Naoris Protocol

From the earliest forms of defense to the rise of the internet, blockchain, and AI, each era has required a new standard. As the quantum threat becomes imminent, the foundations must be rebuilt for it. Naoris Mainnet is Live.

“The nation that leads in quantum will set the rules of the road for the next generation of technological innovation.” Chairman @RepBrianBabin makes the stakes clear. “Quantum technology is not a distant concept… it is a foundational capability that will shape the future of computing, communications, energy, and national security… it will define which nations lead, and which fall behind.” The National Quantum Reauthorization Act builds on the 2018 initiative, but the focus is shifting. Less emphasis on basic research, more on applied systems, deployment, and commercialisation. Government, industry, and academia being aligned to move faster. NASA now being brought into the strategy, extending this into space-based research and applications. In terms of competition, he names it directly. The Chinese Communist Party has already identified quantum as mission-critical and is moving aggressively to deploy systems at scale. “If we fail to keep pace, the consequences will be significant… impacting cybersecurity, military readiness, and economic competitiveness.” The conversation moves from capability to consequence. Quantum advances unlock new systems across computing, communications, energy, and materials. At the same time, they put pressure on the foundations those systems rely on. Encryption. Identity. Financial infrastructure. Blockchains. Crypto. Digital assets. Among the first directly exposed. All built on cryptographic assumptions that do not hold in a quantum environment. This is where sovereignty shifts. It used to be defined by land. Now it is defined by technological capability, data, and trust. Quantum introduces a new level of offensive capability. Without quantum-safe security, that capability introduces fragility across the systems it touches. This is the gap now coming into focus. Nations are accelerating investment, legislation, and deployment. Far less attention has been given to how infrastructure remains secure once those capabilities are in place. That is the problem Naoris has been working on. Post-quantum infrastructure designed to secure digital assets, blockchains, and critical systems so they can operate in a quantum environment, without needing to be rebuilt from scratch. Leadership in quantum will not be defined by capability alone. It will be defined by who can secure it.

Nations continue to accelerate investment in quantum technology: 🇨🇳 China: $15B+ 🇪🇺 EU: $8B+ 🇺🇸 US: $3.7B+ 🇩🇪 Germany: ~$3B 🇬🇧 UK: $3B+ 🇫🇷 France: $2B+ 🇨🇦 Canada: $1B+ 🇯🇵 Japan: $300M+ 🇰🇷 South Korea: ~$500M 🇮🇳 India: $700M+ 🇦🇺 Australia: $1B+ 🇮🇱 Israel: $300M+ Quantum systems are scaling in power and stability, bringing real-world capability closer than expected. But while nations race to build quantum capability, post-quantum security remains unsolved at the infrastructure level. Blockchains still rely on ECDSA. That means exposed public keys, static signatures, and long-term assumptions about cryptographic hardness. Those assumptions don’t hold in a quantum environment. This is not just a research problem. It’s an infrastructure problem. The next phase of crypto depends on whether trust can be redefined at the cryptographic layer. With mainnet rolling out in phases, Naoris introduces a post-quantum L1 where transactions, validators, and system integrity are secured with NIST-standardized cryptography. The shift isn’t narrative. It’s architectural. Slowly, then suddenly. $NAORIS

FACTS. $NAORIS CHART LAST 30 DAYS. ALWAYS A BULL MARKET SOMEWHERE! (Been working with this team since they launched and excited about what's next)

The recent Kelp DAO exploit exposed a deeper problem. One of the main reasons the industry still cannot progress at the pace it should: It cannot verify trust across its own infrastructure. A forged cross-chain message, exploiting LayerZero’s DVN, was accepted as valid. Funds moved through Aave, Compound, and into ETH. We’ve seen this pattern before across bridges, DeFi, and protocols like Drift Protocol. Different systems. Same weakness. Messages are trusted. Validators are trusted. Systems execute. Nothing proves they are secure in real time. This is the gap. We built Naoris to address it at the foundation. Through dPoSec (Decentralized Proof of Security), nodes, validators, and systems must continuously prove their integrity before trust is extended. Not just transaction validation... System-level validation With mainnet rolling out in phases, this moves from theory toward real infrastructure. Trust is no longer assumed. It is verified. Full breakdown 👇

@MBrandoge @solana_devs Plant the seed 🌱🌳

@NaorisProtocol @solana_devs Wen Naoris X Solana partnership?

Quantum computing is a long-term question that every blockchain must address. The Solana ecosystem has been working on post-quantum readiness for years. Here’s where Solana’s quantum readiness stands and the path forward 👇

Every crypto cycle tells a story 📖 BTC → ETH → Wallets → L1s → L2s → Modular → Interop → Stablecoins → DeFi → Liquid Staking → NFTs → Gaming → Social → RWAs → AI → DePIN → Identity → Agents → Privacy Next: Quantum → Post-Quantum Infrastructure Each layer builds on the last. Each assumes the layer beneath it can be trusted. But that foundation still relies on classical cryptography. ECDSA. Static keys. Exposed signatures. That’s what secures trillions in value today. Post-quantum isn’t another vertical. It’s a rewrite of the base layer. With mainnet rolling out in phases, Naoris is establishing a post-quantum foundation where trust is continuously verified, not assumed. The next cycle doesn’t add to the stack. It secures it. Happy Monday ☕️

The Post- Quantum future is upon us.

