Solana has selected the Falcon post-quantum signature scheme as its preferred path for future network security upgrades, marking one of the clearest preparations by a major blockchain for the eventual threat posed by quantum computing. The Solana Foundation said core developer teams independently evaluated post-quantum migration options and identified Falcon as the preferred solution. Initial implementations have already been completed, while no immediate protocol changes are required. The move reflects growing attention across the digital asset sector to long-term quantum risk, a scenario in which sufficiently advanced quantum computers could undermine the elliptic-curve cryptography used by most blockchains today. Solana currently relies on Ed25519 signatures for wallet authentication and transaction validation. Falcon chosen for performance and scalability Falcon is a lattice-based digital signature scheme selected through the U.S. National Institute of Standards and Technology post-quantum cryptography process. It is designed to provide strong security while maintaining relatively compact signatures and efficient verification speeds. Those characteristics are particularly relevant for Solana, whose network architecture prioritizes high throughput and low latency. Larger or slower signature systems could create performance bottlenecks for chains processing large transaction volumes. Developers said Falcon was favored because it offers a balance between security and operational efficiency, allowing the network to preserve performance if migration becomes necessary. The foundation indicated that any future transition is not expected to materially reduce speed or usability. The alignment between separate developer teams is also significant. Solana supports multiple validator clients to improve decentralization and resiliency, and consensus across engineering groups strengthens confidence in the roadmap. Three-stage migration plan outlined Solana’s current quantum readiness plan follows a staged framework. First, developers will continue researching Falcon and monitoring advances in quantum computing. Second, if the threat becomes credible, newly created wallets would begin using post-quantum signatures. Third, existing wallets would migrate to the selected standard. This phased approach allows the network to avoid unnecessary disruption while maintaining technical readiness if risk timelines accelerate. The Solana Foundation emphasized that quantum computing does not pose an immediate threat and that migration is not currently required. Instead, the initiative is being treated as a precautionary engineering effort intended to shorten response times if breakthroughs emerge faster than expected. The announcement places Solana among the first major blockchain ecosystems to publicly detail a structured post-quantum migration path. While Bitcoin, Ethereum, and other networks have discussed quantum risk, few have advanced to naming a preferred replacement scheme with working implementations. The topic has gained more attention as governments and technology firms increase investment in quantum computing research. Although most experts believe practical attacks on blockchain cryptography remain years away, migration planning is viewed as prudent because network-wide upgrades would require significant coordination. For institutional users, the roadmap may strengthen perceptions of Solana’s long-term infrastructure planning. Asset managers, payment companies, and tokenization projects increasingly evaluating public blockchains are placing greater emphasis on resilience and future-proofing. The Falcon decision is unlikely to have immediate market impact, but it may reinforce Solana’s positioning as a technologically proactive network competing for enterprise and institutional adoption. As digital asset infrastructure matures, cybersecurity and cryptographic durability are becoming increasingly important competitive factors alongside speed, cost, and developer activity.

Compound has proposed contributing up to 3,000 ETH to support an industry-led recovery initiative for rsETH, joining a wider decentralized finance effort to stabilize markets and assist affected users following the recent disruption involving the liquid restaking asset. The proposal, now live through Compound governance channels, would authorize a contribution of as much as 3,000 ETH to a coordinated recovery program. The final amount would depend on governance approval and the structure of the rescue framework. At current market prices, a 3,000 ETH allocation would be worth several million dollars, making it one of the larger protocol-level commitments announced in response to the incident. The move highlights a growing trend within DeFi toward collective crisis management, where protocols coordinate capital support to contain contagion risks and preserve confidence in shared collateral markets. Compound joins cross-protocol stabilization effort According to the proposal summary, Compound’s direct exposure to the rsETH disruption is believed to be limited. Even so, the protocol said participation would reflect a broader commitment to maintaining market integrity and strengthening long-term ecosystem resilience. The funds would be deployed through a joint industry recovery initiative designed to restore collateral backing and support impacted users. Several major crypto organizations have reportedly joined the effort, with total pledged support reaching significant scale. The level of participation suggests market participants view the rsETH event as a system-wide issue with implications extending beyond a single protocol. Why rsETH stress matters to DeFi markets rsETH is a liquid restaking token tied to Ethereum staking yield strategies. Assets of this type are widely used across decentralized finance as collateral in lending markets, liquidity pools, and leveraged trading strategies. When confidence in such assets weakens, the effects can spread quickly through interconnected protocols. Falling collateral values may trigger liquidations, reduce borrowing capacity, and create pressure on liquidity across multiple venues. That dynamic has pushed protocols to respond more quickly in recent years when core collateral assets come under stress. Rather than relying solely on market forces, governance communities increasingly favor intervention measures aimed at minimizing forced selling and restoring orderly market conditions. For Compound, the proposal also carries symbolic importance. As one of DeFi’s earliest lending protocols, its support could encourage additional contributions and strengthen confidence in the broader recovery framework. The proposal will now move through Compound’s governance process, where tokenholders will determine whether treasury assets should be allocated. Governance votes involving treasury capital are closely watched because they reflect how decentralized protocols balance financial prudence with ecosystem-wide responsibility. If approved, the contribution could help stabilize rsETH-related markets and demonstrate that major DeFi platforms are willing to coordinate during periods of stress. Analysts say the episode may accelerate discussions around collateral concentration limits, emergency backstop mechanisms, and risk controls for restaking assets used in lending markets. More broadly, the recovery plan underscores the maturation of decentralized finance. Earlier market dislocations often led to fragmented responses, but recent incidents have shown a greater willingness among protocols to collaborate when shared infrastructure is threatened. For now, market participants will watch whether Compound tokenholders approve the plan and whether the wider rescue package is sufficient to restore stability in rsETH markets.

