
Power Is the New Data Center Strategy
The discussion centers on how power has become the primary strategic asset for AI data‑center development, reversing the traditional model where sites were chosen first and power added later. Developers now engage utility providers at the earliest planning stages to secure megawatt capacity, because interconnection queues—especially in legacy hubs like Northern Virginia—can stretch beyond eight years. Key insights include the stark trade‑off between brownfield and greenfield projects. Brownfields provide existing transmission infrastructure and faster deployment, while greenfields offer expansive land for gigawatt‑scale growth but incur hidden costs such as transmission line extensions, substation upgrades, and road improvements that can add $30‑$80 million to budgets. Labor shortages, particularly among electricians, are driving developers to create “man camps” and offer premium incentives to secure skilled crews. Priteshind Dor cites Project Stargate’s 500 MW shift to Texas and highlights emerging secondary markets—West Texas, Michigan, Wisconsin, and Ohio—where abundant power and supportive state policies are attracting AI factories. He emphasizes the four pillars of modern site selection: power, state policy, land logistics, and labor, noting that state‑level incentive wars are accelerating rural AI hub development. The implications are clear: firms that treat power as a procurement line item risk multi‑year delays, while those that integrate power strategy, labor planning, and flexible site design can capture early‑move advantages, drive regional economic growth, and future‑proof facilities against rapid AI hardware evolution.

AI Data Centers Go Global: Brazil’s Advantage
The interview spotlights Brazil’s emerging role as a global AI data‑center hub, driven by Allayia Data Centers’ ambitious Rio AI City project and the country’s abundant renewable energy. Elena Winters, former hyperscaler buyer now VP of international business at Allayia,...

Sensing the Future: How ISAC and AI Will Redefine 6G Networks | Tao Luo at MWC 2026
At MWC 2026, Qualcomm’s Tao Luo outlined how integrated sensing and communications (ISAC) will reshape 6G networks, turning traditional base stations into dual‑purpose nodes that both transmit data and perceive their surroundings. By fusing radar‑like sensing with existing cellular waveforms and...

Qualcomm's 6G Vision: AI, Sensing & the Road to 2029 | John Smee at MWC 2026
At Mobile World Congress 2026, Qualcomm outlined its 6G roadmap, emphasizing four pillars: ubiquitous connectivity, on‑device compute, artificial intelligence, and integrated sensing. The company argues that each new generation reflects broader societal needs, and 6G will move beyond faster data...

MatSing Brings High-Capacity Lens Antenna Innovation to WiFi
At Mobile World Congress, MatSing unveiled its latest lens‑antenna technology, now extended from cellular to Wi‑Fi, promising to reshape high‑density wireless deployments. The company’s patented lens antenna works like an eye, focusing RF signals to generate dozens of simultaneous beams across...

AI‑native Networks, NTN Progress and the Road to 6G
The Mobile World Congress panel highlighted a shifting narrative: AI is no longer a side topic but a core driver for both network optimization and new service monetization. Participants debated “AI for networks” versus “networks for AI,” underscoring how telecom...

Senza Fili Interview: Analyst's Views Unwrapped
The interview wraps up Mobile World Congress with analyst Monica reflecting on the evolving role of artificial intelligence in telecom. She notes that while AI remains a hot topic, the buzz has given way to pragmatic experiments—energy‑saving loops, quality‑of‑experience trade‑offs,...

Physical AI and Private Networks
At MWC speakers argued that private 5G paired with edge AI will accelerate robotics and industrial automation as workloads shift from training to fine-tuning and inference, driving higher uplink and low-latency requirements. That demand is fragmenting the private-network market: large...

Interview: The Open Centralized Unit Distributed Unit (OCUDU) Initiative
The Linux Foundation-backed OCUDU (Open Centralized Unit Distributed Unit) initiative aims to create a fully software-defined, open RAN stack that moves beyond current Open RAN efforts by consolidating core RAN functions into a shared, portable software platform. Led by R&D...

The IQ Era - Sovereignty, Security and Autonomous Networks in Practice
Speakers at Mobile World Congress framed 2026 as the start of an "IQ era," where AI has moved from playground demos to concrete, operational use cases across telecoms. Telenor executives described deploying agentic AI for customer chatbots, dialogue monitoring and...

Trends Redefining Telecoms in 2026 with the GSMA
At Mobile World Congress 2026 industry leaders highlighted sovereign AI and sovereign compute as a defining trend, with governments and telcos racing to host and control AI and cloud services locally rather than rely solely on hyperscalers. Telcos are positioning...

Deutsche Telekom on AI Integration
Deutsche Telekom is rolling out AI features across its products and network, showcasing voice-first consumer services and deeper network automation at MWC. It unveiled Magenta AI for voice — a network-integrated, device-agnostic assistant that can answer unknown calls, provide real-time...

Reimagining Consumer Services in an AI-First World
Rakuten Mobile chief AI and data officer Sachin Varma described how the company has built a foundational data and AI platform to turn group-wide consumer data into actionable insights and business outcomes, from marketing and sales to efficiency gains. Leveraging...

AI Data Centers: Demand Explodes, Vacancy Hits Record Lows
The AI Tech Talk episode spotlights a seismic shift in North American data‑center dynamics, where exploding AI workloads have driven vacancy to an unprecedented sub‑2% level and pushed turnkey colocation pricing into the mid‑teens percent range. CBRE’s Pat Lynch...

AI Data Centers in APAC: Power, Scale & Liquid Cooling
The interview with Jeremy Deutsch, president of Advantage Data Centers APAC, focuses on how exploding AI training and inference workloads are reshaping data‑center design across the region. He notes that AI drives unprecedented rack density and power draw, making power availability...