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Welcome to Thoughts on the Market. I am Vishi Tirupator, Morgan Stanley's Chief.
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Fixed Income Strategist and I'm Vishwas Patkar, Head of US Credit Strategy at Morgan Stanley.
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Today we want to talk about the opportunities and challenges in the credit markets in the context of AI and data center financing. It's Wednesday, August 6th at 3pm in New York. Vishwas, spending on AI and data centers is really not new. It's been going on for a while. How has this capex been financed so far? Predominantly. What has changed now and why do we need greater involvement of credit markets of different stripes?
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You're right Vishy. So capex on AI is certainly not new. So last year the hyperscalers alone spent more than $200 billion on AI related capex. What changes from here on to your question is the numbers just ramp up sharply. So if you look at Morgan Stanley's estimates, leveraging work done by our colleague Stephen Bird over over the next four years there's about 2.9 trillion of CapEx that needs to be spent across hardware and data center builds. So what changes is while capex so far has been largely self funded by hyperscalers, we think that will not be the case going forward. So when we leverage the work that has been done by our equity research colleagues around how much the hyperscalers can spend, We've identified a 1.5 trillion financing gap that that has to be met by external capital and we think credit would play a big role in that.
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A financing gap of 1.5 trillion. Wow, that's a big number by any measure. You talked about multiple credit channels that would need to be involved. Can you talk about rough sizing of these channels?
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Yep. So we looked at four broad channels in the report that went out a few weeks ago. So that 1.5 trillion gap breaks out into roughly 800 billion across private credit, which we think will be led by asset based finance. Another 200 billion we think will come from investment grade rated bond issuance from the large tech names. Another 150 billion comes through securitized credit issuance via data center, ABS and CMBS. And then finally there is a 350 billion plug that we've used. It's a catch all term for all other forms of financing that can cover sovereign spend, pe, VC among others.
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The technology sector is fairly small within the context of corporate credit markets. You are estimating something like $200 billion of financing to come from this channel.
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Why not more so I think it comes down to really willingness versus ability and you raise a good point. Tech names certainly have a lot of capacity to issue debt. And when I look at some of the work done by my colleague Lindsay Tyler in this report, the big four hyperscalers alone could issue over 600 billion of of incremental debt without hurting their credit ratings. That said, our assumption is that early in the capex cycle companies will be a little hesitant to do significantly debt funded investments as that might be seen as a suboptimal outcome for shareholder returns. And that's why we have reduced the magnitude of how much debt issuance could be vis a vis the actual capacity some of these companies have. So vishy, I talked about private credit meeting about half of the investment gap that we've identified and within that asset based finance being a very important channel. So what is ABF and why do you expect it to play such a big role in financing? AI and Data Centers so ABF is.
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A very broad term for financing arrangements within the context of private credit. These are financing arrangements that are secured by loans and contractual cash flows such as leases, either with hard assets or without hard assets. So the underlying concept itself is pretty widely used in securitizations. So the difference between ABF structures and ABS structures is that the ABF structures are highly bespoke. They enable lots of customization to fit the specific needs of the investors and issuers in terms of risk tolerance, ratings, returns, duration, term, et cetera. So ABS structures on the other hand, are pretty standardized structures driven mainly by rating agencies, often requiring fairly stabilized cash flows with very strict requirements of lessee characteristics and sometimes residual value guarantees in cases where hard assets are actually part of the collateral package. So AVF opens up a wider range of possible structures and financing options to include access assets that are on different stages of development. Remember, this is a very nascent industry. So there are data centers that are fully stabilized cash flows, and there are data centers that are in very early stages of building with just land or land and power access just being established. So ABF structures can really do it in the form of a single asset or a single facility financing, or could include a portfolio of multiple assets and facilities that are in different stages of development. So put all these things together, the nascent nature and the bespoke needs of data center financing call for a solution.
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Like ABF and then it's taking a step back. So as you said, the 1.5 trillion financing gap, I mean that's a big number that's larger than the size of the high yield market and the leveraged loan market. So the question is who are the investors in these structures and where do you think the money ultimately comes from?
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So there is really a favorable alignment here of significant and substantial dry powder across different credit markets and they're looking for attractive yields with appeal to a sticky investor base. This end investor base consists of investors such as insurance companies, sovereign wealth funds, pension funds, endowments and high net worth retail individuals. These are looking for scalable high quality assets, asset exposures that can provide diversification benefits. What we are talking about in terms of AI and datacenter financing precisely fall into that kind of investment. We think this alignment of the need for capital and need for investments that bridges this gap for 1.5 trillion that we are talking about here. My final question to you Vishwasi is this. Where could we be wrong in our assessment of the financing through the various.
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Credit market channels with the caveat that there are a lot of assumptions and moving parts in the framework that we build. I would flag really two risks, one macro, one micro. The macro one I would talk about in the context of credit market capacity. A lot of the favorable dynamics that you talked about come from where the level of rates are. And so if the economy slows and yields were to drop sharply then I think the demand that credit markets are seeing could come into question. Could see a slowdown over the coming years. The more micro risks I think really come from how quickly or how slowly AI gets monetized by the big tech names. So while we are quite optimistic about revenue generation a few years out, if in reality revenues are stronger than expected, then you could see more reliance on the public markets. So for instance the 200 billion of corporate bond issuance is likely going to be skewed higher in a more optimistic scenario. On the flip side, if there is more uncertainty around the path to revenue generation and if you see hyperscale pulling back a bit on CapEx, then at the margin that could push more financing to the way of credit markets. In which case the overall 1.5 trillion number could also be biased higher. So those are the two big risks in my view.
