The year is 2025. Quantum computers have started breaking encryptions. Blockchains are under threat & rushing for protection
Question: Who will save them? 🕵♂️🔎
Answer: A quantum resistant blockchain (read below) 🧵⏬️
$kas $rio $sol $Ada $matic $rndr $inj $qnt $eth $avax
$RIO —-> $20
Probably in 2025
$RIO —-> 175 Million Supply
probably in 2075
Stay focused on fundamentals, not hypotheticals. #RIO#crypto@realio_network
🎁 Celebrate #Zilliqa and #Cardano Interoperability! We are hosting a giveaway to support the occasion: $1000 worth of $ZIL will be distributed among 50 winners!
To Enter:
✅ RT the tweet
✅ Tag 3 friends
✅ Complete Gleam: https://t.co/9phwrHjf07
⏰ September 18-20
#gleam #giveaway
@SaitoOfficial When cex listings to increase exposure and liquidity?
How is engagement with devs and other projects for partnerships and building dapps om saito
If this isn't your clue, then what is!
A good idea to hold at least a small bag $QANX
This is literally a 1000x opportunity!!!
$kas $algo $sol $qubic $rio $egld $ada $cell $qrl $naka $render $akt $btc $eth
Exciting news! The post-quantum signature algorithm QANplatform has been using since the beginning was selected as one of the three finalized PQC standards by NIST today! 🎉🔐
We are really proud that QAN not only identified but also implemented the post-quantum algorithm (CRYSTALS-Dilithium) in its #blockchain platform way before NIST had chosen it.
https://t.co/edRroN7lCw
What is NIST?
US based #NIST (National Institute of Standards and Technology) was founded in 1901. Its role is creating critical measurement solutions and promoting equitable technology standards for the world.
What did NIST announced on August 13, 2024?
NIST announced the first 3 quantum-resistant cryptographic algorithms which can withstand the attack of quantum computers that could potentially crack the security used to protect privacy in the digital systems we rely on every day.
Why is this a big milestone?
After 8 years, 4 rounds, 82+ submissions, the 3 selected encryption algorithms will become part of NIST’s post-quantum cryptographic standard and will play a key role in the next generation of our online cybersecurity: the post-quantum era.
Why do we need new cybersecurity standards?
Today's cryptographic algorithms (RSA, EC) used by the whole internet – including governments, banks, email providers, social media sites, blockchain platforms, etc. – will be cracked by quantum computers. Everyone needs to switch to post-quantum security.
Do we need to worry today?
Quantum computers are a threat even today, because hackers can steal data today and decrypt it later when quantum computers with enough power (qubits) arrive. This method is called "Store now, decrypt later".
How far are quantum computers?
From small startups to IT giants like Google, Honeywell or IBM, and governments – all of them are investing heavily to build quantum computers.
We are already having the wrong conversation in cryptography if we argue about whether we have 1, 3,or 5 years before quantum computers will break today's security algorithms. We must always be ahead of the curve when it comes to cybersecurity.
How can we switch to quantum-resistant security?
Centralized authorities like governments, companies can switch their IT security to post-quantum cryptography much easier than blockchain platforms.
Why is the blockchain technology the most affected by the quantum computing threat?
One of the most important points people forget is that blockchains are decentralized by design. Already running public blockchains (like Bitcoin, Ethereum, Solana, etc.) can not switch to post-quantum cryptography without massive sacrifices severely impacting users.
⚠️This threat affects blockchain technology as follows: all cryptocurrency wallets relying on Elliptic Curve (EC) cryptography which have at least one outgoing transaction will break. In short: hackers will be able to steal your cryptocurrency.
How can QANplatform be quantum-resistant?
QAN implemented a Lattice-based quantum-resistant algorithm called CRYSTALS-Dilithium in Go programming language in its security layer. It is already developed an exists in the QAN Enterprise Blockchain and in the QAN TestNet trough QAN XLINK protocol and will be used also in the QAN Public Blockchain.
Did you know?
First EU🇪🇺country already implemented QAN’s quantum-resistant technology. It protects government-owned cybersecurity infrastructure against quantum computing attacks.