We have updated our Privacy Policy and Terms of Use for Eurasia Group and its affiliates, including GZERO Media, to clarify the types of data we collect, how we collect it, how we use data and with whom we share data. By using our website you consent to our Terms and Conditions and Privacy Policy, including the transfer of your personal data to the United States from your country of residence, and our use of cookies described in our Cookie Policy.
{{ subpage.title }}
Intuit logo displayed on a phone screen and a laptop keyboard are seen in this illustration photo taken in Krakow, Poland on October 30, 2021.
Hard Numbers: Intuit’s mass layoff, Very expensive flip phone, AMD’s Finnish acquisition, Taiwan’s millionaire class
1,800: Intuit, the company behind popular financial software Quickbooks and Turbotax, announced a mass layoff of 1,800 employees — about 10% of the company — with plans to rehire the same number with a renewed focus on AI. The firm has an AI-powered financial advice tool, called Intuit Assist, in which it plans to invest heavily. That new investment might be necessary: A recent Washington Post review of Intuit’s AI assistant called it “awful” — not only “unhelpful” but also “wrong” much of the time.
1,899: Samsung has a new line of AI-powered foldable phones — and they’re extremely expensive. The Galaxy Z Fold starts at $1,899.99, a $100 increase from last year’s model. This nouveau flip phone boasts AI tools such as voice recording transcription, translation, and summarizing and text suggestions across email and social media apps. AI isn’t exactly a new thing on mobile phones, of course — so hopefully for this price, these new features make Siri look like a bot of the past.
665 million: The chip designer AMD is buying a Finnish startup called Silo AI for $665 million. Silo bills itself as “Europe’s largest private AI lab.” This deal will get AMD into the AI development business — an expansion from its hardware focus — as it tries to compete with industry leader Nvidia.
1.16 million: There are plenty of new millionaires in Taiwan, thanks to AI. Taiwan is a global hub for the semiconductor industry, which has boomed in recent years due to demand for AI. TSMC, its leading firm, is a key global fabricator for computer chips of all kinds. Taiwan’s total number of US dollar millionaires was 790,000 last year and could grow to 1.16 million by 2028, according to a new estimate by UBS.Joe Biden starts to campaign on AI
On May 8, Joe Biden spoke at Gateway Technical College in Racine, Wisconsin. The president was bragging.
Six years after his predecessor, Donald Trump, visited the same city to boast of Taiwanese tech company Foxconn’s $10 billion plan to bring a LCD manufacturing plant to Racine — that never materialized — Biden chose the same site for a new high-tech manufacturing project of his own. Microsoft will invest $3.3 billion to build a new data center to support artificial intelligence, a project that the company says will bring 2,000 permanent jobs and 2,300 union construction jobs to Wisconsin.
It’s good business, and better politics. Wisconsin is an important swing state for Biden in his forthcoming election against Trump. This latest announcement seemed to mark a moment where Biden accepted that AI is going to be an important part of his presidential legacy — and that it’s a record he should run on.
Right place, right time
OpenAI ushered in the generative AI revolution with ChatGPT midway through Biden’s first term. Silicon Valley rushed to develop it, Wall Street rushed to fund it, and governments around the world rushed to regulate it. Biden was in just the right position to reap the political rewards.
The US hasn’t passed comprehensive regulation to rein in AI, lagging behind its European counterparts in that regard, because it would require Congressional action. Instead, Biden secured voluntary commitments from the top AI companies to reduce the risks of their technology and issued a sweeping executive order dictating that every federal agency and department needs to assess and mitigate the risks AI poses, and how they can safely use it.
Beyond that, AI has become a focus of Biden’s industrial policy and export control measures, both of which have major implications for foreign policy and national security. Microsoft's investment also comes mere weeks after the Biden administration helped orchestrate the PC giant’s $1.5 billion investment in the Emirati tech giant G42, which pledged to restrict ties with China in favor of working with US tech firms.
Federal dollars pour into AI
The Microsoft data center was one in a series of chest-pounding announcements from the Biden administration, which has used funds from the CHIPS and Science Act to incentivize tech infrastructure firms to build in the United States. Taiwan Semiconductor Manufacturing Company will get $6.6 billion to invest a total of $65 billion to expand its chip fabrication complex in Phoenix, Arizona. Samsung will get $6.4 billion to pour $45 billion into its Texas facilities, and Intel will be granted $8.5 billion to construct and expand facilities in Arizona, Ohio, New Mexico, and Oregon.
