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Doda Broadband Restored After Week-Long Suspension

by Rachel Kim โ€“ Technology Editor
written by Rachel Kim โ€“ Technology Editor

Doda, J&K – Broadband internetโค services โขhave been restored in the Doda district of Jammu and Kashmir after being suspendedโ€Œ for a week, officials said. The suspension followed the arrest ofโข AAP’s J-K unit president,Fahad Malik,onโค September 8 for allegedlyโ€ disturbingโ€‹ public order,which sparked violent protests.

Authorities had imposed prohibitory restrictionsโฃ and snapped mobile internet and broadband services in responseโ€ to the โ€unrest. Restrictions on movement were eased for six hours โ€Œstarting Saturday noon after a meeting between Deputy Inspector General of โ€Police, Doda-kishtwar-Ramban Range Shridharโข Patil, Doda Deputy Commissioner Harvinder Singh, and Senior Superintendent of Police Sandeep Kumar Mehta with civil society members, including โฃrepresentatives ofโฃ traders and transporters.

Officialsโ€Œ assured the โ€Œrepresentatives that โ€Œrestrictions would be progressively eased.โข the reopeningโข of shops, resumption of transport services, restorationโ€‹ of broadband and โ€‹mobile internet, and the reopening of โ€schools willโ€‹ be carried out in a phased manner, contingent on assessing the ground situation.โ€ Additional forces were removed from markets asโ€‹ shops โ€Œreopened today.

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Technology

Alabama BEAD Program: Public Comment Period Opens

by Rachel Kim โ€“ Technology Editor
written by Rachel Kim โ€“ Technology Editor

Alabama Seeks Public Comment on Plan to Expand High-Speed internet Access

Alabama is seeking public input on a plan to expand high-speed internet access across the state, a project driven by a $1.4 billion allocation โคfrom the federal Broadband Equity, โฃAccess,โ€‹ and Deployment (BEAD) program. The โ€‹Alabama Department of Economic and Community Affairs (ADECA) hasโฃ developed a proposal aiming to connect eligible locations throughout โฃAlabama, and is now opening it โคup for public review and comment.

According to ADECA Director Kenneth Boswell, Governor โ€Ivey prioritized universal access to high-speed internet from the outset. “Governor โ€ŒIvey made clearโข toโ€‹ me at the very beginning that she wanted every single Alabamian to have โ€‹access to high-speed internet,” Boswell stated. “I am proud to say that, asโ€Œ a result of close coordination with NTIA, internet service providers, local communities and others, the approval of this finalโ€ proposal will allow us to get to the finish line. This plan, once approved, will pay dividends for the peopel who callโ€Œ Alabama home for decades to come.”

ADECA secured commitments averaging less than $6,000 per eligible location, resulting in savings of โขoverโฃ $800 million from the initial $1.4 billion BEAD allocation. The plan focuses primarily on wired fiber terrestrial broadband construction, slated to reach nearly 80% of eligible locations. Lowโฃ Earth Orbit (LEO) satellite โ€‹service will be utilized for โขjust over 20% of locations, specifically in areas where wired solutions were not cost-effective based on guidelines setโ€‹ by the National telecommunications and Information Management (NTIA).

The proposed awardees include a mix of large national and internationalโ€Œ companies, alongside local Alabama โคbusinesses and cooperatives.ADECA has vetted all applicants to ensureโฃ their ability to fulfill grant commitments.

Sinceโค the release of new BEAD rules byโฃ NTIA on Juneโ€‹ 6th, ADECA has undertaken a comprehensive process including: โ€maximizing competition to secure taxpayer โ€‹value, soliciting participation from a wide range of providers including LEO satellite companies, providing guidance to potential applicants, verifying location eligibility, analyzing projects for federal compliance, evaluating applications forโฃ technical and financial viability, and requesting price reductions from all applicants. ADECA also specifically sought final pricing and commitmentsโ€Œ from satellite internet providers for LEO capacity grants in areas not served by initial awardees. Selection of awardeesโค prioritized lower aggregate costs and “priority” applications within reasonable cost โฃparameters.A Program Monitoring plan has also been developedโ€Œ to ensure project completion.

the full BEAD proposal and instructions โขfor submitting publicโข comments are available on the โ€ADECA website: https://adeca.alabama.gov/bead-eligible-broadband-serviceable-locations-and-subgrantee-selection-process/.

