Bitcoin Quantum Has Launched Testnet v0.3 With the First Live Deployment of BIP 360, a Quantum-Resistant Upgrade for Bitcoin
BTQ Technologies has pushed the conversation around quantum security in Bitcoin from theory into practice with the release of Bitcoin Quantum testnet v0.3.0. The update introduces the first working implementation of Bitcoin Improvement Proposal 360 (BIP 360), a proposed upgrade designed to protect Bitcoin transactions from future quantum-computing threats. The launch gives developers, miners, and researchers a live environment where quantum-resistant transaction models can be tested end-to-end—something that has not previously been available within the broader Bitcoin ecosystem. Key Takeaways A Practical Step Toward Quantum Resistance BIP 360 introduces a new transaction structure known as Pay-to-Merkle-Root (P2MR). The goal is straightforward: eliminate a long-term vulnerability tied to how Bitcoin currently handles public keys under its Taproot upgrade. Taproot, activated in 2021, enables advanced scripting and scalability features that power innovations like the Lightning Network, BitVM, and Ark. However, it also includes a “key-path spend” mechanism that can expose public keys on-chain. While harmless today, this could become a critical weakness if quantum computers reach sufficient capability. Quantum machines could theoretically use algorithms such as Shor’s algorithm to derive private keys from exposed public keys—putting funds at risk. BIP 360 addresses this by removing reliance on that key-path structure. Instead, P2MR commits directly to a Merkle root of a script tree, preserving functionality while eliminating the exposure risk. BTQ’s latest testnet shows how this model works in practice rather than on paper. From Proposal to Working Network Although BIP 360 has been added to Bitcoin’s official proposal repository, it remains in draft form and has yet to see widespread implementation. BTQ’s approach skips the waiting period by deploying a fully functional version on its Bitcoin Quantum testnet. The v0.3.0 release includes full consensus support for P2MR transactions built on SegWit version 2 outputs and bc1z (bech32m) address formats. It also integrates verification mechanisms such as Merkle root commitments and control block validation. A key component of the upgrade is the inclusion of post-quantum cryptography. The testnet enables five Dilithium-based signature opcodes within the tapscript environment, allowing for quantum-resistant transaction validation. Developers can interact with the system through complete command-line wallet tooling, making it possible to create, fund, sign, and broadcast P2MR transactions from start to finish. The infrastructure supports the entire transaction lifecycle—from address creation to confirmation on the network. This level of functionality turns BIP 360 into something tangible, offering a sandbox for experimentation and validation. Early Traction Signals Industry Interest Bitcoin Quantum is not just a technical demonstration—it is already showing signs of adoption at the testnet level. According to BTQ, more than 50 miners are actively participating in the network, and over 100,000 blocks have been mined so far. The project has also attracted an open-source community of more than 100 contributors, including cryptographers and developers. This level of engagement suggests that interest in quantum-resistant blockchain infrastructure is no longer limited to research discussions. The testnet has now reached its fourth iteration, with each version refining performance and security based on real-world feedback. Enhancements Beyond BIP 360 While the headline feature is the implementation of BIP 360, testnet v0.3.0 includes several additional upgrades designed to improve usability and testing efficiency. Block times have been reduced to a one-minute target, allowing for faster iteration and quicker validation cycles. The emission model has also been adjusted to mirror Bitcoin’s monetary structure, with a 5 BTQ block reward and a halving schedule every 2.1 million blocks. Given that post-quantum signatures are significantly larger than traditional ones, the update restores SegWit fee discounts—an important adjustment to maintain economic efficiency. Security improvements have also been introduced, particularly around signature operation counting and tapscript validation. Together, these changes make the testnet more practical for developers working with next-generation cryptographic systems. Growing Pressure From Governments The timing of this release aligns with increasing urgency around post-quantum cryptography at the policy level. Governments are beginning to treat quantum threats as a near-term concern rather than a distant possibility. In the United States, federal agencies are required to submit post-quantum transition plans by April 2026 under National Security Memorandum 10. The European Union has set a 2030 target for quantum-resistant critical infrastructure, while Canada is introducing similar requirements in federal procurement frameworks. These developments signal a broader shift: quantum resilience is becoming a regulatory priority, particularly for systems that handle sensitive or high-value data. Bitcoin, as a global financial network, falls squarely into that category. Bitcoin’s Slow Upgrade Culture Despite growing awareness, progress on quantum-resistant upgrades within Bitcoin itself remains limited. Historically, major changes to the protocol take years to gain consensus. SegWit required more than eight years from conception to activation, while Taproot took roughly seven and a half years. This cautious approach is by design, prioritizing stability and security over rapid change. However, it also means that solutions like BIP 360 could take considerable time to reach the main network—if they are adopted at all. BTQ’s testnet aims to bridge that gap by