Thoughts on the Market

AI’s $3 Trillion Question: How to Pay the Bill?

March 6, 2026

AI’s $3 Trillion Question: How to Pay the Bill?

March 6, 2026

In the second of our two-part panel discussion from Morgan Stanley’s TMT conference, our analysts break down the complexity of financing AI’s infrastructure and the technological disruption happening across industries. 

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Transcript

Michelle Weaver: Welcome back to Thoughts on the Market, and welcome to part two of our conversation live from the Technology, Media and Telecom conference. I'm Michelle Weaver, U.S. Thematic and Equity Strategist at Morgan Stanley.

 

Today we're continuing our conversation with Stephen Byrd, Josh Baer and Lindsay Tyler. This time looking at financing AI and some of the risks to the story.

 

It's Friday, March 6th at 11am in San Francisco.

 

So yesterday we spoke about AI adoption. And while there's a lot of excitement on this theme, there've also been some concerns bubbling up.

 

Lindsay, I want to start with you around financing. That's another critical component of the AI build out. What's your latest on the magnitude of the data center financing gap, and what role [are] credit markets playing here?

 

Lindsay Tyler:  Yeah, in partnership with Thematic Research, Stephen and team, and colleagues across fixed income research last summer, we did put out a note, thinking about the data center financing gap, right? So, Stephen and team modeled a $3 trillion global data center CapEx need over a four-year timeframe.

 

So, in partnership with fixed income across asset classes, we thought:  okay, how will that really be funded? And we came to the conclusion that the hyperscalers, the high quality hyperscalers, generate a good amount of cash flow, right? So, there's cash from ops that can fund approximately half of that. But then we think that fixed income markets are critical to fund the rest of the funding gap. And really private credit is the leader in that and then aided by corporate credit and also securitized credit.

 

What we've seen since is that yes, private credit has served a role. There is this difference between private credit 1.0, which is more of that middle market direct lending. And then private credit 2.0, which is more ABF – Asset Based Finance or Asset Backed Finance. And what we see there is an interest in leases of hyperscaler tenants, right?

 

We've also seen in the market over the past nine months or so, investment grade bond issuance by hyperscalers. Obviously, a use of cash flow by hyperscalers. We've seen the construction loans with banks and also private credit per reports. We've also seen high yield bond issuance, which is kind of a new trend for construction financing. We've seen ABS and CMBS as well. And then something new that's emerging in focus for investors is more of a chip-backed or compute contract backed financings, like more creative solutions.   

 

We're really in early innings of the spend right now. And so, there is this shift. As we start to work through the construction early phases, the next focus is: okay, but what about the chips? And so, I think a big focus is that, you know, chips are more than 50 percent of the spend for if you're looking at a gigawatt site. And it depends what type of chips and kind of what generation. But that's the next leg of this too.

 

So, it's kind of a focus, you know, for 2026.

 

Michelle Weaver: And how do you view balance sheet leverage and financing when you think about hyperscaler debt raising magnitude and timelines?

 

Lindsay Tyler: So just to bring it down to more of a basic level, if you need compute, you really might need two things, right? A powered shell and then the chips. And so, if you're looking for that compute, you could kind of go in three basic ways. You could look to build the shell and kind of build and buy the whole thing. You could lease the shell, from, you know, a developer, maybe a Bitcoin miner too – that is converted to HBC. And then you kind of buy the chips and you put them in yourselves. Or you could lease all the compute; quote unquote lease, it's more of a contract.  

 

In terms of the funding, if you're thinking about the cash flows of some of the big companies – think of that as primarily being put towards chip spend. If you're thinking about the construction that's kind of split between cash CapEx but also leases. And so, what we've seen is that there is more than [$]600 billion of un-commenced lease obligations that will commence over the next two to five years, across the big four or five players.

 

And then my equity counterparts estimate around [$]700 billion of cash CapEx that needs this year for some of those players as well. So, these are big numbers. But that's kind of how, at a basic level, they're approaching some of the financing. It's a split approach.

 

Michelle Weaver: And what have you learned around financing the past few days at the conference? Anything incremental to share there?

 

Lindsay Tyler: Sure. Yeah. I think I found confirmation of some key themes here at the conference. The first being that numerous funding buckets are available. That was a big focus of our note last year is that you can kind of look at asset level financing. You can look at public bonds, you can look at some equity.    There are these different funding buckets available.

