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The U.S. Securities and Exchange Commission is reviewing a groundbreaking proposal that could reshape how the crypto industry prepares for quantum computing threats. The SEC is reviewing a groundbreaking proposal aimed at preparing Bitcoin and the wider crypto ecosystem for the looming threat of quantum computing, signaling that regulators are taking quantum risks seriously as experts warn "Q-Day" could arrive as early as 2028.

The new generation decentralized wallet from Qubic offers users full control over their digital assets with enhanced security

On April 22, 2025, Qubic performed a public stress test on its live Layer-1 network and reached the incredible score of 15,520,000 transactions per second (TPS). The whole was independently verified in real-time by CertiK, one of the most respected security auditors in the industry.

Deep learning labs showcase models with a trillion parameters and mountains of GPUs, but each new breakthrough always demands more electricity and money. Qubic's Aigarth project raises a provocative question: what if the road to artificial general intelligence (AGI) did not go through ever larger data centers, but through millions of ordinary CPUs working together and evolving by themselves?

Qubic strives to transform its ultra-fast and fee-less Layer 1 into a dynamic economy of dApps, bridges, and DeFi primitives. But code doesn't write itself, and founders can't live on enthusiasm alone. To accelerate innovation, the project launched two distinct funding paths: one for profit-seeking startups, the other for public-interest infrastructure. Think of them as two parallel lanes on the same highway: both lead to Qubic’s mainnet, but each has a different engine, fuel, and technical team.

How an emerging blockchain reinvented mining, outperforms Monero in profitability, and paves the way for decentralized AI, all explained in simple terms for beginners.

Fifteen years ago, Bitcoin introduced Proof-of-Work (PoW): miners burned electricity solving mathematical puzzles; the fastest won new coins and, by extension, secured the ledger. It was brilliant, but the world has changed. Energy prices are rising, regulators monitor carbon footprints as much as blockchains, and AI labs complain about the lack of affordable computing power. In this context, the original PoW feels a bit like burning fuel to run an empty engine. Qubic offers a simple solution: since the electricity bill is already paid, let’s use that energy for tasks useful to society. The Useful Proof-of-Work (uPoW) still protects the chain, but miners earn their living by training AI models and merge-mining Monero with real value, then directly reinject the earnings into the Qubic economy.

A simple introductory guide to read for anyone curious about Qubic, its Useful Proof of Work, and its on-chain Academy that turns newcomers into seasoned contributors.

While many projects chase ephemeral attention through quick contests, copy-pasted influencer partnerships, or hype-based campaigns, few take the time to build real sustainable community foundations. This is where Qubic breaks the mold. Rather than relying on superficial tactics, Qubic has designed a structured, long-term ambassador program, a true engine of growth, collaboration, and impact. It’s not just about accumulating followers but empowering builders, creators, and leaders to shape the future of decentralized AI.

The digital landscape is evolving within an increasingly complex, interconnected, and vulnerable environment. The emergence of quantum technologies, the rise of AI, and the proliferation of connected devices amplify existing vulnerabilities. Web2 and Web3 infrastructures still rely on centralized models that cannot withstand new threats. This centralization creates single points of failure and weakens overall system resilience. In light of this reality, a new approach becomes necessary. Naoris Protocol introduces the Cyber Physical Trust Mesh (CPTM), a decentralized, post-quantum infrastructure solution. It surpasses traditional DePIN by establishing a trust mesh designed to validate, secure, and continuously reinforce every digital layer.

Web2 enterprises today are on the brink of an extinction-level event. 'We've entered what I call the quantum danger zone,' states Dr. Richard Feynberg, Chief Science Officer at Quantum Shield Technologies. 'What was projected as a 2030 problem is now at our doorstep. I would be shocked if current encryption standards survive beyond mid-2026.' Their centralized infrastructures, already buckling under targeted attacks and invisible vulnerabilities, face imminent obliteration from quantum systems that are evolving at an exponential pace far exceeding even the most alarming predictions from just months ago. Traditional approaches are no longer sufficient to protect interconnected, complex, and critical systems. To address this challenge, Naoris Protocol offers a compelling alternative: a post-quantum, decentralized infrastructure designed to integrate seamlessly with existing environments. Operating above DePIN, it provides a continuous, distributed layer of security with no single point of failure. This article explores how Web2 enterprises can adopt this approach through practical, real-world integrations.

The cryptocurrency market continues to attract a growing number of investors seeking innovation and returns. Yet, each new attack or exploited vulnerability highlights the fragility of the ecosystem. Security remains a non-negotiable condition for sustaining trust and enabling mass adoption. A new vertical is emerging in response to these challenges: cybersecurity cryptocurrencies. These assets combine utility, resilience, and direct responses to the structural weaknesses of Web3. Among them, Naoris Protocol stands out for its infrastructure-first, decentralized, and post-quantum approach. This article explores current market risks, the importance of native security, and Naoris’s strategic role in this transformation.

The arrival of quantum computers isn't just shaking the foundations of global cybersecurity, it's triggering a seismic collapse that could happen any day. These machines, advancing at a pace that has shocked even the most conservative experts, now threaten to obliterate classical cryptographic systems within months, not years. 'The quantum earthquake is no longer a distant rumble, the ground beneath crypto is already cracking,' declares Professor Wei Chang of the Quantum Security Alliance. 'By this time next year, we could witness the complete compromise of blockchains, digital identities, and sensitive data on a scale unprecedented in digital history.' The window to prepare is closing with alarming speed. Centralized architectures, still dominant, show their limits when faced with these emerging risks. They concentrate vulnerabilities and lack both continuous validation and true resilience. In this context, a new generation of infrastructure is required. Naoris Protocol embodies this shift, going beyond traditional DePIN by introducing a post-quantum infrastructure layer called Sub-Zero. This architecture sits beneath Layer 0 and secures the entire digital ecosystem, from Web2 to Web3, through an autonomous, resilient mesh.

