Jim French

Encouraging development and great to have you engaged on so many deployments. Ben Gonzales, Polly Gifford, J. Kent O'Brien, Scott Foster, Michael Shear, Patricia B., . . . Master-planned developers are budgeting for INTELLIGENT INFRASTRUCTURE (PINNs, micro-DC, etc.) in their communities. Intelligent Infrastructure Economic Zones that enable AI-RAN and activate a new class of locally built service providers. Drone as a First Responder, AI Service Providers, Active Digital Twin Providers, Automated Mobility Districts, Urban Air Mobility, and the successful integration of the shared infrastructure model to support 30+ years of resilient upgrades. Key service activations include M2M RAN, precise positioning, AI inference, and the sixth sense for ground- and low-altitude autonomous systems. Autonomy Institute, Intelligent Infrastructure Economic Zones https://lnkd.in/gQ2c29GV

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NVIDIA and a coalition of global telecom leaders just committed to building 6G on AI-native, open, software-defined platforms. This matters. Intelligent, open network infrastructure is the right direction. But one question keeps nagging at me: 𝘞𝘩𝘢𝘵 𝘩𝘢𝘱𝘱𝘦𝘯𝘴 𝘢𝘵 𝘵𝘩𝘦 𝘦𝘯𝘥𝘱𝘰𝘪𝘯𝘵𝘴 𝘸𝘩𝘦𝘯 𝘵𝘩𝘢𝘵 𝘈𝘐-𝘯𝘢𝘵𝘪𝘷𝘦 𝘯𝘦𝘵𝘸𝘰𝘳𝘬 𝘪𝘴𝘯'𝘵 𝘳𝘦𝘢𝘤𝘩𝘢𝘣𝘭𝘦? 6G will be extraordinary when it's there. But physics hasn't changed. Remote sites lose backhaul. Storms and wildfires knock out infrastructure. The places that need AI most are the places where connectivity has always been least reliable. The coalition's vision assumes the network is the foundation for physical AI, autonomous machines, and robotics. But if governance, policy, and decision authority for those endpoints live in the network fabric, then when the network goes down, so does every safeguard those endpoints depend on. Every dead zone is a trust gap. Every outage is a safety gap. Who's building AI-native endpoints that survive without the network? Open and trustworthy 6G is the right goal. But trustworthy autonomy means trust can't disappear when the signal does. That's what we're building at Federant. #MWC2026 #6G #AIRAN #EdgeAI #AIoT https://lnkd.in/ej--GT74

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The AI infrastructure story is evolving. Chapter one was compute. GPUs enabled everything we're building today. Chapter two is emerging: memory and retrieval. The models are getting hungrier. KV caches exceed single-node capacity. Agentic systems maintain context for days. Video models process 100x more data than images. The supply chain is feeling it: → DRAM can only support 15GW of data centers (industry planning 40-50GW) → Flash prices doubled since February → Memory inventory collapsed from 17 weeks to 2-4 weeks → Shortage expected through 2027 This isn't about compute vs. memory. It's about the full stack maturing. The best infrastructure will optimize across all layers: processing, memory tiering, storage, and retrieval. I wrote a deep dive on what's changing and what it means for builders. Link below

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Every telecom executive I speak with is facing the same reality. 5G standalone rollouts. Open RAN integration. Cloud-native core migrations. AI-driven automation. Cybersecurity escalation. And yet the one resource required to execute all of this at scale is becoming the hardest to secure. Network engineering talent. The global network engineering services market is projected to grow from $60.7B in 2025 to $133.28B by 2034. Demand is accelerating. Supply is not. So the real question is no longer whether to outsource. It is where to build your next engineering hub. Kosovo sits at the heart of Europe, operating in CET, within real-time collaboration distance of London, Berlin, Zurich, Milan, Vienna and beyond. For U.S. operators, it enables a true follow-the-sun model without night-shift premiums. But geography is only part of the story. Kosovo has the youngest population in Europe, with more than 50 percent under 35 and over 2,600 IT and engineering graduates entering the workforce annually. More than 30 percent of university students pursue STEM fields. Certifications across Cisco, Juniper Networks, Fortinet and other ecosystems are deeply embedded in the market. This is not theoretical talent. It is production-grade telecom experience. Kosovo's telecom ecosystem includes 5G deployment, a €15M radio modernization program across 400 base stations, Ericsson's R&D presence, 96.4 percent internet penetration, and full regulatory alignment with EU standards. Engineers here are not learning in labs. They are operating real carrier networks. Now let's talk about what procurement teams actually care about. Cost. Engineering labor costs are 50 to 70 percent lower than equivalent roles in the U.S. or Western Europe. Corporate tax is a flat 10 percent. Operational overhead is 45 to 50 percent lower than the EU average. For a 10 to 50 person engineering team, annual savings range from $0.6M to over $8M depending on role mix. But cost alone does not win Tier 1 contracts. Execution does. 75,000 plus ports migrated for a nationwide metro core refresh across all 50 U.S. states. Zero customer-impacting outages. Six months ahead of schedule. 900 plus workloads onboarded across 120 branches and three data centers with spine-leaf EVPN and Zero Trust segmentation. This is what happens when you combine young, hungry engineering talent with strict SLA governance, MOP discipline, NMS integration and outcome-based pricing. Kosovo is not a backup option. It is a strategic advantage hiding in plain sight. If you are a telecom operator rethinking how to scale your engineering capacity in 2026 and beyond, this whitepaper lays out the full economic model, risk framework and implementation roadmap. Built for decision-makers who care about resilience, margin and speed. Download the full playbook in the comments and see why Kosovo is becoming Europe's most cost-effective network engineering hub. Your network. Your SLAs. Your outcomes.

