FT : Donald Trump’s tariffs war offers some global steelmakers a boost

Donald Trump’s tariffs war offers some global steelmakers a boost
Measures designed to protect the struggling US steel industry could also help a cohort of global producers

A small cohort of global steel producers has emerged as unlikely winners from Donald Trump’s sweeping import tariffs, as the US president expands his trade war in an attempt to protect US manufacturing industries.

US steel prices have soared since Trump floated the prospect of a 25 per cent tax on imports of steel — a key component for the auto, construction and packaging industries — from all trading partners.

The tariffs came into force on Wednesday, although Trump retreated from a briefly touted proposals for an additional 25 per cent tariff on steel and aluminium imports from Canada.

The higher tariffs are designed to be a boon for struggling US steelmakers, which have been hit by low demand and high inflation. “The one thing we do know is that the winners in the short-term are the US producers,” said James Campbell, head of finished steel analysis at consultancy CRU.

But a crop of European and Asian manufacturers with large footprints in America also stand to benefit from the levies. Overseas companies with US manufacturing facilities that could benefit include Australia’s BlueScope and Japan’s Yamato Kogyo.


Shares in BlueScope, which generates almost half of its profit in the US and owns the North Star steel mill in Ohio, are up more than 20 per cent since the start of 2025.

The share price of Yamato Kogyo, which produces steel through its local joint venture with North Carolina-based Nucor, has rallied 5 per cent this year as steel tariffs have given it a boost against Chinese competition.

“Imposing this 25 per cent tariff means competition in the local market with imported material will be eased,” president of Yamato Kogyo Mikio Kobayashi told the Financial Times.

Other European players with US operations such as Sweden’s SSAB and Spain’s Acerinox, which manufactures steel alloys and stainless steel products, would benefit, said Boris Bourdet, analyst at Kepler Cheuvreux in Paris. Germany-listed Kloeckner, a steel distributor with a majority of its operations located in the US, could also emerge as a winner.


Shares in US steel producers rose on Tuesday, even as Trump’s tariff war with Canada rattled equity markets.

The large US producers, notably Nucor and US Steel, have rallied more than 10 per cent this year — a sharp turnaround for an industry that has suffered its worst year since Trump’s first term as earnings suffered amid weak demand.

Philip Bell, president of US trade group the Steel Manufacturers Association, welcomed the tariffs, saying they would “correct the mistakes” of previous duties. During Trump’s first term and subsequently under then-president Joe Biden the US negotiated exemptions for important trading partners as well as individual companies.

The US steel industry had been “subject to a lot of unfairly traded steel” and the recent rise in prices should be seen more as a “normalisation”, Bell said.

The potential winners’ fortunes contrast with the expected negative impact on other steelmakers.

S&P Global Ratings said the tariffs will be “particularly painful” for Korean steelmakers, which had benefited from relatively generous tariff-free quotas, although rising US steel prices could soften the blow.

ArcelorMittal, the world’s second-biggest player, operates a joint venture in the US but has significant production in Mexico and Canada.

The group’s Canadian operation is a critical supplier to the US automotive sector, while its American facilities use semi-finished steel products from Mexico.

Genuino Christino, ArcelorMittal’s chief financial officer, last month played down the likely impact. The company, he said, took a hit of about $100mn a quarter in 2018. Those higher costs, however, were offset by higher prices.

Mills in Turkey also stand to gain, said Colin Richardson, head of steel at price reporting agency Argus Media.

With the US getting rid of all exemptions, imports from groups such as Çolakoğlu, Tosyali and Erdmir would now compete on a level playing field with European rivals that had benefited from carve-outs, he said, noting shipments from Turkey had started to rise in the past two weeks.

Despite the fair wind for parts of the steel industry, economists have warned higher metals prices will raise production costs for manufacturing industries such as automotive and could stoke inflation in the US.

The tariffs, Bourdet said, are “really intended for China” and could be a trigger to reduce the global oversupply from that country. “With tariffs all over the planet it will become less easy for China to export steel,” he said.

