TL;DR
- Data-Center Bills: Alphabet has $75.7 billion in data-center and energy backstop commitments, exposing Google’s parent to payments if counterparties default.
- Chip Repurchases: Another $6.6 billion covers potential repurchases of sold TPU systems, Google’s AI computing hardware and software, under specified conditions.
- Related Customer: Crux AI, Google’s partly owned computing venture, contributes $16.8 billion in contracted future revenue while receiving infrastructure backing.
- Cash Pressure: Cloud revenue doubled year over year, while Alphabet’s quarterly capital spending exceeded operating cash flow by about $9.1 billion.
Alphabet, Google’s parent, has $98.5 billion in conditional commitments tied to data centers, energy equipment and AI computing systems. Some agreements could require it to take over another company’s data-center payments after a default, while allowing it to use or sublet the facility.
The figures, disclosed in its October 29 quarterly filing, extend the company’s financial exposure beyond infrastructure it buys for itself. They sit alongside about $1.077 trillion in purchase commitments, leases that have yet to start and future equity funding. Those company-wide commitments span different payment schedules and include activities beyond AI.
When Defaults Become Alphabet’s Bill
Of the $75.7 billion in data-center and energy backstops, $48 billion consists of executed arrangements with third-party providers. The remaining $27.7 billion is a commitment to establish future backstops. The executed portion rose from $16.9 billion at the end of 2025 to $48 billion at September 30.
Under the executed backstop agreements, Alphabet supports specified lease payments and, in some cases, energy costs. The contracts have up to 15 years remaining, with exposure declining as the underlying parties meet their obligations.
A developer can borrow against Google’s promise rather than rely solely on the tenant’s credit. Alphabet’s balance sheet can therefore help another company obtain infrastructure.
If a covered tenant defaults, Alphabet can take over the lease for its own use or sublet the capacity. Under specified conditions or after a predetermined period, it can also make a termination payment, potentially offset by cash or equity from counterparties. Those rights can preserve useful capacity or reduce the eventual cost of fulfilling the promise.
Since March Alphabet was preparing a financing deal for an Anthropic data center in Texas. Anthropic as the tenant, and Nexus Data Centers to operate the site and banks were competing to finance the initial phase. The deal was finalized around July and August.
Google acts as the vital credit backstop, leveraging its investment-grade rating to guarantee billions of dollars of Anthropic’s long-term lease and power-purchase agreements. In exchange for taking on this massive credit exposure, Google is slated to receive roughly a 20% equity stake in the data center and power project.
Power Equipment and Chip Buybacks Add Different Obligations
The other $22.8 billion in contingent commitments combines two mechanisms. Alphabet guarantees up to $16.2 billion to support counterparties buying equipment with long delivery times for future power and energy agreements. Those guarantees have varying terms through January 2049, and a payment may bring Alphabet assets in return.
The remaining $6.6 billion concerns potential repurchases of TPU systems, Google’s specialized AI computing hardware and software. Some buyers can transfer the systems to another party while retaining the right to require Google to buy them back. Alphabet treats that retained repurchase right as a financial guarantee.
The systems must meet specified conditions, including being returned in working order. Alphabet says the discounted repurchase price and other factors leave counterparties without an economic incentive to exercise the option.
More Than $1 Trillion Is Committed on Other Terms
The larger future-cash schedule is dominated by purchases of infrastructure and inventory, energy contracts and content licenses. Multi-year supply agreements extend through 2032, with most payments expected through 2031; some disclosed amounts use maximum contractual prices and volumes that can be reduced. Purchase payments also depend on suppliers fulfilling their contracts.
Alphabet’s Future Cash Commitments at September 30, 2026
The contract mix differs from Meta’s. At the same September 30 date, Meta had about $454.5 billion in noncancelable commitments and $355.7 billion in leases yet to begin. Alphabet’s corresponding schedule relies much more on purchases; Meta’s puts relatively more of the future capacity into leases, including facilities starting as late as 2036. In a data-center lease, a developer can own the facility while the customer commits to rental payments. Alphabet’s purchase-heavy mix instead commits more future cash to equipment and capacity purchases.
Crux Connects Financial Support With Future Cloud Sales
Google and investment firm Blackstone agreed in May to form Crux AI, a venture intended to bundle data-center capacity, networking, hardware and software into a dedicated computing service. Alphabet holds a minority stake and does not combine Crux’s full accounts with its own.
Blackstone committed up to $5 billion in capital. Alphabet committed up to $10 billion in data-center and energy backstops, subject to conditions, and signed a multiyear commercial agreement with Crux during the third quarter. The $10 billion is already included in Alphabet’s larger backstop totals.
In September, Reuters reported that ten banks were providing Crux a $22 billion loan, citing a person familiar with the matter. Bloomberg reported that the debt would buy Google’s TPU systems and be backed by the chips and Crux’s customer contracts.
Crux’s commercial agreement contributed $16.8 billion to Alphabet’s backlog, meaning contracted revenue that has yet to be recognized. Total backlog rose from $519.5 billion in June to $567.7 billion in September. The Crux agreement equals about 35% of that $48.2 billion net increase. It is roughly 3% of the ending total.
Part of the contracted business comes from a venture Alphabet partly owns and has promised to support financially. Dan Morgan, a senior portfolio manager at Synovus Trust, told Bloomberg that investors use backlog as an indicator of potential sales growth, but had not fully appreciated that some demand came from a company Google helped establish. Alphabet declined to comment to Bloomberg.
Converting the contracts into revenue still requires delivery and customer use. Google Cloud faced capacity constraints as demand grew in the second quarter. Alphabet expects to recognize just over 55% of its total September backlog over the following 24 months. It gives no separate recognition schedule for Crux.
Cloud Growth Arrives Before All the Cash and Costs
Google Cloud’s third-quarter revenue rose to $30.709 billion from $15.157 billion a year earlier, while segment operating income increased to $11.121 billion from $3.594 billion. Revenue growth outweighed higher inventory and infrastructure costs. TPU system sales contributed alongside infrastructure and platform services.
Those profits coexist with a cash funding burden. Alphabet generated $42.3 billion in operating cash during the quarter and spent $51.4 billion on capital investments. Free cash flow was about negative $9.1 billion, compared with negative $5.9 billion in the second quarter. Chief financial officer Anat Ashkenazi cautioned that building TPU inventory would put further pressure on free cash flow.
Google began recognizing revenue from a limited number of on-premises TPU systems agreements in the second quarter, with most of that revenue expected in 2027. Alphabet is funding inventory ahead of much of the expected systems revenue. The quarter’s company-wide cash uses also included a $5.2 billion payment in July for the final Android antitrust fine and interest.
More expense will arrive as facilities become usable. Alphabet had $145.3 billion in assets not yet in service at September 30, up from $78.6 billion at the end of 2025. These are primarily infrastructure under construction or assembly. They begin depreciating when ready for use, which can take months to years.
