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  • The European Commission fined Google €890 million on 23 July 2026, the company’s first penalty under the Digital Markets Act.
  • The amount splits into €460 million for self-preferencing its own results in Google Search and €430 million for blocking developers from steering users to cheaper payment options.
  • Google has 60 days to comply and has said it may take the case to court, warning that live hotel, flight and restaurant results in Europe will be stripped out.
  • Regulators praised Google’s testing of compliance changes, so daily penalties look unlikely, but the Commission signalled that the same rules may soon apply to AI Overviews and AI Mode.

Brussels fined Google €890 million on Thursday, the first penalty the company has taken under the Digital Markets Act and the sixth EU competition decision against it in under twenty years.

The European Commission split the amount across two separate findings. A €460 million fine covers self-preferencing in Google Search, where the Commission found the company gave its own shopping, hotel, transport and sports results better placement than competing services. The remaining €430 million covers Google Play, where developers were blocked from telling users about cheaper ways to pay outside the store.

Teresa Ribera, the Commission’s competition chief, framed the decision around ranking rather than size. “The best products should succeed because they’re better,” she said, arguing that European consumers have a right to hear from developers about better offers even when the store owner takes no cut.

Google has 60 days to change both practices. It has already said it may go to court.

Google says the fix breaks the product

Kent Walker, Google’s president of global affairs, said compliance will force the company to remove live search features in Europe, including instant hotel pricing and direct availability for flights and restaurants. He called the outcome “product degradation driven by a small group of self-serving complainants” rather than fair competition, and argued that steering users off Google Play carries security risks.

That argument has not landed. Ribera and EU tech chief Henna Virkkunen both used their briefings to restate that the rules apply regardless of where a company is headquartered.

The bigger story is what happens next

The more consequential detail sits below the fine. The Commission said Google has already proposed and begun testing changes to how it displays its own free services in search, and separately to how it presents shopping ads and sports content. Regulators described this as substantial progress and pointed to a constructive dialogue with the company.

In practice, that means daily non-compliance penalties, which can run to 5% of average daily worldwide turnover, are probably off the table. Apple and Meta, fined in April 2025 in the first DMA actions, did not get the same language.

The Commission also said Google may need to apply Thursday’s reasoning to AI Overviews and AI Mode, its generative summaries in search. Talks on that are continuing. For anyone tracking where this regime is heading, that line matters more than the €890 million. It is the first signal that the DMA’s ranking obligations will follow Google into AI-generated answers, where the distinction between a result and a recommendation gets much harder to police.

Politics in the background

The timing is awkward. The Trump administration has repeatedly cast the EU digital rulebook as a trade barrier aimed at American firms and has raised the prospect of retaliatory tariffs. US lawmakers have added their own pressure. Ribera’s answer, when asked, was that the Commission’s obligation is to enforce its own law.

Total EU antitrust penalties against Google now stand at roughly €10.38 billion, including the €2.95 billion adtech fine issued in September 2025 and the €4.34 billion Android decision from 2018.

Alphabet shares traded about 4% lower before the US open, though most of that reflected investor reaction to the AI spending plans laid out in Wednesday’s earnings, not the fine itself.

For businesses in the Gulf, the direct effect is limited. DMA obligations bite on what European users see, so app developers and travel firms operating here will not see Play Store terms change outside the EU. The precedent is what travels.

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Lamborghini Revuelto SV

The Lamborghini Revuelto SV launched Friday as a limited-edition hybrid version of the automaker’s V12 flagship, and the company is calling it the fastest, most powerful production car it has ever built. Only 1,963 will be made worldwide.

The number carries meaning. It marks the year Lamborghini was founded, a detail the brand has leaned on before with other limited runs. Buyers who secure one join a small club that tends to hold its value well after the sale.

What powers the Revuelto SV?

The Revuelto SV starts with Lamborghini’s naturally aspirated V12 engine and pairs it with three electric motors. Combined, the setup pushes output past 1,050 horsepower, enough to send the car from a standstill to 100 kph, or 62 mph, in 2.4 seconds. That places the Revuelto SV among the quickest production cars sold anywhere.