AI wasn’t necessarily top of mind when the CHIPS Act passed in 2022, said Scott Bade, a senior analyst in Eurasia Group’s geo-technology practice, but it’s become the focus of the government’s efforts to nationalize chips and data centers.
“If you look at the political motivations for the Chips Act, a big part of that was the auto industry not having access to chips during the pandemic,” Bade said. Most of those were so-called legacy chips, not the high-powered graphics processors needed for AI, but the investments and legislation was already in place by the time AI became the hot topic in consumer and military tech.
The US has an advantage over rival China when it comes to artificial intelligence technology, but also the chips and chip-making facilities necessary to train and run powerful AI applications. Not only are many of the most important AI chipmakers — such as Nvidia, AMD, and Intel — American firms, but important non-US infrastructure firms are subject to US export controls because they rely on small parts made in America. The Biden administration has ramped up export controls to give the US an economic and technological advantage over China. And don’t forget the military side — global powers are looking to AI to super-charge their weaponry.
The election looms
AI lets Biden make some important claims in his rematch against Trump, including:
- American companies are leading the world on AI
- Multinational firms are investing in US facilities
- They’re bringing high-tech manufacturing jobs to the US
- And the US is keeping China at bay in the AI space
Not all of those arguments will resonate in retail politics, but Arizona and Wisconsin, where new facilities are popping up, are key swing states looking for good union jobs. In Wisconsin especially, Biden will make the case that he’s delivering what Trump couldn’t.
“The fact that you have a fab in a major swing state that helped him win last time and also has an important Senate race — that's not a coincidence,” Bade noted.
Speaking in Wisconsin, Biden barely mentioned technology, let alone artificial intelligence. Instead, he focused on delivering where Trump could not.
“During the previous administration, my predecessor made promises, which he broke more than kept, left a lot of people behind in communities like Racine,” Biden said.
Artificial intelligence might not be the snazziest talking point for retail politics, but it’s bound to be a major undercurrent — even when it’s not mentioned explicitly.
Xi Jinping's solution to his "Taiwan problem"
"Xi has made it clear he plans to go solve the Taiwan problem while he's still in office." That's New York Times national security correspondent and New Cold Wars author David Sanger on why China's leader is setting his sights on the slender island off its eastern coast. Xi Jinping has made no secret of his belief that Taiwan belongs to China and that it is a national security imperative to bring it under Chinese sovereignty. But it's also an American national security imperative to prevent Xi from doing so, says Sanger. That's because the small island nation still manufactures the vast majority of the critical semiconductor microchips that power our modern world in both China and the United States.
"What Biden has done here in the semiconductor field of trying to choke the Chinese of the most advanced chips, but also the equipment to make those chips while trying to build up here, is the right step." At the same time, however, the Biden administration's push to manufacture more chips in the United States may also imperil the "silicon shield" that currently protects Taiwan from its Chinese neighbor. Nevertheless, Sanger argues that it's not just an industrial imperative for the United States to become self-sufficient in this area. It's a national defense imperative one as well."For our long-term security, it is much more important to build those [semiconductor factories] fabs than it is to build those aircraft carriers."
Catch GZERO World with Ian Bremmer every week on US public television (check local listings) and online.
- Biden, chips, and the Silicon Shield ›
- The geopolitics of the chips that make your tech work ›
- Graphene: Could it reduce chip-making costs? ›
- Taiwan’s outsize importance in manufacturing semiconductor chips ›
- The semiconductor battle is heating up ›
- Why the US-China relationship is more stable than you might think - GZERO Media ›
The logo of Taiwanese chip giant TSMC is seen at southern Taiwan science park in Tainan, Taiwan.
TSMC gets billions to build in Phoenix
Taiwan Semiconductor Manufacturing Company will receive as much as $6.6 billion from the US government to expand its chip-making complex in Phoenix, Arizona. As part of the deal, TSMC will also receive $5 billion in loans and invest $65 billion to build a third factory in the complex. It’ll receive the money if it complies with due diligence requirements set forth by the 2022 CHIPS and Science Act, a $200 billion investment in America’s domestic semiconductor infrastructure.
