QuEra Plans 10,000-Qubit Quantum Computer by 2026, Aiming for Practical Quantum Advantage

https://t.co/l0IjLhCcjR Quantum technologies is the next Tech war, and it’s already started. Every major power has a Quantum Roadmap and that should tell you something. Europe just unveiled its bold plan to lead the quantum race by 2030! Launching new research hubs, a pilot facility for the European Quantum Internet, and quantum chips pilot lines to boost tech sovereignty and innovation. Meanwhile, the US is ramping up its quantum ambitions with major federal investment and private giants like IBM, Google, and Microsoft leading the charge. Google is aiming to build a million-qubit quantum computer, while IBM is targeting a 10,000-qubit system by 2029. Microsoft is developing the technology to enable large-scale quantum machines, pushing the boundaries for the next decade. China’s pouring billions into quantum tech, and has already shipped an operational 1000 qubit quantum computer as it tries to get a leg up in the quantum race with quantum communication patents and infrastructure. Japan, India, Israel, and others aren’t sitting still either, each with their own ambitious quantum roadmaps and investments. As quantum leaps get closer, the clock is ticking for blockchain and crypto security. Quantum computers aren’t a distant threat. Quantum disruption is just around the corner, but as always, with QANplatform, your blockchain can stay ahead of the curve. Who’s ready to future-proof for the quantum age?

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China just leapfrogged into the quantum age. With a live 504-qubit quantum computer and a 1,000km QKD network already securing 500+ state institutions, “Q-Day” isn’t theory anymore—it’s now operational reality. The RSA/ECDSA wall? Crumbling fast. ⏳ 🧵 Here’s what that means for blockchain Legacy cryptography is already being harvested. Every signature. Every exposed public key. Quantum platforms like Tianyan-504 are now active. “Harvest now, decrypt later” isn’t paranoia—it’s current policy. Cold wallets are no longer cold. Public keys = exposure. If your address has been reused, it’s a quantum time bomb. Blockchains must go post-quantum. Fast. Ethereum is exploring PQC. But patchwork cryptography ≠ resilience. What we need is an architecture shift. Noris Protocol is building the only decentralized security layer designed from day zero for a post-quantum world: ✅ PQC-native infrastructure ✅ dPoSec: Proof-of-Security consensus ✅ Swarm AI for real-time threat detection ✅ Self-healing mesh for L1s, dApps, DePINs This isn’t just cybersecurity. It’s survival. The era of quantum insecurity has begun. The only safe path forward is decentralized trust that can’t be broken—even by 1 million qubits.

🚨 #Bitcoin must evolve for the quantum era. Quantum computers are racing toward the power to break #ECC. Every time you send #BTC, your public key is exposed. 🔐Use one-time addresses. ❌Avoid address reuse. Million-qubit machines are coming.🖥️https://t.co/S50TrUVfsF

Google says quantum resources needed to crack Bitcoin may be 20 times less than previously estimatedAccording to Decrypt, Google quantum researcher Craig Gidney published a paper stating that the quantum resources required to break 2048-bit RSA encryption (similar in principle to Bitcoin wallet encryption) have decreased by 20 times compared to the 2019 prediction.The new study shows that a quantum computer with fewer than one million noisy qubits can complete the cracking within a week, whereas it was previously estimated to require 20 million. This breakthrough is attributed to algorithm optimization and improvements in error correction technology. Currently, the most advanced IBM Condor quantum computer has only 1,121 qubits and poses no real threat yet, but IBM plans to launch a 100,000-qubit model by 2033, and Quantinuum aims to achieve full fault tolerance by 2029.The cryptocurrency sector has already begun working on quantum-resistant solutions; Solana is developing a quantum vault, and Vitalik has proposed a fork to address the threat. Notably, the quantum research organization Project 11 has established an $85,000 prize, offering a bounty to teams that use quantum computers to crack a simplified Bitcoin encryption (25-bit key) to assess the urgency of the threat.The U.S. National Institute of Standards and Technology released post-quantum cryptography standards last year recommending the gradual phase-out of vulnerable systems after 2030, but Google's research suggests this timeline may need to be moved forward.