The second is that tenant quality matters for construction financing. I think I've seen this more in the markets than maybe at this conference over the past two to three weeks. But that has been a focus of pricing for the deals, but also market depth for the deals.

 

A third confirmation of a key theme was around the neo clouds and also the GPU as a service business models. Thinking about those creative financings, right. Are they thinking about from their compute counterparties? Would they like upfront payments? Might they look to move financing off [the] balance sheet, if they have a very high-quality investment grade rated counterparty? So, there is some of this evolution around those solutions.

 

And then a fourth key theme is just around the credit support. And Stephen has and I have talked about this around some of the Bitcoin miners – is that, you know, there can be these higher quality investment grade players that might look to lend their credit support. Maybe a lease backstop to other players in the ecosystem in order to get a better pricing on construction financing. And we are seeing some press pickup around how that might play out in chip financing down the road too.

 

Michelle Weaver: Mm-hmm. AI driven risk and potential disruption has been a big feature of the price action we've seen year-to-date in this theme. Stephen, what are some asset classes or businesses you see as resistant to some of this disruption?

 

Stephen Byrd: We spend a lot of time thinking about, sort of, asset classes that are resistant to deflation and disruption. And what's interesting is there's actually a handful of economists in the world that are doing remarkable work on this concept. That they would call it the economics of transformative AI.

 

There are three Americans, two Canadians, two Brits, a number of others who are doing really, really interesting work. And essentially what they're looking at is  what do economies look like? As we see very powerful AI enter many industries – cause price reductions, deflation… What does that do? They have a lot of interesting takeaways, but one is this idea that the relative value of assets that cannot be deflated by AI goes up.

 

Very simple idea. But think of it this way, I mean, there's only, you know, one principle resort on Kauai. You know, there's a limited amount of metals. And so, what we go through is this list that's gotten a lot of investor attention of resistant asset classes or more of the resistant asset classes that can go up in value.

 

So, there are obvious ones like land, though you have to be a little careful with real estate in the sense that like, office real estate probably wouldn't be where you would go. Nor would you potentially go sort of towards middle income, lower income housing. But more, you know, think of industrial REITs, higher-end real estate.

 

But there are a lot of other categories that are interesting to me. All kinds of infrastructure should be quite resistant, all kinds of critical materials. Metals should do extremely well in this. But then when you go beyond that, it's actually kind of interesting that there; arguably there's a longer list than those classic sort of land and metals examples.

Examples here would be compute…

 

Michelle Weaver: Mm-hmm.

 

Stephen Byrd: I thought Jensen put it, well, you know, if there's a limited amount of infrastructure available, you want to put the best compute. And ultimately, in some ways, intelligence becomes the new coin of the realm in the world, right? So, I would want to own the purveyors of intelligence.  

 

It could include high-end luxury. It could include unique human experiences. So, I don't know how many of y'all have children who are sort of college age. But my children are college age, and they absolutely hate what they would call AI slop.

They want legit human content, and they seek it out. And they absolutely hate it when they see bad copies of human content.

 

And so, I think there is a place in many parts of the economy for unique human experiences, unique human content, and it's interesting to kind of seek out where that might be in the economy. So those would be some examples of resistant assets.

 

Michelle Weaver: Mm-hmm. Josh, software's been at really the center of this AI disruption debate. How would you compare the current pullback in software multiples to prior periods of peak uncertainty? And do you think any of these concerns are valid? Or how are you thinking about that?

 

Josh Baer: Great question. I mean, software multiples on an EV to sales basis are down 30 – 35 percent just from the fall, I will say. And that's overall in the group. A lot of stocks, multiple handfuls, are down 60-70 percent over the last year. And what's being priced in is really peak uncertainty, a lot of fear. And these multiples, now four times sales – takes us all the way back about 10 years   to the shift to cloud.   And this time in many ways reminds us of that period of peak fear. In this case, what's being priced in is terminal value risk.

 

We talked about this TAM   yesterday. But you know, who is going to win that share? How is it divided from a competitive perspective across these model providers? The LLMs with new entrants. Of course, the incumbents. And this other idea of in-housing.

 

Michelle Weaver: Mm-hmm.

