Big Tech Demands New "Blue Water" Copper
America’s top companies are spending billions to buy new high-tech copper
— resource investors could make 730% or more.
Hello everyone, John Carl here.
Right now, as we speak, the world’s biggest and most powerful tech companies are making billions of dollars’ worth of purchase orders for more copper.
Nvidia, Microsoft, Google, Meta, Amazon, Tesla, and Cisco are in desperate need for more copper if they’re going to build the advanced computer chips, microprocessors, and data center equipment that’s powering the $4.4 trillion AI explosion.
But they don’t want just any old copper.
In order to build all of this expensive new AI technology, Big Tech needs copper that’s 99.99% pure.
Nothing less will do.
And in order to fulfill these billions of dollars in new orders, it’ll require a complete revolution of the resource markets.
So throw out everything you know about traditional copper mining.
This is something completely different.
Forget about pit mines, ore crushers, and copper refineries.
New technology has now made it possible to skip all of those slow and costly steps.
You see, new technology has now made it possible to pull copper straight out of the rock and turn it directly into sheets of 99.99% pure copper.
No digging, no refinery, no waste...
The copper is extracted directly from the rock and put into perfect sheets that the tech industry can use right away.
The process takes just hours.
Each one of these sheets in front of me is worth tens of thousands of dollars.
And the higher the price of copper goes, the more each sheet is worth.
Now, I’m sure many of you watching today might know a little something about the resource sector.
And so you can appreciate what an incredible breakthrough this is.
But there’s even more to this story.
The copper you see here, this 99.99% pure copper that the tech industry wants most — this copper is 100% All-American.
After decades of losing its edge to the rest of the world, American mining is back.
American mining is reclaiming the market share we’ve lost to communist countries like China and to socialist countries like Chile, the places where most of the world’s copper comes from.
Thanks to this advanced new technology, American mining is completely reinventing itself.
No waste, no mess, this new process pulls the copper straight from the rock and puts it into copper sheets that can be sold right away.
I’ll give you all of the details on how this new process works in just a minute.
But first, get this: the higher the price of copper goes, the more valuable and essential this process becomes.
And here’s what matters the most for you and I as investors...
This advanced, All-American copper is producing billions of dollars in profits.
Right now, as we speak.
And with new orders pouring in from the world’s biggest and wealthiest companies...
And with the copper supply gaining attention from the world’s most notable billionaires, including Bill Gates and Jeff Bezos...
This is only the beginning of this enormous revolution in the resource markets.
And the timing is crucial...
Because the price of copper is going to keep running.
Why the Price of Copper is Going to Keep Running
You see, the market for copper has been growing at an enormous clip — far outpacing the available supply.
As Bloomberg recently put it:
“The warnings keep getting louder: the world is hurtling toward a desperate shortage of copper.”
— Bloomberg
And it’s showing no signs of slowing down.
Bloomberg expects an additional 58% surge in demand by 2040.
And all of that demand continues to push the price to new levels.
You’ve likely already seen in the news how the price continues to test new highs.
It was once thought that $5 a pound was an unattainable goal for copper producers.
No longer.
As I’m sure you’ve noticed, that myth has been shattered.
And we’re likely going to see other price records shatter as well, as $5 a pound becomes $7 a pound... and then $9 a pound...
And according to new estimates from Goldman Sachs, we could even see $10 a pound or higher if fundamental circumstances continue to move.
Because copper demand has been growing at an enormous clip for years now...
And the breakneck expansion of AI technology is pushing that copper demand into overdrive.
Why AI Is Pushing Copper Demand Into Overdrive
As I’m sure you’ve read in the news, Nvidia, Microsoft, and Apple are all vying with each other for the trillion-dollar AI market.
Remember... that’s trillion with a “t.”
Each one of those companies has climbed above the $3 trillion mark on the revenue growth in AI.
And all of that competition has ignited a race to build more AI data centers.
According to Bloomberg, the world now has more than 7,000 major data centers — with hundreds more under construction as we speak.
And then get this...
Each one of these data centers will consume more chips and more power than ever before.
According to the Economist, AI has “a ravenous appetite for electricity.”
You see, a standard server rack uses about 10 kilowatts of electricity during normal operations.
But an AI server rack uses 40 kilowatts... which is 4x that.
For every single server rack.
And then, if that wasn’t enough, it’s expected that many new AI chips will use even more.
