with AI Open Radio Access Network (O-RAN) integrates AI/ML for handover management through open, standardized architecture. - Data Collection in O-RAN: Standardized Interfaces such as E2, A1, R1, O1: Ensure compatibility and interoperability for data collection. Real-time Data Access: Provides access to diverse network data. ◼ AI/ML-Based Solutions in O-RAN: - RAN Intelligent Controller (RIC): Hosts AI/ML applications (rApps and xApps) for tasks like handover management and resource optimization. - AI/ML Models: Utilize supervised learning, deep learning, and reinforcement learning for enhanced handover decisions. The complexity of handover management in cellular networks is increasing due to increasing spectrum complexity. Effective data collection and AI/ML are crucial for managing this complexity. O-RAN's standardized approach provides a robust framework for data collection and implementing AI/ML solutions. #ORAN #OpenRAN #Spectrum #5GAdvanced #6G #Handover #DynamicSpectrumSharing

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Unlike previous generations, when telcos alone shouldered the financial burden, 6G success hinges on collaboration. Partnering with other industries for investment and R&D can foster innovation that extends beyond just chasing ever-increasing data speeds. What new KPIs should be prioritised to ensure 6G delivers real value for both telcos and customers? #6G #TelecomInnovation #FutureofConnectivity https://lnkd.in/gWyEBWD4

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Telco Network AI Prism The integration of AI across various facets of telecom networks is revolutionizing the sector, enhancing efficiency, reducing costs, and improving service delivery. This shift can be viewed through the lens of the "Telco Network AI Value Prism." ◼ Network Engineering Area Machine learning (ML) technology can significantly enhance network design, development, and performance. By leveraging ML algorithms, telecom companies can improve network coverage, capacity, energy efficiency, and throughput more efficiently than ever before. ML models can analyze vast amounts of data from network traffic and usage patterns to predict and manage network loads, thus preventing congestion before it occurs. This predictive capacity not only improves user experience by minimizing downtime and latency but also helps in planning and deploying network resources more effectively, reducing waste and costs. ◼ Network Operation Area The network operation area is another sector witnessing substantial benefits from AI, particularly through the combination of traditional ML and GenAI. These technologies empower telecom networks with the capability to automate and become self-configuring, self-optimizing, and self-healing. This level of automation means networks can dynamically adjust to changing conditions without human intervention. For example, in the case of a network failure, AI systems can pinpoint the issue and either recommend a solution to network engineers or resolve the problem autonomously. This not only speeds up recovery times but also helps maintain a consistently high level of network performance. ◼ Domain Knowledge Transfer Area The telecom sector is rapidly evolving, with continuous convergence of network technology (NT) and information technology (IT). In this complex environment, the transfer of domain knowledge is critical. Large Language Models (LLMs) are particularly suited for this task. LLMs can be trained on vast amounts of domain-specific data, capturing deep insights and knowledge from experienced engineers and experts. This information can then be transferred to junior employees, helping to bring them up to speed much faster than traditional training methods. Moreover, LLMs can be updated continuously with new information, ensuring that the knowledge they impart remains current and relevant. The integration of AI into telecom networks is creating a more robust, efficient, and resilient infrastructure. From improving the engineering processes that go into building and maintaining networks to automating operations and facilitating rapid knowledge transfer, AI is not just an enhancement to the telecommunications sector—it is becoming a fundamental component of its evolution. #ORAN #OpenRAN #Telecoms #Networks #AIML #GenAI #TelecomAI #TelecomLLM #AIvaluePrism #Engineering #Operations #KnowledgeTransfer #AIbusinessvalue #AIusagePrism

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Once market leader BSNL, now not only progressing towards indeginious 4G but also strongly working towards indeginious 5G…BSNL walking past all the odds in the competitive telecom market…. Switch to BSNL…. #BSNL #CONNECTING #INDIA #CONNECTING #HEARTS https://lnkd.in/g2D4XCRv