Alessandro Farmeschi, the Revuelto’s product line director, told CNBC the SV gives buyers a way to push further into what the platform can do. “The Revuelto SV gives our customers the opportunity to go beyond in terms of performance,” he said. He described the goal as building something race-oriented while keeping the experience fun rather than purely clinical.

The V12 remains central to that mission. Farmeschi pointed to engine sound as a defining part of what buyers expect from the brand. “The V12 has been the key since the very beginning, since the foundation of the company,” he said. The hybrid system adds power without pulling focus from that signature note.

Design changes built for the track

Lamborghini announced that beyond the powertrain, the Revuelto SV picks up sharper aerodynamic elements. Lamborghini reworked the fins, wings, and air intakes to direct airflow more precisely and generate added downforce at speed. A retuned suspension and new carbon-ceramic brakes back up the extra power, and a new Pilota driving mode unlocks a setup built specifically for track use.

The cabin follows the same theme. Lamborghini refitted the interior to feel closer to a race car or fighter jet cockpit than a road car. Buyers can choose sport seats built around a carbon shell, or step up to optional monocoque carbon fiber race seats. The latter trade some comfort for a more direct connection to the car, similar to what a driver would find in motorsport.

Pricing and demand for the Revuelto SV

The Revuelto SV starts at $741,172, a jump over the standard Revuelto that reflects both the added hardware and the limited production run. Lamborghini’s past limited editions have often sold out before the public even sees a formal announcement, and SV variants in particular tend to draw stronger demand and higher resale prices in the collector market.

Farmeschi framed the appeal beyond raw numbers. “When you buy a Lamborghini, you buy a Lamborghini because you want it, because you like it, you want to experience driving it, but also because it’s a car that keeps its value over time,” he said. For a car built in such small numbers, that combination of desire and scarcity tends to matter as much as the spec sheet.

Photo Credit: Lamborghini

Nvidia Lines Up $500 bn for AI Buildout

Nvidia just found $500 bn for AI buildout, and it didn’t have to write the check itself.

On Monday, the chipmaker announced memorandums of understanding with six of Wall Street’s biggest names: Apollo, BlackRock, Blackstone, Brookfield, Goldman Sachs and KKR. The goal is to stand up independent compute financing platforms that pull in more than $500 billion in third-party capital, money that flows toward building the data centers running on Nvidia hardware.

Think of it like a mortgage for GPUs. Instead of a cloud provider or AI lab draining its own balance sheet to buy chips, an outside lender fronts the capital, and the GPU cluster itself, plus the revenue it generates, backs the loan. That’s the model Nvidia is pitching to the market this week.

Why $500 bn for AI Buildout Matters Now

Big Tech isn’t slowing down. Combined AI spending across the major players is on track to clear $730 billion this year alone. Every one of those dollars has to come from somewhere, and increasingly, that somewhere is outside the tech companies’ own books.

This is where Nvidia AI financing platforms come in. The arrangements are designed to widen access to Nvidia-based infrastructure for frontier AI developers, enterprises, governments and cloud providers. For the six financial firms, it opens a new kind of long-duration, usage-linked investment tied directly to compute demand rather than to a company’s broader credit profile.

Huang framed it plainly in Nvidia’s statement: “These financing platforms will help customers access scarce compute at scale and build the AI factories that will power every industry and country in the age of AI.” Nvidia also said the setup would create dedicated pools of capital at attractive rates, though it stopped short of naming a timetable or individual commitment sizes.

What This AI Infrastructure Financing Actually Looks Like

Here’s the part worth watching closely. Nvidia hasn’t disclosed which of the six firms will lend, which will insure, and which will package and resell the risk. KKR has already floated the idea of securitizing AI infrastructure revenue, carving it into pieces institutional investors can buy. BlackRock’s Larry Fink went further, comparing the setup to the early mortgage-backed securities market of the 1970s.

