Mikael CAMPION

when your communication becomes critical not only for transmitting data but why not for sensitive voice calls or video communication ? Where ? Crisis situations, highly confidential exchanges, R&D collaboration which you like to keep particularly protected. With increasing digital collaboration the cyber thread rises constantly. With #Quantum securing collaboration in highly sensitive configuration could be a serious option. #collaboration #workplace

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🟢 At the heart of VivaTech, one deep belief stands out: artificial intelligence is a new industrial revolution. The #AI revolution is not just about Tech, it’s actually a lot more about infrastructure and networks if we want to bring AI to all. As Telcos, we are the backbone and the last mile of the digital ecosystem and we are aware of this responsibility. With a market of 450 million consumers, a solid regulatory framework, the quality of its infrastructure and a strong talent base, Europe must embrace its full AI potential. ➡️ But Europe is still a fragmented digital and telco market, and compared to China or the US, we are missing scale. In our telco industry, scale matters. As the most active for telco consolidation in Europe, with our recent operation in Spain and the creation of MasOrange, we, at Orange, know that scale gives us the capacity to invest, much more than we could have done as an isolated player. Europe must intensify its efforts and increase investments in digital infrastructure, and consolidation of the fragmented Telco market is critical for that… Even more in light of the AI revolution. 🙏 Thank you #VivaTech to offer, every year, a glimpse into the future. VivaTech is not just a showcase of innovation, but an invitation to think over the conditions to make the future happens. Greg Williams WIRED Orange Viva Technology

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The 3GPP Stage 1 Workshop on IMT-2030 Use Cases, held in May 2024, aimed to bring together stakeholders to define potential applications and requirements for the next generation of mobile communication technology, #6G. The GSMA, a global trade body for mobile network operators, likely presented a proposal outlining their perspective on 6G research and development (R&D). The GSMA proposal focused on outlining their vision for 6G R&D. This include: 🟥 Key R&D areas: Identifying critical areas for technological advancements in 6G. Examples include network performance enhancements like higher bandwidth, lower latency, and improved network slicing capabilities. 🟥 Collaboration framework: The GSMA have proposed a framework for collaboration between various stakeholders involved in 6G R&D, including network operators, equipment vendors, research institutions, and regulatory bodies. This would ensure coordinated efforts and avoid duplication. 🟥 Industry needs: The proposal have emphasized the importance of considering industry needs in 6G development. This involve collaborating with different industries to identify specific use cases and ensure the technology addresses their challenges and opportunities. I like Slide 12 - #5G has a long way to go! Five years since first 5G deployments, many operators have not deployed 5G at all. Beyond enhanced mobile broadband, new attributes of 5G, are in 5G Standalone. Only 47 operators have deployed 5G SA, concentrated in 19 countries Follow us on Kaneshwaran Govindasamy and Global 5G Evolution Click comment box. #Subscribe our #youtube channel Check out this week's #5G Conference on XCHANGING IDEAS #49

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📣 As you may remember, our 4G/5G threat-informed defense pitch has been shortlisted by ROCCO innovators this year. We have a change of speakers, and Milan Březina will take the stage to present to the audience, explaining why cybersecurity is critical in telecom infrastructures and how its efficiency increases when defenders understand adversarial behavior. Here's a quick glimpse of what's inside: 🔸 Challenges with security oversight in 4G/5G, and how it is different for Public MNOs and Private Mobile Network Owners. 🔸 144 methods for hacking telecom networks known to MITRE, and why standard-based (3GPP/GSMA) security is not sufficient. 🔸 Understanding what threat intelligence is and how to implement defenses based on this knowledge. 💡Given GSMA has recently released their extension to MITRE's 5G hierarchy of threats, now covering legacy technologies, it seems that the industry is gearing up for more practical cybersecurity, which we can do nothing but support. 📅 Join us soon! May 20th-21st, Seville, Spain. https://lnkd.in/dEv8Kc6y #TelecomSecurity #MITREFiGHT #ThreatIntelligence #SecurityGen #TheInnovators2024 #ROCCOGenesis2024 #ROCCO