TSMC, based in Taiwan, has become perhaps the world’s most important chip fabrication company. Chip designers like AMD and Nvidia — the two companies at the forefront of made-for-AI graphics chips — contract with TSMC to make their chips.
The government also sees its investment as a job-creator, with TSMC set to hire 20,000 people for construction and 6,000 for manufacturing, and $50 million of the grant will be set aside for job training programs.
The US sees chip infrastructure as a matter of huge national importance. “It’s a national security problem that we don’t manufacture any of the world’s most sophisticated chips in the United States,” Commerce Secretary Gina Raimondotold reporters. “Now, because of this announcement, these chips will be made in the United States."
TSMC remains at the heart of Taiwan's “Silicon Shield,” the protection that semiconductor dominance provides the island nation by giving the United States good reason to protect it from Chinese attack. Could shifting more of TSMC’s production to Arizona eliminate that incentive?
That's unlikely, says Xiaomeng Lu, a director of Eurasia Group’s geo-technology practice. "TSMC will always keep their most advanced capacity in Taiwan, and their pledge of making 2nm chips is not legally binding," she says. So while "it may run the risk of thinning the silicon shield if fully materialized, weakening it is less likely."
Sam Altman’s wish on a $7 trillion star
Sam Altman, CEO of OpenAI, needs more chips. He needs a lot more chips. The only thing stopping his $100 billion startup — if you can still call it a startup — may be the current supply of powerful chips.
The semiconductor fabrication process is notoriously slow and expensive, and the global supply chain runs through a few big, highly specialized firms. There are only a small number of companies that actually design chips made for generative AI — AMD, Intel, and Nvidia. And they’re pricy: Nvidia, which is set to take 85% of the market next year by one estimate, sells its H100 chips for about $40,000 a pop.
Naturally, Altman wants to make his own chips, but to make that dream a reality, he’s asking for an obscene amount of money.
How much does Altman want to raise?: According to the Wall Street Journal, Altman is deep in talks with investors with the goal of raising $5-7 trillion for a new chip venture.
“The dollar amount he’s reportedly trying to raise — $7 trillion — eclipses not just the semiconductor investments made by governments, including the United States’ $39 billion investment in chip manufacturing, but also the size of the entire semiconductor industry,” says Hanna Dohmen, a research analyst at Georgetown University's Center for Security and Emerging Technology. “It cannot be overstated how massive this sum of money is.”
Eurasia Group’s Director of Geotechnology Alexis Serfaty calls the sum “preposterously high and also seemingly arbitrary,” and says while it helps that OpenAI would be a built-in customer for this new chipmaker, the semiconductor industry is a difficult one with a propensity for demand gluts and supply chokepoints at every turn. Also, it would require strong leadership. “There are only so many people in the world with the expertise and experience to run an advanced fab, let alone the 300 [facilities] that $7 trillion would buy,” he adds.
Money can buy a lot — but it might not be able to solve the problems that every chipmaker already faces.
Who’s going to give him all that money? Altman has reportedly met with Masayoshi Son, CEO of the influential Japanese investment company SoftBank, and officials from Taiwan Semiconductor Manufacturing Company, one of the world’s largest chip fabrication companies, about investing in his new venture. Altman reportedly wants to “raise the money from Middle East investors and have TSMC build and run” new chip fabrication plants.
But the real eyebrow-raising potential investor isn’t in East Asia; it’s in the Middle East. In recent weeks, Altman has reportedly met with Sheikh Tahnoun bin Zayed al Nahyan, the United Arab Emirates’ security chief, to discuss the venture. OpenAI already struck a deal in October with the Emirati technology company, G42, to bring AI solutions to the Middle Eastern market, laying the foundation for additional business support from the wealthy nation.
This is going to cause geopolitical headaches, right? Almost definitely. Washington is extremely touchy about foreign investment in US companies and even more hesitant when it comes to scarce critical infrastructure such as semiconductors.