100M+ post quantum transactions processed during Naoris testnet. That number reflects more than throughput. In traditional chains, signatures are created once but verified continuously across validators, nodes and execution layers. Verification is the real bottleneck at scale. Post quantum signatures introduce: • larger key sizes • heavier verification overhead • increased bandwidth and state load This is not a simple upgrade.` It is a systems level constraint. Scaling PQC requires: • optimized verification pathways • efficient state handling • architecture designed for repeated distributed validation That is what testnet proved. Not just that PQC works but that it can operate continuously under load inside a live distributed network. 100M+ times. Mainnet is now live, extending this into a fully operational network where post quantum verification runs continuously across validators, securing live transactions, network state and cross node consensus in real time.

Bullish on a quantum-safe future? Drop a GM below 👇 We’ll follow back.

AI isn’t the future anymore. It’s the room everyone needs to be in. I’m proud to be speaking at the Everything AI Summit 2026 in Miami, a curated gathering of global leaders, founders, investors, policymakers, and innovators shaping what comes next. Excited to join such a powerful lineup, with Jensen Huang, Founder & CEO of @nvidia, headlining the summit. On April 29, 2026, the Frost Science Museum & Planetarium will bring together an incredible group of minds across AI, finance, biotech, infrastructure, governance, and beyond. This isn’t just another conference. It’s a high-level conversation about where AI is going, who is building it, who is funding it, and how it will reshape entire industries. Miami is going to be the place to be. Come join us for an unforgettable day of insight, connection, and big ideas. Seats are limited: creativemindstalks.com

@brian_armstrong Keep it up!

Appreciate the team for conducting this research on quantum prep for blockchains. Excited to work together more with the community on next steps.

The world’s largest players are all waking up to the same reality. @Google @Cloudflare @nvidia @ethereum and the broader Bitcoin community are preparing for post-quantum security. Now @coinbase's latest paper reinforces the urgency to act early. We built Naoris for this moment, with post-quantum security enforced at the protocol level. Slowly, then suddenly.

@coinbase Welcome to the conversation 🤝

Quantum computers can't break your crypto yet. We want to make sure it stays that way. We assembled a board of researchers from Stanford, UT Austin, and the Ethereum Foundation to figure this out years before it matters. Their first paper is out now ↓

Naoris PQ L1 🆚 Classical L1s What makes Naoris different isn’t just post-quantum support. It’s where that security is enforced. Most blockchains today still rely on elliptic curve cryptography (ECDSA) at their foundation. Some are exploring migration paths. All face the same constraint: upgrading live systems without breaking compatibility. Naoris starts from a different premise. Built from inception as a post-quantum system using NIST-standardized cryptography (ML-DSA-87), security is embedded across the stack, not added later. It shows up at every critical layer: • Transactions → Every transaction is signed with post-quantum cryptography (FIPS 204 / ML-DSA), removing reliance on ECDSA • Consensus → dPoSec (Decentralized Proof of Security) ensures validators must continuously prove their integrity, not just validate blocks • Communication → Data between execution and consensus layers can be encrypted and authenticated using post-quantum key exchange • Smart contracts → Fully EVM-compatible, with quantum-secure execution by default using existing developer tooling No migration path. No added complexity. Other chains are asking how to transition. Naoris is already built for the environment they’re moving toward.

Learn more ⤵️ thequantuminsider.com/2026/04/15/sen…

Momentum is building around quantum at the highest levels. The latest U.S. Senate move puts applications and cybersecurity front and centre, showing a clear shift toward real-world deployment and resilience. Governments are now preparing for quantum-era threats at the infrastructure level. The priority is no longer just capability, but whether systems can withstand what’s coming. This is exactly what Naoris has been building toward for years. Post-quantum cybersecurity, enforced at the protocol level. Slowly, then suddenly.

@Google @nvidia @ethereum Dive in 👇 tech.yahoo.com/cybersecurity/…

Naoris Post-Quantum L1 arrives at a time when the industry is finally waking up to what comes next. @Google is putting timelines on quantum. @nvidia is accelerating the path with ISING, bringing large-scale simulation and development of quantum systems closer. @ethereum is working through how to migrate. The shift is no longer theoretical. For most blockchains, that creates a difficult reality. Upgrading cryptography across wallets, validators, consensus, and execution layers takes years while the network continues to operate under the same assumptions in the meantime. Naoris was built for this environment from the start. Post-quantum security is already enforced at the protocol level across: • validator signatures using NIST-standardized ML-DSA • transaction authorization designed for quantum-resistant verification • system architecture built around long-term cryptographic integrity This isn’t something being phased in later. It defines how the network is designed to operate. Because once you account for long-term exposure, immutable records, and the limits of classical cryptography, the architecture itself has to change. That’s what Naoris represents. As mainnet access expands, this becomes a clear separation: systems still relying on future migration vs systems already built to operate in a post-quantum environment It's no longer optional.