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Scale is the only way to win. Amazon just secured the rights to 4,500 more satellites. Connectivity is a volume game. If you want to compete with Starlink (and terrestrial fiber), you can't just have coverage; you need density. According to ExtremeTech, the FCC has granted Amazon Leo (formerly Project Kuiper) approval to deploy an additional 4,500 satellites, bringing their total authorized constellation size to nearly 7,800. Why this specific expansion matters? The Bandwidth Equation: The first shell of satellites provides the coverage (being able to connect). This second massive shell provides the throughput (being able to stream 4K without buffering). This approval is about speed, not just reach. Spectrum Dominance: By locking in these orbital slots and V-band frequencies now, Amazon is effectively securing the "real estate" of the future internet. The 2026 Reality: With Starlink already servicing millions, Amazon isn't entering the market to test the waters. They are securing the regulatory runway to flood the market with capacity the moment their service goes live globally. My Take: We are watching the "industrialization" of Low Earth Orbit. The FCC approval confirms that the future of broadband isn't a single provider monopoly, it’s a heavy-weight title fight between two mega-constellations. And for the consumer? That means lower prices and higher speeds are on the horizon. #DCSTELECOM #CreativeTechnologies #AmazonLeo #ExtremeTech #Broadband #FCC #SpaceEconomy #DigitalDivide #Connectivity

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Fast forward: Why organizations must redesign their networks to compete ! Technology is advancing at a speed we have never seen before. It once took the Internet a decade to reshape industries. Today, breakthroughs such as ChatGPT reach millions in a matter of weeks. As a result of this, the expectations placed on infrastructure are accelerating too. Across Europe, I am talking to CIOs, who are realizing network transformation can no longer wait. After years of incremental upgrades, legacy infrastructure is now the barrier between ambition and execution. Agility, resilience, and performance all depend on a network that’s fast, flexible, and intelligent enough to keep pace with business change. At Tata Communications, we are helping organizations move beyond piecemeal modernization to build networks that are future-ready by design. Our Digital Fabric (https://lnkd.in/eNnaEgJv) integrates cloud, edge, and connectivity into one cohesive, secure foundation, enabling businesses to adapt quickly, make decisions in real time, and innovate with confidence. We’re already seeing what this looks like in practice. From pilot to scale AI use cases, AI-driven edge computing to power autonomous operations, to enterprises deploying private 5G and satellite connectivity for global resilience – the network has become a strategic differentiator. This new landscape demands low latency, high bandwidth, and intelligent observability. For us, it’s about translating data into decisions and experiences across every touchpoint. When systems are distributed across geographies and cloud providers, visibility becomes non-negotiable. And then there’s resilience. we’ve entered an era where disruption from cyber threats to geopolitical risk is constant. Modern networks must be designed to withstand anything, with built-in redundancy and seamless failover across carriers, clouds, and even orbiting networks. The reality every day is that networks are no longer background infrastructure. They’re the foundation for competitiveness, innovation, and trust. That’s why our focus at Tata Communications is on integrating, securing, and simplifying enterprise networks and empowering CIOs to shift from reactive maintenance to proactive innovation. Because in the race to modernize, the network is where enterprise advantage is built. https://lnkd.in/e_WvHwq4 - To read the full article on CIO.com #DigitalTransformation #Networking #Infrastructure #AI #EdgeComputing #CIO #TataCommunications #Innovation #Resilience Frederic Tak-Kit ONG I Ansgar Gründler I Maria Lampropoulou I Alex Romano Milani I Amaury Lambert I Madhur Konher I Torsten Heine I Amit Sharma I Amit Mehrotra

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Enterprise connectivity decisions are getting harder - even though the technology is getting better. Private 5G, Wi-Fi 7, satellite, and IoT networks are all advancing rapidly. The real challenge now is bringing these technologies together into a single enterprise architecture. That’s exactly what we explore in this blog. We break down what’s changing in enterprise connectivity - and what the smartest organizations are doing differently. Read it here: https://lnkd.in/evEscyBx And if you would like the full market analysis, forecasts, and strategy insights, check this out: https://lnkd.in/eyqMVzf8 #EnterpriseWireless #PrivateNetworks #IndustrialAI #ConnectivityStrategy2026

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