Technology
The New Safe Haven Isn’t Gold, It’s Electricity
Published
5 months agoon
By
FN Media Group Presents Oilprice.com Market Commentary
NEW YORK, June 19, 2026 /PRNewswire/ — The U.S. dollar is cracking—and the market knows it. After years of monetary excess, swelling deficits, and policy uncertainty, the world’s reserve currency is losing its grip as a store of value. Capital is fleeing paper promises and piling into hard assets at a pace not seen in decades. Companies mentioned in today’s commentary includes: Bitzero Holdings Inc. (NASDAQ: AIBZ) (CSE: AIBZ-U), Advanced Micro Devices, Inc. (NASDAQ: AMD), Palantir Technologies Inc. (NASDAQ: PLTR), Quanta Services, Inc. (NYSE: PWR), SpaceX (NASDAQ: SPCX).
Nowhere is this more visible than in precious metals: Gold has surged to above $4,100 per ounce, silver has ripped past $70, and palladium—once written off—has clawed its way back to $1,350. Add an unstable geopolitical backdrop stretching from war in the Middle East to Venezuela and the ongoing Ukraine War, and it’s no surprise that traditional safe havens are looking increasingly crowded—and increasingly fragile. But here’s the twist: even as precious metals soar, the smartest money in the room is already looking past them.
Gold doesn’t generate cash flow. Silver doesn’t power economies. And when trades get crowded, volatility cuts both ways. The dollar debasement trade and overbought precious metals have pushed some institutional investors into something with steady, growing cash flows: generating power for the Data Centre boom. This is something that Canadian billionaire investor Kevin O’Leary understands like no other.
Finding Hottest Real-Estate in Tech
Securing land and dirt-cheap power contracts is the number one pre-requisite for data centre developers, hyperscalers and crypto miners. In a recent interview, O’Leary highlighted how BitZero (NASDAQ: AIBZ) (CSE: AIBZ-U), a company in which he is a strategic backer, created a unique strategic advantage by being able to lease power for compute business such as data centres or crypto miners. At a time that Big Tech is scrambling for capacity, the real winners control Gigawatts of power capacity and real estate in strategic locations. Smart money didn’t even need a wake-up call.
“The need for new capacity is very urgent—it needs to be procured now,” says Tania Tsoneva, Head of Infrastructure Research at CBRE Investment Management, one of the world’s largest real-estate investment firms. By partnering with operators that have already locked in land, permits, and power supply, hyperscalers can fast-track new compute deployments, effectively bypassing years of development work and moving straight to installing their hardware.
BitZero succeeded in those two hardest challenges and has secured sites with long-term, low-cost electricity at the outset of the AI-boom. This is exactly what sets BitZero apart from its competitors. Because the company owns its land, power infrastructure, and hardware, its cost base is largely fixed. That structure protects margins and allows expansion without renegotiating leases or power-purchase agreements.
Leveraging True Energy Sovereignty
Founded in 2021, Bitzero has quietly assembled one of the most scalable clean-energy portfolios in the digital infrastructure sector, with more than 1 gigawatt of growth capacity across four strategic sites in Norway, Finland, and North Dakota. Its flagship hydro-powered facility in Namsskogan, Norway, already delivers 40 MW of self-mining capacity at power costs below $0.05 per kWh, among the lowest globally.
According to CEO Mohammed Bakhashwain, each million dollars of capital deployed into Bitzero’s grid and mining equipment generates roughly $700,000 in annual net profit. That efficiency comes from vertical integration: the company owns its high-voltage connections and operates as a licensed grid operator at the 132 kV level, eliminating middle-layer grid fees that most competitors still pay. With expansion capacity exceeding 320 MW in Norway, a one-gigawatt campus in Finland, and up to 300 MW staged in North Dakota, Bitzero has achieved something rare in this market: true energy sovereignty. And it’s this energy sovereignty that institutional investors value so much. We’re living in an age where new generation capacity is bottlenecked and new connections to the grid are almost impossible.
Bitzero’s energy sovereignty gives it a rare two-fold advantage in today’s compute economy: it can either lease scarce, low-cost power directly to hyperscalers and data-center operators, or deploy that same power internally to mine Bitcoin at industry-leading margins and potentially run its own GPU clusters. Bitcoin‘s economics now heavily favor miners who control their energy destiny—at current hash difficulty, every fraction shaved off power costs drops straight to the bottom line. Bitzero’s all-in energy cost of about 4.3 cents per kWh—less than half that of major U.S. peers like Riot Platforms and Marathon Digital—puts its cost per Bitcoin near $50,000 today and below $40,000 once new hardware is fully deployed.
