Pepe Namaste

[QANplatform @QANplatform]

Important Update

Our Co-Founder & CTO has released an open letter addressing community feedback and reinforcing our commitment to the MainNet launch this year.

[QANplatform @QANplatform]

2025 was QANplatform's year of quantum-safe breakthroughs!

✅ QVM passed Hacken's 2,800-test audit
✅ QAN XLINK passed Hacken quantum security audit
✅ Protecting Ueno Bank's 2.2M customers with SignQuantum
✅ Latin America expansion via SignQuantum & ITTI
✅ Blockchain for Europe membership + CTO panel with Europol

Full 2025 recap live now 👇
https://t.co/fVcCDzNxMs

[QANplatform @QANplatform]

December Recap: Advancing EU Cybersecurity Dialogue and Continued Technical Progress

We integrated audited QVM and QAN XLINK modules into QAN TestNet, started migrating infrastructure to Kubernetes, refined the QAN XLINK app, started the preparation on the final audit, and contributed to EU quantum-safe blockchain discussions.

Read the full recap on our blog:
https://t.co/5lXTkX7A6G

[Pepe Namaste @Anir_MN]

@sciencegirl Unit lost

[QANplatform @QANplatform]

https://t.co/b8yyJy2ohL

Google and the UK's National Quantum Computing Centre (NQCC) have announced a collaboration, providing researchers access to Google's advanced Willow quantum processors through grants.
Proposals are due by January 31, 2026.

Quantum computing is advancing rapidly, with IBM’s roadmap aiming for quantum systems built from modules totaling over 4,000 qubits in 2025, and many industry roadmaps anticipating practically useful fault‑tolerant systems emerging around the 2030 horizon.

Willow highlights the accelerating quantum capabilities that underpin the emerging threat to today’s cryptography and reinforces the urgency behind NIST’s newly finalized post‑quantum encryption standards, which are intended to protect digital infrastructures from future quantum attacks.

This development serves as a critical reminder: accelerating quantum progress renders current encryption obsolete in the near term.

Organizations should prioritize integration of quantum-resistant technologies to safeguard assets.

[QANplatform @QANplatform]

https://t.co/G32Kbilx4P

Quantum-safe readiness has a score.
IBM’s Quantum‑Safe Readiness Index (QSRI) gives a shared language: scores, activities, phases to discuss quantum‑safe readiness with boards, regulators and partners.

Once quantum computers reach sufficient scale and stability, many of today’s widely deployed encryption schemes can be broken, and that’s a problem because cryptography underpins everything from payment rails and core banking to smart contracts and cross‑chain bridges. Governments have already moved: NIST’s 2024 PQC standards are now the de facto reference for quantum‑resistant algorithms, with the UK, Europe and multiple Asia‑Pacific countries building national PQC migration plans around them.

QSRI itself is built on 14 activities across three areas: quantum‑safe discovery, observability and transformation combined into a 100‑point index that can be re‑assessed over time for organizations, industries and regions.
The 2025 results show discovery and observability improving faster than transformation, which means many players are still just mapping where cryptography lives instead of fully rebuilding for a quantum‑safe world.

QSRI puts the 2025 global average at 25/100, only a modest rise from 21 in 2023, while the top 10% quantum‑safe champions are already scoring 35–50.

IBM warns that quantum computers capable of breaking today’s encryption may show up five to six years before most organizations finish that migration.

For blockchains and Web3, this isn’t just about swapping algorithms; it’s about treating post‑quantum cryptography and quantum‑safe design as core to how chains are built, upgraded and governed.

[QANplatform @QANplatform]

Missed Monday’s update? Our November recap is out!

Catch the highlights in the video and read the details on our blog.

https://t.co/qkmOzLeHmM

[QANplatform @QANplatform]

November recap: remarkable progress

November marked significant progress for QANplatform. QAN XLINK, our cross-signer protocol that makes QANplatform quantum-safe, successfully passed Hacken's security audit. Preparations advanced for the TestNet V2 launch, alongside negotiations with infrastructure providers focused on RPC services.