Which is why the International Energy Agency (IEA) says data centers will more than DOUBLE energy usage over the next 12 months.
And then keep going from there.
Goldman Sachs says power demand could increase to 160% in just a few years.
To put that into perspective, AI data centers will go from using just 4% of global power... to 25% of all global power.
A “Blank Check” Supply-and-Demand Situation
As one expert data center analyst put it:
“That’s the thing with AI. They need a lot of power and as soon as you have it, they want it right away... Right now, it’s like a blank check for AI."
And all of that power can only be built and conducted using copper.
Copper the world doesn’t have.
Let me break down the numbers so that you can see exactly what I mean.
Right now, as we speak, the world uses over 21 million tons of copper every year.
Just to give you a sense of what an enormous amount that is, consider this...
The Empire State Building weighs 365,000 tons.
And so we currently consume the equivalent of 57 Empire State Buildings every single year.
And then once you factor in the growth in demand, we’ll need 33 Empire State Buildings MORE... just to keep pace.
To quote Goldman Sachs, the spike in demand “has only just begun.”
That’s why the world’s tech companies are waking up to the fact that their big, trillion-dollar plans for more AI and more data centers will only be possible with more copper.
They’re desperate for solutions.
And it’s why the price of copper has been moving so dramatically.
Big Tech has deep pockets and they’re willing to pay whatever it takes.
The race for AI is creating a “blank check” supply-and-demand situation.
Let me jump to the punchline: for reasons I’ll explain over the next few minutes, it’s physically impossible for traditional mining to keep pace.
- Production is falling
- Copper grades are declining
- And stockpiles are decreasing
And new traditional mines take years, even decades to come online.
That’s why this new, advanced copper technology is the only thing that can solve Big Tech’s problem.
It can turn a pile of rocks into sheets of 99.99% pure copper in a matter of hours.
No digging, processing, or refining needed.
This technology is based right here in the US, in many cases just a few miles away from where these new data centers are being built.
After years of waiting, Big Tech is creating the perfect resource play.
After Years of Waiting, Big Tech is
Creating the Perfect Resource Play
And it’s a resource play unlike anything we’ve ever seen before.
Again, my name is John Carl.
And I’ve spent the last two years investigating this opportunity from the ground up.
Quite literally.
I began by traveling to Phoenix, Arizona, where I visited America’s “breadbasket” of copper mining.
I’ve toured a dozen pit mines.
I’ve talked with scores of experts from across the traditional mining industry.
And they all agree: traditional mining can’t keep up.
Supplies are falling and the price of copper will keep climbing.
And that’s why Big Tech firms, billionaires, and industry suppliers are all turning to this new, advanced solution to this problem.
Which brought me to the warehouse you see here.
I’m in the middle of the Arizona desert, and inside this warehouse is a testing lab for this new technology.
It’s ground zero for the next generation of copper mining.
And they keep a tight lockdown of all the secret chemical formulas they’re testing inside.
Which includes completely forbidding photos and video.
I had to get special permission from the company’s management to show you the materials you see here.
So I hope you’ll appreciate this rare opportunity to peek behind the security gate…
Few outside of the mining industry have had the opportunity to see what I’m about to show you.
The Solution is New, Advanced
“Blue Water” Copper
Which brings us to this cup I’m holding right now.
It may not look like much, but inside this cup is the solution that makes the entire process possible.
The “Blue Water” you see here is the powerful formula that turns a pile of rock into 99.99% pure copper.
And get this: not only does it eliminate many of the biggest problems of traditional mining, it’s also a desperately-needed upgrade.
This “Blue Water” is so powerful that it can even pull copper out of low-grade rock that was once thought “impossible” to mine.
And the junior mining company that owns this testing lab is working in a close, exclusive partnership with Rio Tinto, one of the biggest names in the mining space.
And by big… I mean absolutely enormous.
Rio Tinto is the 116th largest company in the world.
It has 45,000 employees and generates $60 billion every year.
And yet, big as they are, they’ve chosen this junior miner to spearhead this next-generation “Blue Water” copper program.
Over the next few minutes I’ll explain why their project has unique advantages nobody else can match...
And what it’s the ideal testing spot for this brand-new world-changing chemical extraction process.
I’ll also show you why this opportunity also includes several top-secret chemical solutions that Rio Tinto has been developing for over a decade, but hasn’t used commercially until this moment.