>>> US After Hours Summary: SFIX +19.6%, GRPN +4.9%, CASY +1.9% higher on earnin

After Hours Summary: SFIX +19.6%, GRPN +4.9%, CASY +1.9% higher on earnings; WEST -5.2%, CDRE -3.2% lower on earnings

After Hours Gainers:

Companies trading higher in after hours in reaction to earnings/guidance: SFIX +19.6%, BWMN +6.4%, GRPN +4.9%, CASY +1.9%

Companies trading higher in after hours in reaction to news: SSP +32.2% (announces deal to refinance debt), NOG +2.8% (increases share buyback authorization by $100 mln), PROP +2% (names new CFO), ATI +1.9% (union extends negotiating timeline), IRBT +1.4% (launches suite of ROOMBA floor cleaning robots), IVZ +0.9% (reports Feb AUM), CW +0.3% (awarded Naval Air Systems contract), MATV +0.2% (names new CEO), TOL +0.2% (increases dividend), TEM +0.2% (acquires Deep 6 A), ENB +0.2% (Chair of the Board retires, names replacement), FNA +0.1% (Hart-Scott-Rodino waiting period expires), AES +0.1% (files mixed shelf securities offering), GMED +0.1% (announces two commercial launches), VZ +0.1% (USDOT noting that co not moving fast enough on its FAA contract, according to Reuters)

After Hours Losers:

Companies trading lower in after hours in reaction to earnings/guidance: FOA -17.5%, ZYXI -14.6%, WEST -5.2%, CDRE -3.2%, VTS -0.4%

Companies trading lower in after hours in reaction to news: BALY -4.3% (names new CFO), VUZI -2.1% (COO to step down), RKLB -1.9% (files $500 mln ATM offering; also files mixed shelf securities offering; also to acquire Mynaric), TH -1.8% (to delay 10-K filing), MATW -1% (3 mln share offering), APAM -1% (reports Feb AUM), MOD -0.8% (to acquire AbsolutAire), GERN -0.6% (CEO to depart; also EC approves RYTELO), AB -0.5% (reports Feb AUM), NAT -0.2% (files $200 mln mixed shelf securities offering), BHB -0.2% (to merge with Guaranty Bancorp)

>>> US Close Dow -1.14% S&P-0.76% Nasdaq -0.18% Russell +0.22%

Closing Stock Market Summary
The stock market logged declines, again. The market has been in a steady downtrend as trade war tensions intensify and growth concerns increase. The former was relevant today after President Trump announced that the US will impose a 50% tariff on Canadian steel and aluminum imports, starting Wednesday, instead of the originally proposed 25%.

The escalation follows a retaliatory measure by Ontario, which imposed a 25% tariff on exports of electricity to the U.S. in response to the originally planned 25% tariffs on Canadian imports.

Investors were also dealing with warnings about corporate earnings from several airlines and a few retailers. Delta Airlines (DAL 46.68, -3.65, -7.3%), American Airlines (AAL 11.46, -1.04, -8.3%), and Southwest Airlines (LUV 30.53, +2.35, +8.3%) lowered their Q1 revenue outlook.

Dick's Sporting Goods (DKS 198.97, -12.05, -5.7%) and Kohl's (KSS 9.15, -2.90, -24.1%) disappointed with full-year guidance after reporting their quarterly results.

The CBOE Volatility Index (VIX) spiked above 29.5 today, indicating preparation for further downside in the market.

It wasn't all bad in the equity market, however. The Nasdaq Composite traded above its prior close at its high of the day, propelled by rebound buying in some mega cap names. Tesla (TSLA 230.58, +8.43, +3.8%) and NVIDIA (NVDA 108.76, +1.78, +1.7%) were among the standouts.

Reviewing today's economic data:
  • February NFIB Small Business Optimism 100.7; Prior 102.8
  • January JOLTS - Job Openings 7.740 mln; Prior was revised to 7.508 mln from 7.600 mln

Wednesday's economic data includes:
  • 7:00 ET: Weekly MBA Mortgage Index (prior 20.4%)
  • 8:30 ET: February CPI (consensus 0.3%; prior 0.5%) and Core CPI (consensus 0.3%; prior 0.4%)
  • 10:30 ET: Weekly crude oil inventories (prior -2.33 mln)
  • 14:00 ET: February Treasury Budget (prior -$129.0 bln)

Electrek : Wait, Rivian (RIVN) could really save the Volkswagen Golf? The next-g

Wait, Rivian (RIVN) could really save the Volkswagen Golf? The next-gen EV promises to deliver

The iconic hatch may have found its saviour. Volkswagen confirmed that the fully electric Golf is already in the works and will be one of its first EVs to feature Rivian’s (RIVN) advanced software.

