Cellframe Network

@AcedKrypt Absolutely ✨

@cellframenet Quantum is really up!!!

@Limitless_lab 💫💫💫

@cellframenet Definitely it's the future...

@magnumincor Glad you found it helpful! It’s definitely a complex topic, and understanding the implications early is key ✨

@cellframenet A sober view of the situation. Food for thought. It helps to understand the issue of switching to new security algorithms.

We are thrilled to share that the QuantumEVM Testnet has officially launched and is fully operational! This milestone brings a powerful, post quantum cryptography EVM with full support smart contracts, compiler with 32 byte addresses instead of the more common 20 byte addresses. Seamless integration with qWeb3 wallet in Chrome Intuitive blockchain explorer at explorer.quantumevm.com MEV Immune with FIFO transactions NIST MLDSA cryptography Blocks on demand We have an npm package for smart contract deployment. Join t.me/quantumevm today and start building! Coming soon: post quantum privacy layer, full PoS staking and mainnet. #QuantumEVM #TestnetLaunch #SmartContracts #Web3 #PQC #quantum

🎥 What is Post-Quantum Cryptography (PQC) and why it’s already time to talk about it? Quantum computers pose a threat to all current encryption standards. For some algorithms, quantum resistance can be achieved simply by lengthening the key, while others require a complete overhaul of their mathematical foundations. We explain exactly how and why this works, and what cryptography is officially considered post-quantum, in our latest video. Explained in simple terms! Full version: youtu.be/__tJ5Hl6CI8 Subscribe, a series of videos on post-quantum algorithms is coming soon 🚀 #PostQuantum #PQC #QuantumComputing

@IAMKING1786 @danbanin 🩵🩵🩵

@cellframenet @danbanin $CELL @cellframenet is the king of #Quantum tech!

@Ibrahim_Dajin 💪

@cellframenet Keep building

@FeliManjur Absolutely, that’s why building for future-proof security is already a priority today 💫

@cellframenet Today and tomorrow, data security will be the future! #Cellframe $CELL

@donazone_eth 💪🩵

@cellframenet Always locked-in in the game

@ZackSd6 Appreciate the thoughtful breakdown: you captured the key points really well.

@cellframenet @cellframenet Spot on breakdown—legacy chains can't truly go PQ without chaos. Cellframe's designed for it: two-level sharding handles heavy Dilithium/Falcon/Kyber, crypto-agile multi-sigs, no-fork upgrades, KelVPN privacy + DEX live. True quantum resistance built-in! $CELL

@o45633906 Happy to have you with us 🩵

@cellframenet Feels good to be in the right place at the right time $cell Cellframe.net

@FChinaemezu Absolutely agree. L2 can only go so far if the base layer remains vulnerable. That’s why architectural flexibility and built-in adaptability are becoming critical ✨

@cellframenet L2 PQC helps, but if L1 isn’t secure, it’s just delaying the problem The real solution is what you highlighted modular architecture and built-in adaptability + multi-algo security. Q-Day won’t wait for slow upgrades $CELL

QuantumEVM.com test net is live. We had to redo the memory architecture of EVM to also become quantum safe. 20 byte addresses derived from private-> public -> hash are okay, but hash+nonce-> address is a much much smaller quantum circuit. It is also 65% likely to 160 bit birthday attack when using the current BTC hash power. so future proofing required 32 byte addresses. This applies only partially to BTC, but is devastating to EVM addresses.

@stsolutionspro Not at the moment, but for your convenience we’ve gathered all the links where you can buy the token here: cellframe.net/blog/how-to-bu…

@cellframenet Is it available in Binance?

🔐 What Is Actually Called Post-Quantum Cryptography? Not every cryptographic method that is resistant to quantum computers is called post-quantum. This often leads to confusion. Why are some quantum-resistant algorithms considered Post-Quantum Cryptography (PQC) while others are not? What exactly qualifies as post-quantum cryptography, and why did this definition appear in the first place? In this video, we explain: • which cryptographic mechanisms form the foundation of Internet and blockchain security • why ensuring quantum resistance in asymmetric cryptography is especially important • and why it’s already crucial to start preparing for the transition to new security standards. 📺 Watch the new episode (youtu.be/__tJ5Hl6CI8) to understand what exactly is called post-quantum cryptography and why it matters for the future of security. #PostQuantum #PQC #QuantumComputing #Cryptography

@stsolutionspro Price charts can fluctuate, but our focus remains on development and long-term value.

@cellframenet Whatever guy's Your price chart 📉📉📉📉 look's very 😞😞😞😞😞😞😞😞😞 I am not buying

@FChinaemezu Absolutely! Preparing for the post-quantum era is becoming increasingly important for long-term security 🩵

@cellframenet With quantum computing advancing, transitioning to PQC standards is becoming essential for the future of Internet and blockchain security $CELL

@AcedKrypt 💪🩶

@cellframenet But then, $CELL stand chance to be strong. It's clear

@FeliManjur Happy to hear that! We’re glad the video helped make things clearer.

@cellframenet By watching the video, you can understand the truth very clearly! Your perspective will change ! #Cellframe

@brown____elsa Glad it helped clarify things! The difference is subtle but really important, especially when it comes to asymmetric cryptography ✨

@cellframenet Really clear breakdown! The distinction between general quantum-resistant algos and actual NIST-level PQC makes so much sense now — especially why asymmetric crypto is the critical piece that needs replacing ASAP.