Today you’ll hear why this junior miner is so essential to unlocking an enormous fortune — and why investors in the know will be the first ones to profit.
In my decades of investing, this is easily one of the most important discoveries I’ve ever made.
But I’m not investigating this all by myself.
Joining me on this research journey is my friend and colleague Chris Curl.
Together we’ve enjoyed a host of gains from our research over the years.
He’s here to help show you what we’ve discovered.
CHRIS:
Thank you, John.
I’m happy to be here.
And you’re not kidding, it’s certainly been a journey.
Over the past two years we’ve traveled thousands of miles to uncover everything you’re going to see today.
We’ve visited mines, suppliers, and purchasers.
And then, most importantly as you’ve said John, we’ve visited the small junior miner that holds the key to this resource story.
In fact, John has visited this junior miner multiple times — and even brought along our in-house resource expert Gerardo Del Real.
Gerardo has called this project the “junior with major potential.”
And Gerardo has repeatedly pointed investors to the fact that there’s a $12 trillion supply gap for the raw materials used to build everything that all of these tech companies, electric vehicle companies, and manufacturing companies all want.
Resource demand is what drives profits.
And it’ll make all the difference for us as investors.
We’ve seen it with gold... making 592% gains in 7 months.
We’ve seen it with lithium... where we made 582% in 12 months.
And we’ve seen it with rare earths and uranium, where we made 730% in just 3 months.
Here at Digest Publishing we’ve capitalized on each of these resource runs — all in a matter of months, which is much faster than most investors expected.
Many of you watching today are already familiar with the outstanding returns we’ve seen from metals and mining.
It’ll be the same with copper...
With the only exception being that copper is the single most useful metal in existence.
Humans have been using it for over 10,000 years.
It has thousands of industrial uses, including water pipes and wire.
It’s in your phone... in your TV... in your appliances... in your blender... in your car.
And of course, most important for our purposes here today, it’s also the backbone of all advanced electronics.
Especially AI and tech — the trillion-dollar behemoths dominating the markets today.
JOHN:
That’s right.
This is also a tech story, in every way.
Chris and I were recently in Austin, Texas, where we saw Samsung’s new $17 billion microchip plant.
It’s the largest building I’ve ever seen, and it’s the largest plant Samsung has ever built, dwarfing the size of all their factories in South Korea.
It’s when you see structures like this that you begin to grasp the scale of what’s taking place... and why a well-known commodity like copper can suddenly be thrown into such high demand.
CHRIS:
Yes, this is truly a story about scale... and how quickly it’s growing from demand across industries.
Let’s take the EV space, for example.
You may love electric vehicles. You may hate electric vehicles.
But it’s a fact, millions of tons of copper are going into building them.
There’s over 200 pounds of copper in every single electric car... which is 10x more than what’s in traditional gas vehicles.
And that’s why EV manufacturers are buying so much copper.
I’ve seen it myself, this is our drone footage we took at the Tesla gigafactory.
And from the Nikola factory in Arizona, which is making electric semis.
And while the EV industry has faced setbacks, it’s still growing at an impressive clip.
That growth will only be possible with more copper — copper the world doesn’t have.
America’s largest automaker, General Motors, is well aware of the problem.
Consider this quote from its Director of Purchasing:
“We’re absolutely convinced that this is a race, a zero-sum game and resources are a finite limit.”
— Tanya Skilton, Director of Purchasing, General Motors
JOHN:
That’s right.
Here’s how much America’s major auto manufacturers are spending on raw materials…
There’s Ford — which will spend $30 billion by 2030.
And GM — which will spend $35 billion by 2025.
And VW — which will spend $86 billion by 2026.
And of course Tesla — which has already spent $100 billion and counting to buy the resources they need.
And then don’t forget all the new power lines and infrastructure upgrades that’ll be required to power them.
CHRIS:
And then there’s Bitcoin mining.
You may love Bitcoin. You may hate Bitcoin.
It doesn’t matter: millions of tons of copper are going into the computer chips that operate the Bitcoin network.
It’s worth more than the economic output of several small countries, all by itself.
And it too means that more data centers, power stations, and power lines are needed.
I’ve been to these Bitcoin mining facilities myself.
They’re growing at an enormous clip.
In Texas I visited several of the largest Bitcoin mining facilities in the world.
