What is Project Anthem? Project Anthem is Meta's $1 billion, 340-acre AI-optimized data center in east Tulsa, Oklahoma, which broke ground on April 21, 2026. It is Meta's first data center facility in Oklahoma, the company's 28th in the United States, and its 32nd globally. For CRE data center investors, the announcement is a meaningful signal about how the hyperscale buildout map is shifting away from Tier 1 markets and into emerging metros with cheap power, business-friendly policy, and large land tracts. For broader market context, see our pillar guide on the best AI tools for commercial real estate investors.
Key Takeaways
- Meta's Project Anthem is a $1 billion, 340-acre AI-optimized data center spanning more than 2 million square feet, targeting 2028 operations.
- The site sits at Fair Oaks Innovation Park near 11th Street and the Creek Turnpike in east Tulsa, with Meta as anchor tenant of the 2,000-acre campus.
- Meta committed to matching 100 percent of the facility's electricity with clean energy and adding over 1,500 MW of renewable capacity to the Oklahoma grid.
- Tulsa City Council passed a unanimous moratorium on data centers prior to groundbreaking, with carve-outs for Project Anthem.
- The deal validates Oklahoma as a Tier 2 hyperscale market and signals a structural shift in where AI data center capex will land in 2026 to 2030.
The Deal in Detail
Facebook parent Meta officially confirmed itself on April 21, 2026 as the developer behind Project Anthem, an investment of more than $1 billion to build an AI-optimized data center in east Tulsa. The groundbreaking was attended by Oklahoma Governor Kevin Stitt, state and local officials, and Meta representatives. Fortis Construction is the general contractor. The facility will span more than 2 million square feet on a 340-acre site at Fair Oaks Innovation Park, and is the first data center to be built within Tulsa city limits.
Meta has committed to net zero water use, matching 100 percent of facility electricity with clean energy, and adding over 1,500 megawatts of renewable energy capacity to the Oklahoma grid. The company will also invest more than $25 million in local infrastructure improvements, including roads and water systems. Workforce development partnerships with Tulsa Tech and Tulsa Community College are part of the package.
What This Signals About the Hyperscale Map
For CRE data center investors, the most important takeaway is not the dollar amount, it is the location. Meta has 27 other US data centers and could have expanded any of them. They chose Tulsa. That decision is a leading indicator for how the hyperscale capex map is shifting in 2026 to 2030. The forces driving the shift:
- Tier 1 grid saturation: Northern Virginia, Santa Clara, and Dallas all face multi-year interconnection waits.
- Power cost arbitrage: Oklahoma offers among the lowest industrial electricity rates in the US.
- Land availability: 340-acre tracts are simply not available in established markets at any price.
- Policy alignment: Oklahoma has actively courted hyperscale investment with permitting speed and tax structure.
- Renewable buildout potential: Wind capacity and a friendly regulatory environment let Meta credibly commit to 1,500 MW of new renewable capacity.
This pattern echoes themes in our coverage of the best and worst states for AI data centers. The Tier 1 vs. emerging-market dynamic is the central CRE question for the next 5 years.
The Community Opposition Wrinkle
The Tulsa story is not a clean win. Protesters gathered outside the groundbreaking to raise concerns about electric rate impacts, noise pollution, and construction burden on local roads. Tulsa City Council unanimously passed a moratorium on data centers in March 2026, with carve-outs that allowed Project Anthem to proceed but blocked the rezoning application for phase two of construction.
This mirrors the dynamic we covered in our piece on Florida Polk County data center opposition. The pattern is now consistent across the US: hyperscale projects bring jobs and tax revenue, but trigger local backlash on power rates and water usage. Investors should assume that every emerging-market hyperscale deal will face some version of this opposition. The deals that survive have either: (a) explicit commitments that ratepayers will not foot the bill, as Governor Stitt highlighted at the Tulsa announcement, or (b) co-investment in local infrastructure that is visible to residents.
What This Means for CRE Investors
1. Tier 2 Hyperscale Markets Are Investable
Project Anthem validates Tulsa, but the more important point is that the validation is transferable. Markets like Pryor (Google), Stillwater (Google), Muskogee County (Google), and Oklahoma City already host major investments. Other Tier 2 metros with similar characteristics include Cheyenne (Microsoft), Memphis, Birmingham, and parts of Iowa. Land in these markets, especially industrial-zoned tracts of 200-plus acres with proximity to high-voltage transmission, is the new emerging-market CRE play. For broader perspective on Meta's data center strategy, see our analysis of Meta MTIA chips and $135 billion in AI capex.
