The artificial intelligence party is about to end.
This is due to AI's colossal energy demands, which is killing the grid. However, Ross Givens has found one $8 “AI Savior Stock” that could help meet all of this demand and we're revealing what it is for free in this teaser review.
The Teaser
Every image you create and every ChatGPT query you initiate all use one thing – energy.

Ross Givens is a former financial advisor, stockbroker, and money manager whose specialty is identifying where the big market insiders are placing their bets.
If we “follow the frickin' money” as Ross says, we will see that the likes of Bill Gates, Warren Buffett, Elon Musk, and Jeff Bezos are all investing in the next phase of energy generation.
They are doing so by spreading their money all around this map:

This is a map of the nearly 3,000 data centers currently operating throughout the US.
All of our online queries get processed by one or more of these facilities, which currently account for 4% of the available power supply.
However, the Wall Street Journal reports that this is on track to jump to 25% by 2030.
If we extrapolate this forward, data centers could soon surpass the annual electricity usage of countries like Ireland, the Netherlands, and Sweden!
At this pace, the North American Electric Reliability Corp. (NERC) estimates that up to 300 million Americans could face power outages over the next four years.
The End of the Line?
For the traditional energy grid, the future looks dim.
AI, crypto, EVs, and plain old attrition are all taking a toll, and if a solution isn't found soon, rolling blackouts, like the kind experienced in Papa New Guinea or Yemen, which have some of the worst power grids in the world, will become the norm, rather than the exception.
Ross' unusual “AI Savior Stock” could be the answer and make those who invest in it early, millionaires.
The Pitch
All of the details are revealed only in a special report Ross calls The $8 AI Savior Stock They Don’t Want You to Know About.

The report is ours, but only if we subscribe to a trading advisory service by the name of Stealth Trades GOLD for a special price of $5 for the first year ($197 thereafter).
It includes a 365-day money-back guarantee, 12 new trade recommendations over the next year, a “Stealth Trade Tracker,” which keeps tabs on every recommendation and its performance, and more.
A Massive Energy Punch
All the billionaires mentioned earlier in Ross' teaser are investing in one thing…
Small Modular Reactors (SMRs).
These are nuclear power reactors, which have been all over the news lately.
Despite their unassuming name, SMRs still pack a massive energy punch, generating anywhere from 50 to 300 megawatts of electricity, more than enough to power a modern AI data center, or even a small town or city.
Moreover, they have numerous other benefits compared to traditional nuclear power plants.
For one, due to their compact size, SMRs and microreactors can be assembled and delivered almost anywhere, installed into an existing power grid, or remotely off-grid.

This makes them much more cost-efficient, at an estimated price tag of $300 million compared to $5.5 billion for a large-scale nuclear power plant.
Moreover and perhaps most importantly, SMRs' simple design, which uses passive cooling systems, and requires less power, makes them inherently safer to operate.
However, despite the evident need and demand for more energy, barriers remain.
As you may be able to guess, the SMR approval process is lengthy, stringent, and expensive.
A big reason why only China and Russia have successfully built operational SMRs to date.
Despite more than $400 million in funding by the U.S. Department of Energy (DOE) since 2014 to accelerate the development and deployment of SMRs, no SMRs have come online yet, and only one 77-megawatt design, originally submitted in March 2017, has been certified.
With a new regulatory regime that prioritizes efficiency and waste-cutting about to take over and the cost of building SMRs continuing to decrease, things are changing and one stock is at the forefront.
Revealing Ross Givens' “AI Savior Stock”
Here is everything Ross has told us about his pick:
- The company specializes in building 15-100 megawatt nuclear fission reactors aimed directly at data centers and utility companies.
- Billionaire Sam Altman, of OpenAI fame, is taking a lead role in pushing this innovative nuclear power company forward.
- It recently went public.
Based on these clues, the “AI Savior Stock” is Oklo Inc. (NYSE: OKLO).
- Oklo is a nuclear fission company, designing fast, compact, small modular nuclear reactors (SMRs).
- Sam Altman is an early lead investor in Oklo's initial seed round of funding in January 2015 and is part of its board.
- Oklo began trading on the NYSE back in May after completing a reverse merger with Sam Altman's SPAC, AltC Acquisition Corp.
The Biggest Investment Opportunity of the AI Era?
Nuclear energy is about to enter a historic bull market phase thanks to a favorable regulatory environment and government as well as institutional funding.
The big question is, how well is Oklo positioned to take advantage of it?
As a vertically integrated designer, owner, and operator of small modular reactors, Oklo's model of selling power directly to customers under long-term contracts is expensive, but efficient and scalable over the long term.

In this respect, the company's customer pipeline has grown nearly 100% over the past year to 1,350 megawatts under a letter of intent, term sheet, or purchase agreement.
This means it is still early days for Oklo, as the company is pre-revenue and burning through about $33 million annually.
The good news is, that its cash and marketable securities balance stands at
$288.5 million as of the end of Q3 2024, giving it a multi-year runway until the large expenses of construction and operation kick in.
Projecting out, even with a more streamlined regulatory pathway, this won't happen until 2027 at the earliest and more realistically, 2029 or 2030.
This is the harsh reality of SMRs that makes investing in the companies behind them more akin to investing in early-stage startups. Cautionary tales like that of X-Energy and NuScale speak to this.
After a shaky start, Oklo's share price has popped by nearly 70% so far this year.
However, I expect this to be a short-term bounce due to the favorable regulatory impact of the election and the stock to trade relatively flat, with some occasional upticks on positive news going forward.
Oklo appears to have the backing to become operational, but for some safer, more diversified bets, I would look at Westinghouse (NYSE: WAB) and GE Vernova (NYSE: GEV), which both have subsidiaries racing to build SMRs.
Quick Recap & Conclusion
- Ross Givens says AI's colossal energy needs are killing the grid and he's found one $8 “AI Savior Stock” that could help meet all of this demand.
- He's talking about Small Modular Reactors (SMRs), which are smaller, more efficient, and less expensive to build than traditional nuclear power plants.
- The name of his stock pick is revealed only in a special report Ross calls The $8 AI Savior Stock They Don’t Want You to Know About. It can be ours if we subscribe to the Stealth Trades GOLD trading advisory service for $5 for the first year ($197 thereafter).
- If you read until the end, there was no need to take this additional step, as we revealed Ross' “AI Savior Stock” for free as Oklo Inc. (NYSE: OKLO).
- Oklo is a pure-play, pre-revenue SMR stock. I would look to some tried and true businesses like Westinghouse and GE Vernova, which have SMR subsidiaries, as better bets.
What company do you think will be the first to market in the SMR space? Share your picks in the comments.
Interesting twist here. AI and data centers don’t really need SMRs per se. What they need is energy. Generated by any kind of generating plants we now have all around us. SMRs is a very young technology based on traditional LWRs and some are based on newer concepts. As such, my bet is that significant time, at least 5 – 10 years would be needed before we see SMRs mainstream. I am not too enthusiastic about investing in nuclear due to its extremely heavy regulatory base and high risk of projects taking off steeply but going south fast……