 

Josh Baer: So, there's competitive risk, there's business model risk. Are   companies going to need to change their pricing models from seat-based to consumption or hybrid. And then last margin risk. Just thinking about the higher input costs and higher capital intensity. And so, you know, all of those fears are being priced in right now.

 

Michelle Weaver: And we, of course though, had a bunch of these companies live with us at the conference. How are they responding to some of these risks? How are they addressing these investor concerns?

 

Josh Baer: Most of the companies here from our coverage are the incumbent software vendors. And I think that the leadership teams did a really nice job coming out and defending their competitive moats and really articulating the story of why they are in a great position to capitalize on the opportunity. And the reasons can vary across different companies. But some of the commonalities are around enterprise grade, trust, security, governance, acceptance from IT organizations.

The idea of vibe coding all apps in an organization get squashed when you actually talk to companies and chief information officers. For some companies there's proprietary data moats, network effects. All of that's on top of existing customer relationships.

 

And so, you know, that was the message from the companies that we had. That we’re the incumbents. We get to use all of the same innovative AI technology in the same way that all these different competitive buckets do. But we have, you know, that differentiation in that moat. And so, we're in a good place.

 

Michelle Weaver: I want to wrap on a positive note. Stephen, what did you hear at the conference that you're most excited about?

 

Stephen Byrd: I'd say the life sciences. A few investors pointed out that perhaps AI has a PR problem these days. And I do think showing a significant benefit to humanity in terms of improved health outcomes, whether that's just better diagnosis, you know. Away from this event, but I was in India the week before and, you know, AI can have a powerful benefit to the people who suffer the most in terms of providing very powerful medical tools in a distributed manner. So, I’m a big fan there.

But you know, in many ways, curing the most challenging diseases plaguing humanity. The kind of problems involved in providing those and developing those cures are perfect for AI. So that, for me – stepping way back – that is by far the most exciting thing.

 

Michelle Weaver: Josh, same to you. What are you most excited about?

 

Josh Baer:   From my perspective, it's potentially the turning point for software. The ability to showcase that we are at this inflection point and acceleration. To actually see that it takes time for our software companies to develop new AI technologies. Put that into products that have been tested and proven and go through the enterprise adoption cycle. And that we're at the cusp of more adoption – that's what our survey work says. And to see that inflection, I think can help to rerate this sector.

 

Michelle Weaver: Lindsay, same question for you…

 

Lindsay Tyler: Maybe I'll tie it to markets. I've already had a lot of more conversations with equity investors over the past, how many months?   There's a big fixed income focus right now, which is a great, you know, spot and really interesting opportunity in my seat. And there's a lot of interesting structures coming to be right now in the credit space. So, I think it's an exciting time.

 

Michelle Weaver: Lindsay, Stephen, Josh, thank you very much for joining to recap the event and let us know what you learned at the conference. To our audience, thank you for listening here live. And to our audience tuning in, thanks for listening. If you enjoy Thoughts on the Market, please leave us a review wherever you listen. And share the podcast with a friend or colleague today.

 

 

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Live from Morgan Stanley’s TMT conference, our panel break down where AI is already delivering rea...

Transcript

Michelle Weaver: Welcome to Thoughts on the Market. I'm Michelle Weaver, U.S. Thematic and Equity Strategist here at Morgan Stanley.

 

Today we've got a special episode on AI adoption. And this is a first in a two-part conversation live from our Technology, Media and Telecom conference.

It's Thursday, March 5th at 11am in San Francisco.

 

We're really excited to be here with all of you taping live. And we've got on stage with me. Stephen Byrd, he's our Global Head of Thematic and Sustainability Research; Josh Baer, Software Analyst; and Lindsay Tyler, TMT Credit Research Analyst.

 

So, Stephen, I want to start with you, pretty broad, pretty high level. We recently published our fifth AI Mapping Survey that identifies how different companies are exposed to the broad AI theme. Can you just share with us some insights from that piece and how stocks are performing with this AI exposure?

 

Stephen Byrd: Yeah, it's interesting. I mean, we've been doing this survey now, thanks to you, Michelle, and your excellent work, for quite a while. And every six months it is pretty telling to see the progression.