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So Vishwaaz, anyway you look at it, these numbers are big and whether you are involved in AI or whether you're thinking about credit markets, these are numbers and developments that you cannot ignore. So Vishwas, thanks so much for joining.
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Thank you for having me on Rishi.
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Is informational only and based on information available when created. It is not an offer or solicitation, nor is it tax or legal advice. It does not consider your financial circumstances and objectives and may not be suitable for you.
Podcast Title: Thoughts on the Market
Host: Vishi Tirupator, Morgan Stanley's Chief
Guest: Vishwas Patkar, Head of US Credit Strategy at Morgan Stanley
Episode Title: How Credit Markets Could Finance AI’s Trillion Dollar Gap
Release Date: August 6, 2025
In the August 6, 2025 episode of Thoughts on the Market, host Vishi Tirupator engages in a comprehensive discussion with Vishwas Patkar, Morgan Stanley’s Head of US Credit Strategy. The focus of their conversation centers on the burgeoning capital expenditures (CapEx) in artificial intelligence (AI) and data center infrastructure, exploring how credit markets can bridge the significant financing gap projected in this sector.
Vishwas Patkar begins by contextualizing the current landscape of AI and data center investments. He notes that while spending in these areas is not unprecedented, the scale is rapidly increasing:
Vishwas Patkar [00:39]: "What changes from here on to your question is the numbers just ramp up sharply. ... there's about $2.9 trillion of CapEx that needs to be spent across hardware and data center builds."
This surge is attributed to expanding AI applications and the corresponding demand for robust data infrastructure.
Patkar highlights a critical issue: the anticipated CapEx of $2.9 trillion over the next four years outpaces what hyperscalers can self-fund. This discrepancy creates a $1.5 trillion financing gap that necessitates external capital interventions.
Vishwas Patkar [00:39]: "We've identified a $1.5 trillion financing gap that has to be met by external capital and we think credit would play a big role in that."
To address the financing shortfall, Patkar delineates four primary credit channels, providing a rough allocation of the $1.5 trillion gap:
Private Credit ($800 billion): Dominated by asset-based finance (ABF), this channel is anticipated to be the leading source for bridging the majority of the gap.
Investment Grade Bond Issuance ($200 billion): Focused on large technology firms capable of issuing high-quality bonds.
Securitized Credit Issuance ($150 billion): Includes data center asset-backed securities (ABS) and commercial mortgage-backed securities (CMBS).
Other Financing Forms ($350 billion): Encompasses sovereign spending, private equity (PE), venture capital (VC), among others.
Vishwas Patkar [01:43]: "That $1.5 trillion gap breaks out into roughly $800 billion across private credit... Another $200 billion we think will come from investment grade rated bond issuance..."
Patkar addresses why the technology sector, despite its capacity to issue significant debt, is projected to contribute only $200 billion through investment-grade bonds.
Vishwas Patkar [02:33]: "Our assumption is that early in the capex cycle companies will be a little hesitant to do significantly debt funded investments as that might be seen as a suboptimal outcome for shareholder returns."
This cautious approach is balanced against the sector's actual capacity, where leading hyperscalers could issue over $600 billion in incremental debt without impacting credit ratings.
A substantial portion of the financing gap is expected to be filled by ABF, a specialized form of private credit tailored to the unique needs of AI and data center projects.
Vishwas Patkar [03:33]: "Asset-Based Finance is a very broad term for financing arrangements within the context of private credit... ABF structures can really do it in the form of a single asset or a single facility financing, or could include a portfolio of multiple assets."
ABF offers flexibility through bespoke financing solutions, accommodating various stages of data center development—from initial land acquisition to fully operational facilities. This customization contrasts with the more standardized Asset-Backed Securities (ABS), which require stabilized cash flows and stringent lessee criteria.
The convergence of substantial dry powder across credit markets with the pressing need for financing creates a favorable environment for investment in AI and data centers. The primary investor base includes:
Vishwas Patkar [05:39]: "These are looking for scalable high quality assets, asset exposures that can provide diversification benefits. What we are talking about in terms of AI and datacenter financing precisely fall into that kind of investment."
This alignment ensures that the substantial financing needs of the AI and data center sectors can be met by a diverse and stable investor pool.
Patkar and Tirupator also discuss potential risks that could impact the assessment of financing through various credit market channels:
Vishwas Patkar [06:34]: "If the economy slows and yields were to drop sharply then I think the demand that credit markets are seeing could come into question."
Vishwas Patkar [06:34]: "If in reality revenues are stronger than expected, then you could see more reliance on the public markets... Alternatively, if there is more uncertainty... then the overall $1.5 trillion number could also be biased higher."
The episode underscores the immense financial opportunities and challenges posed by the rapid expansion of AI and data center infrastructure. With a projected $1.5 trillion financing gap, credit markets, particularly private credit and asset-based finance, are poised to play a crucial role in sustaining the growth trajectory of these critical sectors. However, macroeconomic conditions and the rate of AI monetization remain pivotal factors that could influence the actualization of these financing strategies.
Vishi Tirupator [07:50]: "These numbers are big and whether you are involved in AI or whether you're thinking about credit markets, these are numbers and developments that you cannot ignore."
Note: The content discussed is informational and based on data available as of the release date. It does not constitute financial advice.