providing a working model that can be tested and refined independently of Bitcoin’s governance process. A Testbed for the Future of Bitcoin Security The broader significance of Bitcoin Quantum lies in its role as a testing ground. Rather than waiting for a crisis scenario where quantum capabilities suddenly threaten existing cryptography, the project allows developers and institutions to experiment with solutions today. It provides insight into how quantum-resistant transactions behave, what trade-offs they introduce, and how they can be integrated into existing systems. This proactive approach could prove critical as the industry prepares for a future where classical cryptography may no longer be sufficient. Commercial Ambitions Behind the Technology BTQ is not positioning Bitcoin Quantum purely as a research initiative. The company has outlined plans to build a mining pool around the network, with expectations of generating revenue while accumulating BTQ tokens as a treasury asset. The firm projects it could acquire approximately 100,000 BTQ tokens within its first year of operation through pool activity alone. Beyond mining, BTQ sees opportunities in providing infrastructure for post-quantum migration. This could include security
Opera Seeks a 160M Celo Allocation to Become a Major Stakeholder in the Celo Network, Pending Approval
A major shift is underway in the long-standing partnership between Opera and Celo, as the browser giant moves to deepen its commitment to the blockchain ecosystem through a proposed 160 million CELO token allocation. The proposal, now under review by the Celo community, would replace the existing dollar-based funding arrangement with a token-based structure—effectively turning Opera from a distribution partner into one of the network’s most significant stakeholders. Key Takeaways From Cash Grants to Token Alignment For nearly five years, Opera and Celo have worked together to expand access to stablecoin payments, particularly in emerging markets. Under the current structure, Opera has received quarterly funding denominated in U.S. dollars. The new proposal seeks to scrap that model in favor of long-term alignment through CELO tokens. If approved, Opera would receive 160 million CELO from Celo’s treasury over a three-year period. This allocation represents roughly 27% of the current circulating supply and about 16% of the total maximum supply. At a market price of around $0.07 per token, the deal signals a substantial financial and strategic commitment. The tokens would be transferred to a secure wallet controlled by Opera, with governance safeguards in place. Notably, Opera’s voting influence would be capped at 10% of total staked CELO, except in emergency scenarios—an effort to preserve decentralization within the network. A Partnership That Built Momentum The collaboration between Opera and Celo dates back to 2021, when both parties began focusing on mobile-first financial tools powered by blockchain technology. That effort culminated in the launch of MiniPay, a self-custodial stablecoin wallet integrated into Opera’s ecosystem. Since its release in 2023, MiniPay has seen rapid adoption. It now operates in more than 66 countries, has processed over 400 million transactions, and serves upwards of 14 million users. The product has been particularly effective in regions where traditional banking infrastructure is limited. Celo’s underlying infrastructure has played a key role in this growth. Its design prioritizes low transaction costs, fast settlement, and mobile accessibility. Features such as fee abstraction—allowing users to pay transaction fees in stablecoins—and phone number-based wallet mapping have helped simplify onboarding for everyday users. A Strategic Bet on Long-Term Growth The proposed restructuring reflects growing confidence from both sides. By shifting to a token-based model, Opera is effectively tying its success to the performance and adoption of the Celo network. Rene Reinsberg, co-founder of Celo, emphasized the significance of the move: Opera, for its part, sees the move as a natural progression. The company has already embedded blockchain functionality into its products and is now positioning itself as a long-term participant in the ecosystem rather than just a facilitator. Jørgen Arnesen, Opera’s EVP of Mobile, highlighted this commitment: MiniPay and the Push for Mass Adoption A key driver behind this deeper alignment is MiniPay’s rapid expansion. The wallet has become a central piece of Opera’s Web3 strategy, particularly in markets across Africa, Latin America, and Southeast Asia. The numbers point to strong traction. Celo has emerged as one of the leading Ethereum Layer 2 networks in terms of daily activity, with over 700,000 daily active users and millions engaging with stablecoin transactions weekly. In addition, more than 50 million Opera users have reportedly earned rewards that can be redeemed within MiniPay, creating a built-in funnel for future adoption. What Comes Next Pending community approval, the new agreement will set the stage for the next phase of growth. Both companies are already planning expansion efforts, including a roadshow targeting Latin America and Southeast Asia. Vietnam and the Philippines are expected to be the first stops. The goal is clear: increase grassroots adoption, grow the Mini App ecosystem, and strengthen Celo’s position as a leading network for real-world stablecoin usage. At the same time, the governance vote will be closely watched. Allocating such a large portion of tokens to a single entity raises important questions about decentralization, even with voting caps in place. Still, the proposal reflects a broader trend in crypto partnerships—moving away from short-term incentives toward deeper, long-term alignment. If approved, Opera’s transition into a major stakeholder could mark a defining moment for both companies and the wider Celo ecosystem.
