Dylan Jovine’s latest promo opens with a place most people have never heard of. Loudoun County, Virginia. Data Center Alley. Seventy percent of global internet traffic flows through this single county. The population has grown 300%. Per-square-mile real estate value has hit $10 billion. It is the wealthiest county in America, and it got that way because the digital economy runs on physical infrastructure. Jovine wants you to understand that infrastructure, because he believes the stock that owns the key piece of it is the last retirement stock you will ever need.
The claim is arresting, and the thesis behind it is worth examining in detail.
The $85 Trillion Number
Jovine’s headline number is $85 trillion. That is the annual value of US equities turnover — virtually every trade processed electronically, every transaction dependent on data centers, every data center dependent on energy. Jovine uses the number as a proxy for the scale of economic activity that runs through server racks, and the scale of the energy required to keep them running.
The framing works because the underlying trend is real. Every technological revolution in history has been an energy boom. The railroad boom pushed coal from 10 million tons annually to 200 million. The Model T and the assembly line pushed oil from 20 million barrels to over a billion. AI is the next chapter. AI already consumes as much electricity as Germany or Saudi Arabia. The International Energy Agency projects 1,000% growth in global AI energy demand. A single AI data center campus can require more power than the entire city of Boston.
Jovine is not inventing these numbers. He is pulling them from the IEA, from the Department of Energy, from the hyperscalers themselves. The question is what you do with them. Our AI data center power bottleneck guide walks through the same supply-side constraints from the infrastructure side.
The Supply Constraint
The AI energy thesis would be straightforward if building new energy supply were easy. It is not. Jovine spends significant time on what he calls the Innovation Paradox — the gap between exploding demand and constrained supply.
Active drilling rigs in the US sit at around 500, against an all-time low of 400, and building a new nuclear plant takes six to eight years minimum. Wind and solar cannot provide baseload power — data centers need electricity 24 hours a day, seven days a week, every day of the year. The result is a structural mismatch. Government net-zero policies have made it difficult to build anything. Tech demand is making it necessary to build everything.
Jovine predicts that this mismatch drives oil to $200 per barrel within 24 months. That is a bold call. It is also the kind of call that sounds less crazy if you look at what happened to energy prices during the last supply-constrained tech boom.
The Real Thesis: A Midstream Pipeline MLP
The stock behind the tease is a Dallas-based midstream master limited partnership with 140,000 miles of pipeline across 44 states — natural gas pipelines, crude oil pipelines, NGL pipelines, and refined products pipelines — plus 70 natural gas processing and treating facilities and 73 million barrels of oil storage capacity.
The company is not a driller. It does not take commodity price risk on the barrels it moves. Roughly 90% of its EBITDA comes from fee-based contracts — tollbooth revenue. The gas moves through the pipe, the fee gets collected, and the company distributes roughly 90% of its profits to unitholders as quarterly cash payments. That is the MLP model, and it has existed for decades.
The stock trades around $19 to $20 per share with a market cap around $64 billion. The distribution yield is roughly 7% to 8% annualized. The distribution coverage ratio is about 1.8 times — meaning the company earns nearly twice what it pays out. That is a healthy margin of safety. The payout was halved in 2020 during the COVID crash, but the distribution has been raising steadily since 2021.
The AI Data Center Contracts
The AI thesis for this pipeline operator is not theoretical. The company has signed real, specific, verifiable long-term contracts with some of the largest technology companies in the world.
Oracle signed a 20-year agreement for approximately 900,000 Mcf per day across three data centers. CloudBurst signed a 10-year contract for 450,000 MMBtu per day to power a 1.2-gigawatt Texas campus. Meta and Entergy Louisiana signed a 20-year deal for 250,000 MMBtu per day. Fermi America signed a 10-year agreement for roughly 300,000 MMBtu per day powering a 2-gigawatt phase of an 11-gigawatt HyperGrid campus.
Altogether, the company has signed contracts representing more than $25 billion in committed fees over the contract periods. The weighted average contract life is 18 years. It is connected to 60-plus power plants in 14 states and has received more than 200 data center connection requests in 15 states.
The contracts are real, the counterparties are the largest companies in the world, and the terms are long enough that the revenue stream is effectively locked in for a generation.
The Royalty Framing
Jovine calls this the AI royalty play. His argument is that owning this stock is like owning a James Patterson book royalty — you collect a check every time the underlying asset generates value. In this case, every time Nvidia ships a new chip, energy demand rises, more gas moves through the pipes, a fee gets collected, and every fee collected increases the distribution.
The framing is clever and it is also the correct economic description of what a midstream pipeline company does, but the question is always scale.
