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Data center news, project activity, and monthly briefings for Google.
Google · Construction & power moves · 20
full tracker →Where Google is securing land and power — each traced to primary filings.
Editor's picks
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Gemini 4 Argon: our next era of frontier intelligence
Google has announced the rollout of Gemini 4 Argon, a new frontier model, first to trusted cyber defenders through its Fairwind Program.
- Launch and access: Gemini 4 Argon is being rolled out first to a set of trusted cyber defenders; Google says it is engaging in the U.S. government’s voluntary pre-release model access process and will expand access to developers, enterprises, and consumers later.
- Pricing and capabilities: The model will start at $2 per million input tokens and $10 per million output tokens, with cached input tokens 95% off; after the introductory period, pricing rises to $4 per 1M input tokens and $20 per 1M output tokens. Google says Argon is being used internally for coding, research, cybersecurity defense, and data-center memory optimization, and it is also being used by Wiz through its Scan for Good initiative.
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Google is supporting water resilience in Chile.
Google has announced a $1.2 million contribution to Aguas Andinas to support a canal-lining project in Chile’s Maipo River Basin.
- The funding will help line a 2.5-kilometer section of the Unidos de Buin Canal Association’s main irrigation canal with concrete to reduce seepage, sedimentation, and erosion.
- Google says its 2025 water stewardship efforts replenished more water to the Maipo River Basin than was consumed at its Quilicura, Chile data center; the project is estimated to save up to 7.4 million cubic meters (1.9 billion gallons) of water annually over its lifespan.
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Green AI or greenwashing? Why NVIDIA can’t compute its way out of the climate crisis
Greenpeace has criticized NVIDIA’s climate messaging and urged the company to take real emissions-reduction action. - At New York Climate Week, a panel on the data center energy crisis was disrupted by Greenpeace activists while NVIDIA sustainability head Josh Parker was speaking about climate change. - Greenpeace says NVIDIA’s disclosed Scope 3 emissions have risen by 725% since 2020, and argues the company should expand its renewable energy target beyond its own operations and disclose full Scope 3 emissions, including use-phase emissions from sold chips.
This article is an opinionated Greenpeace campaign piece that cites recent panels, conferences, and a new briefing rather than announcing a new corporate deal. - It references NVIDIA’s partnership with Google and Emerald AI on flexible data centres, and NVIDIA’s financing partnerships with Apollo, BlackRock, Blackstone, Brookfield, Goldman Sachs, and KKR as background. - It also mentions manufacturing in Taiwan and South Korea, and says Greenpeace wants NVIDIA to cover its supply chain with 100% renewable energy by 2030.
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FabCon and SQLCon 2026 in Barcelona: Building the data foundation for Microsoft Copilot and agents
Microsoft has announced new innovations across Microsoft Fabric, Power BI, and its database portfolio at FabCon/SQLCon Barcelona 2026.
- The announcement includes Fabric IQ integration with the new Microsoft Copilot, agentic app creation in Power BI Desktop, Fabric Apps enhancements, observability in Fabric, on-demand billing, and new database features across Database Hub and Azure SQL Database Hyperscale.
- Microsoft says Fabric IQ in Copilot Chat and Cowork is generally available today, Apps in Power BI will be in preview in the coming weeks, Database Hub in Fabric is in preview, SQL Server on Azure Local is generally available, and Azure SQL Database Hyperscale adds new capabilities including serverless auto-pause and DiskANN vector indexes.
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Policy Considerations for Orbital Data Centers
ITIF has published a policy report arguing that orbital data centers are a complementary form of digital infrastructure, not a replacement for terrestrial facilities.
- The report says the near-term opportunity is in specialized, space-based workloads such as Earth observation, remote sensing, and spacecraft autonomy, while noting major constraints in thermal management, radiation, communications, servicing, cybersecurity, and launch costs.