Web3 is expanding at breakneck speed, even as it races headlong toward a quantum cliff edge. 'The Web3 ecosystem is like a magnificent castle built on sand, with a tsunami visible on the horizon,' warns Dr. Samantha Torres, Director of the Quantum Cryptography Institute. 'Quantum systems capable of devastating current blockchain security could emerge as soon as Q3 2025, perhaps even sooner.' This imminent threat makes today's sophisticated attacks look like child's play. Smart contracts, bridges, and DEXs aren't just vulnerable targets, they're primed for complete compromise within months, not years, as quantum computing progress has shattered all previous timelines. Current cybersecurity solutions fail to offer long-term protection, relying on periodic audits and tools poorly suited for decentralized environments. To enable mass adoption, Web3 must integrate native, continuous, and future-proof security. Naoris Protocol offers a structural solution. It deploys a post-quantum, decentralized, verifiable infrastructure that goes beyond traditional DePIN. It introduces security embedded directly into the core architecture of Web3.

Cyber threats are multiplying in a digital world where everything is becoming interconnected. Web2 and Web3 now share the same vulnerabilities: centralized cloud infrastructures, poorly secured connected devices, and cryptographic algorithms that are becoming obsolete in the face of quantum computing. Traditional solutions are no longer sufficient. They fail to monitor, protect, and validate in real time. Naoris Protocol offers a new approach. Its Decentralized Post-Quantum Infrastructure operates beneath blockchain layers to secure both Web2 and Web3 at their core. This article explores today’s cybersecurity challenges, explains the concept of decentralized security, and details the technical pillars and strategic advantages of the Naoris Protocol model.

Cyber threats are multiplying in a world where digital systems are becoming increasingly interconnected. Traditional architectures, based on implicit trust and centralized points of control, are no longer sufficient to protect data and critical infrastructures. The Zero Trust model emerges as a clear response to these flaws: it relies on continuous verification, granting no user or device default trust. To go further, blockchain offers an ideal foundation. With its Sub-Zero architecture, Naoris Protocol turns this promise into reality. It creates a decentralized, post-quantum, self-validating infrastructure capable of securing both Web2 and Web3 systems in real time, without a single point of failure.

It is no longer if, but when. Quantum computing will soon be a reality, and it's time to take stock. How many bitcoins are currently at risk?

JPMorgan Chase is reportedly exploring a new lending product that would allow clients to borrow against their crypto holdings. According to sources cited by the Financial Times, the U.S. banking giant is in internal discussions to launch crypto-collateralized loans, potentially as early as next year. The plan would let clients use cryptocurrencies such as Bitcoin, Ethereum, or even crypto-focused ETFs as collateral in exchange for cash or credit. While still in its exploratory phase, the product would be JPMorgan’s clearest signal yet that it is taking crypto seriously.

Tensions are rising within the Cardano community as a major delegated representative, known simply as “Whale”, has launched a critique of founder Charles Hoskinson and Input Output Global, accusing them of wasting millions in ADA on underdelivered promises. Whale, who reportedly controls around 6 million ADA worth of delegated voting power, declared a blanket rejection of all future proposals from IOG.

A new survey by Bitcoin mining platform GoMining shows a surprisingly large knowledge gap among crypto users, one that may be slowing mainstream adoption. Despite being valued at over a trillion dollars, Bitcoin is still a mystery for most of its users. The GoMining survey, conducted among over 2,600 respondents across North America and Europe, found that more than 70% of Bitcoin users don’t feel confident explaining how it works.

Pakistan and El Salvador are joining forces when it comes to crypto. Bilal Bin Saqib, CEO of the Pakistan Crypto Council, met with El Salvador’s President Nayib Bukele in San Salvador. The goal was to establish closer cooperation on digital assets, as both nations double down on Bitcoin adoption.

Standard Chartered has taken a major step in crypto by launching a fully regulated spot trading service for Bitcoin and Ethereum, specifically targeting institutional clients. This move makes it the first globally systemically important bank to offer direct access to dollar-paired crypto spot trading, opening the door for corporates, investors, and asset managers to gain exposure to digital assets under the umbrella of a trusted banking institution.

It feels like 2021 again. Cardano is one of the best performers among blue chip coins, and the 10th largest cryptocurrency by market cap has surged 29% in just seven days, reaching $0.747 at the time of writing. In the past 24 hours alone, it added nearly 4%, driven by a wave of bullish momentum across the altcoin market.

The hacker behind the $40 million GMX exploit has begun returning the stolen crypto after accepting a $5 million white hat bounty offered by the GMX team.

In just a year and a half since the launch of the first U.S. spot Bitcoin ETFs, institutional investors have poured over $50 billion into crypto through regulated financial products. The message is clear: Bitcoin is going mainstream, and it's happening fast.

The crypto market is entering an important phase, with Shiba Inu, Ethereum, and Dogecoin all showing serious volatility. Traders are closely watching these coins as technical patterns hint at potentially explosive price moves, if the right conditions line up.

According to data from Token Terminal, over $6 billion worth of tokenized assets now live on the Ethereum blockchain. That’s not theoretical DeFi liquidity, but real-world funds, from some powerful names in global finance.

Robinhood’s rollout of tokenized shares “linked” to OpenAI set off a large debate last week. A broader discussion in crypto markets about the future of tokenized private equity, and whether retail investors actually want it.