That efficiency, combined with ultra-lean operations where five staff run a 40 MW facility using fully automated monitoring and fault-response systems, creates powerful optionality. When Bitcoin economics are attractive, Bitzero mines; when hyperscalers need capacity fast, it can redirect power to AI-ready data centers. This flexibility is already visible in its purpose-built 200 MW Norwegian site on a former UN airbase, designed exclusively for AI compute and expandable to 500 MW on offshore-wind-backed grid capacity—turning energy control into a switchable revenue engine across both Bitcoin and AI.
The real inflection point for BitZero (NASDAQ: AIBZ, CSE: AIBZ-U) in 2026 may now be its newly announced 110 MW Norway project, which has the potential to transform the company from a profitable Bitcoin miner into a major AI infrastructure and hyperscaler landlord almost overnight.
Under the binding letter of interest, the site would generate roughly $176 million in annual recurring revenue through long-term contracted compute capacity, with the customer covering energy costs separately and pricing escalating by 3% annually. That structure dramatically improves margin visibility and reduces exposure to power-price volatility, potentially allowing the project to generate well over $135 million in annual net income once operational. Just as importantly, the project highlights why BitZero’s Norwegian assets are so strategically valuable in today’s market: while many competing AI data-center developments face 3–5 year build timelines due to grid bottlenecks and permitting delays, BitZero believes this facility could be delivered as early as Q3 next year thanks to already-secured power access, existing infrastructure, and partnerships with established EPC contractors and cooling-system providers. In a market where hyperscalers are desperately searching for immediately deployable capacity, that speed-to-market advantage could prove enormously valuable.
Skyrocketing valuations in the AI-space
The handful of technology companies that have successfully built a proprietary energy moat similar to BitZero’s now command multi-billion-dollar valuations. Yet despite rising institutional interest in BitZero’s power-first model and asset base, the company remains meaningfully undervalued relative to peers.
Investors in names like TeraWulf (WULF) and BitMine Immersion (BMNR) have seen one-year gains of more than +554% and +269%, respectively. Smart money has learnt that the real advantage in compute and crypto mining is cheap, scalable electricity, and this reality is repeating cycle after cycle. The dynamic in 2026 is no different.
Other companies to keep an eye on:
Advanced Micro Devices, Inc. (NASDAQ: AMD) reported Q1 2026 data center revenue of $5.8 billion, up 57% year over year — an all-time record — with total Q1 revenue of $10.25 billion, up 38%, beating Wall Street consensus by roughly $350 million. Free cash flow more than tripled to $2.57 billion. CEO Lisa Su called the quarter “a clear inflection in our growth trajectory,” and guided Q2 revenue to $11.2 billion, with server CPU revenue alone expected to grow more than 70% year over year. The stock surged roughly 14% in after-hours trading following the release.
AMD’s data center story runs on two rails that NVIDIA’s does not. First, EPYC server CPUs, which now hold significant market share in hyperscaler deployments across AWS, Google Cloud, and Microsoft Azure, deliver four consecutive quarters of record server CPU revenue. Second, Instinct GPUs are gaining traction as an alternative to NVIDIA in AI training and inference — and the demand signal is large. Meta signed a multi-year agreement to deploy up to 6 GW of AMD Instinct GPUs, with the first 1 GW built around a custom version of the MI450 accelerator and Meta named as a lead customer for AMD’s upcoming sixth-generation EPYC processors.
Palantir Technologies Inc. (NASDAQ: PLTR) sits in a different part of the AI data center stack than most names on this list — it’s the software layer that makes the data inside those data centers actionable for governments and large enterprises. Q1 2026 revenue grew 85% year over year to $1.633 billion, the company’s fastest growth rate since going public in 2020. U.S. revenue grew 104% to $1.28 billion, with U.S. government revenue up 84% to $687 million and U.S. commercial revenue up 133% to $595 million. The company reported a GAAP operating margin of 46%, an adjusted operating margin of 60%, and a Rule of 40 score of 145 — a metric where 40 is considered strong.
The government side of the business is increasingly anchored by AI-enabled defense and intelligence programs. Palantir’s Maven AI system — which analyzes battlefield data and supports targeting and command decisions in real time — is moving closer to becoming a formal U.S. Department of Defense program of record. The Pentagon expanding long-term use of Maven means the revenue base here is contracted and durable, not project-by-project. A $10 billion U.S. Army contract and a $300 million USDA deal in the quarter are concrete data points for what that looks like at scale.
