Hussein Kiaratu Jnr’s Post

🚀 Spotlight on our 2024 Network Automation Report! As the telecom industry moves further into the #5G era, mobile network automation is evolving rapidly. Our 2024 Network Automation Report offers crucial insights into the Self-Organizing Network (SON), RIC, and SMO markets, helping you navigate this exciting landscape. 🔍 SON is not dead yet: The Self-Organizing Network (SON) market remains stable, continuing to play a key role in network automation. Augmented with AI-driven innovations, SON continues to evolve, proving its ongoing relevance. 💡 RIC activity is vibrant: The Radio Access Network Intelligent Controller (RIC) ecosystem is bustling with activity, bringing new energy and innovation to network automation. The future of the RIC market is bright, with rApps gaining traction and reshaping the telecom landscape. ⏳ xApps market is waiting for its prime time: While rApps are taking off, xApps are gearing up for their big moment, waiting for the right conditions to fully thrive. It’s an exciting time as these technologies continue to unfold. 📈 Market Growth: Discover growth projections for C-SON software and services, and why the SMO market is expected to ramp up by 2025-2026. 🌐 Industry Alliances: Key players like the O-RAN ALLIANCE, Telecom Infra Project, and Open Networking Foundation (ONF) continue to shape the future of SON, RIC, and network automation. These collaborations are crucial to the future of open and disaggregated networks. 🎯 Pre-sale Available – Get 20% Off Now!  Don’t miss out on our exclusive pre-sale offer! Order your copy of the 2024 Network Automation Report now and get 20% off. This limited-time offer is the perfect opportunity to get ahead on the latest industry trends and insights. Act now to secure your discount!💼 💬 Interested? Reach out to us at contact@teralresearch.com to pre-order your copy and explore the currents shaping the future of network automation. #NetworkAutomation #SON #RIC #SMO #rApps #xApps #5G #TelecomInnovation #Telecom #WirelessInfrastructure #RAN #AI

Mastering Network Operations: The Key to customer centric In the telecom industry, network operations are the heartbeat of connectivity. Every dropped call, buffering video, or slow download is a moment of frustration for users. But when the network is seamless, it’s invisible—just as it should be. So, how do we keep users happy? It all comes down to quality, reliability, and proactive management. Key Factors for a Great Network Experience: ✅ Low Latency – Faster response times mean smoother calls and instant browsing. ✅ High Uptime – A resilient network ensures uninterrupted service. ✅ Strong Coverage – No one likes dead zones. Expanding and optimizing coverage keeps customers connected. ✅ Fast Speeds – Consistently high bandwidth is non-negotiable. ✅ Security & Privacy – Trust is built by safeguarding user data. Tips for Delivering Excellent Network Quality: 📡 Invest in Infrastructure – Upgrade to next-gen technologies like Leo, fiber optics, and edge computing. ⚡ Optimize Traffic Management – Use AI-driven analytics to predict congestion and reroute traffic efficiently. 🛠️ Proactive Maintenance – AI and automation can detect issues before they impact users. 📊 Customer-Centric Monitoring – Monitor real-time user experience, not just network KPIs. 🤝 Transparent Communication – When disruptions happen, keep customers informed with clear updates. A great network isn't just about speed and coverage—it's about experience. When users can connect without thinking about the network, that's when you know you've done it right. What are your thoughts on the future of network operations in telecom? 🚀 #Telecom #NetworkQuality #CustomerExperience #5G #Operations #AfricaBoi

Unveiling the Impact of Telecom Analytics on 5G Network Deployment and Device Testing. #TelecomAnalytics #5GNetworks #DeviceTesting #Telecommunications In the ever-evolving landscape of telecommunications, the advent of 5G technology has brought forth a new era of connectivity and innovation. As the deployment of 5G networks gains momentum worldwide, the importance of Telecom Analytics in facilitating this transition cannot be overstated. From optimizing network performance to streamlining device testing processes, Telecom Analytics is playing a pivotal role in shaping the future of telecommunications. Enhancing Network Deployment: The deployment of 5G networks involves intricate planning and optimization to ensure seamless connectivity and optimal performance. Telecom Analytics provides valuable insights into network traffic patterns, user behavior, and network performance metrics. By leveraging advanced analytics techniques such as machine learning and predictive modeling, telecom operators can identify potential bottlenecks, optimize resource allocation, and enhance network capacity. Furthermore, Telecom Analytics enables proactive network monitoring and maintenance, allowing operators to detect and mitigate potential issues before they escalate. Real-time analytics dashboards provide operators with actionable insights into network performance, enabling them to make informed decisions to improve the quality of service for end-users. Streamlining Device Testing: With the proliferation of 5G-enabled devices, ensuring compatibility, reliability, and performance across various devices is crucial for delivering a seamless user experience. Telecom Analytics facilitates comprehensive device testing by analyzing device telemetry data, network interactions, and performance metrics. By harnessing the power of big data analytics, telecom companies can conduct large-scale device testing in simulated environments, identifying potential issues such as compatibility issues, latency concerns, and signal strength variations. This proactive approach to device testing enables manufacturers to address potential issues before commercial deployment, reducing the risk of post-launch setbacks and enhancing overall product quality. Conclusion: In conclusion, Telecom Analytics is revolutionizing the deployment of 5G networks and device testing, ushering in a new era of connectivity and innovation. By leveraging advanced analytics techniques and real-time insights, telecom operators can optimize network performance, enhance user experience, and accelerate the adoption of 5G technology. As the world embraces the possibilities of 5G technology, Telecom Analytics will continue to play a central role in shaping the future of telecommunications, driving efficiency, reliability, and innovation across the industry.