Read the full recap on our blog:
https://t.co/ikWnPuhL0p

[QANplatform @QANplatform]

https://t.co/P5CLZ7CAmj

“Elliptic curves are going to die,” Vitalik Buterin stated, underscoring that quantum computers might break elliptic curve cryptography, the foundation of Ethereum's and Bitcoin’s security, by 2028. Just a few years away.

But that vulnerability also sparks innovation.

QAN XLINK answers the call with its quantum-safe, Ethereum-compatible protocol, recently validated by Hacken's audit.

This shows how blockchain can safeguard itself against quantum risks while keeping interoperability intact.

The countdown to a quantum-secure future is on, the crypto world must evolve or risk becoming obsolete.

If you missed the news about QAN XLINK last week, read our blog on Medium!

[Hacken🇺🇦 @hackenclub]

Another step toward a quantum-safe blockchain

QAN XLINK — the cross-signer protocol powering @QANplatform — has officially passed a Hacken audit.

Security-first foundations for a post-quantum future 👇

[QANplatform @QANplatform]

We are excited to announce a major step towards our quantum-safe MainNet!
After our QAN Virtual Machine (QVM) , yet another core element of our post-quantum blockchain has proven itself: QAN XLINK, our cross-signer protocol that makes QANplatform quantum-safe, has successfully passed an in-depth security audit by the renowned blockchain security firm Hacken (@hackenclub).

Dive into the details to learn about QAN XLINK!

https://t.co/v0aAwkSnz8

[QANplatform @QANplatform]

October Recap: Building momentum 🎯

Last month saw significant developments: we traveled to two major blockchain conferences to connect with crypto professionals from around the globe and secure key infrastructure and ecosystem partners, we fine-tuned QAN XLINK, and became members of Blockchain for Europe, a leading association advocating for the adoption of blockchain technology across the European Union.

Read the full recap on our blog: https://t.co/44itetfANP

[QANplatform @QANplatform]

Join the quantum-safe web3 revolution!
QAN XLINK, our cross-signer protocol that makes QANplatform quantum-safe, is in the final phase and you can test it before the public release.

Apply to become a member of our closed testing group and be among the first to try the QAN XLINK desktop app.
QANplatform is the only blockchain that delivers both Ethereum compatibility and a 100%-guaranteed safe migration path for the post-quantum era, ensuring your security even after "Q-Day."

This quantum-safe protection is provided by QAN XLINK which uses NIST's primary-recommended PQC algorithm (ML-DSA, FIPS 204). QAN XLINK enables seamless integration of every Ethereum-compatible wallet including MetaMask and Trust Wallet with quantum-safe signature-capable keypairs.

You can apply using this link: https://t.co/fdpYfn3QJm

[QANplatform @QANplatform]

https://t.co/WHZTZtrkTT

🚨 Google's Willow delivered the first verifiable quantum advantage - solving problems 13,000x faster than supercomputers with breakthrough error correction. It can, for example, compute the structure of a molecule, and paves a path towards real-world applications.

This signals quantum acceleration is happening faster than most timelines predicted.

The enterprise reality check:

💰 About 25% of Bitcoin—around $554 billion—is vulnerable to quantum attacks from exposed public keys.

⏰ The timeline just compressed. NIST experts predicted quantum threats by 2030-2035, but Willow's error correction suggests we're moving faster.

🎯 "Harvest now, decrypt later" is already happening - adversaries might be collecting encrypted data today, waiting for quantum capability to crack it later.

1 in 3 Fortune 500 companies already have a quantum security strategy. Every blockchain running on RSA/ECC faces the same quantum cliff.

The question isn't IF quantum computers will break current encryption - it's WHEN.

The choice you make today determines whether your systems survive tomorrow's quantum reality.

[The Quantum Cat 🧶 @The_QuantumCat]

Retweet if you are as bullish as @mishajurin.

