Robert Strickland

BEAD program may be inefficient because it funds many separate, private broadband buildouts. Neo Network Development argues that instead of distributing subsidies this way, the U.S. should invest in a single, publicly owned fiber network, which they believe would be more cost-effective and scalable long term. Thoughts??? https://lnkd.in/g793b5TU

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BEAD Funding Rules Just Changed — Here’s Why It Matters The NTIA has released updated BEAD guidance requiring faster deployment, cost efficiency, and tech-neutral planning. States must now show measurable results to stay compliant. That means one thing for broadband builders and partners: you need a compliant, audit-ready deployment strategy — not just a construction plan. At Wiring The Future Networks (WTFN), we help ISPs, engineering firms, and state/local agencies: Design BEAD-compliant networks Prepare documentation for funding reimbursement Oversee construction with built-in compliance checks Align procurement with NTIA’s new cost-control rules ⚙️ Be BEAD-Ready Before Deadlines Hit. Partner with WTFN today → https://zurl.co/HNEv3 🔗 NTIA BEAD Guidance: https://zurl.co/ApgcQ #Broadband #BEAD #Infrastructure #Compliance #WTFN

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🚀 BREAKING: FCC 6 GHz Spectrum Decision Transforms Wireless Industry Landscape The Federal Communications Commission's groundbreaking 6 GHz spectrum allocation is reshaping how businesses connect, communicate, and compete in the digital economy. • This historic decision unlocks 1,200 MHz of spectrum for unlicensed use, tripling available Wi-Fi capacity overnight. • Healthcare organizations can now deploy ultra-reliable wireless networks for telemedicine, remote patient monitoring, and surgical robotics. • Manufacturing facilities gain access to high-speed, low-latency connections essential for Industry 4.0 automation and IoT integration. • Educational institutions can support thousands of simultaneous device connections without network congestion or performance degradation. • Construction companies benefit from enhanced wireless connectivity for project management, safety monitoring, and equipment tracking across job sites. • Retail environments can implement seamless omnichannel experiences with instant inventory updates and personalized customer interactions. • Hospitality venues deliver superior guest experiences through high-speed Wi-Fi that supports streaming, gaming, and business applications. • Transportation hubs enable smart infrastructure with real-time passenger information, security systems, and operational efficiency tools. • Energy sector operations gain robust wireless networks for smart grid management, renewable energy monitoring, and predictive maintenance. • Financial services institutions can deploy secure, high-performance networks for trading floors, customer service, and mobile banking applications. • Agricultural operations leverage precision farming technologies with reliable connectivity for drone monitoring and automated irrigation systems. • Emergency services benefit from enhanced communication capabilities during critical response situations and disaster recovery operations. • Wi-Fi 6E technology becomes the new standard, delivering unprecedented speed and reliability for enterprise applications. • 5G networks gain additional spectrum resources for enhanced mobile broadband and mission-critical communications. • Augmented and Virtual Reality applications achieve the low-latency performance required for immersive business training and collaboration. • Internet of Things deployments scale exponentially with improved spectrum efficiency and reduced interference. • Edge computing infrastructure benefits from high-capacity wireless backhaul connections supporting distributed processing. • Cloud connectivity reaches new performance levels with enhanced wireless access to enterprise applications and data storage. • Network slicing capabilities enable customized wireless services tailored to specific industry requirements and use cases. • Artificial Intelligence and Machine Learning applications gain the bandwidth needed for real-time data processing and analysis. • Economic impact projections estimate

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What happens when a spectrum experiment turns into a nationwide network? CBRS was once a bold idea. Today, it’s powering 14M+ connections, growing at 40%+ every year, and standing as the 4th-largest wireless ecosystem in the U.S. But success brings new challenges. Could CBRS face disruption just as it hits its stride? 🎙️ On our latest podcast, Masoud Olfat, President of OnGo Alliance, unpacks: 🔹 How shared spectrum reshaped connectivity 🔹 The innovations behind CBRS 2.0 🔹 What’s next for U.S. spectrum sharing and leadership in wireless 👉 Listen here: https://lnkd.in/ehsDrnsM #OnGoAlliance #CBRS #PrivateWireless #WirelessInnovation #Connectivity

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The Fiber Broadband Association’s new framework emphasizes middle-mile networks as the bridge between the core internet and last-mile providers. These backbones can cut deployment costs, improve reliability, and expand coverage to underserved communities. Coordinated middle-mile planning reduces construction complexity and opens routes that make fiber builds faster and more cost-effective. Using state assets and dig-once policies can turn a fragmented, expensive build into an efficient, scalable network. Long-term infrastructure planning goes beyond policy. Aligning deployments with middle-mile availability can reach more communities, future-proof networks, and turn backbone access into a lasting competitive advantage.

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