 

I would say a few things that got my attention from our most recent mapping was the number of companies that are quantifying the adoption benefits continues to go up quite a bit. And to me that feels like that's going to be table stakes very soon as in every industry you see two or three companies that are really laying out quite specifically what they expect to be able to do with AI and lay out the math. I think that really is going to pull all the other companies to follow suit. So, we're seeing that in a big way.

 

We do see adopters, with real tangible benefits performing well. But a new thing that we're seeing now, of course, in the market is concerns that in some cases adoption can lead to dramatic deflation, disruption, et cetera. That's coming up as well.  So, we're seeing greater concerns around disruption as well.

 

But broadly, I'd say a proliferation of adoption, that that universe of companies continues to grow, increases in quantification of the benefits. So, that is good. What's really surprised me though, is the narrative among investors has so quickly moved from those benefits which we've talked about into flipping that to toggle all negative, which I know some of our analysts have to deal with every day.   The mapping work suggests significant benefits. But the market is fast forwarding to very powerful AI that is very disruptive in deflation. And that's been a surprise to me.

 

 Michelle Weaver: Mm-hmm. Josh, I want to bring software into this. Your team has been arguing that AI is actually good for software. And it's really something that you need that application layer to then enable other companies to adopt AI. Can you tell us a little bit about how much GenAI could add to the broader enterprise software market? And how are you thinking about monetization these days?

 

Josh Baer: Of course. I think the best starting place is a reminder that AI is software, and so we see software as a TAM expander. And in many ways, even though this is extremely exciting innovation, it's following past innovation trends where first you see value accrue and market cap accrue to semiconductors, and then hardware and devices, and then eventually software and services. And we do think that that absolutely will occur just given [$]3 trillion in infrastructure investment into data centers and GPUs.

 

There's got to be an application layer that brings all of these productivity and efficiency gains to enterprises and advanced capabilities to consumers as well. And so we see AI more as an evolution for software than a revolution. An evolution of capabilities and expansion of capabilities. LLMs and diffusion engines absolutely unlocked all of these new features of what software can do. But incumbents will play a key role in this unlock.

 

And our CIO surveys really support that. Quarterly we ask chief information officers about their spending intentions, and these application vendors who we cover in the public markets are increasingly selected as vendors that companies will go to, to help deploy and apply AI and LLM technologies.

 

So, to answer your question, we estimate GenAI could unlock [$]400 billion in incremental TAM for software; for enterprise software by 2028. And this is based on looking at the type of work able to be automated, the labor costs associated with that work, the scope of automation, and then thinking about how much of that value is captured typically by software vendors.

 

Michelle Weaver: And you have a bit of a different lens on AI adoption. So, what are some of the ways you're hearing software customers using these AI tools and anything interesting that popped up at the conference?

 

Josh Baer: To echo what Stephen laid out, I mean, all of our software companies are using AI internally, both to drive efficiencies, but also to move faster. So thinking about product. Innovation, you know, the incumbents are able to use all of the same coding tools and, you know, …

 

Michelle Weaver: Mm-hmm.

 

Josh Bear: … products geared to developers to move faster and more efficiently on R&D. So, they're doing more. From a sales and marketing perspective, a G&A perspective, every area of OpEx, our software companies are in a great position to deploy the AI tools internally.

 

I think more important[ly], speaking to this TAM and expanded opportunity, is our companies have skews that they're monetizing. It might be a separate suite that incorporates advanced AI functionality. It might be a standalone offering, or it might be embedded into the core platform because the essence of software is AI and it, you know, leading to better retention rates and acceleration from here.

 

Michelle Weaver: Mm-hmm. And Stephen, going back to you on the state of play for AI, we had the AI labs here and we heard a lot about the developments and what's to come. So, what's your view on the trajectory for LLM advancements and what are some of the key signposts or catalysts you're watching here?

 

Stephen Byrd: Yeah, this is for me, maybe the most important takeaway of the conference – is this continued non-linear improvement of LLMs, which we've been writing about for quite some time. And just to give you an example, we think many of the labs have achieved a step change up in terms of the compute that they have, in some cases 10 x the amount of compute to train their LLMs. And that [if] the scaling laws hold – and we see every sign that they will – a 10x increase in compute used to train the models results in about a doubling of the model capabilities.