Key Facts The ADGM Registration Authority's Emerging Technologies function and Hashed have jointly published "Web3 Leaders Roundtable", a policy report from a closed-door session held during Abu Dhabi Finance Week 2025. The report identifies three core findings: financial infrastructure is moving toward machine-native execution, governance and evidentiary integrity are becoming binding requirements for AI, and tokenization has shifted from an issuance question to a market-structure question. Participants flagged Basel risk-weighted asset charges of up to 1,250% on certain digital-asset exposures, fragmented FATF travel rule implementation, and unresolved accounting and tax treatment as compounding constraints on institutional deployment. DTCC's Nadine Chakar told the roundtable the firm aspires to tokenize the entirety of U.S. capital markets — a stated objective rather than an active program. Closed-door participants included Joseph Lubin (Consensys), Joseph Chalom (Sharplink), Tony Ashraf (BlackRock), Michael Reed (Franklin Templeton), Alexander Lipton (ADIA), Lily Liu (Solana Foundation), Evy Theunis (DBS), Matt Long (FalconX), Marco Dal Lago (Tether), Kash Razzaghi (Circle), Peter Kerstens (European Commission), and Clara Guerra (Government of Liechtenstein). Tokenization has moved from an issuance question to a market-structure question, with settlement design, collateral mobility, identity, and prudential treatment now setting the ceiling on institutional adoption. That is the central finding of a joint policy report published by the ADGM Registration Authority's Emerging Technologies function and Hashed, drawing on a closed-door Web3 Leaders Roundtable held during Abu Dhabi Finance Week 2025. The roundtable was convened by Dmitry Fedotov, Head of Emerging Technologies at the ADGM Registration Authority, and Simon Kim, Chief Executive Officer and Managing Partner of Hashed. Welcoming remarks were delivered by H.E. Rashed Al Blooshi, Chief Executive Officer of the ADGM Registration Authority, and H.E. Ahmed Bin Sulayem, Executive Chairman and Chief Executive Officer of the Dubai Multi Commodities Centre. Three core findings on AI and on-chain finance The report's executive brief sets out three takeaways. First, financial infrastructure is likely to evolve toward machine-native execution and settlement, as autonomous AI agents drive transaction volumes that legacy internet and payment systems were not designed to support. Second, governance and evidentiary integrity — tamper-evident records of data lineage, model versions and signed agent actions — are likely to become binding requirements rather than optional features for AI systems acting in financial and physical environments. Third, tokenization scalability now depends on alignment across legal rights, market infrastructure, and supervisory implementation, not the mechanics of issuance. The report describes a "compounding" constraint set across prudential capital treatment, custody and recoverability expectations, fragmented anti-money laundering and know-your-customer implementation, and unresolved accounting and tax treatment. Session 1: Blockchain as the trust layer for AI agents The first session, moderated by Henri Arslanian of Nine Blocks Capital, framed blockchain as the coordination substrate for AI-mediated economies. Joseph Lubin of Consensys argued that the settlement infrastructure for machine-native interaction already exists, citing Ethereum's capacity for fractional-cent and cent-level settlement at volumes infeasible on traditional rails. Jan Liphardt of OpenMind, drawing on the firm's deployment of humanoid robots in public environments, described immutability as foundational for verifying what occurred and under what authority. Chi Zhang of Kite AI argued that AI agents accessing data sources are routinely treated as malicious bots by current web infrastructure, forcing reliance on rate limits, API keys, or wholesale licensing — friction that blockchain-based payment and access mechanisms can resolve. The discussion of governance focused on what the report calls the "digital twin" — a personal AI agent operating with persistent memory and defined objectives on behalf of an individual. Lubin and Illia Polosukhin of Near Protocol framed universal access to such agents as a structural-equity question rather than a premium feature, warning against re-creating the centralised extraction models of earlier internet eras. Rayhaneh Sharif-Askary of Grayscale described decentralisation as a prerequisite for fair and transparent AI systems. Alexander Lipton of the Abu Dhabi Investment Authority cautioned that comprehensive alignment is currently unachievable. He proposed beginning with narrowly scoped agents tied to measurable objectives, allowing oversight to evolve incrementally. Identity, reputation, and risk-segmented governance Participants converged on the limitations of static, document-based identity in agent-driven