Quanta Services, Inc. (NYSE: PWR) builds and maintains the electrical infrastructure that connects data centers to the grid — transmission lines, substations, high-voltage distribution systems, and the last-mile electrical work that no data center can operate without. It’s not a flashy AI story, but it’s a foundational one: none of the $200 billion Amazon is spending on data centers in 2026 translates into operational compute capacity without the grid connections Quanta builds. CEO Duke Austin has pegged the company’s addressable opportunity at $2.4 trillion through 2030, driven by data center electrification, grid hardening, and renewable interconnection combined.
The constraint driving Quanta’s order book is simple physics: large transformers for high-voltage substation connections have lead times of two years or more, and the skilled labor to install them is in short supply nationally. Quanta has both the relationships with utilities and hyperscalers, and the crew deployment capacity, to capitalize on that constraint. Its backlog has been expanding steadily as hyperscaler capex converts from announced projects into actual construction contracts.
SpaceX (NASDAQ: SPCX) completed the largest IPO in history on June 12, pricing at $135 a share for a $1.77 trillion valuation and topping $2 trillion in market cap on its first trading day. The listing raised roughly $75 billion and made Elon Musk the world’s first trillionaire on paper. But the AI data center story here isn’t really about rockets. It’s about what SpaceX became after merging with xAI in February: a company that now describes itself in its own IPO filing as the operator of “the largest AI training data center clusters on Earth.”
Those clusters are Colossus 1 and Colossus 2, the xAI supercomputers built near Memphis, Tennessee, originally to train Grok. In May, SpaceX struck a deal with Anthropic that hands over essentially the entire Colossus 1 facility — more than 300 megawatts of capacity across roughly 220,000 NVIDIA GPUs, including H100, H200, and GB200 accelerators. Anthropic will pay xAI $1.25 billion a month through May 2029, a contract that could bring in more than $40 billion over its life. It’s a striking arrangement: a direct AI competitor renting out the infrastructure that was supposed to be Grok’s competitive edge, in order to monetize compute Grok wasn’t fully using.
By. Tom Kool
Oilprice Intelligence brings you the inside view on where the next gains will come from, breaking down the market’s biggest growth driver with analysis from veteran oilmen and experts. Click here to get this crucial intel for free
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Technology
When Trade Reaches New Markets, Money Has to Keep Pace
Published
43 minutes agoon
November 5, 2026By
What conversations at the 140th Canton Fair reveal about market expansion, working capital and the growing role of stablecoins in cross-border commerce.
HONG KONG, Nov. 5, 2026 /PRNewswire/ — Ask an exporter walking the halls of the third phase of the 140th Canton Fair who their buyers are this year, and the answer looks different than it did five years ago. Alongside familiar names from Western Europe and North America are buyers from across the Middle East, South Asia, and North Africa, sourcing footwear, apparel, auto parts and medical devices in volumes that have stopped being a side conversation.
A garment exporter describing growing order volume into South Asian markets. A newly verified auto parts buyer placing orders out of North Africa. A travel platform at the fair asking not for a product demo but for an API integration. None of these are isolated anecdotes. They describe where a meaningful share of demand at this fair is actually coming from, and that map is shifting faster than the financial infrastructure built to serve it.
Real Demand, a Financial Network Still Catching Up
The conventional narrative treats these markets as marginal because they are harder to serve. That framing gets the problem backwards. The difficulty is not a lack of buying power. It is that the financial plumbing connecting these corridors to suppliers has not caught up with the demand now moving through them. Correspondent banking networks reaching into these regions tend to be thinner, local currency convertibility is often inconsistent, and a conventional wire transfer can take days to clear with fees that are hard to predict in advance.
That is why, in booth-side conversations this year, buyers increasingly ask less about price and more about settlement: whether there is a stablecoin channel, whether a direct API integration is possible. That is not a crypto preference showing up at a trade fair. It is a search for certainty, in corridors where the conventional banking system does not offer much of it.
The categories at the center of this phase of the fair, apparel, footwear, auto parts and medical devices, mostly run on tight seasonal production calendars oriented around year-end demand. Factories commit to raw materials and labor well before a buyer’s final payment clears. When settlement with a new, geographically distant buyer takes several days to move through multiple correspondent banks, that is not a minor inconvenience. It is a direct hit to how much working capital a factory can keep in motion during its busiest quarter.
The real risk for these exporters is no longer simply whether a buyer will pay. It is whether the payment will land fast enough to keep production and shipping on schedule. In a quarter with zero slack in the calendar, a payment delay and a cash flow problem are the same thing.