$QANX

[QANplatform @QANplatform]

https://t.co/7VTYxsXtlq

On Monday, a single DNS configuration error at AWS’s US-East data center disrupted 113 services from Coinbase’s Base app showing zero balances for some coins, to Signal, airlines, banks, and even smart homes.
For several hours, a single point of failure in Amazon’s cloud infrastructure rippled worldwide, freezing millions out of essential systems.

Incidents like this reveal how deeply centralized our digital world truly is. If one technical misstep can halt critical services globally, imagine the implications when quantum computers mature, computers capable of breaking today’s encryption standards in seconds.

The outage wasn’t an attack, yet it exposed a larger truth: fragility doesn’t always come from hackers. Sometimes it’s built into the way the internet itself works.

As the quantum era approaches, security resilience must evolve beyond just redundancy or firewalls. It demands decentralization, quantum-resistant encryption, and forward-looking infrastructure.

[QANplatform @QANplatform]

We’re thrilled to announce that QANplatform has joined Blockchain for Europe (@BlockchainforEU), the leading European trade association representing the global blockchain industry.

The involvement of QANplatform strengthens the association’s advocacy for a secure and innovative European blockchain ecosystem, bringing expertise crucial for navigating the evolving threat landscape and unlocking new opportunities for businesses and governments across the continent.

QANplatform joins over 30 other industry leaders within Blockchain for Europe, adding its expertise in quantum-resistant blockchain technology to the association’s collective advocacy.

Read more on our blog 👉 https://t.co/Eu1LmJ18e9

[QANplatform @QANplatform]

https://t.co/LeNTMlPIyy

Signal Advances Post-Quantum Security with Triple Ratchet Upgrade.

Signal just released its Triple Ratchet upgrade: adding the Sparse Post Quantum Ratchet (SPQR) to its trusted Double Ratchet protocol.

What does this mean? Stronger encryption that protects messages today and against future quantum threats without changes on the user's end.

Signal handles billions of private conversations globally, and now, those messages get quantum-resistant security seamlessly integrated.

SPQR is designed for efficient key exchange that won’t overload your network and gracefully rolls out across devices.

For security teams and developers, this upgrade sets a new standard in hybrid encryption combining proven elliptic-curve security with cutting-edge post-quantum algorithms.

Real security means preparing for tomorrow’s threats today. To counter "harvest now, decrypt later" attacks, implementing quantum-resistant data protection is an urgent necessity, not a future consideration.

[QANplatform @QANplatform]

https://t.co/S2UZdKkffY

NVIDIA just leveled up quantum computing. 💻

NVIDIA is boosting quantum computing by tackling major challenges like error correction, simulation, and circuit compilation. This progress is bringing real-world quantum applications closer.

Why is this important?

- Quantum error correction is now 2x as fast and more accurate with GPU-accelerated decoders like AutoDEC. Using AI, decoding becomes 50 times faster, which is vital for converting noisy qubits into reliable ones for actual devices.

- Circuit compilation, which used to be a major hurdle, is now up to 600 times faster with their new ∆-Motif GPU method. This improvement allows for quicker optimization of more complex quantum chips.

- Simulating quantum systems, essential for developing better qubits and chip designs, is now up to 4,000 times faster. This speed increase is made possible by NVIDIA GPUs powering toolkits like QuTiP and cuQuantum on AWS.

What does it mean?

NVIDIA offers robust tools like CUDA-X, GPUs, and AI, along with a spirit of collaboration in a field that has mostly been led by academic and startup projects. With partners such as QuEra, Q-CTRL, Oxford Quantum Circuits, and AWS, the ecosystem now benefits from true end-to-end acceleration from basic physics simulations to quick design and deployment.

With NVIDIA’s power behind quantum advances, the time to get quantum-ready is NOW.

[QANplatform @QANplatform]

Book a meeting with the QAN Team in Singapore! 🗓️