Per Reuters, company’s market capitalisation climbed to $3.86 trillion, putting it ahead of Microsoft’s $3.69 trillion valuation and making it the new front-runner in the space.

Nvidia’s surge comes on the back of its fiscal 2025 results, which showed an astonishing 114% year-on-year revenue jump to $130.5 billion. Its net income grew 145% to $72.9 billion. 

Most of that growth is concentrated in its data centre division, which now contributes over 80% of its total revenue, driven largely by hyperscalers like Microsoft, Amazon, and Meta who are aggressively expanding AI workloads.

Microsoft may not be far behind, with its valuation close on Nvidia’s heels. It is still doing great thanks to its investments in OpenAI, enterprise Copilot tools, and its AI-powered Azure cloud services. 

But for now, Nvidia sits at the top, powered by massive infrastructure deals and real-world deployment of its H100 and upcoming Blackwell GPUs, which are supporting the most complex AI systems across the globe.

Again, Meta’s market cap rose 14% to $1.86 trillion, Broadcom followed with a 13.9% increase to $1.3 trillion and Amazon also gained 7%, climbing to $2.33 trillion. All three benefited from strong investor confidence in their AI strategies and cloud infrastructure plays.

Meanwhile, Tesla was the outlier, its valuation slipped by 8.3% to $1.02 trillion. The drop came after a high-profile clash between CEO Elon Musk and U.S. President Donald Trump. 

Musk’s objection to Trump’s spending bill and the President’s response, threats to cut federal subsidies for Tesla and SpaceX, resulted in a 14% one-day drop in Tesla shares, wiping out $150 billion in value. The episode triggered investor jitters and regulatory speculation that has yet to settle.

Apple, though still among the top three with a $3.1 trillion market cap, has seen its momentum cool. Its December 2024 peak of $3.92 trillion is still unmatched. Slowing iPhone sales and delayed integration of advanced AI technologies have held back its valuation while rivals capitalise on faster innovation cycles.

Meanwhile, analysts are preparing for a new benchmark. “We believe both Nvidia and Microsoft will hit the $4 trillion market cap club this summer and then over the next 18 months the focus will be on the $5 trillion club … as this tech bull market is still early being led by the AI Revolution,” said Daniel Ives of Wedbush Securities.

With a budget of $500 billion over the next four years, the project aims to enhance computing capacity, create hundreds of thousands of jobs, and strengthen national security. 

An initial $100 billion will be deployed immediately, starting with a flagship data centre project in Texas.

SoftBank and OpenAI are the lead partners, with SoftBank handling financial responsibilities and OpenAI overseeing operations. 

Masayoshi Son, SoftBank’s CEO, has been named chairman of Stargate, with major stakeholders including MGX, NVIDIA, Arm, and Microsoft. Speaking about the scale of the project, Oracle co-founder Larry Ellison said, “Each building is a half a million square feet. There are 10 buildings currently being built.”

The Stargate initiative has already begun construction in Texas, marking the launch of its first data centre, which will eventually expand to other states. These facilities will include cutting-edge AI computing systems developed collaboratively by OpenAI, NVIDIA, and Oracle. 

The partners have also announced plans to scale up to 20 data centre installations by 2029, evaluating additional sites across the country to accommodate future expansion. Reports reveal that these data centres will include innovative AI chips designed by OpenAI, with semiconductor giants Broadcom and TSMC involved in chip production.

A Network of Collaborations

The project builds on longstanding partnerships. OpenAI and NVIDIA have collaborated since 2016, while OpenAI’s relationship with Microsoft has grown through its extensive use of Microsoft Azure for AI model training. Oracle’s existing agreements to supply AI computing resources also strengthen its role in the venture.

SoftBank’s deep involvement in OpenAI predates this project as the company previously committed $500 million to OpenAI’s funding round and an additional $1.5 billion to facilitate a tender offer for its employees. Again, Middle East AI fund MGX, which has invested in OpenAI, will also be leveraged in Stargate.

While the Stargate Project has good prospects, issues about environmental and social impacts haven’t been ignored. Data centres, known for their heavy water usage and high energy consumption, could stress resources in regions with limited infrastructure. Issues about the long-term job creation promised by similar large-scale projects have also been raised.

Nonetheless, experts like Goldman Sachs projects that AI-related data centre demand will account for nearly 19% of total power consumption by 2028, noting the sector’s quick expansion. A McKinsey report forecasts that spending on data centre infrastructure could exceed $250 billion within the next five years.

OpenAI CEO Sam Altman has called for fewer regulatory limitations to accelerate the development of critical infrastructure projects in the United States. Highlighting challenges in an interview, Altman said, “The thing I really deeply agree with [President Trump] on is, it is wild how difficult it has become to build things in the United States… Power plants, data centres, any of that kind of stuff. I understand how bureaucratic cruft builds up, but it’s not helpful to the country in general.”

Nonetheless, the Stargate Project has garnered support from stakeholders and government officials. Hence, with a focus on re-industrialisation and innovation, the initiative is expected to bolster AI infrastructure and boost the United States’ innovation in global AI leverage.

These processors are an innovative enhancement in data centre computing, built with industry-leading performance, energy efficiency, and advanced capabilities for Google Cloud customers.

Google Axion Processors were built with a focus on addressing challenges such as information retrieval, global video distribution, and generative AI.

Google has invested heavily in custom silicon technology and the Axion Processors are designed specifically for the data centre.