“While the US government is eager to bring chip manufacturing to the United States, it would likely be reluctant to do so with the involvement of the UAE government given existing concerns about Emirati companies’ relations with Chinese counterparts,” says Dohmen, who notes that, under US law, companies need licenses to even export certain semiconductors to the UAE.
America’s number one concern is China. Not only has the Biden administration invested heavily in the US chip industry, but it has launched a no-holds-barred campaign to prevent China from getting its hands on chips or even cloud-based AI. Over the past few years, the Biden administration has exacted stringent export controls that seek to prevent any global semiconductor technology, if it’s made with US parts, to do business with China, who it fears will use AI to supercharge its military. Dohmen adds that lawmakers are worried that G42 is already “dealing with blacklisted Chinese firms.”
Simply put, Serfaty says, “Altman’s partnerships with foreign governments could conflict with this US national security strategy.”
Could the US take action against this new venture? Yes. The US government has taken the extraordinary step to block foreign investment in chip companies. In 2018, the Trump administration blocked the sale of the US-based Qualcomm to the then-Singapore-based Broadcom, citing national security concerns. (Broadcom has since moved its headquarters to the US). That administration also blocked the sale of Lattice Semiconductor to a US private equity firm funded by Chinese capital.
Altman could be inviting antitrust scrutiny, as well. If he controls both the country’s most important generative AI company and the chip supply chain it relies upon, he’ll raise eyebrows with any antitrust regime — even if it’s not the current tech-hungry one overseen by the FTC’s Lina Khan and the DOJ’s Jonathan Kanter. The government is already starting to look into Microsoft’s $13 billion investment in OpenAI.
In short, all eyes are on OpenAI. The ChatGPT maker and its once-embattled, now-emboldened chief have their sights set on global AI domination. Whether it’s $7 trillion or far less, they’re due to make a real attempt to solve the chip problem that appears to stand in the way of true unbridled success.
Semiconductor chips on a circuit board.
Crunch time for chipmakers
The Biden administration wants to supercharge US chip manufacturing, which is why the 2022 CHIPS Act allotted $280 billion for the domestic chipmaking sector. But Republicans in Congress just halted a key provision of the administration’s plan.
Under the latest iteration of the National Defense Authorization Act, Republicans blocked a line item that would have allowed semiconductor companies building new plants to bypass the typical environmental permitting process. It’s something that Commerce Secretary Gina Raimondo had pushed for as a means of streamlining and speeding up the process. “We are not in any way suggesting that we should do anything that hurts the environment,” she insisted in Senate testimony. Republican Ted Cruz and Democrat Mark Kelly championed it in the Senate, and more than 100 lawmakers signed a letter advocating for it to be included in the final version of the bill.
But House Republicans, who largely oppose the permitting process in general, weren’t so concerned over whether the plants would uproot some Gila monsters. Rather, they say they are dismayed over what they called a permitting “carve-out” for the chip industry.
This exclusion could mean a major slowdown for domestic and foreign chipmakers looking to pour money into US building projects, namely Taiwan Semiconductor Manufacturing Company, Intel, and Samsung, which are building new plants in Arizona, Ohio, and Texas respectively.
Blinken meets Xi in Beijing
Ian Bremmer's Quick Take: Hi, everybody. Ian Bremmer here, and Tony Blinken is not. No, he's coming back from Beijing, the US Secretary of State, the once-postponed and now-on-again weekend trip to Beijing. It's the first time he, as Secretary of State, has been there. Also, this was a last-moment meeting that included President Xi Jinping, and that's very important because on the ground in China, no attention being given publicly to the trip until Xi meets with Blinken, 35 minutes long, and then suddenly it is everywhere, and it's over 1 billion views, and it's all over state media, and it's all over social media. In a sense, the Chinese blessing the visit to their public and showing that they want to have a more constructive or at least stable relationship.
The other takeaway, marginal but still not unimportant, is the willingness to create a fentanyl working group. That's something the Americans have been pressing on for a while, which provides a little bit of cover for Biden that he's actually getting something done with the Chinese. Of course, the proof of the pudding is in the eating, and execution on that is something that everyone is going to be skeptical about and watching.