 

Now just let that sink in for a moment. Let's just think about that. A doubling from here in a relatively short period of time is difficult to predictIt's obviously very significant and I think several of the LLM execs at our event sounded to me extremely bullish on what that will be. A lot of that I think will be evident in greater agentic capabilities.

 

But also, I'd say greater creativity. It was about three weeks ago, three of the best physics minds in the world worked with an LLM to achieve a true breakthrough in physics – solving a problem that had never been solved before. A couple of days ago, a math team did the same thing. And so, what we're seeing is sort of these breakthrough capabilities in creativity. This morning I thought Sam speaking to, you know, incredible increases in what these models can do – which also brings risk. You know, I think it was interesting he spoke to, you know, the risk of misalignment, the risk of what these models are doing.

 

But for me, that's the single biggest thing that I'm thinking about, and that's going to be evident in the next several months.

 

Michelle Weaver: Mm-hmm.

 

Stephen Byrd: So, you know, on the positive side, it leads to greater benefits from AI adoption. And to Josh's point that, you know – more and more the economy can be addressed by AI, I do get concerned about the risk that that kind of step change will create greater concerns about disruption and deflation.

 

That causes me to think a lot about that dynamic.  Interestingly, we think the Chinese labs will not be able to keep pace just for one reason, which is compute. We think the Chinese labs have everything else they need. They have the talent, the infrastructure. They certainly have the energy, power. But they don't have the chips.

 

If what we laid out with the American models turns out to be true, I could see a chain reaction where the Chinese government pushes the Trump administration for full transfer of the best technology to China. And China could use their rare earth trade position to ensure that. 

 

Michelle Weaver: Mm-hmm. So, let's think about then bottlenecks in the U.S. Power is still one of the main bottlenecks. We had several of the solutions providers here at the conference. So, what are you thinking in terms of the size of the power bottleneck in the U.S. and how are we going to fix that?

 

Stephen Byrd: Yeah, absolutely. I am bullish on the companies that can de-bottleneck power, not just in the U.S., a few other places. Let's go through the math in terms of the problem we face and then the solution.

 

So, we have this very cool – it is cool if you're a nerd – power model that starts in the chip level up, from our semiconductor teams.  And from that, we build a global power demand model for data centers. We then apply that to the U.S.

 

Through 2028 we need about 74 gigawatts of data centers, both AI and non-AI to be built in the United States. I don't think we'll be able to achieve that for lots of reasons. But starting from that 74, we have sort of 10 gigs that have been recently built or are under construction. We have 15 gigs of incremental grid access, but after those two, we have to go to unconventional solutions, meaning typically off-grid solutions, over 40 gigawatts of unconventional solutions.

 

So that will be repurposing Bitcoin sites, which could be sort of 10 to 15 gigawatts. That'll be big. Renewable energy, fuel cells will be part of the solution. Gas turbines will be a big part of the solution. Co-locating at a few nuclear plants. I'm less bullish than I used to be on that. But when we net all that out, we think the U.S. is likely to be 10 to 20 percent short of the data center capacity that will need to be in.

 

It's not just a power grid access issue, though, that's a big one. Labor is now showing up as a huge issue. Many of the companies I speak to trying to develop data centers struggle with availability of labor. Electricians being one very tangible example. In the U.S. we need hundreds of thousands of additional electricians.

 

So, for any of your children, like mine, thinking about careers, you know, you'd be surprised [at] the amount of money that people are making in the infrastructure business that does feel like it's a labor shift that's going to have to happen, but it's going to take years. So, in that context, we had a number of the Bitcoin companies at our event here. And the economics of turning a Bitcoin site into hosting a data center are extremely attractive. I mean, extremely attractive.

 

To give you a sense of that. Before this opportunity presented itself to these Bitcoin players, those stocks tended to trade at an enterprise value per watt of about $1 to $2 a watt. Then we started to see these deals in which the Bitcoin players build a data center and lease them to hyperscalers. Those deals – depends a lot on the deal but – have created between $10 and $18 a watt of value. Let me repeat that. 10 to 18 – relative to where these stocks were at 1 to 2.

 

Now many of these stocks have rerated, but not all of them. And there's still quite a bit of upside. And what we've noticed is the economics that the hyperscalers are paying are trending up and up and up. Because of this power shortage that we're dealing with. So, a lot of exciting opportunities are still in the power space.