Rivian tech will power up the Volkswagen Golf EV
Can Rivian help the hatch find its place as an EV? That’s what Volkswagen is betting on. The next-generation hatch, set to arrive as the ID Golf, will feature an entirely new platform and software.

In November, Volkswagen and Rivian officially launched a new EV software alliance, “Rivian and VW Group Technology.” The German auto giant plans to invest up to $5.8 billion into Rivian and the new joint venture by 2027.

The partnership will build upon Rivian’s current electrical architecture and software stack, used in the R1S SUV and R1T pickup, for its next-gen “software-defined” EVs.

Rivian’s midsize R2 will be one of the first to feature the new platform, while Volkswagen plans to launch a series of next-gen “high volume models that are fully capable of advanced automated driving functions” built on the stack.

The first will be the production version of the ID.EVERY1, VW’s entry-level EV which will start at under $22,000 (20,00 euros) when it arrives in 2027.

After that, the Volkswagen will launch the electric Golf based on Rivian’s EV software stack. Volkswagen’s tech boss, Kai Grunitz, said “The ID 1 will be the very first vehicle with that architecture and will be the frontrunner on our side for the ID Golf.”

Grunitz added that starting with ID.1 “reduces the risk” because it requires less functionality than what the ID. Golf requires.

Since Rivian’s software system is much simpler with just a few ECUs compared to its current models (which run on way too many different units), VW can offer various levels of functionality.


“Vehicles in lower price segments will just need one zone, while a premium vehicle might need three or four, depending on functions,” Grunitz explained.

Rivian’s software and EV architecture are “highly flexible and highly updatable,” VW’s tech boss explained, adding, “We see it already on the road with Rivian today,” with regular OTA updates adding new capabilities.

This is “the next step” for Volkswagen so it can “offer new functions to customers even after they have bought their car” without even touching them.

According to Autocar, the electric Golf will also be one of the first vehicles built on its new SSP platform. With an 800V architecture, the next-gen platform will significantly improve charging times and efficiency.

Volkswagen’s head designer, Andreas Mindt, confirmed to Autocar that the team is officially working on the ID.Golf. “The Golf is a special thing within Volkswagen, and you have to stay true to the Golf,” he said, but he was tight-lipped about the design.

The upcoming electric Volkswagen Golf is expected to arrive around 2028 and be sold alongside the current gas-powered model.

Electrek’s Take
Although the Golf has historically been one of Volkswagen’s top-selling vehicles and is still popular, it’s starting to lose ground to new, more advanced electric models in the same segment.

Volkswagen already tried to revive the Golf as an EV. Remember the e-Golf? The electric car was retired to make way for the more advanced ID.3.

With Rivian’s help, the next-gen Volkswagen Golf EV promises to deliver much more with advanced tech and software.

Meanwhile, Rivian plans to launch an even smaller and more affordable R3 crossover and sporty R3X model. Will it compete with the electric Golf? We’ll find out more soon. Check back for the latest.

What do you think? Can Rivian preserve the Golf’s legacy as an EV? Let us know in the comments.

CrunchBase : Chip Startup Celestial AI Hits $2.5B Valuation

Chip Startup Celestial AI Hits $2.5B Valuation

Optical interconnectivity startup Celestial AI raised a $250 million Series C1 round led by Fidelity Management & Research Co. at a reported $2.5 billion valuation.

The fresh cash comes almost exactly a year after the company locked up a $175 million Series C led by Thomas Tull’s US Innovative Technology Fund.

The Santa Clara, California-based startup’s photonic fabric platform helps separate compute and memory, making processing extensive AI faster and providing more energy-efficient computing.