Okay, that's the good news. What's the bad news? There is no trust within this relationship. The US-China relationship continues to be very contentious, very conflictual. It's true that the Chinese gave their standard speaking points on Taiwan, and we can go to war, and we maintain the status quo. The Americans said, "We're not changing the status quo, and we don't want war." And everything will be fine. But the status quo is changing. The status quo is changing in a couple of ways. First of all, the Americans are doing whatever they can to make Taiwan less important. The export controls on Taiwan's semiconductors. Let's keep in mind that until very recently, until about a year ago, TSMC was producing 92% of the most important semiconductors in the world. The highest speed, smallest, fast. This is critical. Suddenly, that's down to 80%. Why? Because the Americans want to get away from vulnerability to Taiwan.
That's going to be down to 50% probably within five years. And as that happens, you've got Foxconn now moving all of their supply chain away from mainland China and towards India and Vietnam and Canada and other countries. Why are they doing that? And the answer is because the Americans see the status quo as risky, and they're trying to de-risk the status quo, which means less exposure to Taiwan, which makes a lot of sense for the Americans. But if you're the Chinese, you see that as actually leading to confrontation. You're saying, "Wait a second, we no longer have the ability to get access to this high-level technology. We have to build it ourselves." So when they do that and Taiwan becomes less important, it of course, becomes an area that's easier to have direct conflict.
Part of the reason the Americans were able to put unprecedented levels of sanctions against the Russians is because the Americans do almost no business with the Russians, Taiwan becomes less important, and the Americans de-risk the broader US-China relationship. It becomes easier to have confrontation with the Chinese, and as the Chinese take similar steps, they do the same thing. The one thing that didn't happen in this meeting was a willingness to re-engage on the military-to-military front. The Americans have been asking for it. Chinese have said no. They continue to say no this weekend. At the same time that the Chinese have taken really aggressive measures in the Taiwan Straits, in the South China Sea that potentially could risk direct accident/conflict with American military warships, jet fighters operating in the area. The fact that the Chinese are willing to tolerate that level of risk is they would argue analogous to the Americans being willing to tolerate greater levels of risk around the broader US-China relationship and around Taiwan.
That's not going to change. It's not going to change because Biden thinks he's got the right policies right now for China, because the politics of the relationship are heavily constrained by hawkish Democrats and Republicans, and because we're heading into the 2024 election. Now, the one thing that's useful is that in this relationship, Biden and Xi know each other well, they've known each other for a long time. Biden actually speaks with a lot of pride about that when you talk to him personally about how much time he spent with Xi. Not that he necessarily likes everything about him or trusts everything he says, but he respects him as a leader as opposed to Biden's view of Putin, which is exactly the opposite. That means that when they meet face-to-face, maybe there'll be a video call soon, but certainly looks likely on the sidelines of the APEX Summit in San Francisco this fall. Biden's going to go for a couple of days. That has the potential to strengthen the stabilization of the relationship, even as the structural forces are heading more towards conflict. I wish I had better news, but I'm glad the meeting happened. I'm glad it went as well as it actually did.
A researcher wearing cleanroom suit displaying a wafer in the lab of Shanghai Microsemi Semiconductor Co., Ltd. in Shanghai, China.
Who’s winning the war over chips?
When it comes to semiconductor production, there’s just one superpower: Taiwan. The self-governing island produces more than two-thirds of the world’s chips, and almost all of the advanced ones.
But with Taiwan’s geopolitical fate uncertain, both Washington and Beijing are racing to build their own dominance and self-sufficiency in the chip industry.
We sat down with Eurasia Group geo-technology expert Xiaomeng Lu to learn more about where this battle is heading. The interview has been edited for length and clarity.
GZERO: When did this global war over chips really get started, and what’s driving it?
Xiaomeng Lu: Before 2017 and 2018, Beijing generally had this view that China was a big digital economy power. “We're the home to the biggest platform companies in the world” and so on.
But when the US placed severe sanctions on Huawei [in 2019], it kneecapped Huawei's 5G flagship business portfolio. Huawei is one of the poster children of China's highly advanced technology system, and Beijing suddenly realized that it was heavily reliant on just a couple suppliers of semiconductors, some of which are American.
China saw it had basically no near-term leverage against US technology dominance in this area, and that they needed to address the vulnerability. So that's why China started using this term "technology self-reliance.”
