Last week, an independent researcher named Giancarlo Lelli sat down at his computer, accessed publicly available quantum hardware through the cloud, and did something that shouldn’t be possible.
He cracked a 15-bit encryption key protecting Bitcoin.
What’s even more frightening is that the entire process took less time than it takes to brew a pot of coffee.
For his efforts, Giancarlo took home a single Bitcoin as his prize. I can’t help but wonder how soon he’ll cash out knowing the quantum advantage is getting closer by the day.
You see, he just proved that the countdown to quantum computing cracking crypto isn’t theoretical anymore.
It’s already begun.
Last month, Google researchers published findings in March showing that a sufficiently powerful quantum computer could crack Bitcoin’s core 256-bit cryptography in under nine minutes.
Yes, you read that correctly — 9 minutes!
For the record, that’s less time than it takes for a Bitcoin transaction to confirm on the blockchain.
Bitcoin uses 256-bit encryption; Lelli cracked 15-bit. I know that sounds like a massive gap — and it is.
But here’s the thing…
The previous record was a 6-bit key that was set about seven months ago.
That’s a 512-fold jump in difficulty in half a year.
Perhaps more terrifying for current bitcoin hodlers is that this progress isn’t being made in some billion-dollar classified installation that’s under 24/7 surveillance.
Lelli used cloud-accessible hardware that anyone can rent.
The Best Free Investment You’ll Ever Make
Our analysts have traveled the world over, dedicated to finding the best and most profitable investments in the global energy markets. All you have to do to join our Energy and Capital investment community is sign up for the daily newsletter below.
The quantum computing threat to crypto isn’t some distant problem for future regulators to worry about. It’s happening right now, in public, with tools YOU could access today if you wanted to.
Now to put a little more perspective on this, keep in mind that roughly 6.9 million Bitcoin — nearly one-third of the entire supply — sit in wallets that are already vulnerable.
These are the “static” wallets that revealed their public keys on the blockchain years ago.
So, once a quantum computer gets powerful enough, those coins can be drained at leisure.
No time pressure or nine-minute race against transaction confirmation times — just methodically cracking keys one by one.
That includes the legendary 1 million bitcoins held by Satoshi Nakamoto, which have been untouched since the network’s early days and hold a staggering value of about $62 billion at current prices.
That fortune is just sitting there, waiting for the quantum countdown to finish.
When a Coinbase-convened panel of six leading cryptographers released a position paper this week, it warned that a quantum computer powerful enough to break blockchain encryption will eventually be built.
That’s not “might,” folks.
It’s an inevitability.
And although the threat isn’t imminent, the window to prepare for this is quickly narrowing.
The blockchain industry has been preparing for this eventuality… at least, part of it.
Ethereum’s been working on it for eight years, yet bitcoin hasn’t even started.
In fact, Google announced it’s transitioning its entire infrastructure to post-quantum cryptography by 2029. That’s a three-year timeline for one of the world’s most sophisticated tech companies with unlimited resources.
Now just imagine what it’ll take for a decentralized network like bitcoin, where consensus is required for every protocol change and where millions of wallets need to be upgraded.
The clock’s ticking, and every quantum breakthrough that gets announced — every improvement in qubit count, advance in error correction, and algorithmic efficiency gain — accelerates the timeline.
Welcome to the dangerous side of quantum computing — the part that threatens to upend crypto markets, break encryption standards that protect everything from bank transactions to state secrets, and fundamentally undermine the mathematical assumptions our entire digital security infrastructure is built on.
But here’s the thing about quantum computing: it’s a dual-edged sword.
Look, the exact same quantum technology that threatens to upend the crypto market is also helping researchers do something extraordinary.
We saw that much last month, when IBM and a team of university researchers created a molecule that’s never existed before.
You have to admit that’s pretty damn cool.
They assembled it atom by atom using a scanning tunneling microscope, removing chlorine atoms one by one from a fully chlorinated carbon ring until only two remained.
What they ended up with was C₁₃Cl₂ — a molecule whose electrons don’t move through its structure the way electrons move through any other known molecule.
Instead, they travel in a corkscrew pattern…. a half-Möbius topology, meaning the electronic structure undergoes a 90-degree twist with each circuit requiring four complete loops to return to the starting phase.
Nothing like it has ever been synthesized, observed, or even formally predicted.
Of course, it took a quantum computer to prove that this molecule behaves the way it does, something that a classical computer simply can’t simulate.
The electrons inside this thing interact in ways that are impossibly complex — each one affecting all the others at the same time; regular supercomputers simply aren’t built to solve that kind of problem.
Quantum computers, however, run on the same physics that govern how electrons actually behave, which means that they don’t have to guess or approximate.
That matters because if you can control how these tiny structures behave at the electronic level, you can design them to do very specific things and stick to targets in exact ways.
Or, perhaps, give them chemical properties built for particular jobs.
Properties that could make them into life-saving drugs.
That brings us to the real story today — the good side to the dual-edged sword that comes with this technology: AI-powered drug discovery turbocharged by quantum computing.
Look, my veteran readers know full well that the drug discovery process is brutally expensive and painfully slow.
Remember, bringing a single new drug to market takes more than a decade to come to fruition, and costs upwards of $2.6 billion!
What may surprise you is that most of that cost comes from failure.
Why? Well, because candidates that look promising in early stages will probably fail during clinical trials due to unforeseen toxicity or lack of efficacy.
The core problem is that traditional computers struggle to accurately model the quantum-mechanical interactions that govern molecular behavior; the chemical space of potential drug compounds is estimated at 10⁶⁰ molecules.
In case you’re wondering, that’s more combinations than classical algorithms can efficiently explore, which is what makes quantum computing such a game-changer.
By simulating molecular interactions at the electronic structure level — the same way IBM simulated that half-Möbius molecule — quantum computers can predict binding affinity, molecular stability, and toxicity far more accurately than classical methods.
In other words, they can calculate properties like how strongly a drug molecule will bind to its target protein. This offers deeper insights into the relationship between a molecule’s structure and its biological activity.
We’re talking about optimizing clinical trial designs and predicting drug-target interactions across enormous datasets. Quantum computers can even model protein folding and protein-drug binding in ways that traditional systems can’t.
Look, quantum computing won’t just incrementally improve the pharmaceutical pipeline.
It’s going to transform it by cutting development timelines by more than half, reducing costs, and enabling the discovery of therapies that are literally impossible to find with today’s tools.
The question isn’t whether quantum computers will reshape crypto and pharma.
The only thing you should be asking is how fast it’s going to happen.
And you can bet that countdown has already started.
Until next time,
Keith Kohl
Check us out on YouTube!A true insider in the technology and energy markets, Keith’s research has helped everyday investors capitalize from the rapid adoption of new technology trends and energy transitions. Keith connects with hundreds of thousands of readers as the Managing Editor of Energy & Capital, as well as the investment director of Angel Publishing’s Energy Investor and Technology and Opportunity.
For nearly two decades, Keith has been providing in-depth coverage of the hottest investment trends before they go mainstream — from the shale oil and gas boom in the United States to the red-hot EV revolution currently underway. Keith and his readers have banked hundreds of winning trades on the 5G rollout and on key advancements in robotics and AI technology.
Keith’s keen trading acumen and investment research also extend all the way into the complex biotech sector, where he and his readers take advantage of the newest and most groundbreaking medical therapies being developed by nearly 1,000 biotech companies. His network includes hundreds of experts, from M.D.s and Ph.D.s to lab scientists grinding out the latest medical technology and treatments. You can join his vast investment community and target the most profitable biotech stocks in Keith’s Topline Trader advisory newsletter.