That comparison cuts both ways. Mortgage-backed securities eventually built a trillion-dollar market. They also became infamous decades later. Nobody is claiming AI compute financing will follow that same arc, but the analogy signals how seriously Wall Street is treating this compute financing opportunity.

Huang has also said Nvidia itself may back up to 25 percent of a given financing deal, which keeps the company financially tied to its own customer base. If demand for AI computing power cools, Nvidia isn’t fully insulated from that risk. It’s a partner in the platforms, not just a hardware vendor standing on the sidelines.

The Numbers Behind the $500 bn for AI Buildout Push

None of the six firms has confirmed exactly how much capital they’ll each put toward the effort. The $500 billion figure describes the target ceiling across all six platforms combined, not a jointly pooled fund sitting ready to deploy. Terms, borrowers and timelines remain, in Nvidia’s own words, still being worked out.

Still, the direction is clear. This is meant to be the first AI data center funding structure of its kind at this scale, built specifically around Nvidia’s ecosystem. BlackRock and Goldman Sachs both manage retirement and pension money, so if the platforms scale as planned, exposure to AI infrastructure debt could eventually touch retirement accounts most people never think to connect to a GPU order.

The Financial Times reported the deal first on Monday, with Reuters confirming shortly after. For now, the framework is set. The dollar figures, and the risk that comes with them, are still being written.

eRedCap live network test

e& UAE has completed an eRedCap live network test on its commercial 5G network, the first such test announced by any telecom operator. eRedCap, short for enhanced Reduced Capability, is a stripped-down version of 5G built for devices that do not need full 5G speed or power. The company said the result gives businesses and public bodies a practical way to move Internet of Things (IoT) equipment off older LTE technology and onto a 5G-native IoT platform.

What the eRedCap live network test showed

The eRedCap live network test ran on e& UAE’s live commercial network, not a lab setup. Engineers reached download speeds of up to 10Mbps on eRedCap devices while using a 5MHz slice of NR-FDD spectrum. A Data Transmission Unit, a module that sends device data across the network, confirmed the service worked from end to end. That narrow 5MHz channel matters. It keeps device hardware simple and cheap, which suits equipment made in large volumes.

eRedCap 5G IoT sits between two extremes. Full 5G handles phones and heavy data. Low-power options like NB-IoT handle slow trickles of data from simple sensors. Many devices fall in the middle. Smart utility meters, industrial sensors, fleet trackers, payment terminals, building systems, and some wearables need steady coverage and long battery life, not top speed. The technology targets that middle band. It runs on a 5G Standalone network, meaning a 5G core rather than one leaning on 4G underneath.

RedCap battery life is already improved on standard 5G. RedCap pushes it further. Because peak data rates stay low and the channel is narrow, a device can run 5 to 10 years on one battery, against 1 to 3 years for RedCap. That figure sits close to the low-power radio technologies many meters use today. On cost, coverage, and battery life, eRedCap matches LTE Cat-1 and Cat-1bis. That makes it an LTE Cat-1 replacement built for 5G, which matters as operators plan to switch off LTE and reclaim that spectrum.

What it means for enterprises

The step builds on earlier work. In 2024, e& UAE became the first operator in the Middle East and Africa to bring Ericsson’s 5G Standalone RedCap into a commercial network. eRedCap extends that effort to an even lower cost and power tier.

Abdulrahman Al Humaidan, Senior Vice President, Access Network Development at e& UAE, said eRedCap brings everyday IoT applications into the 5G era at the right cost, power, and coverage. He said proving the capability on a live commercial network gives utilities, manufacturers, logistics providers, and smart-city operators a credible path to scale connected devices and prepare for the shift beyond LTE. e& UAE’s eRedCap live network test points beyond a single demo.

The practical gain is fewer parallel networks to run. Firms can move more IoT use cases onto 5G Standalone instead of keeping separate paths for high-performance 5G and LTE-based devices. That can simplify how devices are managed over their lifetime and tighten security across large fleets. It also supports the long-term reuse of LTE spectrum, since not every device would need full 5G hardware to make the move. The eRedCap live network test gives that transition an early proof point on a working network.

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