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🚨 Exciting Opportunity: NG112 & NG eCall Interoperability Event! 🚨 As professionals dedicated to enhancing road safety, we at DEKRA are excited to recommend an upcoming event that promises significant advancements in emergency response services across Europe. The 6th NG112 Emergency Communications with NG eCall Plugtests™, organized by ETSI in cooperation with the European Emergency Number Association (EENA 112), is a must-attend for those involved in emergency communications and road safety. 📅 Date: 30 September - 4 October 2024   📍 Location: Universidad de Málaga, Spain   🔗 Register here: [ETSI NG112 Event](https://lnkd.in/dbDwAqdd)   📝 Registration Deadline: 31 August 2024 Why attend?   The event marks the first time in Europe that the interoperability of the Next Generation 112 (NG112) and NG eCall systems will be tested. These systems are designed to meet the demanding needs of modern, content-rich emergency communication, making a crucial impact on our ability to respond swiftly and effectively in accident scenarios. Impact on Road Safety: Traffic accidents remain a leading cause of death and serious injury across Europe. By enabling quicker, more efficient communication between vehicles and emergency services, NG112 and NG eCall systems are pivotal in reducing response times and potentially saving lives. This event offers a unique platform to witness firsthand how these technologies can transform our emergency response frameworks. As a leader in road safety, DEKRA understands the importance of such advancements in saving lives and enhancing the safety of all road users. We strongly encourage stakeholders from all relevant sectors to participate and see how these technologies can be integrated and leveraged to make our roads safer. Let's work together to make a difference. Register now and be part of shaping the future of emergency communications in Europe. #ETSI #NG112 #EENA #eCall #RoadSafety #EmergencyResponse #DEKRA

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Leveraging Machine Learning for Interference Coordination in Heterogeneous Networks Heterogeneous networks (HetNets) present unique challenges in interference coordination due to the coexistence of multiple cell types and dynamic user distributions. However, the integration of advanced machine learning techniques offers a promising solution to address these challenges and enhance overall network performance. Key Challenges in HetNets Spectrum Scarcity:  Limited radio spectrum availability leads to interference issues, degrading network performance. Uncoordinated Deployment: Unplanned small cell deployment within macrocell coverage creates complex interference patterns. Dynamic User Distribution:  Fluctuating user distribution adds complexity to resource allocation and interference management. Machine Learning Techniques for Interference Coordination Supervised Learning:  Models complex relationships between network parameters and interference patterns for accurate predictions and decision-making. Unsupervised Learning:  Identifies hidden patterns in network data, facilitating the development of efficient interference coordination strategies. Reinforcement Learning: Enables autonomous decision-making in dynamic network environments for real-time adaptation to changing interference conditions. Proposed ML-based ICIC Framework Data Collection: Comprehensive dataset creation involving network parameters, user distributions, and interference patterns for subsequent analysis and model training. Feature Extraction: Identification of key factors influencing interference and resource allocation in HetNets. Model Training: Training of machine learning models to learn patterns and relationships between network parameters and interference levels. Interference Mitigation and Resource Allocation Interference Identification: Trained machine learning models quantify interference levels for effective interference mitigation strategies. Resource Allocation: Dynamic network resource allocation to minimize interference and maximize overall system performance. Interference Mitigation: Incorporation of various interference suppression and management techniques based on insights gained from machine learning models. Results and Future Directions The proposed ML-based ICIC framework has demonstrated significant improvements in throughput, interference reduction, and resource utilization. As HetNets continue to evolve, the integration of more sophisticated learning algorithms and real-time data analytics is essential for the development of truly intelligent and self-organizing wireless communication systems.

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#atlasSparksBeta leverages the 5 strengths by design of #sigfox in the track and trace market segment Narrowband Technology exceling in handling massive volumes of low-frequency communication devices over long distances. Massive Data Aggregation Sigfox's network can uniquely aggregate vast amounts of data required for AI location technology across 70 territories, all within a single provisioning scheme on a unified network. Cost-Effective Tracking Solutions The Sigfox device ecosystem is adept at designing cost-effective trackers suitable for large-scale deployments. Proven Track Record 10+ Years of expertise and innovation: The 0G Ecosystem has over a decade of experience in developing track and trace solutions for major customers worldwide. Flexible Network Expansion Unified Global Network: A unified global public network that can expand locally with private infrastructure provides an ideal solution for IoT customers with extensive tracking needs. #unabiz #0G #IoT #sigfox #tracking #technology #innovation #globalnetwork

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3GPP SA1 stage 1 Workshop on IMT2030 (6G) use cases is in progress in #Rotterdam. TCCA-Critical Communications participates to promote the society need to #trust on mobile communication and have connectivity at all times.

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With Enterprise IoT demand for different QoS guarantees and features already there the roaming market has an opportunity to offer more beyond standard data connectivity.