environments. Joseph Chalom of Sharplink argued that markets will revert toward reputation-based models augmented by AI's capacity to assess risk dynamically — a shift from "good wallet versus bad wallet" classification to systems where agents themselves build, degrade, and transfer reputation over time. Xin Song of GSR set out a risk-segmented governance approach in which obligations scale with the impact of an agent's activity. Liability frameworks, Song argued, are converging toward role-based accountability, distributing responsibility across developers (defective models), deployers (unsafe deployment), and operators (negligent oversight). Kash Razzaghi of Circle warned that AI-driven systems will increase transaction volumes by orders of magnitude that regulation alone cannot absorb, arguing that trust must precede adoption and adoption must precede effective regulation. Session 2: What is blocking institutional scale The second session, moderated by Hashed General Partner Baek Kim with framing remarks from Hashed Global Head of Legal Jin Kang, concentrated on operational blockers to institutional adoption. The session catalogued four parallel product structures: tokenisation as a distribution mechanism for traditional instruments, stablecoins as settlement infrastructure, liquid staking as a liquidity tool, and digital asset treasuries as balance-sheet strategies. Michael Reed of Franklin Templeton outlined a three-pillar approach combining ledger-efficiency investment, crypto as an investable asset class, and direct validator participation. Thomas Uhm of the Jito Foundation reframed liquid staking tokens as a redemption-uncertainty solution rather than a yield product — solving the problem of protocol-level unstaking queues that complicate ETF redemption mechanics. Lily Liu of the Solana Foundation positioned digital asset treasuries as a path toward operating businesses built around networks, distinguishing durable models from short-lived token wrappers. Where regulation is binding Participants identified several specific friction points. Jez Mohideen of Laser Digital described on-chain transactions passing through two to three overlapping layers of know-your-customer checks across custodians, counterparties, and regulated entities, even where Financial Action Task Force standards are already met. Chris Rayner-Cook of Brevan Howard Digital framed the core question as whether accounting and capital frameworks will permit stablecoins to function as neutral settlement assets on institutional balance sheets. Matt Long of FalconX flagged inconsistent custody expectations across jurisdictions and Basel risk-weighted asset treatment as binding constraints on market intermediation, limiting firms' ability to warehouse inventory and extend liquidity. Chalom argued the primary obstacle to scaling tokenisation is the absence of a standardised, regulator-supported framework for institutional digital identity, with secondary trades still restricted to whitelisted counterparties under issuer-specific onboarding. Peter Kerstens, an Advisor at the European Commission, situated the EU's parallel MiCA framework in the practical context of reconciling 27 member states within an existing dense body of securities law. Clara Guerra of the Government of Liechtenstein argued for treating tokens as containers for legal rights and regulating economic function rather than business models. Both warned that supervisory posture and implementation consistency matter as much as legal drafting. Tokenised equities and disclosure The session also surfaced a market-conduct concern around tokenised equities. Participants warned that retail users encountering products such as "tokenised Tesla" may assume shareholder rights, when in practice the instrument can be a derivative wrapper with weekend liquidity gaps and no voting rights. Standardised identifiers, labelling conventions, and legal-rights classification were framed as foundational market-structure issues, not consumer-education additions. Report: https://assets.adgm.com/download/assets/ADFW+2025+Web3+Leaders+Roundtable+Report.pdf/ca58a56837e511f1956882b60804cfcb FAQ Who published the Web3 Leaders Roundtable report? The report is a joint publication by the Emerging Technologies function of the ADGM Registration Authority and Hashed, presenting the proceedings of a closed-door roundtable convened at Abu Dhabi Finance Week 2025. It was led by Dmitry Fedotov of ADGM and Simon Kim, Chief Executive Officer of Hashed. What are the three core findings of the report? First, financial infrastructure is likely to evolve toward machine-native execution and settlement to support autonomous AI agents. Second, governance and evidentiary integrity — including tamper-evident records of data, model versions, and agent actions — are likely to become binding requirements for AI systems. Third, tokenisation has entered a market-structure phase in which settlement, collateral mobility, identity, and