 

Michelle Weaver: Great. Well, I think that's a good place to wrap this first part of our conversation around AI adoption and the state of play. We'll be back again tomorrow with Part Two, looking at financing and risks.

 

To our panelists, thank you for talking with me. And to our audience, thanks for listening. If you enjoy Thoughts on the Market, please leave us a review wherever you listen and share the podcast with a friend or colleague today.

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Our Global Commodities Strategist Martijn Rats discusses the geopolitical drivers behind the recen...

Transcript

Martijn Rats: Welcome to Thoughts on the Market. I’m Martijn Rats, Morgan Stanley’s Global Commodities Strategist.

Today – what’s fueling the latest oil market rally.

It’s Thursday, February 26th, at 3pm in London.

What happens when oil prices jump, even though there’s no actual shortage of oil? That’s the situation we’re in right now. Tensions between the U.S. and Iran have escalated again. Naturally, markets are paying attention.

Over the past week, Brent crude rose about $3 to around $72 per barrel. WTI climbed into the mid-$60s. Shipping costs surged. And traders have started paying a premium for protection against a sudden oil spike – the levels we haven’t seen since the early days of the Ukrainian invasion.

But here’s the key point: there’s no clear evidence that global oil supply has tightened. Exports are still flowing. Tankers are still moving. And some near-term indicators of physical tightness have actually softened. When oil is truly scarce, buyers scramble for immediate barrels and short-term prices spike relative to future delivery. Instead, those spreads have narrowed, and physical premiums have eased.

This isn’t a supply shock. It’s a risk premium. In simple terms, investors are buying insurance. So what could happen next? We see four broad scenarios.

Before I outline them though, here’s something we do not see as a core case: a prolonged closure of the Strait of Hormuz. Roughly 15 million barrels per day of crude and another 5 million of refined product moves through that corridor. A sustained shutdown would be enormously disruptive. But we think the probability is very low.

Now coming back to our four scenarios. The first is straightforward.  A negotiated settlement; conflict is avoided. Iranian exports continue and shipping lanes remain open. In that scenario, what unwinds is the geopolitical risk premium – which we estimate at roughly $7 to $9 per barrel. If that fades, Brent could drift back to the low-to-mid $60s, similar to past episodes where prices spiked on fear and then retraced once supply proves unaffected.

Second, we could see short-lived frictions – shipping delays, higher insurance costs, temporary logistical issues. That might remove a few hundred thousand barrels per day for, say, a few weeks.. Prices could briefly spike into the $75–80 range. But balancing forces would kick in relatively quickly. For example, China has been building inventories at a steady pace. At higher prices, that stockbuilding would likely slow, helping offset temporary disruptions. That points to some further upside in prices – but then normalization.

The third scenario is more serious, but still contained: localized export losses of perhaps 1 to 1.5 million barrels per day for a month or two. Prices would stay elevated longer, but spare capacity and demand adjustments could eventually stabilize the market.

 Now our last scenario is the more serious and considers a potential shipping shock. The real risk here isn’t wells shutting down – it’s shipping disruption. Global trade of crude oil depends on efficient tanker movement. If transit times were extended even modestly, effective shipping capacity could fall sharply, creating what amounts to a temporary tightening of about 2 to 3 million barrels per day – or about 6 percent of global seaborne supply. That is a logistics shock, not a production outage – but it would push prices toward early-2022-type levels, at least briefly.

Now let’s zoom out. Beyond geopolitics, the fundamentals look weak. OPEC+ supply is rising, and our forecasts show a sizable surplus building in 2026. Even if some of that oil ends up in China’s stockpiles, a lot would still likely flow into core OECD inventories. Historically, when the market looks like this, prices tend to fall, not rise.

Which brings us back to the central point. Oil isn’t rallying because the world has run out of barrels. It’s rallying because markets are pricing geopolitical risk. And unless that risk turns into actual, sustained disruption, insurance premiums tend to expire.

Thank you for listening. If you enjoy the show, please leave us a review wherever you listen and share Thoughts on the Market with a friend or colleague today.

 

Disclaimer:

This podcast references jurisdiction(s) or person(s) which may be the subject of economic sanctions. Readers are solely responsible for ensuring that their investment activities are carried out in compliance with applicable laws.

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