Two Rails, One System
This is the specific problem PhotonPay’s infrastructure is built to close. Its multi-asset wallet holds fiat currencies and stablecoins together, rather than treating them as separate systems a business has to manage on its own. Local collection capabilities span more than twenty currencies, giving exporters a way to receive payment close to where their buyers actually are. Integrated on- and off-ramp services connect fiat and stablecoins directly, 24/7 foreign exchange removes the constraint of banking hours, and global payouts in fiat or stablecoin reach more than 200 countries and territories.
The need for connected financial infrastructure extends beyond businesses managing their own cross-border transactions. Travel platforms, cross-border ERP providers and other technology businesses are increasingly looking to integrate financial services directly into their products and workflows. Through its embedded finance capabilities, PhotonPay enables platforms to incorporate global accounts, payments and card issuing without having to build the underlying financial infrastructure themselves. The company now works with more than 100 enterprise and platform partners, extending its Financial OS into a broader range of business applications.
PhotonPay recently closed a US$40 million Series C round to accelerate the development of its stablecoin-centric Financial Operating System (Financial OS). The new capital will support the expansion of its multi-asset wallet capabilities, global card issuing and local clearing infrastructure in key markets, as well as the development of an agent-ready financial execution layer. Together, these investments will strengthen the infrastructure connecting global liquidity with local financial networks, while preparing the platform for increasingly automated financial workflows.
As the buyer base for exporters expands into a wider range of markets, the ability to move money efficiently will become an increasingly important part of global competitiveness. Businesses need more than access to new buyers; they need financial infrastructure that allows them to collect, convert and deploy capital across borders with greater flexibility. Trade routes are expanding. The financial infrastructure supporting them needs to keep pace.
About PhotonPay
Founded in Hong Kong in 2015, PhotonPay is a global fintech company building a next-generation, stablecoin-centric Financial Operating System (Financial OS). Its API-first architecture brings together multi-asset wallets supporting stablecoins and fiat currencies, global money movement, foreign exchange, global card issuing, embedded finance, and local clearing infrastructure, connecting digital and traditional financial rails within an integrated financial system.
PhotonPay operates 16 offices worldwide, employs nearly 600 people, and holds 34 payment and financial licenses and regulatory authorizations across the Americas, Europe and Asia. The company serves businesses across more than 200 countries and territories.
For more information, visit www.photonpay.com.
Disclaimer
This material is for general informational purposes only and does not constitute legal, regulatory, tax, accounting, or investment advice, nor an offer or solicitation for any product or service. The availability, features, and regulatory treatment of PhotonPay’s products and services may vary depending on the user’s location, business model, and the laws and regulations that apply. Any descriptions of functionality, performance, efficiency, cost savings, or compliance support (including, without limitation, references to “real‑time”, “24/7”, “high‑efficiency”, or “compliant” solutions) are aspirational or forward‑looking in nature. Actual outcomes may differ due to market conditions, technological constraints, and regulatory developments, and PhotonPay makes no express or implied representation, warranty, or guarantee as to the achievement of any particular result.
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SOURCE PhotonPay
Technology
Finshape launches Agentic DBOS: agentic AI already supporting digital banking projects
Published
43 minutes agoon
November 5, 2026By
PRAGUE, Nov. 5, 2026 /PRNewswire/ — Finshape has launched Agentic DBOS (ADBOS), adding agentic AI to its established Digital Bank Operating System (DBOS). The solution helps banks analyse, design, develop, test and launch digital services faster, while helping them understand customer needs, deliver hyper-personalised interactions and improve customer servicing.
ADBOS is already in use, including in projects for OTP Group. Finshape’s delivery team uses ADBOS agents in its daily work, and the first digital application developed with their support is now in production. In recent Finshape projects, initial production versions of digital services went live in 6–7 months using ADBOS, compared with 9–12 months for comparable MVPs developed previously.
Banks can benefit from faster delivery, better user and customer experiences, lower servicing costs and new revenue opportunities. But in a highly regulated industry, AI must be predictable, auditable and firmly under banks’ control. ADBOS builds on DBOS, used by more than 100 banks worldwide, and Finshape’s three decades of banking expertise. Its AI agents work with banking platforms already in place.
“ADBOS marks a turning point for Finshape and for our clients. It’s a new way for banks to build, launch and scale digital experiences, faster and smarter than ever before. Banks don’t need another layer of technology. They need a foundation built for what comes next. ADBOS is that foundation. It gives banks the speed, intelligence and control to compete on their own terms.”