This is a company called Bitdeer Technologies, which we’ve been following for years now.
And Marathon Holdings, which I’ve been writing about since the earliest days of US Bitcoin mining.
And more Bitcoin mining data centers are being built as we speak.
Bitcoin mining in the US is now a $25 billion industry — and it’s going to keep getting bigger.
In short, Bitcoin mining is going to keep growing.
And all of these Bitcoin mining facilities will need more and more high-grade copper to fulfill their plans.
While everyone else was debating whether or not Bitcoin was a good investment, I was making gains.
All of these major industries are elbowing each other for the copper they need.
But they’ll have their work cut out for them...
Because traditional mining is too slow (and risky and expensive) to meet future demand.
Traditional Mining is Too Slow — And Too Risky and Expensive to Meet Future Demand
JOHN:
Traditional mining is falling behind, and new mines aren’t opening fast enough.
Rio Tinto knows this better than anyone else.
Their new copper mine in Mongolia is finally opening after years of delays, cost blow-outs and billion-dollar disputes with the country’s government.
As the CEO said on record: “It has not been a smooth ride.”
Rio Tinto is blunt about the fact that the Mongolia experience is part of why they’ve been so motivated to increase their investment in blue water technology.
They need a safe source of copper.
Because in Peru, Chile, and other South American districts, there have been protests, delays, and showdowns with government cronies...
Everything you don’t want to see as an investor.
Each delay costs copper producers millions of dollars.
And of course, further squeezes a supply chain that’s already over-extended.
And worst of all?
Traditional mining continues to suffer from perpetually declining copper grades.
Traditional Mining is Suffering from Perpetually Declining Copper Grades
CHRIS:
You see, all of the low-hanging fruit has been picked.
After 10,000 years of mining, all the easy-to-access high-grade copper has been dug up.
The effectiveness of exploration has plummeted since the early days.
Just take a look at this chart.
Today we aren’t discovering enough new mines to take the place of old ones.
As you can see here in this chart that’s based on data from S&P Global.
And then, even when they do find more copper, it’s relatively low grade.
The average grade is now much less than what they used to find in the past.
It’s already dropped below 1%.
By 2030 most traditional mines will be unearthing copper that’s 0.5% or less.
Making every pound of copper harder to extract, creating more waste, more environmental and ecological destruction.
Nobody wants that.
It’s also painfully slow...
Mines take anywhere from 5 years to an entire decade to respond to market demand — because there’s so much rock and earth moving involved.
JOHN:
That’s why “Blue Water” is such a game changer... and why it’ll leapfrog traditional mining.
“Blue Water” Will Leapfrog Traditional Mining
A “Blue water” operation can be brought online in just a fraction of the time.
And for just a fraction of the cost.
Consider this quote from the President of Freeport McMoRan, one of the largest copper companies in the world, who said that building a new “Blue Water” facility...
“...is the equivalent of bringing on a new mine without having all the capital cost.”
— Freeport McMoRan President Kathleen Quirk
Freeport concludes: “The size of the prize is so significant.”
CHRIS:
That’s right, this marks the return of “Made-in-America” copper.
It’ll Bring Back “Made-in-America” Copper
In the US, there’s also been a push (and billions of dollars in subsidies) to move mining back to America, where the supply chain is better protected from the disruption of wars and international politics.
Raw materials like copper have quite simply become too essential to leave exposed to those outside forces.
It’s why Bill Gates and Jeff Bezos have pulled money from other investments and are putting money into copper — literally just weeks ago.
But nobody has caught up yet to what this Rio Tinto-backed junior miner is accomplishing in Arizona.
And as John said earlier, unless you know the top names in the mining industry, or have access to the world’s leading geologists, then you’d never even know this company exists — at least not yet.
JOHN:
Yes, let’s take a moment to look at why the impact of “Blue Water” will be so significant...
And how it’s able to unlock copper reserves that were once considered “impossible-to-mine.”
“Blue Water” Is Unlocking Impossible-to-Mine Copper Reserves Forever
You see, more than 80% of the world’s copper is trapped in billions upon billions of tons of low-grade waste rock.
So that means that until now the overwhelming majority of the world’s copper couldn’t be reached.
It’s what miners call a “stranded resource.”
For hundreds of years it’s been piled into useless heaps, with all that copper stuck in rock that’s far too low-grade to justify sending to the smelter.