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🚀 Hey everyone, let's talk about the incredible growth of 5G technology! According to 5G Americas and Omdia, we saw a 66% increase in 5G connections in 2023, reaching a total of 1.76 billion globally. That's a big leap, adding 700 million new connections in just one year. And we're on track to hit 7.9 billion 5G connections by 2028. The future is looking mighty connected! In North America, 5G is really taking off, making up 29% of all wireless cellular connections. The region saw a jaw-dropping 64% year-over-year growth in 5G connections, adding 77 million new connections in 2023, bringing the total to 197 million. Latin America is also catching the 5G wave, with 39 million 5G connections by the end of the year. Looking ahead, Omdia forecasts that by 2028, more than half of all connections globally will be on 5G, with North America expected to have over 700 million 5G connections. Not to mention, 5G data traffic is expected to make up a 76% of all technology data traffic. 🌐 The future is definitely looking bright for 5G, with 314 commercial 5G networks already deployed worldwide as of March 18, 2024, and that number is expected to grow to 450 by 2025. What are your thoughts on the rapid growth of 5G technology and its potential impact on our interconnected world? Comment below! #5G #Telecommunications #Innovation #DigitalRevolution

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LEO Satellite enabled mobiles will play a pivotal role in shaping our connected future

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Did you hear about Ericsson India's plans to explore exporting 'Made in India' telecom equipment to international markets? They're currently running at full capacity to meet domestic demand, but they're considering exporting their locally manufactured telecom equipment. Nitin Bansal, the Managing Director of Ericsson India, highlighted their commitment to the Indian market and their efforts to develop India-specific use cases for 5G technology. Even though there was a decline in their India business, they're optimistic about the future, especially with the growing adoption of 5G driven by strong data demand and digitalization initiatives by enterprises. The recent fundraising by Vodafone Idea and their investment plans are expected to boost the confidence of network gear vendors in the Indian market, too. It's great to see companies investing in India's telecom infrastructure. What do you think about Ericsson's plans to export 'Made in India' telecom equipment? Do you think it will greatly impact the global telecom industry? Share your thoughts! #Ericsson #5G #MadeInIndia #TelecomIndustry #GlobalExport #5G

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"Thrilled to be attending ITW 2024! Ready to engage in meetings and connect with industry leaders to explore opportunities and collaborations. Let's make the most of this gathering to drive innovation in telecom! #ITW2024 #TelecomInnovation #Networking"

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By aligning our financial strategies with our #sustainabilitygoals, we are not only making a positive impact on the environment but also driving positive change in the financial sector. #greenfinance #sustainabilitylinkedloan #SustainabilityAtTataComm Mukul Kumar Aadesh Goyal Neetika Bahuguna Tamanna Girdhar Rinki Roy Karthikeyan Manickam

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🚀 The telecommunications industry is undergoing a significant transformation in 2024, driven by groundbreaking technological advancements. Here are seven key trends reshaping the telco landscape: 1. 5G and Standalone Networks: Revolutionising connectivity with higher speeds and lower latency. 2. Edge Computing: Bringing data processing closer to users, enhancing speed and efficiency. 3. Artificial Intelligence: Optimising network operations, enhancing customer experiences, and improving cybersecurity. 4. Internet of Things (IoT): Expanding the interconnected ecosystem of devices for smarter operations. 5. Cloud Computing: Offering scalable and flexible solutions for telecom services. 6. Cybersecurity and Digital Trust: Investing in robust security frameworks to protect data and build trust. 7. Quantum Technology: Pioneering secure communications and advanced data processing. These trends are not only enhancing operational efficiencies but also opening up new opportunities for innovation and growth. Telcos must adapt and invest in these technologies to stay competitive and meet evolving customer expectations. For an in-depth look at these trends and how they are reshaping the telecom industry, check out McKinsey's latest insights: (https://lnkd.in/gxN_-26f). #Telecom #Technology #Innovation #5G #AI #IoT #EdgeComputing #Cybersecurity #QuantumTech #1Ai #1Solution

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