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The #DigiByte MultiAlgo system is a mining framework that uses five distinct Proof-of-Work (PoW) algorithms—SHA256, Scrypt, Skein, Qubit, and Odocrypt—to secure the DigiByte blockchain. It aims to enhance decentralization and security. Each algorithm independently adjusts its mining difficulty every block (approximately every 15 seconds) and accounts for 20% of new blocks, ensuring no single algorithm dominates. This diversity allows various hardware types (ASICs, GPUs, FPGAs, and CPUs) to participate, making mining more accessible and reducing the risk of centralization by specialized hardware. $DGB

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The Freedom Blockchain #DigiByte promotes freedom for people through its decentralized, secure, and accessible blockchain platform, aligning with principles of economic and personal liberty. Here’s how it fosters freedom based on its features and philosophy: Decentralization and User Control $DGB operates without a central authority, such as a CEO or company, and is maintained by a global volunteer community. This removes reliance on centralized institutions like banks or governments, giving users full control over their funds and data. By using a Proof-of-Work (PoW) blockchain with five mining algorithms (SHA256, Scrypt, Skein, Qubit, and Odocrypt), it ensures no single entity can dominate the network, enhancing security and fairness. Economic Freedom DigiByte’s fast transactions (15-second block times, 40x faster than Bitcoin) and negligible fees make it ideal for microtransactions and global payments, bypassing traditional financial intermediaries. Its maximum supply of 21 billion DGB, with a gradual 1% monthly reward reduction, supports a deflationary model that encourages value retention, empowering users economically. The absence of an ICO or significant premine ensures equitable distribution, aligning with its mission of financial inclusivity. Privacy and Security Features like the Dandelion++ protocol obscure transaction origins, protecting users’ IP addresses and physical locations. Digi-ID, a secure authentication system, eliminates the need for traditional passwords, reducing risks of data breaches and enhancing personal security. These tools empower users to maintain privacy and control over their digital identities. Accessibility and Inclusivity DigiByte’s MultiAlgo mining allows diverse hardware (ASICs, FPGAs, GPUs) to participate, making mining accessible to a broader range of people, not just those with specialized equipment. Its open-source nature, released under the MIT license, enables anyone to use, modify, or contribute to the blockchain, fostering a collaborative and inclusive ecosystem. Real-World Utility and Empowerment Through DigiAssets, users can create decentralized digital assets, tokens, and NFTs for applications like property deeds or supply chain verification, enabling innovative solutions without centralized gatekeepers. DigiByte’s scalability and robust infrastructure support real-world use cases, such as secure authentication and data integrity, which enhance personal and economic autonomy. Community-Driven Vision Founded by Jared Tate in 2013, DigiByte emphasizes transparency, integrity, and community governance. Volunteer groups promote adoption and education, reinforcing its commitment to empowering individuals globally.

The Freedom Blockchain #DigiByte promotes freedom for people through its decentralized, secure, and accessible blockchain platform, aligning with principles of economic and personal liberty. Here’s how it fosters freedom based on its features and philosophy: Decentralization and User Control $DGB operates without a central authority, such as a CEO or company, and is maintained by a global volunteer community. This removes reliance on centralized institutions like banks or governments, giving users full control over their funds and data. By using a Proof-of-Work (PoW) blockchain with five mining algorithms (SHA256, Scrypt, Skein, Qubit, and Odocrypt), it ensures no single entity can dominate the network, enhancing security and fairness. Economic Freedom DigiByte’s fast transactions (15-second block times, 40x faster than Bitcoin) and negligible fees make it ideal for microtransactions and global payments, bypassing traditional financial intermediaries. Its maximum supply of 21 billion DGB, with a gradual 1% monthly reward reduction, supports a deflationary model that encourages value retention, empowering users economically. The absence of an ICO or significant premine ensures equitable distribution, aligning with its mission of financial inclusivity. Privacy and Security Features like the Dandelion++ protocol obscure transaction origins, protecting users’ IP addresses and physical locations. Digi-ID, a secure authentication system, eliminates the need for traditional passwords, reducing risks of data breaches and enhancing personal security. These tools empower users to maintain privacy and control over their digital identities. Accessibility and Inclusivity DigiByte’s MultiAlgo mining allows diverse hardware (ASICs, FPGAs, GPUs) to participate, making mining accessible to a broader range of people, not just those with specialized equipment. Its open-source nature, released under the MIT license, enables anyone to use, modify, or contribute to the blockchain, fostering a collaborative and inclusive ecosystem. Real-World Utility and Empowerment Through DigiAssets, users can create decentralized digital assets, tokens, and NFTs for applications like property deeds or supply chain verification, enabling innovative solutions without centralized gatekeepers. DigiByte’s scalability and robust infrastructure support real-world use cases, such as secure authentication and data integrity, which enhance personal and economic autonomy. Community-Driven Vision Founded by Jared Tate in 2013, DigiByte emphasizes transparency, integrity, and community governance. Volunteer groups promote adoption and education, reinforcing its commitment to empowering individuals globally.