Exploring the Circuit Switched Fallback (CSFB) Technology Market Source: https://lnkd.in/d_heBWDE The Circuit Switched Fallback (CSFB) Technology Market is set for significant growth as it plays a crucial role in bridging the gap between legacy circuit-switched networks and modern Voice over LTE (VoLTE) services. This innovative technology enables seamless voice and SMS services for LTE devices by utilizing existing GSM networks, ensuring that users maintain connectivity even in areas where VoLTE is not yet fully deployed. As the telecommunications industry continues to evolve, the demand for reliable communication solutions is more critical than ever. The CSFB technology not only enhances user experience but also supports the transition to an all-IP network, paving the way for future advancements in mobile communications. With a growing emphasis on integrating advanced technologies, stakeholders in this market are poised to capitalize on emerging opportunities. The future looks promising for CSFB, and it will be exciting to see how it shapes the landscape of mobile communications in the coming years!

Telecommunications plays a pivotal role in facilitating communication and data exchange across the globe. As technology evolves and the demand for connectivity increases, versatile interconnect solutions have become essential for telecom operators to remain competitive and meet the ever-changing needs of consumers and businesses. Find out how versatile interconnects are driving innovation in telecom. #Telecom #Interconnect #Radiall

Verizon cranks up neutral host network for Cummins: US operator Verizon notched the first deployment of its Ericsson-built neutral host network platform with engine manufacturer Cummins in a partnership that also includes a private 5G network from the operator. A representative for Verizon told Mobile World Live sales for the neutral host network (NHN) started to ramp up in the latter half of 2023. A NHN is comprised of indoor telecom network equipment that allows one or more service providers to use that infrastructure to serve their customers from a single location. With the combined platform, enterprises can manage both business-connected operations using the private 5G network and conventional but strengthened public-network connectivity to phones and tablets by using the NHN where signals might otherwise be weak, according to Verizon. Cummins will employ the NHN and private 5G network at an engine plant in the state of New York. The combined networks will provide mobile connectivity for the site’s 1 million square-feet of industrial space, 1 million square-feet of outdoor space, and for its 1,500 employees who work at the site. The manufacturer can use the NHN for connecting phones and tablets to the public networks of all US major operators who opt-in to join in. With the multi-operator public connectivity, Jennifer Artley, SVP of 5G Acceleration at Verizon Business, stated employees and guests onsite can keep their normal cellular connectivity without any extra steps. Verizon is the anchor tenant of the NHN and is responsible for engineering, implementation, equipment, and ongoing maintenance and performance of the onsite equipment, but not for other operators’ network equipment. The private 5G network utilises Verizon’s ultra wideband 5G technology, which is comprised of licenced C-Band and mmWave spectrum, to provide Cummins with business applications that need enhanced onsite security or more robust capabilities.   The operator noted private 5G network eliminates the need for long runs of ethernet cabling. It also enables new use cases at the plant such as autonomous mobile robots (AMRs) for handling and transporting materials, computer vision for defect detection, and AR/VR for training and troubleshooting. Additional applications include sensors for machine health monitoring, and proprietary applications governing secure onsite operations. The post Verizon cranks up neutral host network for Cummins appeared first on Mobile World Live. http://dlvr.it/T6VbbF