Until now.
This junior miner's cutting-edge chemical formula can seep through this waste rock and pull out the valuable copper.
I have a bag of samples right here that I collected across Arizona, so you can see what I mean.
The copper is surrounded by this chalky, dusty, crumbly type of rock that disintegrates in your hand.
It’s known as chalcopyrite by geologists, and as we’ve been saying, it’s the trash of the mining industry.
It’s so unloved that it’s put into piles that become the size of mountains and left to bake in the sun, never to be thought of again.
As it stands today, almost 50% of mining waste comes from copper.
There are 4.3 gigatons produced every year.
CHRIS:
The grade of copper isn’t high enough to justify sending it to be crushed up and put in a smelter.
And it’s long been thought that copper leaching wasn’t any better.
While commercial-grade heap leaching operations have been around since the 1950s, no solutions existed for getting copper out of this trash rock.
New technology — and new chemical formulas — have made it possible to pull the copper out of this rock.
This changes everything from a mining perspective.
As one industry expert put it: this is the “Holy Grail” of discoveries.
A Magical Solution That Turns Trash into Treasure
JOHN:
Which brings us back to this junior miner in Arizona, and why they’ve got such an advantage over everyone else just entering the space.
This junior miner doesn’t have to dig any new waste rock out of the ground in order to turn a profit.
Why?
Because mining companies have been pulling waste rock out of the ground for over a century and putting it into useless piles.
And this junior miner has carefully planned their debut of this next-generation copper leaching...
By securing access to a unique stockpile in Arizona.
Take a look at where I’m standing in this video clip.
As you can see, I’m dwarfed by the 223 million pounds of mining tailings in this pile.
There are millions upon millions of dollars worth of copper trapped in the rock you see here.
And that’s at current prices... it could easily be worth 2x, 3x, or even 4x that just a short time from now.
All this leftover rock, neatly piled in square-mile sheets, can now be unlocked using this solution.
It’ll be carted over to this junior miner’s next-generation leaching pad.
And drip-by-drip, out comes the copper that America so desperately needs.
72% of the copper inside the rock can be recovered from this leaching process.
There’s no need for a smelter, and no need for costly or expensive refinements.
The “Blue Water” solution can be turned directly into sheets of copper using an electrical process that takes no time at all.
Chris is holding a 1-pound bar made from it right here.
“Blue Water” is what makes it possible to go from this...
To this.
Let me show you how the new, advanced “Blue Water” solution used by this junior miner concentrates copper from 0.5% to 99.99%.
“Blue Water” Concentrates Copper
from 0.5% to 99.99%
CHRIS:
It happens in just three steps.
1.
First, the powerful formula is sprayed over a mountain of this waste rock.
The formula seeps through the rock and leaches out that copper trapped inside.
As we’ve explained, it can even leach low-grade rock, with concentrations as low as 0.5%, which is impossible to mine traditionally.
This unlocks billions of dollars worth of new, viable reserves.
2.
Second, this formula is concentrated into pools. This is the moment the formula turns blue — that bright color comes from the copper itself.
The “Blue Water” will be concentrated several times through a series of connected pools.
3.
And then finally, once concentrated, it’ll be pumped into a big pool that’s filled with a grid of metal slots. Each slot contains two electrodes: an anode and a cathode.
As you may remember from your chemistry class, once electrical current is applied, it’ll sort out everything floating in the solution according to its positive or negative charges.
The copper ions in the solution are attracted to the cathode and stick to it, forming a layer of pure copper.
The longer the charge is applied, the thicker the sheet gets.
Once the sheet reaches its max thickness, it’ll be pulled up out of the solution.
Voila! In a matter of hours, we have a hardened sheet of shiny 99.99% pure copper.
The electricity is turned off and workers pull the sheets up out of the metal slots and bundle them together.
Each sheet is worth thousands of dollars — and can be shipped off directly to be shaped into power lines, power supplies, and computer chips.
These copper sheets, and the “Blue Water” technology that makes them possible, is the only viable solution to solving the supply gap for copper.
The higher the price of copper goes the more these sheets will be worth.
JOHN:
That’s right, billions of dollars hang in the balance.
And this junior miner will be the first in line to benefit.
Which brings us to the entire reason why we’re here today.
Chris and I have worked hard to put together everything you need to know about how to profit from this unique opportunity.