That generated a sense of competition in the US and increased the focus on Taiwan [the leading chip producer overall]. Those two things are, I think, the top drivers of the US-China race in semiconductor development.
What are the US and China doing to gain their own advantage in semiconductors?
Xiaomeng Lu: China a few years ago established a national fund to support semiconductor companies [domestically], and I think the clearest number on all of it is somewhere near $50 billion for two rounds of national investment in the domestic semiconductor industry.
The US recently passed the CHIPS Act, which includes broad financial support for science and technology. But the part that's most significant is basically a lot of tax breaks for the domestic high-end manufacturing part of the semiconductor industry. That's somewhere around $52 billion dollars.
So there's definitely a race of government sponsorship in this industry to ensure they get the competitive edge. For the US, their goal is to maintain a large, existing competitive advantage over China. For China, their goal is just to catch up.
So, is China in fact catching up?
Xiaomeng Lu: There's a lot of problems with how they're spending their money. Some factories got a lot of government funding and then didn't produce much technology, and a few years later went bankrupt or were bought by industry players. There's also quite a bit of corruption in the process of allocating those funds to various national champions.
But at the same time, it’s generated some constructive results, including, for example, companies like SMIC, a national champion in manufacturing midrange semiconductors. So there's a handful of successful cases and maybe a dozen failures. It's a mixed outcome so far.
Will the CHIPS Act keep the US ahead in the chip race?
Xiaomeng Lu: It’s too early to tell. There is a detailed implementation guide for companies that want to apply for this $52 billion fund, but that guideline won’t be issued by the Department of Commerce until next February. So we don't even know who is qualified for this funding yet.
The US has recently imposed export controls that prevent American companies from sending key technologies to China. Will those measures be effective in curtailing China's tech sector strategy?
Xiaomeng Lu: In the near term, I think they're quite effective. They focus on the high-end chips used for high-performance computers and super-computers, an area where China has so far done well. So the US restrictions create an upstream crisis for Beijing that will slow down China's supercomputing industry development. Until now, some Chinese supercomputers have outperformed their American and Japanese counterparts, and I think that competitive edge will be, if not eliminated, undermined significantly in the coming years.
Some people say Taiwan’s status as a semiconductor superpower actually protects the island from invasion by China – the idea being that the risk of the Taiwanese chip factories being damaged in a war is something that worries Beijing since its own tech companies rely on Taiwanese chips. Do you believe in this “Silicon Shield”?
Xiaomeng Lu: A lot of mainland Chinese factories still rely on those [Taiwanese] components. That's a big part of China's global electronics trade flows. I think between the technology exposure and the trade element, they will try not to take drastic actions around those chip factories until the political drivers really escalate the conflict.
But I think it's a temporary shield. If a real war starts, then the Silicon Shield is not going to do anything. Right now it's kind of a very thin layer of protection when the political environment is not that dire.
If TSMC [the main Taiwanese semiconductor company] were not on the island, do you believe China would have already invaded?
Xiaomeng Lu: It's not a driving factor, it's a secondary element. The red line is always sovereignty. If Taiwan publicly declares independence, then it doesn't matter if TSMC is there or not.
Would warnings of an impending invasion lead to a brain drain that could threaten Taiwan’s semiconductor industry?
Xiaomeng Lu: I think if the tension escalates further, you will see China try to poach talent from Taiwan by offering them jobs and careers and generous financial packages, and the US would probably do the same. If those engineers are concerned about their own safety, their families’ safety, there is a scenario for at least some of them to move away from the island. And that's one of the worst-case scenarios for the Taiwanese government. They want to keep their Silicon Shield, they want to keep their high-end technology, they want to keep their talent on the ground.
House Speaker Nancy Pelosi has encouraged TSMC to move some of its production to the US, to take advantage of CHIPs act money. Is that likely to happen?
Xiaomeng Lu: I think they're considering it but if you’re TSMC, it depends on how high you think the geopolitical risk is. If [an attack] is going to happen in five years, they probably want to move. But the risk of moving the most advanced technology and their people over to the US is that if the conflict doesn't happen or doesn't escalate to a very severe level, you are wasting your resources and irking the Taiwanese government.This comes to you from the Signal newsletter team of GZERO Media. Sign up today.