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Technology

Chinese LEO Satellite Internet: Guowang, Qianfan, and Honghu-3

by Rachel Kim โ€“ Technology Editor
written by Rachel Kim โ€“ Technology Editor

China Advances Low Earth Orbit Satellite Internet Constellations: Guowang,Qianfan,and honghu-3 Progress

beijing – China is rapidly developing its capabilities in Low Earth Orbit (LEO) satellite internet,with significant progress reported across multiple constellations including Guowang,Qianfan,and Honghu-3. These initiatives aim to provide enhanced connectivity, particularly in remote regions, and compete with established players like SpaceX’s Starlink.

The Guowang constellation, spearheaded by China Satellite Network Group (CNSA), is planned to ultimately consist of over 12,000 satellites. Initial launches began in 2023,focusing on building out the foundational infrastructure.

simultaneously occurring,Qianfan,a project led by the Shanghai Academy of Spaceflight Technology (SAST),is also gaining momentum. Qianfan’s first test satellites were launched in late 2023, demonstrating key technologies for inter-satellite links and high-throughput data transmission.

Honghu-3, developed by Landspace, represents a unique approach, leveraging private sector innovation within the broader national strategy. While Landspace shares technology and plans with state entities, it operates as a private company with a complex investor base – approximately 60% private, 15-20% central government, and 20% provincial/municipal investment. Landspace brings valuable experience as a private entity to the progress of this constellation.

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Technology

BIGLOBE & DE-CIX: Enhanced Japan-Europe Internet Connectivity

by Rachel Kim โ€“ Technology Editor
written by Rachel Kim โ€“ Technology Editor

Japan & Europe Get a Speed Boost: BIGLOBE’s New Internet Link Cuts Latency & Costs

Tokyo & Frankfurt – Japanese internet service provider BIGLOBE has dramatically improved network performance between japan and Europe wiht a groundbreaking remote peering connection to DE-CIX frankfurt, one of the world’s largest internet exchanges. This innovative approach bypasses the need for costly physical infrastructure in Germany, offering faster, more reliable connectivity for Japanese users.

Key Takeaways:

Faster speeds: BIGLOBE customers will experience reduced latency and improved reliability, notably for streaming and cloud applications.
 Remote Innovation: The connection utilizes GlobePEER Remote, routing data from BIGLOBE’s Tokyo access point directly to European networks. Cost Savings: By avoiding physical infrastructure investment, BIGLOBE reduces transit costs and boosts network resilience.
 Global Reach: DE-CIX’s extensive network allows BIGLOBE to access internet exchanges worldwide, including Singapore, New York, and Dubai.BIGLOBE’s new connection to DE-CIX Frankfurt, handling approximately 45 exabytes of data annually, directly links the Japanese ISP to key european “eyeball” networks – those providing internet access to end-users. This shortened data path translates to a smoother online experience for consumers and businesses alike.

“Remote peering enables ISPs across the globe to connect to DE-CIX Internet Exchanges autonomous of their physical location,” explains Frank P. Orlowski, Executive Vice President Corporate Advancement at DE-CIX. “This allows for more efficient control of data flows, reduced latency, and significantly improved network stability.”

Yuichi Minami, Executive Officer/CNO at BIGLOBE, echoed this sentiment, stating the direct connection will “improve service quality – especially for streaming and cloud-based applications,” while concurrently reducing costs and enhancing network resilience.

This move underscores a growing trend in the telecommunications industry, favoring flexible interconnection solutions over expensive hardware deployments. as BIGLOBE expands internationally, this partnership with DE-CIX positions the Japanese ISP for continued growth and improved service delivery.

Learn more about DE-CIX and their global network here.

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Technology

Google skips public funding, expands gigabit internet in Colorado

by Rachel Kim โ€“ Technology Editor
written by Rachel Kim โ€“ Technology Editor

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Denver,CO – August 9,2025 – Google Fiber is expanding its gigabit internet service to additional Colorado communities,aiming to bridge the digital divide and boost economic opportunities.The expansion, announced today, will initially focus on areas within Adams, Arapahoe, and Boulder counties, with plans for further rollout based on community demand and infrastructure feasibility.

This expansion builds upon Google Fiber’s existing presence in select Colorado cities, including Westminster and Aurora, where the high-speed internet service has been available since 2023. The company cites increasing demand for reliable, high-bandwidth internet, particularly for remote work, education, and telehealth, as the driving force behind the investment. The initial phase of the expansion is expected to reach approximately 50,000 additional households by the end of 2026.