North Carolina Has Introduced a Bill to Establish a Strategic Bitcoin Reserve, Which Has Already Passed Its First Reading
North Carolina has taken an assertive step into the digital asset space with the introduction of a bill that would allow the state to hold Bitcoin as part of its financial reserves. Senate Bill 327 (S327), often referred to as the Bitcoin Reserve and Investment Act, has already cleared its first reading in the Senate—just one day after being formally submitted on March 18, 2025. The speed of its initial progress has drawn attention across both political and financial circles, especially given that the proposal had reportedly spent close to a year under committee consideration before reaching this stage. Key Takeaways A Structured Approach to Bitcoin Adoption Unlike earlier government experiments with digital assets, North Carolina’s proposal is not a loose or symbolic gesture. It outlines a detailed framework for how Bitcoin could be integrated into public finance. At the heart of the bill is a provision that would allow the State Treasurer to allocate up to 10% of certain public funds into Bitcoin. This positions the state among the most forward-leaning in the U.S. when it comes to treating cryptocurrency as a strategic reserve asset. The bill also emphasizes strict operational controls. Bitcoin holdings would be secured using cold storage wallets with multi-signature authorization, a method widely regarded as one of the safest ways to store digital assets. Oversight would fall under a dedicated division within the Treasurer’s office, supported by a newly proposed Bitcoin Economic Advisory Board composed of industry specialists. Transparency and accountability are central to the proposal. It mandates monthly audits and public disclosures, ensuring that taxpayers and lawmakers maintain visibility into how funds are managed. Any liquidation of Bitcoin reserves would require a two-thirds legislative vote, effectively limiting impulsive or politically motivated decisions. Beyond Holding: Expanding Bitcoin’s Role What sets S327 apart from similar proposals is its broader vision for Bitcoin’s use. The legislation goes beyond simply holding BTC as a hedge or reserve asset. It opens the door for the state to explore Bitcoin mining operations, potentially creating a new revenue stream. It also introduces the idea of using Bitcoin as collateral to back state-issued bonds or finance public infrastructure projects. These provisions suggest that lawmakers are not just interested in Bitcoin as a store of value, but as a tool that could reshape aspects of public finance. This approach reflects a growing belief among some policymakers that digital assets can play a more active role in economic planning, rather than sitting passively on balance sheets. A Growing Trend Across the United States North Carolina is not acting in isolation. Several other states, including Texas, Arizona, and Michigan, are reportedly considering similar legislation. At least three comparable bills are currently under review across the country. If all of these initiatives are approved, projections suggest that North Carolina alone could accumulate Bitcoin holdings worth up to $2 billion by 2027. Such a development would mark a significant shift in how state governments approach reserve management. The timing is also notable. Interest in digital assets has been increasing at both institutional and policy levels, with broader discussions underway about their role in financial systems. While federal authorities continue to evaluate regulatory frameworks, states appear increasingly willing to move ahead with their own strategies. Why This Matters Government adoption of any new asset class tends to signal a shift from speculation to serious consideration. Public funds are subject to layers of scrutiny, and decisions involving them are rarely experimental. North Carolina’s proposal suggests that Bitcoin is beginning to be viewed less as a volatile investment and more as a long-term strategic asset. If implemented, the bill could introduce a new source of steady demand for Bitcoin. Public sector entities typically invest with long-term horizons, which could help stabilize market dynamics compared to shorter-term retail activity. There is also a reputational effect. State-level adoption adds a layer of legitimacy to Bitcoin’s position as a store of value, particularly when it is considered alongside traditional reserve assets like gold or government bonds. Market and Policy Implications The potential impact of this legislation extends beyond North Carolina. If successful, it could serve as a blueprint for other states—or even national governments—considering similar strategies. The inclusion of Bitcoin-backed bonds, for instance, introduces a new financial instrument that could bridge traditional finance and digital assets. If such instruments gain traction, they could reshape how governments raise capital. At the same time, the proposal raises important questions. Critics may point to Bitcoin’s price volatility and regulatory uncertainty as risks, especially when public funds are involved. Supporters, however, argue that the structured safeguards built into the bill address many of these concerns. What Comes Next For now, S327 remains in its early stages. After passing its first reading, the bill must move through additional legislative reviews before it can become law. Key areas to watch include whether it gains bipartisan support, how regulators respond, and whether similar proposals in other states advance at a similar pace. The broader question is whether this marks the beginning of a larger shift in public finance. If more states adopt Bitcoin as part of their reserves, the conversation around digital assets could change significantly. North Carolina’s move suggests that, for some policymakers, that shift is already underway.