It’s all in our new special report, which is hot off the presses.
CHRIS:
Yes, the special report explains in detail how this junior miner’s business model works.
You’ll read how they’ve designed their operations to scale up and up as demand pushes the price of copper higher.
This company is a junior with major potential.
They have a solid leadership team with the experience to get the job done.
It’s run by industry experts who’ve seen copper shortages before…
They’re quite aware of what’s at stake, and they’ve carefully built their business plan to make the most of the coming demand.
The state of Arizona loves them, regulators love them, and this site is a mining-friendly community that welcomes the jobs and opportunities.
There’s nothing holding back this mining company from major success — it’s all in the special report.
That’s why we’re here today.
JOHN:
The research in this special report is truly impossible to find anywhere else.
Your report includes:
- Our completely exclusive interview with this small copper miner’s management team. You can watch this interview for yourself, and hear why this company’s positioning is so unique
- And then details about this small copper miner’s exclusive partnership with mining megacap Rio Tinto
- Plus a complete tour of this small copper miner’s “blue water” copper operations. Only the true insiders of the mining world have access to details like this, and we had to sign our lives away at the security gate to film and record the materials in this special report. Nobody else can show you what we’ve discovered
CHRIS:
And then most important of all, it includes our precise buy and sell recommendation for making the biggest gains.
Just as we did with previous reports, that’ve led to gains of 123%, 149%, and 235%.
And this is just the beginning of what’s to come.
JOHN:
The research report is invaluable and could easily lead to 730% gains or higher, just as we’ve seen before from the resource space.
We’d like to rush you a copy right away.
And best of all for you today, we won’t charge you anything extra to read it for yourself.
All we ask in return is that you try out our research service Digital Dispatch...
Because discovering profitable investment opportunities like this is exactly what our research is all about.
When you click the button below, you’ll be taken to a short order form that shows you how to get started...
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But there’s still a lot more to this offer.
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CHRIS:
That’s right.
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You’ll be able to benefit from our tech insights right away.
JOHN:
As Chris said, we’ve been investing in the tech industry for more than 20 years.
The first two stocks I ever owned were Intel and AOL.
And I’ve been fortunate to enjoy a lot of winners along the way.
In January of 2013 I bought shares in Netflix (NASDAQ: NFLX), when it was just $16 a share.
I was captivated by Netflix’s ability to disrupt the comfortable film and TV industry… and it was my first major purchase as an investor.
As I’m sure you know, it’s climbed almost 4,000% since then.
I bought Cisco (NASDAQ: CSCO) that same month, just before its monumental run.
And I’ve personally been an investor in Nvidia since 2019.
And then at the beginning of 2023, with AI’s growing importance on the horizon, I put out a special report recommending that my readers buy Nvidia — this was BEFORE it became major news... and we were in ahead of the crowd.
We also included this recommendation with the launch of Digital Dispatch.
The rest of Wall Street came piling in once the word was out, giving us a gain of 580%+ in 18 months.
All of these continuous growth in technology is what’s driving the need for more resources.
CHRIS:
As you’ve heard today, the world’s largest companies are spending billions on new “Blue Water” copper...
And the junior miner we reveal in your special report will be the first in line to profit.
- The advanced Rio Tinto-owned formula they’re using can turn a pile of rocks into 99.99% pure copper in a matter of hours...
- They’re turning trash into treasure by squeezing copper out of waste rock that was once considered “impossible” to mine...
- And the higher the price of copper goes, the more money they’ll make.
JOHN:
That’s right.
- “Blue Water” copper is essential to the world’s largest mining companies, including Freeport McMoRan, Ivanhoe Electric, and of course Rio Tinto
- It’s 100% all-American, and has the power to bring back American mining...
- And the junior miner featured in your special report is at the red hot center of it all.
We can’t predict the future.
But we CAN predict that the world’s largest tech companies — including Nvidia, Microsoft, and Apple — are going to keep needing more and more copper if they’re going to achieve their goals.
Trillions of dollars in revenue depend on it.
Copper is already one of the most important raw materials on the planet.
And our modern future is only going to be possible with this new “Blue Water” copper technology.
All of the details are in your special report.
All you need to do to get started is click the button below... and we look forward to seeing you on the inside.
The future won’t wait,
John Carl and Chris Curl
Editors, Digital Dispatch