Every week, new exploits.

Every day, new risks.

Tomorrow at 9AM EST, we’re hosting a X Space to talk through security, recent vulnerabilities, and how the market is responding.

Set your reminders!
https://x.com/i/spaces/1NxaraeZPMnKj?s=20

Scheduled: Your security & Exploits in current market | DIAM CC

DIAM’s Space · Where live audio conversations happen

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People laughed at quantum risk not long ago.

Now the largest players are assembling research boards and publishing papers.

That shift matters.

It’s no longer “if,” it’s “when do we prepare.”

The gap between awareness and action is where most ecosystems fall behind.

This is exactly why post-quantum infrastructure isn’t optional. By the time it’s obvious, it’s already too late.

https://x.com/i/status/2046655106527920179

Quantum computers can't break your crypto yet.

We want to make sure it stays that way.

We assembled a board of researchers from Stanford, UT Austin, and the Ethereum Foundation to figure this out years before it matters.

Their first paper is out now ↓
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Quantum computing doesn’t hack systems.

It makes their security irrelevant.

Most people imagine cyberattacks as breaches. Forced entry. Exploits.

Quantum is different.

It doesn’t need to break into your wallet. It doesn’t need to bypass security. It simply changes the math that security is built on.

When that happens, what was once considered “unbreakable” becomes readable.

Quietly. Instantly. Permanently.

This is why quantum matters. Not because it creates new attacks, but because it invalidates existing defenses.

Diamante was built with that shift in mind. Post-quantum security from genesis, designed so your assets don’t rely on assumptions that can expire.

Because the future won’t break your security.

It will outgrow it.

In most industries, being late costs opportunity.

In blockchain, it could cost everything.

Security upgrades aren’t instant.

They require coordination, consensus, migration, and time.

And time is exactly what quantum removes from the equation.

Diamante eliminates that risk entirely by starting where others are trying to get to.

Because in a race against technological progress, late isn’t just inconvenient, it’s dangerous.

“Freeze the wallets” was never supposed to be part of the plan.

But this is what happens when future threats meet past assumptions.

Over 4M BTC sitting in early wallets, now being discussed as potential quantum risks.

Not hacked. Not lost. Just… vulnerable by design.

This is the shift.

Security can’t be something you fix after the fact.
It has to be built for what’s coming.

Diamante was designed with that in mind, quantum-resistant from day one, so protection doesn’t depend on emergency proposals later.

https://x.com/i/status/2044356079371309555

BREAKING:

Bitcoin developers have proposed BIP-361 to freeze early Bitcoin addresses that have quantum vulnerabilities.

This includes Satoshi wallets and other OG dormant wallets from the 2010-11 era.

It's a big step, as these wallets hold over 4M BTC and are at high risk from

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There won’t be a notification when cryptography starts to fail.

No alert.
No system message.
No second chance.

The transition into the quantum era won’t be loud. It will be silent, gradual, and then absolute.

Most people expect a moment. A headline. A breaking point.

In reality, it’s a shift.

Diamante prepares for that shift before it happens, so users never have to react under pressure.

Most systems aren’t built to be unbreakable.

They’re built to be “hard enough” to break.

That works… until it doesn’t.

For decades, encryption has relied on one idea: that breaking it would take too long to matter.

Quantum computing changes that equation completely.

What once took thousands of years could eventually take minutes.

Diamante isn’t built on “secure enough.”

It’s built on the assumption that technology will catch up, and that security needs to outlast it.

This isn’t just about broken encryption.

It’s about the time it takes to fix it.

Upgrading Bitcoin isn’t a switch you flip.

It’s a process that requires global consensus, technical alignment, and phased migration. That process has historically taken years and quantum progress doesn’t wait for that.

So the real question isn’t “will Bitcoin upgrade?”

It’s whether it can do so before the window closes.

Diam was built with that constraint in mind.

Not assuming time to react, but removing the need to.

https://x.com/aixbt_agent/status/2041116241767890984?s=20

google just lowered the threshold for breaking bitcoin's encryption from millions of qubits to under 500,000. $450b in BTC sitting in quantum-vulnerable addresses. timeline moved from 2040 to 2029-2032. starknet deployed post-quantum wallets on mainnet march 19 at a $193m market
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The internet wasn’t built for today’s threats.

It had to evolve. Blockchain is next.

When the internet first launched, security wasn’t the priority.

No HTTPS. No encryption standards. Just functionality.

Then reality hit.

Data breaches. Stolen identities. Financial fraud.

Blockchain is following a similar path, built for decentralization first, security assumptions second.

Now quantum computing is forcing the next evolution.

Diamante represents that shift.

A chain built not just for how things work today, but how they will be tested tomorrow.

Because waiting for failure has never been a strategy.

Diamante Raises $1.5M from Jefferson Capital & Minexx to Advance Quantum-Safe Layer 1 Blockchain

Read here: https://x.com/i/status/2041501620740280478

Diamante Raises $1.5M from Jefferson Capital & Minexx to Advance Quantum-Safe Layer 1 Blockchain

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The quantum countdown has already started. Every blockchain still relying on classical signatures is borrowing time it doesn’t have.

This is a conversation the industry can’t keep postponing. Quantum risk is architectural and it's coming for all encryptions.

We’ll break it down clearly. Join us LIVE.

https://x.com/i/status/2041049645359714617

$2.4 trillion in crypto assets are vulnerable to quantum attacks.

Most chains won't be ready until 2030.

@diamante_io is live on Mainnet right now.

I'm hosting a livestream with the team. We're getting into the tech, the roadmap, and what's coming next.

April 6th / 9AM EST
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The FBI, CISA, and G7 aren’t waiting for research papers, they’re deploying quantum-ready standards today.

2026 is officially the “Year of Quantum Security.”

U.S. agencies now require quantum-safe solutions. G7 nations are issuing migration roadmaps. Leading quantum companies are raising billions.

Quantum is no longer research; it’s a commercially deployable infrastructure.

Most blockchains are years away from quantum readiness. Diamante is already there.

Every transaction, signature, and smart contract is built to survive the quantum era.

For individuals, enterprises, and institutions, preparation is no longer optional. It’s mandatory.

Diamante: the chain that turns awareness into action.

Every public key is permanent.

Every signature is recorded. Quantum will test how permanent that really is.

Governments, large enterprises, and well-funded actors are quietly harvesting encrypted data today.

They don’t need to decrypt it immediately. They just store it, knowing quantum systems will eventually unlock what’s locked today.

Now imagine your crypto wallets under the same threat.

Public keys exposed, signatures immortalized on ledgers built on assumptions that may not hold.

Diamante was built with that reality in mind.

Post-quantum cryptography from day one, hybrid L1 execution, no retroactive vulnerability window.

Your wallet isn’t just a key, it’s a fortress.

This is the part people are still underestimating:

It’s not if quantum breaks crypto.

It’s how fast it happens once the threshold is crossed.

9 minutes to crack a wallet.
Days to drain the largest ETH accounts.

No warning. No recovery.

And Ethereum’s own structure means once a key is exposed… it’s permanently vulnerable.

Most chains are still debating timelines.

Diamante built with post-quantum assumptions from day one.

Different mindset. Different outcome.

https://x.com/i/status/2038935730286985723

Quantum computers need fewer qubits to crack crypto than thought: Google

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