#NetwrokOptimization #Telecom Network optimization in telecommunications is essential for ensuring efficient data flow and service reliability in an increasingly connected world. It forms the backbone that supports the high demands of modern telecommunications. The telecommunications industry faces numerous challenges, primarily related to managing growing network traffic and maintaining service quality amid increasing data consumption. In this context, network optimization is essential, providing high-quality, uninterrupted services by effectively managing data traffic and network resources. This process involves addressing current demands while strategically planning for future growth and technological advancements, making it crucial to the resilience and adaptability of telecom networks in the digital age. FUNDAMENTAL ASPECTS OF NETWORK OPTIMIZATION Traffic Management: Effective traffic management is key to preventing network congestion and ensuring smooth data flow across the telecom infrastructure. By intelligently routing data, prioritizing specific types of traffic, and efficiently utilizing bandwidth, telecom operators can maintain consistent service even during peak usage times. Capacity Planning: In the evolving telecom landscape, capacity planning is essential for future-proofing network infrastructure. This involves predicting increases in user numbers and data usage and strategically expanding network capabilities to meet these growing demands without compromising service quality. It balances current resource utilization with future scalability. Quality of Service (QoS): For delay-sensitive services such as Voice over Internet Protocol (VoIP) and high-definition (HD) streaming, maintaining high Quality of Service is critical. Advanced techniques are used to minimize latency, control jitter, and prevent packet loss, ensuring these time-sensitive services run smoothly and efficiently, providing users with an uninterrupted and high-quality experience. The adoption of advanced technologies such as Artificial Intelligence (AI), Machine Learning (ML), and Software-Defined Wide Area Networks (SD-WAN) is transforming network optimization in the telecom industry. These technologies bring a new level of intelligence and adaptability to network management.

🚀 Ericsson Revolutionizes 5G Operations with AI-Powered NetCloud Assistant 🌐 Ericsson has unveiled its generative AI-based NetCloud Assistant (ANA) to enhance 5G network management. 🔑 Key Features: ✅ Knowledge Summarization: ANA intelligently consolidates information from technical documents, providing tailored and concise summaries for efficient decision-making. ✅ Configuration Assistance: Step-by-step guidance simplifies WAN edge device setups, ensuring seamless initial deployments. ✅ Enhanced Troubleshooting: Automated diagnostics and actionable instructions speed up the resolution of connectivity issues. ✅ Policy Recommendations: Upcoming updates will enable ANA to translate business needs into optimized SD-WAN and WAN bonding policies. With ANA, Ericsson is taking a giant leap towards streamlined, efficient, and user-friendly 5G network management, driving innovation and excellence in telecommunications.   What do you think about AI shaping the future of 5G? Let's discuss it!   #5G #AI #NetworkAutomation #GenerativeAI #TelecomInnovation #DigitalTransformation #5GManagement #AIinTelecom #Ericsson #SmartNetworks #NextGenNetworks #CloudComputing #WAN #NetworkOptimization #TechInnovation #FutureOfNetworking #SDWAN https://lnkd.in/g6Ytrzhc

Navigating the Future of Telecommunications: Top Tech Vendors and the Transition from 5G to 6G As the telecommunications landscape continues to evolve, leading tech vendors are at the forefront of driving innovation, particularly in the transition from 5G to the next generation, 6G. Here's a look at how some top tech companies are shaping the future of connectivity. 1. 5G as the Foundation: - Vendor A (e.g., Ericsson): With their robust network infrastructure, they have played a pivotal role in rolling out 5G across the globe. Their focus on enhancing user experience through low latency and improved capacity sets a high standard. - Vendor B (e.g., Nokia): Known for its commitment to open, flexible networks, Nokia is pushing the boundaries of 5G technology, advocating for collaborative ecosystems and ensuring seamless integration with existing systems. 2. Innovations Leading to 6G: - Vendor C (e.g., Samsung): Samsung’s research into terahertz communications is paving the way for 6G. Their innovative approaches in AI and machine learning facilitate smarter and more efficient network management. - Vendor D (e.g., Huawei): With substantial investment in R&D, Huawei is exploring the potential of advanced antenna technologies and satellite communications to enhance mobile network performance for 6G. 3. The Role of AI and Automation: - Many top tech vendors are leveraging artificial intelligence and automation to optimize network operations. This includes predictive maintenance to reduce downtime and enhance user experiences. 4. Security and Sustainability: - As we transition towards 6G, security becomes paramount. Companies are focusing on developing robust security frameworks to handle the increasing complexity of networks. - Additionally, sustainability is at the forefront, with vendors like **Vendor E (e.g., Cisco) prioritizing environmentally-friendly technologies in their 5G and 6G solutions. In Conclusion: The transition from 5G to 6G presents both challenges and opportunities. By embracing innovative technologies and fostering collaboration among industry leaders, we can unlock new possibilities for connectivity that will shape our future.

Exciting times are on the horizon for the wireless industry! As we say goodbye to this year, the Ranplan team is buzzing with excitement about what the new year has in store for us. Our CEO, @Per Lindberg is predicting a shift focus from technology euphoria to return on investment for 2025. Per has shared his insights on how automation, open standards, and strategic planning will shape the future of connectivity. - Smarter, programmable networks powered by AI and APIs. - Maximizing efficiency with automation to reduce costs and improve QoS. - Collaboration through open formats like BIM standards for seamless data exchange. 👉 Read more: https://hubs.li/Q02_TYYC0 Share your thoughts and insights for the wireless industry in the comments below! Together, let's make 2025 the year of wireless transformation! #Ranplan #WirelessRevolution #NewYearNewPossibilities #Innovation #Connectivity #5G #WirelessTechnology #2025Goals