prudential treatment determine scalability rather than issuance mechanics. Which regulatory frictions did participants identify as most binding? Participants cited Basel prudential capital treatment — including risk-weighted asset charges of up to 1,250% on some digital-asset exposures — fragmented FATF travel-rule implementation, inconsistent custody expectations across jurisdictions, and unresolved accounting and tax treatment as compounding constraints on institutional deployment, even where licensing pathways and market infrastructure already exist. The report stops short of regulatory recommendations, framing its observations as "independent regulatory analysis informed by the roundtable dialogue." Its concluding observation places the burden squarely on policymakers and market participants jointly: ensuring governance frameworks evolve in a way that preserves institutional safeguards without reproducing legacy frictions on new infrastructure. Whether the next phase of supervisory work — particularly on identity portability, settlement-asset treatment for stablecoins, and prudential treatment of tokenised exposures — closes that gap will set the trajectory for institutional adoption through 2026 and beyond.

Colombia’s largest pension fund manager has moved into Bitcoin, launching a retirement investment product that gives clients indirect exposure to the asset through a U.S.-listed spot Bitcoin exchange-traded fund. Porvenir, the country’s biggest pension administrator, has introduced a new offering for pension account holders linked to BlackRock’s iShares Bitcoin Trust. The product is available through retirement accounts and carries a relatively low minimum investment threshold, broadening access to Bitcoin exposure through regulated savings channels. The move represents one of the most significant institutional Bitcoin adoption steps in Latin America’s pension sector, where retirement funds have historically remained concentrated in fixed income, equities, and diversified international portfolios. Bitcoin exposure delivered through ETF structure Rather than directly purchasing and custodying Bitcoin, Porvenir has chosen to use BlackRock’s ETF structure. This allows the pension fund to offer price exposure through a regulated securities vehicle while avoiding the operational complexities associated with holding digital assets directly. The ETF model has become a preferred route for institutional investors since U.S. regulators approved spot Bitcoin ETFs. These products have attracted substantial inflows and expanded traditional finance participation in crypto markets. For pension providers, ETF-based access can simplify custody, valuation, compliance, and reporting requirements. It also allows Bitcoin allocations to be integrated within existing investment frameworks. The relatively accessible minimum investment requirement suggests the product is intended for a broad segment of retirement savers rather than only high-net-worth clients. Porvenir’s move follows earlier Bitcoin-related initiatives by other Colombian pension and wealth firms. That sequence of launches suggests Colombia is becoming one of the more active Latin American markets for integrating digital assets into retirement and long-term investment products. Colombia’s pension system manages assets worth hundreds of billions of pesos, making even modest allocations to Bitcoin potentially meaningful in regional terms. The introduction of crypto-linked products also indicates a gradual expansion of permissible investment options within long-term savings vehicles. Market implications and outlook Porvenir’s decision may carry significance beyond Colombia. Pension funds globally have approached digital assets cautiously due to volatility, fiduciary obligations, and regulatory uncertainty. A successful rollout through ETF structures could offer a template for other retirement systems considering limited crypto exposure. For Bitcoin markets, pension demand is viewed as strategically important because retirement capital is generally longer-term and less speculative than hedge fund or retail flows. Even small allocations from institutional retirement pools can contribute to broader adoption narratives. Analysts note that any initial exposure is likely to remain modest relative to total pension assets. However, the symbolic importance of the largest pension manager in a major Latin American economy adopting Bitcoin-linked products is substantial. The development also underscores the role of ETFs in bridging traditional finance and digital assets. Rather than requiring institutions to adopt crypto-native infrastructure, regulated funds allow participation through familiar investment channels. As more retirement platforms evaluate similar products, Bitcoin’s position as an investable institutional asset class may continue to strengthen, particularly in emerging markets seeking portfolio diversification and new sources of long-term return.