2. The Anchor Tenant Model Is Bankable
Meta's role as anchor tenant of the 2,000-acre Fair Oaks Innovation Park is a model that will repeat. The CRE structure is straightforward: a master developer assembles a large industrial campus, a hyperscaler signs as anchor with a long-term ground lease or build-to-suit, and ancillary parcels are then leased to neocloud operators, GPU specialists, and infrastructure tenants. Investors who own land adjacent to confirmed hyperscale anchors are now sitting on optionality.
3. Renewable Capacity Commitments Are the New Permitting Currency
Meta's commitment to 1,500 MW of new renewable capacity is the single biggest reason this deal got through the Tulsa political environment. Future hyperscale deals will require similar commitments and the renewable buildout itself becomes a CRE play (land for solar and wind), often integrated with the data center site itself.
4. Construction Capacity Is the Constraint
Fortis Construction is one of a handful of US general contractors with the capacity to deliver a 2-million-square-foot AI-optimized facility. The shortlist also includes DPR, Turner, and Skanska. Construction capacity, not land or capital, is increasingly the binding constraint on the AI data center buildout. CRE investors with general contractor relationships have a structural advantage. CRE data center investors looking for hands-on guidance on emerging-market hyperscale strategies can reach out to Avi Hacker, J.D. at The AI Consulting Network.
The Macro Picture
According to JLL data center research, US hyperscale capex is projected to exceed $700 billion in 2026 across the six largest hyperscalers, nearly six times 2022 levels. That capex has to land somewhere physical, and the Tier 1 markets cannot absorb it all. The center of gravity is moving toward Tier 2 metros that combine cheap power, available land, and political alignment. Project Anthem is a textbook example of how the next decade of CRE data center development will play out.
Stanford's 2026 AI Index reported 5,427 active US data centers, with the growth concentrated in non-traditional markets. Meta's Tulsa decision adds to that count and reinforces the structural shift. If you are ready to position for the emerging-market hyperscale buildout, The AI Consulting Network specializes in exactly this.
How CRE Allocators Should Read This
Institutional CRE allocators (pension funds, sovereign wealth funds, large family offices) should treat Project Anthem as a calibration data point for their data center exposure. Three specific takeaways:
- Tier 1 cap rates are not the right benchmark for Tier 2 deals. A Tulsa or Cheyenne hyperscale facility will price 50 to 100 basis points wider than Northern Virginia in early years but the spread compresses as the market institutionalizes.
- Anchor-tenant credit drives most of the value. A Meta-anchored facility with a 15 to 20 year ground lease and renewable backstop is essentially a credit play on Meta's balance sheet, not a real estate volatility play.
- Power, not land, is the binding constraint. Land is plentiful in Tier 2 markets; transmission interconnect timing is not. Allocators should diligence the interconnection queue position before underwriting any new deal.
The Blackstone BXDC IPO covered earlier this week is a parallel signal: institutional capital is institutionalizing data centers as a core asset class, and the supply pipeline driving that is now firmly in emerging markets, not Tier 1.
Frequently Asked Questions
Q: When will Meta's Project Anthem data center be operational?
A: Meta has stated the AI-optimized data center is expected to be operational by 2028, with peak construction supporting approximately 1,000 jobs and 100 permanent jobs once operational.
Q: Why did Meta choose Tulsa over a Tier 1 data center market?
A: Tulsa offered low industrial electricity rates, available 340-acre land tracts, business-friendly Oklahoma policy, available transmission capacity, and renewable buildout potential, all of which are increasingly scarce in Tier 1 markets like Northern Virginia and Dallas.
Q: What is the local opposition to Project Anthem?
A: Tulsa City Council unanimously passed a moratorium on data centers prior to the groundbreaking, with concerns focused on electric rate impacts, noise, water use, and construction burden on roads. Project Anthem proceeded under a carve-out but the phase two rezoning was withdrawn.
Q: How does Project Anthem compare to Meta's other recent data center investments?
A: Meta has 28 US data centers and 32 globally as of April 2026, including the recently revised $10 billion El Paso facility targeting 1 GW capacity by 2028 and the company's broader $135 billion AI capex commitment.
Q: What CRE plays are downstream of an announcement like this?
A: The downstream plays include adjacent industrial land at Fair Oaks Innovation Park, neocloud and GPU-specialist tenant infill, renewable energy generation siting (solar and wind), and workforce housing in east Tulsa. CRE investors with land and capital in any of those segments now have visible demand signals.