The new round included participation from new investors including funds and accounts managed by BlackRock, Maverick Silicon, Tiger Global Management and Lip-Bu Tan, as well as participation from existing investors including AMD Ventures, Koch Disruptive Technologies, Temasek Holdings, Temasek’s Xora Innovation fund, Porsche Automobil Holding and Engine Ventures.

Big dollars
Founded in 2020, Celestial AI has now raised more than $515 million, per the company

The company’s photonic fabric helps solve one of generative AI’s biggest issues — untangling compute power and memory to make the technology more efficient.

“With the emergence of complex reasoning models and agentic AI, the requirements on AI infrastructure are compounding,” said CEO David Lazovsky in a statement. “Cluster sizes must scale from a few AI processors in a server to tens of processors in a single rack and thousands of processors across multiple racks, all while relying on high-bandwidth, low-latency network connectivity to handle massive data transfers between processors.”

Thanks to AI, chips seem to be the talk of tech right now. Just last month, EnCharge AI — a startup developing analog in-memory-computing AI chips — raised a Series B of more than $100 million led by Tiger Global.

TechCrunch : OpenAI launches new tools to help businesses build AI agents

OpenAI launches new tools to help businesses build AI agents

On Tuesday, OpenAI released new tools designed to help developers and enterprises build AI agents — automated systems that can independently accomplish tasks — using the company’s own AI models and frameworks.

The tools are part of OpenAI’s new Responses API, which lets businesses develop custom AI agents that can perform web searches, scan through company files, and navigate websites, much like OpenAI’s Operator product. The Responses API effectively replaces OpenAI’s Assistants API, which the company plans to sunset in the first half of 2026.

The hype around AI agents has grown dramatically in recent years despite the fact that the tech industry has struggled to show people, or even define, what “AI agents” really are. In the most recent example of agent hype running ahead of utility, Chinese startup Butterfly Effect earlier this week went viral for a new AI agent platform called Manus that users quickly discovered didn’t deliver on many of the company’s promises.

In other words, the stakes are high for OpenAI to get agents right.

“It’s pretty easy to demo your agent,” Olivier Godement, OpenAI’s API product head, told TechCrunch in an interview. “To scale an agent is pretty hard, and to get people to use it often is very hard.”

Earlier this year, OpenAI introduced two AI agents in ChatGPT: Operator, which navigates websites on your behalf, and deep research, which compiles research reports for you. Both tools offered a glimpse at what agentic technology can achieve, but left quite a bit to be desired in the “autonomy” department.

Now with the Responses API, OpenAI wants to sell access to the components that power AI agents, allowing developers to build their own Operator- and deep research-style agentic applications. OpenAI hopes that developers can create some applications with its agent technology that feel more autonomous than what’s available today.

Using the Responses API, developers can tap the same AI models (in preview) under the hood of OpenAI’s ChatGPT Search web search tool: GPT-4o search and GPT-4o mini search. The models can browse the web for answers to questions, citing sources as they generate replies.

OpenAI claims that GPT-4o search and GPT-4o mini search are highly factually accurate. On the company’s SimpleQA benchmark, which measures the ability of models to answer short, fact-seeking questions, GPT-4o search scores 90% while GPT-4o mini search scores 88% (higher is better). For comparison, GPT-4.5 — OpenAI’s much larger, recently released model — scores just 63%.

The Responses API also includes a file search utility that can quickly scan across files in a company’s databases to retrieve information. (OpenAI claims that it won’t train models on these files.) In addition, developers using the Responses API can tap OpenAI’s Computer-Using Agent (CUA) model, which powers Operator. The model generates mouse and keyboard actions, allowing developers to automate computer use tasks like data entry and app workflows.

Enterprises can optionally run the CUA model, which is releasing in research preview, locally on their own systems, OpenAI said. The consumer version of the CUA available in Operator can only take actions on the web.

To be clear, the Responses API won’t solve all the technical problems plaguing AI agents today.

While AI-powered search tools are more accurate than traditional AI models — a fact that is unsurprising given they can just look up the right answer — web search does not render AI hallucinations a solved problem. GPT-4o search still gets 10% of factual questions wrong. Beyond their accuracy, AI search tools also tend to struggle with short, navigational queries (such as “Lakers score today”), and recent reports suggest that ChatGPT’s citations aren’t always reliable.