Eduard Khemchan does not position capital around isolated trends. His approach reflects an understanding that global systems shift over time, and that capital must be aligned with those shifts rather than react to them. Markets move in phases, but underlying systems evolve more slowly and with greater consequence. These shifts are not driven by a single factor. They emerge from the interaction of monetary policy, technological integration, and demographic change. Interest rate environments influence capital cost and expansion capacity. Digital systems reshape how capital flows and how markets operate. Population dynamics alter demand across sectors over extended periods. Together, these forces redefine the conditions in which capital operates. Eduard Khemchan’s positioning reflects awareness of that interaction. Rather than treating each factor independently, his approach considers how they converge. Capital is not allocated based on what appears attractive in isolation, but on how an opportunity fits within a broader structural direction. This reduces dependence on short-term movement and increases alignment with longer-term change. This perspective developed through progression across environments where conditions could not be assumed to remain stable. Early operational exposure reinforced that external variables often determine outcomes as much as internal execution. Financing conditions shift. Demand evolves. Constraints emerge without warning. These realities shaped a view that capital must remain adaptable within changing systems rather than fixed within a single set of assumptions. As his exposure expanded into financial markets during periods of technological acceleration, that understanding deepened. Digital infrastructure compressed timelines and increased participation. Market behavior became more interconnected. Signals moved faster, but structural shifts still unfolded gradually. Recognizing that difference reinforced the importance of positioning capital within forces that persist beyond immediate cycles. Technology plays a central role in these global shifts, but not in isolation. Artificial intelligence, data systems, and digital financial infrastructure influence productivity, decision-making, and capital flow. At the same time, their adoption depends on regulatory frameworks and institutional integration. Positioning capital within this environment requires more than identifying innovation. It requires evaluating how that innovation fits within broader systems. Demographic change introduces another layer. Aging populations influence healthcare demand, labor participation, and long-term economic planning. These are not short-term developments. They reshape capital allocation across decades. Aligning with these trends supports continuity, while ignoring them introduces misalignment over time. Khemchan’s capital framework reflects this multi-layered view. Exposure is structured across domains that respond to different aspects of system change. Real economy participation provides stability tied to tangible demand. Technology captures transformation in how systems operate. Demographic alignment supports sustained relevance. Each element contributes to a cohesive structure rather than a collection of disconnected positions. Positioning within global system shifts also requires pacing. Structural change does not occur evenly. Adoption can accelerate, pause, and reconfigure. Capital deployed too aggressively in early phases can face instability. Capital deployed too late may miss alignment. Khemchan’s approach reflects measured entry, where exposure increases as integration becomes clearer rather than as narratives intensify. Risk, in this context, extends beyond volatility. It includes misalignment with the direction of system change. Capital positioned against structural shifts may perform temporarily but lacks durability. By contrast, capital aligned with these shifts can absorb periods of fluctuation while maintaining long-term direction. There is also a psychological component to this approach. Global system shifts often lack the immediacy that markets reward. They develop gradually, without constant reinforcement from short-term price movement. Maintaining alignment requires discipline and the ability to filter noise from signal. Eduard Khemchan’s capital strategy reflects this orientation. Rather than responding to each market phase, positioning is guided by structural awareness. Exposure adjusts as systems evolve, but the framework remains consistent. In modern markets, where information moves quickly and conditions change frequently, advantage increasingly depends on recognizing what is changing beneath the surface. For Eduard Khemchan, positioning capital within global system shifts is not about predicting outcomes. It is about maintaining alignment as those outcomes unfold.