- It recommends policymakers improve spectrum access, streamline satellite licensing, clarify cybersecurity expectations, expand launch infrastructure, and address orbital sustainability; the report cites Google’s Project Suncatcher and Thales Alenia Space’s ASCEND as examples of industry interest.
- This is a commentary/analysis report, not a first-time project announcement by a company; it references prior research, government guidance, and regulatory proceedings. The report was published on September 28, 2026 by ITIF.
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Behind Project Suncatcher, our moonshot to put AI in space
Google has announced that Project Suncatcher will launch its first test in orbit, sending a prototype satellite to evaluate how its Tensor Processing Units perform in space.
- The initial mission is aboard the upcoming Transporter-18 rideshare mission with SpaceX, and it was developed in partnership with Planet; the goal is to collect in-orbit data on TPU performance under spaceflight stress, radiation, and thermal extremes.
- Google says the effort is a long-term research moonshot for scalable machine learning infrastructure in low Earth orbit; it has already conducted vibration testing, proton beam testing at UC Davis’s Crocker Nuclear Laboratory, and thermal vacuum chamber tests, with a 2027 milestone for testing satellite-to-satellite laser links.
Recent news
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Executive Leadership Award Finalist: Westinghouse CTO Dr. Lou Martinez Sancho
Westinghouse Electric Co. showcased an AI system for AP1000 reactor construction at the inaugural Pennsylvania Energy and Innovation Summit on July 15, 2025.
- The live proof of concept is intended to reduce cost and schedule risk for new AP1000 reactors by pulling in thousands of construction data points so project schedules can be adjusted in real time.
- Westinghouse said a second-generation version of the construction tool, developed with Google Cloud, was later demonstrated live at the World Nuclear Exposition in November 2025; the company also received Databricks’ 2025 Data & Intelligence Award for Energy and Utilities.
- Dr. Lou Martinez Sancho leads Westinghouse’s R&D portfolio, including AI, AP300, and eVinci, and Westinghouse’s nomination says she led MOUs with France’s National Institute for Applied Sciences of Lyon and the Polish National Center for Nuclear Research to develop the European nuclear workforce and share R&D facilities.
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CoreWeave Targets Enterprises with Forge Platform
CoreWeave has announced CoreWeave Forge, an integrated software platform for organizations to develop, run, and continuously improve AI models and agents.
- The platform was announced Sept. 30 during CoreWeave’s Fully Connected event in San Francisco and is available today in Free, Pro, and Enterprise editions.
- CoreWeave said Forge unifies existing products with new software for training, inference, evaluation, observability, and agent development; it also launched a partner network with VAST Data, CrowdStrike, and ClickHouse.
- The company also said Nvidia Vera CPU access is in early phases, Vera Rubin NVL72 is now available on its cloud platform, and Cognition is the first customer running workloads on the hardware platform.
- CoreWeave Aria is now available after being previously in preview; the AI research assistant helps customers analyze data and recommend improvements.
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POWER Honors Bloom Energy’s KR Sridhar with 2026 Executive Leadership Award
POWER’s article announces that KR Sridhar, founder, chairman and CEO of Bloom Energy, received POWER’s 2026 Executive Leadership Award for advancing distributed, on-site power for data centers and AI demand.
- Bloom Energy’s history and commercial milestones are summarized, including its 2001 founding, 2006 first field trial, 2008 commercial launch, 2018 NYSE listing, and later manufacturing expansion in Fremont, California.
- The piece highlights major customer and financing relationships: Bloom’s arrangement with Equinix surpassed 100 MW in February 2025 across 19 data centers in six states; Oracle expanded its Bloom relationship in April 2026 to as much as 2.8 GW with an initial 1.2-GW deployment; Brookfield Asset Management committed $5 billion in October 2025 and raised that commitment to $25 billion in June 2026.
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Special Newsletter: Unanswered Questions, September Edition
MediaNama has published a special newsletter compiling unanswered questions sent to authorities and companies in India.