Axion Processors are the latest addition to Google’s portfolio of custom silicon solutions, which includes Tensor Processing Units (TPU) and Video Coding Units (VCU).

These processors are built on the Arm Neoverse V2 CPU architecture, delivering commendable performance for a wide range of workloads, including web and app servers, containerized microservices, open-source databases, and CPU-based AI training.

What sets Axion apart is its outstanding performance and energy efficiency. Google says that Axion processors offer up to 30% better performance than existing Arm-based instances in the cloud, and up to 50% better performance and 60% better energy efficiency than comparable x86-based instances.

This improvement in performance and efficiency will bolster the capabilities of Google Cloud customers, enabling them to achieve new levels of performance, reduce infrastructure costs, and meet sustainability goals.

Axion Processors are underpinned by Titanium, a system of purpose-built custom silicon microcontrollers and tiered scale-out offloads.

This architecture optimizes platform operations such as networking and security, ensuring enhanced performance and efficiency for customer workloads.

Additionally, Axion processors leverage Hyperdisk, a new block storage service that decouples performance from instance size, further enhancing efficiency and scalability.

Google’s collaboration with Arm and industry partners has been very important in the development of Axion Processors.

These processors are built on the standard Armv9 architecture and instruction set, ensuring out-of-the-box application compatibility and interoperability.

Google has contributed to the SystemReady Virtual Environment (VE), Arm’s hardware and firmware interoperability standard, making it easier for customers to deploy Arm workloads on Google Cloud with minimal code rewrites.

The announcement of Axion Processors has garnered excitement and anticipation from Google Cloud customers and partners worldwide.

Industry leaders such as Broadcom, CrowdStrike, Cybereason, Datadog, Elastic, OpenX, Snap, and WP Engine have affirmed optimism for testing Axion-based virtual machines and exploring the potential performance and sustainability gains.

While details about availability and pricing haven’t been disclosed yet, Axion is expected to be available to Google Cloud customers later this year.

[Featured Image Credit]

As these organisations grapple with the impact of these changes, the focus is turning toward optimising costs and exploring alternative solutions that align more closely with evolving business needs.

One notable development in this space is a recent acquisition by Broadcom that embodies what some describe as a ‘private equity mentality’.

The approach involves stripping down to bare essentials and maximising revenue from existing customers. This strategy, although not unique in the tech industry, has left many customers questioning its long-term effects on their businesses’.

The shift in vendor tactics, particularly the direct management of top-tier customers and the exclusion of certain partners, has stirred conversations about the ethical implications of such manoeuvres.

While market players may be adept at adapting to change, it is essential to consider the broader impact on customers, particularly in terms of financial implications.

The most immediate challenge arising from these changes is the potential spike in costs for all customers.

Traditionally, budgets accommodate a reasonable increase of around 10%, but recent shifts suggest a possibility of a much higher increase, in many cases in excess of 100% surges.

For businesses operating within tight financial constraints, such a development could have profound consequences on resource allocation and strategic initiatives.

In times where vendors are implementing strategies that may not align with the best interests of their customers, Troye stands out as a beacon of stability and a source of valuable support.

Troye specialises in virtualisation, hybrid multi-cloud environments, End User Computing (EUC) and virtual desktop infrastructure (VDI).

The company understands the unique challenges faced by businesses, especially as they face the shifts in licensing models and vendor dynamics. Rather than succumbing to the pressures exerted by external forces, Troye serves as a strategic partner, offering insights and professional assistance to help organisations make informed decisions tailored to their specific requirements.

Re-evaluation of business strategies has now become critical, especially as the virtualisation space undergoes transformation. In this time of uncertainty, Troye has emerged as a trusted ally, empowering enterprises to face these changes with confidence and resilience.

If you find yourself undergoing this challenging re-evaluation process and are being affected by changes in licensing models across the industry, reach out to Troye to gain some insight into the numerous alternatives available to you. Ultimately, assisting you to limit the impact and financial strain on your business.

Broadly, the deal would be one of the biggest in the technology space in years, sitting alongside the likes of Dell’s purchase of EMC (VMware’s former owner) for $67 billion in 2015, and Microsoft’s $68.7 billion bid for video game company Activision Blizzard

Broadcom’s stock closed up 3.5% on Thursday, while VMware shares ended the day up 3.1%.

In a press statement seen by TechEconomy, Broadcom explained the benefits of the transaction this way: “By bringing together the complementary Broadcom Software portfolio with the leading VMware platform, the combined company will provide enterprise customers an expanded platform of critical infrastructure solutions to accelerate innovation and address the most complex information technology infrastructure needs.

The combined solutions will enable customers, including leaders in all industry verticals, greater choice, and flexibility to build, run, manage, connect and protect applications at scale across diversified, distributed environments, regardless of where they run: from the data center, to any cloud, and to edge-computing.

With the combined company’s shared focus on technology innovation and significant research and development expenditures, Broadcom will deliver compelling benefits for customers and partners.”

As Reuters noted, Broadcom’s offer price of $142.50 per VMware share represents a premium of nearly 49% compared with VMware’s share price earlier this week during early rumors of the deal. Shares in both companies were up slightly in mid-morning trading Thursday after the announcement of the deal.

However, the transaction comes with a big caveat: It is expected to close sometime early next year, but VMware is allowed to solicit offers from other companies through July 5.

Broadcom will instantly be validated as a major software player with the acquisition of VMware, Futurum Research analyst Daniel Newman said.

“Having something like VMware … will have a significant number of doors open that their current portfolio probably doesn’t open for them,” Newman added.