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Groupe TF1 France's leading broadcaster, needed a robust and scalable networking infrastructure solution. The answer? Seamless cloud access, high-speed content transfer, and robust disaster recovery capabilities. 📖 Dive into the case study: https://brnw.ch/21wJDXQ #ExtraordinaryConnections #Cloud #DarkFibre

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Datacenter. Mobility. IoT. A river runs through it. A river of data, that is. For me the headwaters was in #amr and CellNet, LandisGyr AG et al. After being ingested by what would become InfraSource, A Quanta Services Company and our parent (back then) to be Exelon. But even then, it was clear there were many tributaries to that growing river of data. One of those was Traffic.Com later acquired by NAVTEQ. Back then the network was too new, too limited and power requirements too great to support installing devices on vehicles. Instead fixed infrastructure was installed at waypoints to measure vehicles and dump the data into a database. And, hey, that was how traffic counts had always been done so it made sense. Fast forward about 20 years. Networks are denser, power requirements substantially reduced, battery technology is scads ahead, and encryption has matured. So what? The river has swelled on its trip to the sea (Amazon Web Services (AWS), usw). #IoT, #IIoT #massmobiledata, and social data are now all themselves rivers of data dumping into the mighty mississippi, hudson (your favorite continental wathershed goes here). Again, so what? And, why are have I been fixated on what's going on at @riot? Convergence has long since moved beyond fiber, cable, wireless and triple-play to much much higher level analyses of consumer, retail, logistics, warehouse management and back to electricity. For me, where it all began. And with the overlay of #ai this convergence accelerates. Business and Use Cases come into and out of existence as fast as neurtrinos in an accelerator. The digital internet becomes the physical internet. And built infrastructure must keep pace. https://lnkd.in/eMAbk6Zh

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Join the experts of Q1/1, Q3/1 and Q5/1 on an innovative workshop to reflect on Transformative Satellite Connectivity - within the context of enablers of #meaningfulconnectivity for #ICT4development . #broadband #emergencytelecoms #disasterriskreduction #ruralconnectivity

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"Direct-to-device will reshuffle all the cards for the existing telecom infrastructure and reconfigure this ecosystem." - Matthieu Chartier, Director of Starburst France — The NewSpace economy represents a shift from traditional space activities, driven by the convergence of innovation, entrepreneurship, and investment. Though vibrant and full of potential, the sector requires careful navigation and strategic collaboration among all stakeholders to transform innovations into scalable and sustainable business models. It presents unique opportunities and challenges for both new and existing players across the market: ▶️ For Space Agencies: The main challenge lies in scaling operational innovations beyond the traditional space ecosystem. Agencies need to bridge the gap between advanced research and large-scale practical applications to fully realize their potential. ▶️ For Investors: Long-term commitment is essential, as the return on investment often spans many years, though the benefits are significant and have the potential for impact. Investors should focus on structural applications, like in-orbit mobility. ▶️ For Industrial Players: The abundance of innovations requires a new approach. Industries must make strategic choices, form partnerships, and transform their working methods to avoid the risk of innovation dilution. Developing a collaborative ecosystem is vital for harnessing the full potential of technological advancements. ▶️ For Startups: Startups should adopt a dual-strategy approach, generating short-term revenue streams to sustain operations while pursuing long-term visionary goals. The sheer volume of concurrent innovations is exciting, but the industry must be cautious as many business models are still unproven. — Our European team created the Innovation Radar, a tool that analyzes the technologies and innovations that have the potential to disrupt the NewSpace industry with criteria such as customer maturity and investment flow. Read more in the full article highlighting the importance of our "Innovation Radar" report (and download it!) on our website: https://bit.ly/3WiLNAu Ilan Rozenkopf | Théo Roulendes | Nathan Desbordes #NewSpace #innovation #technology #space #entrepreneur #startup #investor #aerospace

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Two giants in the #satellite #telecom industry join forces to counter Starlink Facing competition from Starlink and other emerging satellite broadband networks, the two companies that own most of the traditional commercial communications spacecraft in geostationary orbit announced plans to join forces Tuesday. #SES, based in Luxembourg, will buy #Intelsat for $3.1 billion. The acquisition will create a combined company boasting a fleet of some 100 multi-ton satellites in geostationary orbit, a ring of spacecraft located more than 22,000 miles (nearly 36,000 kilometers) over the equator. This will be more than twice the size of the fleet of the next-largest commercial geostationary satellite operator. The problem is that demand is waning for communication services through large geostationary (GEO) satellites. There are some large entrenched customers, like video media companies and the military, that will continue to buy telecom capacity on geostationary satellites. But there's a growing demand among consumers, and some segments of the corporate and government markets, for the types of services offered by constellations of smaller satellites flying closer to Earth. The biggest of these constellations, by far, is #SpaceX's #Starlink network, with more than 5,800 active satellites in its low-Earth orbit fleet a few hundred miles above Earth. Each of the Starlink satellites is smaller than a conventional geostationary platform but linked together with laser communication terminals; thousands of these spacecraft pack enough punch to eclipse the capacity of Internet networks anchored by geostationary satellites. Starlink now has more than 2.6 million subscribers, according to SpaceX. Satellites in low-Earth orbit (#LEO) offer some advantages over geostationary satellites. Because they are closer to users on the ground, low-Earth orbit satellites provide signals with lower latency. The satellites for these constellations can be mass-produced at relatively low cost compared to a single geostationary satellite, which often costs $250 million or more to build and launch.