- The newsletter covers Meta, Google, YouTube, and Zomato, focusing on issues such as intermediary status, content blocking, child sexual abuse material reporting, AI voice-clone detection, and cash-on-delivery fees.
- It is a commentary/news roundup, not a first-time company announcement; some items reference recent announcements such as YouTube’s voice detection feature and Google’s direct CSAM reporting to Indian authorities, but the newsletter itself is mainly about unanswered queries and context.
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Trump Says Top Tech Firms Have Signed Accord to 'Self-Police' AI Development
The White House has announced that President Donald Trump and a group of AI company leaders agreed to a voluntary accord on AI safety and self-policing during a meeting in Washington.
- Trump said the accord will include internal and external reviews of AI technology, and that companies agreed to use self-regulation while the government relies on existing enforcement through the Department of Justice and the FBI.
- The article says the meeting included leaders from Anthropic, OpenAI, Amazon, X, Nvidia, Google, Meta, and Microsoft; Trump also said executives would help address local opposition to data centers by supporting schools or reducing energy costs.
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Data center boom puts US skilled-worker shortage in the spotlight
This article is a secondary news summary about the data-center boom and the resulting shortage of skilled workers in the U.S.
- The article says data centers are driving demand for electricians, pipefitters, project managers, technicians and other skilled-trade workers as AI infrastructure expands.
- It cites several figures: hundreds of thousands of open skilled-trade roles at Google, up to 2.1 million skilled-trade jobs unfilled by 2030 in U.S. Department of Education estimates cited by JLL, and $6.7 trillion in global data-center investment projected by McKinsey.
- It also notes labor pressures in construction: a 2026 AGC survey found 58% of firms working on data-center projects faced more competition for workers, 49% saw greater wage pressure, and 37% said worker or subcontractor availability was their biggest challenge.
- The piece references industry responses, including the Alliance for America’s Skilled Trades and the Lowe’s Foundation’s Building Futures Skilled Trades Coalition.
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How data centers factor into DTE’s 20-year power plan
DTE Energy’s long-range power plan is under review by Michigan regulators and includes two new natural gas plants, major renewable and storage additions, and capacity growth through 2046.
- Main action: DTE proposes 700 MW gas plant in Milan Township and 1,400 MW plant in Handy Township, with costs of $2.5 billion and $3.9 billion respectively.
- Background/details: The plan would grow capacity from 16 GW to 33 GW by 2046; DTE says the Monroe coal plant retirement drives the need, while critics say the new gas is mainly to serve Oracle/OpenAI and Google data center load.
- The utility also proposes 15 GW renewables, 4.5 GW storage, 177 MW additional nuclear at Fermi 2 starting 2036, and 2.1 GW of natural gas generation; the Michigan Public Service Commission has 300 days for initial review.
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What is sovereign AI? Rajasthan’s AI portal privacy policy raises the question and does not answer it
MediaNama reports that the Government of Rajasthan’s AI portal privacy policy and terms currently omit key data-handling details, while the state’s AI/ML policy and portal were launched in early January 2026.
- The portal says it is hosted on secure servers within India in compliance with MeitY guidelines, but does not identify the guidelines, name the host, or explain what happens to data entered into the AI sandbox or Ask Raj GenAI chatbot.
- The policy lists identity, contact, technical and usage data, names Lokesh Saini as nodal officer, and lacks retention periods, third-party sharing details, grievance officer information, or any mention of the Digital Personal Data Protection Act, 2023; the story also notes the portal’s “Last updated” date appears to change daily.
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El-Sayed, Rogers face voter opposition to data centers in crucial Senate race
Planet Detroit reports on the Michigan U.S. Senate race and its overlap with data center policy, campaign finances, and voter sentiment. The article references past and current positions and financial disclosures rather than announcing a new project.
- Mike Rogers said in August that he supports a one-year moratorium on new data centers; Abdul El-Sayed released “terms of engagement” in January and supports state and local moratoriums.