In a blog post provided to TechCrunch, OpenAI said that the CUA model is “not yet highly reliable for automating tasks on operating systems,” and that it’s susceptible to making “inadvertent” mistakes.

However, OpenAI said these are early iterations of their agent tools, and it’s constantly working to improve them.

Alongside the Responses API, OpenAI is releasing an open-source toolkit called the Agents SDK, which offers developers free tools to integrate models with their internal systems, put in place safeguards, and monitor AI agent activities for debugging and optimization purposes. The Agents SDK is a follow-up of sorts to OpenAI’s Swarm, a framework for multi-agent orchestration that the company released late last year.

Godement said he hopes OpenAI can bridge the gap between AI agent demos and products this year, and that, in his opinion, “agents are the most impactful application of AI that will happen.” That echoes a proclamation OpenAI CEO Sam Altman made in January: that 2025 is the year AI agents enter the workforce.

Whether or not 2025 truly becomes the “year of the AI agent,” OpenAI’s latest releases show the company wants to shift from flashy agent demos to impactful tools.

TechCrunch : Geothermal could power nearly all new data centers through 2030

Geothermal could power nearly all new data centers through 2030

There’s a power crunch looming as AI and cloud providers ramp up data center construction. But a new report suggests that a solution lies beneath their foundations.

Advanced geothermal power could supply nearly two-thirds of new data center demand by 2030, according to an analysis by the Rhodium Group. The additions would quadruple the amount of geothermal power capacity in the U.S. — from 4 gigawatts to about 16 gigawatts — while costing the same or less than what data center operators pay today.

In the western U.S., where geothermal resources are more plentiful, the technology could provide 100% of new data center demand. Phoenix, for example, could add 3.8 gigawatts of data center capacity without building a single new conventional power plant.

Geothermal resources have enormous potential to provide consistent power. Historically, geothermal power plants have been limited to places where Earth’s heat seeps close to the surface. But advanced geothermal techniques could unlock 90 gigawatts of clean power in the U.S. alone, according to the U.S. Department of Energy.

Advanced or enhanced geothermal encompasses a wide range of approaches, but generally they drill deeper and wider than before. That allows them to access hotter rocks — which translates into more power — and pack more geothermal wells onto a single property. The sector has seen a surge of startups in recent years, driven in part by knowledge and technology borrowed from oil and gas companies.

Fervo Energy, for example, was founded by former oil and gas engineers to expand geothermal’s potential using horizontal drilling techniques perfected over the last few decades. The company raised over $200 million in 2024 on the heels of significant cost reductions in well drilling.

Another startup, Bedrock Energy, is drilling deep to minimize geothermal’s footprint, allowing space-constrained office buildings and data centers to extract more power from their limited footprints. The company’s specialized drilling rigs bore down more than 1,200 feet to tap consistent heat year-round.

Quaise Energy’s technology sounds like something out of science fiction. The startup vaporizes rock using microwaves generated by gyrotrons. By skipping traditional drill bits, Quaise hopes to drill as deep as 12.4 miles (20 kilometers). At that depth, the rocks are nearly 1,000°F year-round, offering nearly limitless amounts of heat to drive generators or warm buildings.

While most companies are using Earth’s ability to provide and store heat, another startup is using it to store energy another way. Sage Geosystems has been injecting water into wells under pressure. When power is needed, it can open the taps and run the water through a turbine, sort of like an upside-down hydroelectric dam.

Because geothermal power has very low running costs, its price is competitive with data centers’ energy costs today, the Rhodium report said. When data centers are sited similarly to how they are today, a process that typically takes into account proximity to fiber optics and major metro areas, geothermal power costs just over $75 per megawatt hour.

But when developers account for geothermal potential in their siting, the costs drop significantly, down to around $50 per megawatt hour.

The report assumes that new generating capacity would be “behind the meter,” which is what experts call power plants that are hooked up directly to a customer, bypassing the grid. Wait times for new power plants to connect to the grid can stretch on for years. As a result, behind the meter arrangements have become more appealing for data center operators who are scrambling to build new capacity.