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Following extensive development, testing, and ongoing refinement, we're thrilled to introduce the KiTalk-Cloud PoC Platform V1.6, showcasing a range of exciting new features. Version 1.6 enhances existing functionalities such as top-up, terminal management, group management, permission management, and data statistics while significantly optimizing our partners' user experience.   Additionally, we're unveiling several innovative business modules designed to cater to the evolving requirements of our users. Each addition is carefully crafted to address real-world application needs, ranging from Bluetooth-based indoor positioning services to video calling, monitoring, storage functionalities, media management, and integration with OpenStreetMap.   At Kirisun PTToC, we're dedicated to listening to our users, proactively addressing concerns, and continually refining and improving our products. Whether resolving functional issues, enhancing the user experience, or ensuring security, our dedication to excellence remains unwavering to meet our users' evolving needs and expectations. Contact Kirisun Americas: info@kirisunamericas.com Discover more: www.icallx.com   #Kirisun #icallx#kirisunamericas #bluetooth #radio #indoorpositioning #Data #PTToC #videocall #monitoring #media #management#security#lteradio

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Unveiling RRF: Revolutionizing Telecommunications with France's Reseau Radio du Futur Project In the dynamic world of telecommunications, France's Reseau Radio du Futur (RRF) project shines as a beacon of innovation! 🚀 Spearheaded by industry leaders and research institutions, RRF aims to reshape connectivity with cutting-edge technologies like 5G and IoT. Here's how RRF is making waves: 1. Advancing 5G Technology: 📶 RRF is driving the development and deployment of lightning-fast 5G networks, paving the way for a new era of connectivity and innovation. 2. Empowering IoT Ecosystems: 💡 With RRF, France is optimizing IoT networks to revolutionize industries like agriculture, manufacturing, and smart cities, enhancing efficiency and quality of life. 3. Fostering Collaboration and Innovation: 🤝 RRF cultivates a culture of collaboration, bringing together stakeholders to exchange ideas, form partnerships, and drive groundbreaking solutions. 4. Impacting the Telecommunications World: 🌍 The impact of RRF extends globally, influencing international standards, regulatory frameworks, and inspiring future generations of technologists and entrepreneurs. In conclusion, RRF is not just a project—it's a vision for the future of telecommunications, propelling France to the forefront of innovation and driving positive change worldwide. 🌟#RRF #TelecomInnovation

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EUWENA and its members at Private Networks Forum May 28th saw the RCRwireless initiated online webinar on private networks; the Private Networks Forum. This year’s edition saw no less than 5 presenters and presentations from EUWENA and its members! There were -         2 suppliers that are EUWENA members: Druid and IBwave -         2 end users that are EUWENA members: EDF and Schiphol Amsterdam airport -         EUWENA herself through the secretary doing a panel on mainports and private cellular The entire webinar was very pinpointed and specific and covered all aspects of private wireless networks; from Neutral Hosting to Assured Quality and from end user cases to perceived value add. For anyone in the eco system or about to embark on a private wireless implementation, there’s good insights to be had from individual sessions. Check out https://lnkd.in/e42uJcSY Notably, our members Druid and IBwave were in a session that articulated how private 4/5G is finding its way into mining, logistics, airports, warehousing and how the eco system is moving towards SME’s. Also, the role of the SI and the simplification for usage by less – or not at all – cellular savvy end users were explored. Member EDF elaborated on the use of private 4G in its power stations, both thermal and nuclear and its windfarm. EDF explains how it employs the bands 2.6 Ghz and 3.8-4.2 Ghz, both of which are available in France yet under differing regimes. EUWENA secretary Koen Mioulet and member Schiphol, Willem Blom, ran a session of the requirements of mainports and the desire to harmonise spectrum and standardise deployments in order to scale projects across countries and assets. Schiphol elaborated how it intends to run a full scale 5G network for all its operational processes (yet already has a 4G trunking replacement network and a 5G PoC) 

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