Dimensionalizing the 2,000% Claim
Jovine claims the stock could return 2,000% in 12 to 24 months. The original version of the pitch said 1,000%. The more recent version escalated to 2,000%. Both numbers convert the underlying thesis into a headline figure.
This company has a $64 billion market cap. A 2,000% return would push it to roughly $1.3 trillion. Eight companies in the history of the US stock market have ever crossed a $1 trillion market cap. None of them are pipeline companies. None of them are midstream energy infrastructure. The claim would require this stock to become the ninth most valuable company in American history.
That is not a 24-month outcome, and the historical record places it outside the range of any midstream MLP. The underlying asset is real, the thesis is real, the contract stack is real, and the 2,000% figure is the part of the pitch that sits at the top of what the math could produce under a specific scenario rather than what the operating structure is built to deliver.
What Realistic Returns Look Like
A more realistic framework is a total return of 10% to 13% annually. That comes from the 7% to 8% distribution yield plus 3% to 6% annual price appreciation as the company grows its EBITDA with the data center buildout. Compounded over 10 years, that turns a $10,000 investment into roughly $25,000 to $34,000. That is a good outcome — a retirement-sized outcome if you invest enough capital and give it enough time, even if it falls well short of the 2,000% fantasy.
The distinction matters because Jovine’s subscribers are making decisions based on the number he gives them. If they expect 2,000% in two years, they will be disappointed when the stock delivers 25% in two years. If they expect 10% to 13% annually and know what they own, they will be satisfied with a high-quality income stream that has a real tailwind behind it.
MLP Income Investing: What You Need to Know
This stock is structured as a master limited partnership. That structure has specific features that matter for income investors.
MLPs are required to distribute roughly 90% of their profits to unitholders. That is the legal structure. It means the yield is high by design. It also means the company retains less cash for growth than a traditional corporation would. This one funds its growth through debt and equity offerings, which is why the debt-to-EBITDA ratio sits around 4.4 times. That is manageable but not pristine.
The K-1 tax form is the other factor. MLPs issue K-1s instead of 1099s. The K-1 arrives later in tax season, complicates your filing, and can create unrelated business taxable income (UBTI) if held in an IRA. There are workarounds, but they add complexity. If you are investing in an MLP inside a retirement account, you should understand the UBTI threshold before you buy.
The distribution was cut in half during the 2020 COVID crash. It is worth remembering that. The current distribution is well-covered at 1.8 times, but the 2020 precedent proves that even the most stable-looking MLP distributions are not guaranteed. The fee-based revenue model protects against commodity price declines but not against volume declines. If production drops, volume through the pipes drops, and the fee revenue drops with it.
The AI Energy Thesis Is Not Unique to Jovine
Multiple analysts and newsletters have converged on the same thesis in 2025 and 2026. Jeff Brown’s Texas Royalty Plan targets the same MLP structure. Brett Owens at Contrarian Outlook recommends midstream MLPs alongside ONEOK and Expand Energy — three dividends up to 7.5% powering the AI boom. MarketWise has been recommending the same pipeline companies. The Alerian MLP ETF is up roughly 16% year-to-date in 2026 and hitting all-time highs.
Jovine is not the only person who sees this. He is the one who packaged it as the last retirement stock you will ever need. That packaging is what attaches the thesis to a single stock and a single marketing frame.
The Bigger Picture
The thesis that ties all of this together is straightforward. AI data centers need massive amounts of reliable electricity. The grid cannot deliver it fast enough. Hyperscalers are building behind-the-meter natural gas generation. Natural gas generation needs pipeline connections. The largest natural gas pipeline network in the country has locked in 18-year contracts with the largest technology companies in the world. That is a real investment thesis — a 10% to 13% annual return proposition that compounds over time and pays you a 7% to 8% yield while you wait.
The stock is positioned as the last one you will ever need, which is a marketing frame rather than a property of any single security. The underlying thesis — midstream MLP income tied to AI data center demand — is worth examining on its own terms, with the MLP structure, the distribution coverage, the K-1 tax mechanics, and the 2020 distribution cut all in view alongside the 18-year contract stack.
What Is Dylan Jovine Last Retirement Stock?
The Dylan Jovine last retirement stock pitch claims that a single midstream pipeline MLP is the last stock a retiree needs to own. Jovine’s thesis ties the $85 trillion annual value of U.S. equities turnover to the data center energy demand that flows through natural gas pipelines. The stock is a fee-based tollbooth business collecting distribution yields of 7 to 8 percent, positioned as the infrastructure play on AI energy demand.