Ixios

$IXIOS

First wallet with support for $IXIOS now available!

As i already mentioned before, security concerns make BTC/ crypto in general less appealing if the fundamentals show evan a small crack. Future risks talks -> insitutions become more risk adverse.

$IXIOS Deposits and Withdrawls are now active on Coinstore. Please ensure if you make a withdrawl, that you use your *full Ixios address* as seen in IxiosSpark. Do not withdraw to a legacy address. For a guide on how to deposit IXIOS coins to Coinstore, see here: docs.ixios.io/ixiosSpark/tra…

From mainnet to markets, $IXIOS is now on Coinstore. Thank you, Ixios community.

MAQSA. Make assets quantum safe already. $IXIOS

$IXIOS blockchain and ecosystem will be unbothered.

Regardless of what the ETA to have a CRQC is we need to be prepared way ahead. Reaching consensus on what the best solution is requires time. Big companies, banks in general are upgrading to PQC. The *public* informations tell us QCs are a thing. What about the non public ones?

We can now track all $BTC quantum vulnerable addresses as well as knowing why they are.

Massive upgrade coming for Ixios in IxiosSpark V1.1 $IXIOS

New Release: IxiosSpark v1.0.5 Changelog: * Fixed Unclean Shutdown Bug * Improved Network Connectivity github.com/ixios-io/ixios…

The Roadmap to Quantum-Resistance As the Ixios blockchain network continues to hum forward, let's review some of the key development steps required to achieve a truly quantum-resistant blockchain. Post-Quantum Cryptography (PQC): All digital signatures must use PQC, such as CRYSTALS-Dilithium or SPHINCS+ Extended Address Format: Addresses must be sufficient size to achieve post-quantum security. Peer Discovery Protocol: The p2p discovery protocol must use PQC key derivation or signatures. Secure Key Management: Wallet encryption must not rely on encryption such as AES-128, and instead must use a quantum-safe alternative. With the foundational elements in place, we look ahead to the network's evolution.

Why Quantum Computing Threatens Current Cryptography In modern digital security, everything from online banking to encrypted messages relies on mathematical problems that are easy to do in one direction, but hard to reverse without a key. Two main systems used today are: RSA (Rivest-Shamir-Adleman): Based on the difficulty of factoring large numbers. ECC (Elliptic Curve Cryptography): Based on the difficulty of solving elliptic curve discrete logarithms. These systems are currently secure against classical computers, but not against future quantum computers. 1. Breaking Encryption: Shor's Algorithm Quantum computers can efficiently run Shor's algorithm. This means: RSA and ECC would be broken. Digital signatures used to verify identity and transactions, can be forged. Key exchanges used to start a secure connection, can be intercepted. Confidential data, like login credentials and encrypted messages, can be decrypted. This would undermine the entire security layer of: - Mobile banking - E-commerce platforms - Fintech services - Cryptocurrencies and blockchain applications 2. Retroactive Risk: Harvest Now, Decrypt Later Even though quantum computers aren't breaking encryption today, attackers can store encrypted data now and decrypt it later when quantum computers become viable. This is known as the "store now, decrypt later" attack. What’s at risk: - Personal emails and private messages - Health records - Financial transactions - Corporate secrets - Government communications In short, anything encrypted with classical encryption today, can be compromised in the future. 3. Blockchain Vulnerability Blockchains like Bitcoin and Ethereum depend on ECC for wallet security and transaction validation: Each wallet is tied to an ECC keypair. To spend or transfer funds, you sign transaction messages with the private key. A sufficiently large quantum computer could: Derive private keys from public keys Forge digital signatures Steal funds directly from wallets Why PQC (Post-Quantum Cryptography) Matters PQC is a new set of cryptographic algorithms designed to be secure against quantum attacks. These algorithms are based on mathematical problems not vulnerable to known quantum algorithms. PQC is still being standardized and adopted, creating a dangerous window of vulnerability.

Bitcoin 2025 in Las Vegas We're pleased to share that the Founder of the Ixios Foundation @alyssa_enx attended the Bitcoin 2025 Conference in Las Vegas. This event was a gathering of industry experts and enthusiasts and was a unique opportunity to network with others in the space. We are looking forward to participating in the upcoming events!

🔥COMING SOON ON COINSTORE🔥 👏Welcome: @ixios_io $IXIOS👏 👇Watch this space for more👇 🌎Official Website: ixios.io 👩‍👦Official Telegram: t.me/ixios_io

Quantum computers will eventually break ECDSA. We don't know when that is going to happen. Nobody knows when a breakthrough comes into place, but when it does it will be chaotic.

The Ixios mainnet is now bootstrapped and stable with one-second block times! All 40 validators are performing well and sealing blocks. Explore the blockchain on the @ixoflow block explorer, live now!

IXIOS x Hacken We are thrilled to announce our partnership with @Hackenclub, a leading cybersecurity auditing firm. Hacken brings great expertise which will enhance the security of the ixiosSpark client. This partnership highlights our commitment to security. Let's future proof Web3!

Progressing each day towards our goal. The first steps to a future proofed protocol 🤝 Designed to be fast, familiar, scalable and to embrace cryptography advancements $IXIOS

IxiosSpark v1.0.2 has been released! IxosSpark is the reference client for Ixios, designed to be compatible with the Ixios protocol while retaining established security. Sourcecode available now at github.com/ixios-io/ixios… We invite the community to explore the code and contribute to the future of Ixios.