- The story cites an August EPIC-MRA poll showing 62% of likely Michigan voters oppose data center development and notes Rogers’ disclosure of $100,001 to $250,000 in Blackstone Real Estate Income Trust, which has 29% of its portfolio invested in data centers.
- It also mentions the $16-billion Oracle and OpenAI data center under construction in Saline Township, the $1.25-billion University of Michigan computing facility in Ypsilanti Township, and a draft wastewater permit for Related Digital with public comments open through Oct. 23, 2026.
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Google’s Grid-Interactive AI Data Centers: From Backup to Grid Partner
Google outlined its AI data center scaling and grid-integration strategy during a keynote by Tom Garvens, vice president of advanced technology innovation, at Data Center World Power 2026 in Houston (Sept. 21-23). This is a conference presentation and commentary, not a first-time product or project launch.
- Garvens said Google is reviewing and redesigning its AI data center ecosystem from chip to utility, including liquid cooling, LVDC, 54 VDC rack-level battery backup, and a gradual move toward 800 VDC distribution.
- He said Google is using BESS, demand-response agreements, workload shifting, closed-loop cooling, and site selection for remote locations with ample land and power; he also noted Google processes more than 3 quadrillion AI tokens per month and that compute demand rose sevenfold from May 2025 to May 2026.
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Andhra's 23-cluster strategy spans quantum, horticulture, rare earths: Nara Lokesh
Andhra Pradesh has announced a 23-cluster strategy spanning emerging technologies and traditional industries to attract investment, build skills, and generate employment.
- The clusters cover quantum technology, horticulture, rare earth minerals, biomedicine, pharmaceuticals, artificial intelligence, data centres, cement, and automotive, according to IT Minister Nara Lokesh.
- The state will launch its Horticulture Mission on October 2 with close to Rs 1 lakh crore planned for research, and it plans an Indian School of Agriculture modelled on the Indian School of Business in Hyderabad; Lokesh also said Andhra Pradesh has brought the first 150-qubit quantum computer from IBM to Amaravati and cited further Google investment and later data-centre investments.
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Google to test space-based AI computing with upcoming satellite launch
Google has announced it is moving forward with Project Suncatcher, a plan to develop AI data centers in space powered by solar energy.
- The company will launch an experimental satellite called MVP aboard a SpaceX Falcon 9 on Oct. 1 to test four specialized AI chips and whether they can withstand radiation and vibration in space while using about 1 kilowatt of solar power.
- Google said its radiation tests have been encouraging, and it has developed a conductive materials plus radiator panels cooling system; it is also considering two additional satellites in 2027, fleets of more than 80 satellites, and a possible custom satellite the length of a soccer field.
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Facilities fueling energy storage installations
The article reports that U.S. commercial-sector energy storage installations are expected to rise 27% annually in megawatt terms through 2031, driven in part by data centers and backup-power demand.
- The American Clean Power Association and Wood Mackenzie said the U.S. Energy Storage Monitor was released this week for Q3 2026 and forecasts strong growth across commercial, utility-scale, and residential storage.
- The story cites Google’s earlier deal with Form Energy and Xcel Energy for 30 GWh of iron-air battery storage at a data center, and notes that commercial property storage installed in Q2 was 48 MW while utility-scale deployments reached 4.7 GW/17.6 GWh and residential deployments totaled 676 MW.
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Evan Swarztrauber: The Hidden Supply-Chain Risk Inside America’s AI Data Centers
This article is an opinion/commentary piece arguing that the FCC should add optical transceivers to its covered list as a national security measure.
- The author says the FCC is reportedly considering a ban on new Chinese-produced optical transceivers, and argues the move would effectively block foreign-made transceivers from U.S. sale and import without an exemption.
- It cites earlier incidents, including Iranian drone strikes on Amazon Web Services data centers in the United Arab Emirates and damage to a facility in Bahrain, and references U.S. manufacturing expansion by Applied Optoelectronics, Coherent, and Lumentum; it also mentions a $5 billion rip-and-replace program for telecom equipment.