Cellframe Node 5.4 is Released! The new version is now available for download! 💜

This release brings key updates focused on the full launch of the Transaction Composer. This is a special module used to create transactions in the Cellframe Wallet. It is primarily relevant for Ultra-Light mode, where the wallet works with remote public nodes, but it also works in Local and Remote modes when the wallet wasn’t created on a node. The module is implemented on the Cellframe SDK side and generates transactions in JSON format (text files) for submission to the node.

To ensure this process works correctly in Node 5.4, we optimized the mempool_add command, which handles reading transaction JSON files.

Debugging the Transaction Composer was a long process, but with the release of Node 5.4, its operation has been stabilized. It now supports nearly all types of transactions: from standard token transfers between wallets, to bridge transfers, staking, and voting. This also stabilizes the Ultra-Light mode of our wallet.

Another important update in this Node version concerns blockchain voting functionality. We added the ability to cancel an open vote using a special command. We also introduced vote statuses (active, expired, completed, canceled) and added a token filter when displaying the list of votes.

🔺 Download the new Node version now!

#cellframe_update #cellframe_node

🔺 This Thursday, August 21, we’ll be holding our traditional AMA session with Dmitry Gerasimov, Demlabs CEO and Cellframe project lead!

➡️ Submit your questions to Dmitry via the special form or leave them in the comments under this post.

Here's the plan:
📌 August 21
☑️ 12:00 UTC

Where to watch:
● Our YouTube channel

Don’t miss the chance to hear the latest updates about the Cellframe project! We’ll see you at the broadcast!

#AMA_cellframe

▪️ The First Listing of Dotflat on a Centralized Exchange!

Flatcoins $DFC and the project's governance tokens $RLE are now available for trading on CetoEX.

Trading pairs: RLE/USDT and DFC/USDT.

The tokens are already available for deposit and withdrawal (ERC-20).

Thank you for your support! Stay tuned so you don't miss a thing! 💚

#dotflat_announcement #NewListing #CryptoListing

Attention! 💡

Due to ongoing maintenance work on the Backbone and KelVPN networks, the bridge and staking websites are currently operating in limited mode.
We’ll let you know once the work is completed — stay tuned for updates.

Thank you for being with us ♥️

#cellframe_announcement #cellframe_maintenance

🔊 Maintenance is complete!

The functionality of the Bridge and Staking services is now fully available to users.

Thank you for your support! Stay connected through our social media channels to never miss an update! ♥️

#cellframe_announcement #network_alert_cellframe

⚡️ Don't miss the AMA session with Dmitry Gerasimov today, Thursday, August 21 at 12:00 UTC!

📌 Join the live stream: Youtube channel.

See you there!

#AMA_cellframe

🔖 We’ve prepared the full text version of the August 21 AMA session with Dmitry Gerasimov — CEO of Demlabs and Cellframe project lead!
It includes Dmitry’s answers to the most pressing community questions.

Here are the key topics we covered:
• Integration of the native Cellframe protocol on centralized exchanges.
• Cellframe Auctions: token locking for voting.
• Node 5.4 update and the transaction composer.
• Plans for version 6.0: hardfork and API update.
• Self-developing blockchain and autonomous coding agents.

We also discussed security and the future of the Cellframe ecosystem!
💜 Read the full recap on the Cellframe blog!

#AMA_transcript_cellframe

🔥 Asymmetric encryption is a method of securing data that uses two different keys: a public key (for encrypting data and verifying signatures) and a private key (for decrypting data and creating signatures). When a user wants to send tokens, they sign the transaction with their private key, creating a digital signature. The network then verifies this signature using the public key, ensuring that the transaction was indeed initiated by the rightful owner.

🔘Among the classical algorithms, asymmetric ones include, for example, the ECDSA digital signature algorithm and also RSA-2048. They are used by many popular blockchain platforms.

🔘The foundation of these algorithms lies in distinct mathematical problems: elliptic curves for ECDSA, and integer factorization (breaking down large numbers into prime factors) for RSA-2048. While the problems are very different, they share a critical vulnerability: both can be solved efficiently by a quantum computer using Shor’s algorithm.

Post-quantum signatures are also asymmetric, but they are based on mathematical problems that are believed to be resistant to Shor’s algorithm. These include lattices, hash functions, multivariate quadratic equations, isogenies, and error-correcting code problems.