“The project is progressing at a strong pace, and the close cooperation between our teams has played an important role in that. We are happy with the way we are working together and with the results delivered so far, and we look forward to building on this momentum.”
— András Sebők, CIO, OTP Bank
About Finshape
Finshape provides digital banking solutions backed by more than 36 years of experience. Its 600-plus employees support 116 banking clients across 44 countries, helping financial institutions accelerate digital transformation, improve operational efficiency and strengthen digital customer interactions.
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Technology
Sasken Selected to Support Strategic Connectivity Platform Programme with Leading European Automotive Software Company
Published
43 minutes agoon
November 5, 2026By
Multi-year engagement spans software, hardware and validation services for next-generation telematics control units
BENGALURU, India, Nov. 5, 2026 /PRNewswire/ — Sasken Technologies Ltd. (BSE: 532663) (NSE: SASKEN), a global leader in product engineering and embedded software solutions, today announced a multi-year engineering engagement with the software company of a leading European automotive group. Under the programme, Sasken will provide software development, systems integration, hardware engineering and validation services to support the development and commercialisation of next-generation telematics control units (TCUs) for global vehicle platforms. The engagement further strengthens Sasken’s position as a trusted engineering partner for connected, software-defined vehicles.
As the automotive industry accelerates its transition toward software-defined vehicles, telematics platforms have become a critical foundation for connected services, over-the-air updates, diagnostics, fleet management, cybersecurity and future mobility applications. The programme leverages Sasken’s expertise across cellular technologies, modem platforms, embedded software, hardware engineering, system validation and connected mobility solutions to accelerate product readiness and deployment across multiple international markets.
The engagement validates Sasken’s chip-to-cognition approach by bringing together capabilities across silicon platforms, connectivity technologies, embedded systems, hardware design and large-scale validation. This end-to-end engineering capability enables Sasken to support customers from platform architecture and hardware development through software integration, testing and commercial deployment.
The programme will involve close collaboration between Sasken and customer engineering teams across hardware design, software development, integration and validation activities. The joint focus will be on delivering production-grade telematics solutions that meet the performance, quality and reliability requirements of global vehicle programmes.
Speaking about the engagement, Tero Pernu, Head of Business, Finland & EU, Sasken Technologies, said:
“This engagement demonstrates the customer’s confidence in Sasken’s ability to support complex automotive connectivity programmes spanning hardware, software and validation domains. Modern telematics platforms are becoming increasingly central to the connected vehicle experience, requiring deep expertise across multiple technology layers. By combining our automotive engineering capabilities with advanced connectivity and product development expertise, we will help accelerate the delivery of next-generation telematics solutions to global markets. We look forward to building a long-term strategic collaboration and creating measurable value throughout the programme lifecycle.”
Reliable connectivity is a key enabler of modern vehicle services and future mobility experiences. Sasken contributes deep expertise in telematics platforms, cellular technologies, product engineering, and validation, supporting the development and deployment of next-generation TCU platforms across global markets. This collaboration is expected to play an important role in enabling advanced connected mobility solutions and delivering seamless user experiences worldwide.
Speaking on the occasion, Rajiv C. Mody, Chairperson, Managing Director and CEO, Sasken Technologies, said:
“The automotive industry is undergoing one of the most significant transformations in its history as vehicles become increasingly connected, intelligent and software-driven. This strategic engagement highlights Sasken’s ability to support global OEMs in delivering complex product engineering programmes that span hardware, software and connectivity domains. It further strengthens our position as a partner of choice for connected mobility innovation and reinforces our long-term growth strategy in the automotive sector.”
The programme will be delivered through Sasken’s global engineering organisation, combining specialised automotive expertise in Europe with the company’s broader product engineering capabilities. The engagement expands Sasken’s automotive footprint and supports continued growth in connected mobility, next-generation connectivity solutions and software-defined vehicle technologies.
About Sasken Technologies
Sasken Technologies is a global leader in Product Engineering and Embedded Software, delivering concept-to-market and chip-to-cognition R&D solutions across semiconductors, automotive, industrials, consumer electronics, smart devices, satellite communications, telecom and transportation. For more than 36 years, Sasken has supported over 100 Fortune 500 companies and powered more than a billion devices worldwide. With engineering and delivery centres in India, Finland, Germany, Japan, China and the United States, Sasken helps customers solve complex engineering challenges across the product lifecycle.
For more information, visit www.sasken.com.
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SOURCE Sasken Technologies
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