Google Fiber’s gigabit service offers symmetrical upload and download speeds, meaning users can upload and download data at the same rate – a notable advantage over many conventional internet providers. Pricing for the service starts at $50 per month for 1 Gig, with options for faster speeds and bundled services available. The company is also offering a program to provide discounted internet access to eligible low-income households,partnering with local organizations like the Denver Housing Authority to ensure accessibility.

The expansion is expected to create approximately 150 construction and installation jobs in the Denver metro area. Google Fiber is working closely with local municipalities to minimize disruption during the infrastructure build-out, utilizing microtrenching techniques to reduce excavation and restore surfaces quickly. The company has also committed to investing in digital literacy training programs in the communities it serves, aiming to equip residents with the skills needed to take full advantage of the high-speed internet access.

Thanks for sticking with me for this week’s report. As always, share your 2 cents on how the economy is keeping you down or helping you up at cosun.co/heyww. ~ tamara

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Technology

Starlink vs. Fiber: Satellite Providers Lead BEAD Funding Race

by Rachel Kim โ€“ Technology Editor
written by Rachel Kim โ€“ Technology Editor

Satellite Providers Underbid Fiber in Tennessee BEAD Funding Applications, Raising Questions About Program Impact & Musk’s Expanding Influence

NASHVILLE, TN – Newly released data from Tennessee’s Broadband Equity, Access, and Deployment (BEAD) program reveals a significant disparity in funding requests between satellite internet providers like SpaceX‘s starlink and Amazon’s Kuiper, and customary fiber optic projects. satellite providers submitted bids for nearly twice the number of eligible locations as fiber companies, while requesting roughly one-tenth of the funding per location, sparking debate over the long-term viability of satellite-based broadband in rural areas and raising concerns about potential political influence.

the data, published via Tennessee’s BEAD program, funded by the Bipartisan infrastructure Law, allocates $42.45 billion to states and territories to expand high-speed internet access to unserved and underserved communities. Originally envisioned as primarily supporting fiber optic deployments, recent rule changes by the National telecommunications and Facts Management (NTIA) have opened the door for satellite internet providers to compete for funding. This shift was driven by arguments that satellite technology can reach the most remote locations where fiber is prohibitively expensive.

Though, critics argue that satellite internet frequently enough suffers from higher latency, data caps, and susceptibility to weather conditions compared to fiber.The lower cost of satellite bids, as evidenced in Tennessee, raises questions about whether these projects can deliver the reliable, high-speed internet access promised by the BEAD program.

Musk’s Growing Footprint in tennessee & Texas – and Questions of Influence

The surge in BEAD applications from SpaceX coincides with a significant expansion of Elon Musk’s business empire in both Tennessee and Texas. In December 2023, Musk relocated the headquarters of SpaceX and his social media platform X from California to Starbase, Texas, a 60-acre facility near Brownsville. This move followed substantial investments in Texas infrastructure, including a proposed Tesla Gigafactory near Austin.In Tennessee, Musk’s ventures are also gaining traction. Last year, Memphis became the home of a massive supercomputer utilized by xAI and grok, Musk’s artificial intelligence companies. the data center, located in the suburb of Arlington, faced scrutiny due to concerns about its environmental impact, specifically related to gas turbine emissions and air pollution permits, as reported by Politico.

Further solidifying his presence in the state, tennessee governor bill Lee recently announced that The Boring Company, another Musk-owned enterprise, will construct an underground Tesla tunnel connecting Nashville International Airport (BNA) to downtown Nashville. This project mirrors a similar tunnel system built in Las Vegas.

Amid this expansion, questions have arisen regarding Musk’s influence on state politics. Texas Governor Greg Abbott has repeatedly denied public records requests seeking access to his email correspondence with Musk, citing concerns about “intimate and embarrassing” communications, as detailed by Fortune. This lack of transparency has fueled speculation about potential preferential treatment for Musk’s companies.

This story is developing and will be updated as more information becomes available.

Reporting by Keely Quinlan, statescoop.

Key Details Not in Original Article:

Specific Location of xAI Supercomputer: Arlington, Tennessee (Memphis suburb).
 Specific Location of SpaceX/X Headquarters: Starbase, Texas (near Brownsville).

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