# DigiByte is often cited as aligning closely with Satoshi Nakamoto's vision for Bitcoin, as outlined in the 2008 whitepaper—a decentralized, secure, peer-to-peer digital currency. Several features make DigiByte attractive to those who believe it fulfills or advances this vision: Decentralization $DGB operates on a highly decentralized network with no central authority, aligning with Satoshi’s goal of a trustless system. It uses five mining algorithms (Scrypt, SHA-256, Qubit, Skein, and Odocrypt) to prevent mining centralization, making it harder for any single entity to dominate the network (e.g., through ASIC dominance). This contrasts with Bitcoin, where mining has become more centralized over time. Its global node distribution and open-source development further enhance decentralization, reducing reliance on any single developer or organization. Speed and Scalability DigiByte boasts faster transaction confirmations than Bitcoin, with 15-second block times compared to Bitcoin’s 10 minutes. This makes it more practical for everyday transactions, a key part of Satoshi’s vision for a peer-to-peer electronic cash system. It has implemented features like DigiSpeed, which optimizes transaction processing, and supports up to 560 transactions per second (TPS), far exceeding Bitcoin’s ~7 TPS. With plans for future upgrades, DigiByte aims to scale further, addressing Bitcoin’s scalability limitations. Security DigiByte’s multi-algorithm mining enhances security by making it resistant to 51% attacks, as attackers would need to control multiple algorithm pools simultaneously. This strengthens the network’s robustness, a core concern in Satoshi’s design. Features like DigiShield (a difficulty adjustment algorithm adopted by other cryptocurrencies) protect against malicious mining practices, ensuring network stability. Low Fees DigiByte transactions typically have very low fees, often fractions of a cent, making it viable for microtransactions. This supports Satoshi’s vision of a currency that can be used for small, everyday purchases without prohibitive costs, unlike Bitcoin, where fees can spike during network congestion. Community-Driven Development DigiByte is developed and maintained by a decentralized, volunteer-driven community rather than a corporate entity or foundation. This aligns with Satoshi’s ethos of a system not controlled by any single party, fostering trust and resilience. Focus on Utility Over Speculation Unlike many cryptocurrencies that prioritize store-of-value or speculative trading, DigiByte emphasizes real-world use cases. Features like DigiAssets (for creating tokens and smart contracts) and Digi-ID (a blockchain-based authentication system) expand its utility beyond simple payments, envisioning a broader ecosystem for decentralized applications—while still rooted in Satoshi’s currency-focused framework. Fixed Supply and Gradual Issuance With a 21 billion coin cap and a 1% monthly block reward reduction, DigiByte mirrors Bitcoin’s controlled supply model, which Satoshi designed to prevent inflation and promote scarcity. This gradual issuance supports long-term stability without the extreme deflationary pressure of some other coins. Resistance to Centralization Trends DigiByte’s community and developers actively resist trends that could compromise decentralization, such as reliance on layer-2 solutions (e.g., Lightning Network) or institutional custodianship. This keeps it closer to Satoshi’s original intent of a fully on-chain, accessible system.

🎉 Big news from Google in the quantum computing world! 🚀 Their team just unveiled a hybrid approach to quantum simulations using a 69-qubit Sycamore chip. Why does this matter? 🤔 Well, it’s a game-changer! Not only does it provide a fresh way to model complex physical systems, but it also challenges the Kibble-Zurek theory—turns out it's not as universal as we thought! Here’s the scoop: Quantum simulations let us tackle systems that classical computers can't handle. Google’s combo of: - Digital methods: Flexible, but slow 🐢 - Analog methods: Fast, but tricky to set up ⚙️ This hybrid approach gives us both speed and versatility! They've reduced errors to just 0.1%—while supercomputer Frontier would take eons to hit that precision! ⏳ In their recent simulation of a magnet (think qubits as magnetic spins), they found that spins aligned gradually during interaction—showing off the Kosterlitz-Thouless transition, similar to how water freezes. ❄️ But here’s the twist: The Kibble-Zurek theory predicted spin “sticking,” yet they merged instead! This revelation could reshape how we create stable quantum states. 🌟 The hybrid method is super versatile—from merging quantum bits to modeling heat exchange. Google’s already testing this on their Willow chip! 🔍 What could this mean for us? 🚀 - New materials & superconductors - Breakthroughs in medicine & chemistry - Optimizations in AI, logistics & finance 💼 - Efficient batteries & eco-tech 🌍 Stay tuned; the quantum revolution is just getting started! 🌌 #QuantumComputing #Innovation #TechNews

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According to @_weidai, it's going to be a while before quantum computing poses a serious threat to crypto. Qubit quality matters more than quantity. https://t.co/7flUojSkWC

According to @_weidai, it's going to be a while before quantum computing creates a serious threat to crypto. Qubit quality matters more than quantity. https://t.co/Kxz8QBhC08

⚠️ Fujitsu & RIKEN just unveiled a 256-qubit quantum computer — and aim for 1,000 qubits by 2026. At this pace, breaking today's encryption is within reach. The blockchain world must treat post-quantum cryptography as a now problem, not a future one. https://t.co/Zgs5T5DMKP https://t.co/Q8ltRJMPeV