Within the Cellframe blockchain, signatures from two of these families have already been integrated: Falcon and CRYSTALS-Dilithium (lattice-based), as well as SPHINCS+ (hash-based). The latter, however, has a very large signature size, so we recommend using it only in exceptional cases — though it is available in our SDK if needed.

We built support for post-quantum cryptography into Cellframe from the very beginning of the design stage. To achieve this, we developed mechanisms that allow the blockchain to operate efficiently even with heavy post-quantum signatures. More importantly, we also implemented mechanisms for quickly removing or adding new algorithms. This means the list of supported schemes is not final — it will evolve as post-quantum cryptography advances and as new standards are established by NIST. Most importantly, if one of our supported algorithms is ever broken in the quantum era, we will be able to rapidly replace it with a stronger and more efficient one.

#CellframeAlphabet #CryptoAlphabet #AsymmetricEncryption #DigitalSignatures #CellframeKnowledge

📄 What is a White Paper — and why should you actually read it?

A White Paper isn’t just a PDF — it’s the foundation of any crypto project: its vision, economics, and technology.

☑️ In our Cellframe White Paper, you’ll find our core ideas: post-quantum blockchain security, custom solutions for running services on-chain, scalability, load balancing, and unique mechanisms like conditional transactions.

Make smart choices. Invest in real tech.

#crypto #whitepaper #cellframe #blockchain #tokens #lightpaper #web3 #cryptocurrency #fintech #tokenomics #cryptoeducation #transparency

Post Quantum Dawn: the future of blockchain after Q-day starts here 🔺

📍 October 28 | Dubai
🌐 Blockchain Life 2025 | Post Quantum Dawn by Cellframe Network

Join us live for an exclusive side event hosted by the Cellframe Network team during Blockchain Life 2025 — Post Quantum Dawn.

Right in the heart of Dubai, we’ll gather to explore one of the most pressing questions of the decade: what does the blockchain industry look like in the age of quantum computing?

On the agenda:
🔘Post-quantum cryptography: how it works, and why it matters today
🔘Panel discussions
🔘Special guests and speakers, deep tech talks, Q&A sessions, and real Web3 networking
🔘Giveaways, interactive elements, and of course — exclusive updates and announcements from the Cellframe team

Don’t miss it — space is limited.
Registration opens soon — stay tuned!

Post Quantum Dawn is coming.
The future is now.

#PostQuantumDawn #Cellframe #CellframeNetwork #QuantumResistance #PostQuantum #QuantumSecurity #Web3 #Blockchain #Crypto

🔺 This Thursday, September 18, we’ll be holding our traditional AMA session with Dmitry Gerasimov, Demlabs CEO and Cellframe project lead!

🔘 Submit your questions to Dmitry via the special form or leave them in the comments under this post.

Here's the plan:
📌 September 18
☑️ 12:00 UTC

Where to watch:
● Our YouTube channel

Don’t miss the chance to hear the latest updates about the Cellframe project! We’ll see you at the broadcast!

#AMA_cellframe

⚡️ Don't miss the AMA session with Dmitry Gerasimov today, Thursday, September 18 at 12:00 UTC!

📌 Join the live stream: Youtube channel

See you there!

#AMA_cellframe

New Feature in Cellframe Wallet ⚡️

We’ve added a new feature that displays the type of signature used when a wallet was created. This information is now available directly in the wallet list.

This comes at the perfect time: we’re preparing to release Node version 6.0, which will completely remove support for signatures that are either NIST-unapproved or known to be compromised.

☑️ What’s new and important:
• The wallet interface now shows the signature type used.
• Users with outdated signature types will receive an in-app notification.
• Support for outdated schemes (BLISS, Picnic, and Tesla) will be discontinued in version 6.0.

☑️ What you need to do:
• If your wallet was created using a now-deprecated signature scheme, simply create a new wallet using one of the recommended and supported options, and transfer your funds there.
• Recommended and supported signature types: Falcon, CRYSTALS-Dilithium, and Sphincs+.

To see the signature type, make sure your wallet is updated to the latest version.

Please don’t delay — the update is just around the corner. Make sure your assets remain secure and accessible.

#cellframe_announcement #Cellframe_Wallet #WalletUpdate #SecurityNotice

Attention! 💡

Due to ongoing maintenance work on the Backbone and KelVPN networks, the bridge website are currently operating in limited mode. We kindly ask you to temporarily refrain from making transactions.
We’ll let you know once the work is completed — stay tuned for updates.

Thank you for being with us!

#cellframe_announcement #cellframe_maintenance