What Is the Universal Commerce Protocol Aiming to Solve? Five additional technology companies have joined the Universal Commerce Protocol (UCP) Tech Council, doubling its membership to ten and expanding representation across retail, payments, cloud infrastructure, and enterprise software. The council now includes founding members Google, Shopify, Etsy, Target, and Wayfair, alongside the new entrants. The initiative targets a core gap in AI-driven commerce: the lack of a unified technical standard that allows autonomous agents to operate consistently across platforms. UCP is designed to cover the full transaction lifecycle, from product discovery and cart creation to checkout and post-purchase interactions. Without a shared framework, AI agents built by different companies operate on incompatible specifications, limiting interoperability and scaling. How Does the Tech Council Govern the Protocol? The Tech Council serves as the protocol’s steering body, responsible for reviewing technical proposals and guiding the development of the open-source standard. Its mandate is to align contributions from multiple stakeholders while ensuring the protocol remains usable across large-scale commercial systems. The governance model reflects the need for coordination across competing platforms. As AI agents become more integrated into commerce workflows, standardization is increasingly tied to how transactions are initiated, routed, and completed across different ecosystems. The protocol’s scope is intentionally broad, aiming to provide a common technical language for agent-based interactions regardless of the underlying platform or payment processor. Investor Takeaway Standardization is emerging as a key bottleneck in AI-driven commerce. Protocol-level coordination could determine which platforms capture transaction flow as autonomous agents become a primary interface for purchasing. What Does the Membership Mix Signal? The expanded council reflects cross-industry alignment, bringing together major cloud providers, commerce platforms, and payments infrastructure companies. This mix covers key layers of the digital transaction stack, from front-end discovery to backend settlement. Stripe’s presence highlights the importance of payments infrastructure in shaping how AI-driven transactions are executed, while participation from large retail and marketplace platforms signals demand for interoperability across sales channels. The inclusion of companies with large consumer-facing ecosystems suggests that agent-based commerce is moving from concept toward deployment, with infrastructure providers preparing for increased automation in purchasing flows. Investor Takeaway Cross-sector participation indicates early alignment around shared infrastructure. Platforms embedded in payments, cloud, and retail layers are positioning to influence how AI agents route and execute transactions. Can UCP Become a De Facto Industry Standard? The scale of participating companies gives UCP early credibility, but adoption outside the council will determine its impact. Open-source availability lowers barriers for developers, though practical integration across existing systems remains a challenge. The absence of a unified standard has so far fragmented agent-based commerce, with each platform developing proprietary frameworks. UCP attempts to address this by offering a shared protocol that can be adopted across competing ecosystems. Whether it becomes a de facto standard will depend on uptake by merchants, developers, and additional infrastructure providers. If adoption broadens, UCP could influence how AI agents interact with commerce platforms at a foundational level.

What Does Bill C-25 Propose? Canada is moving closer to banning cryptocurrency donations in political campaigns after lawmakers advanced new election legislation in Ottawa. Bill C-25, known as the Strong and Free Elections Act, passed its second reading in the House of Commons, signaling support in principle and sending the proposal to committee for further review. The bill would prohibit political parties and candidates from accepting cryptocurrency contributions, closing what regulators view as a gap in campaign finance rules. While amendments are still possible at the committee stage, the direction of policy is clear: crypto is being brought explicitly under political financing restrictions. Introduced on March 26, the legislation forms part of a broader effort to strengthen election transparency, tighten enforcement mechanisms, and reduce exposure to foreign interference. Why Are Lawmakers Targeting Crypto Donations? Crypto donations have drawn attention from regulators due to concerns around traceability, compliance with contribution limits, and the potential for cross-border funding. Although blockchain transactions are publicly recorded, linking wallet activity to verified identities remains a challenge in certain cases. By banning crypto contributions outright, lawmakers are opting for a preventive approach rather than attempting to adapt existing disclosure frameworks. The move reflects a cautious stance toward financial channels that may complicate oversight during election cycles. The proposal does not target digital assets broadly but focuses on their use within political financing, an area where transparency and auditability are treated as core requirements. Investor Takeaway Governments are drawing clear boundaries around where crypto can be used. Political financing is emerging as a restricted domain, reinforcing the view that regulatory acceptance will vary by use case rather than apply uniformly across sectors. How Does This Fit Into Canada’s Broader Crypto Policy? The proposed ban comes as Canada continues to build out its regulatory framework for digital assets. Authorities have advanced oversight of stablecoins, including proposals that would grant the Bank of Canada a more direct supervisory role. Regulators have also refined rules covering crypto investment funds, custodial services, and cold storage practices. These measures aim to integrate digital assets into the financial system while maintaining control over risk and compliance standards. This dual approach reflects a policy direction that supports infrastructure development while placing tighter limits on areas considered sensitive or high risk. Investor Takeaway Canada is separating infrastructure adoption from usage restrictions. Institutional and financial use cases are being formalized, while politically sensitive applications face tighter controls. What Are the Next Steps for the Legislation? Bill C-25 will now move to committee review, where lawmakers can examine its provisions in detail and propose amendments. There is no fixed timeline for when the next stage will be completed, leaving some uncertainty around final implementation. The outcome will depend on committee deliberations, but the second reading vote indicates broad support for tightening election finance rules. If passed, the measure would align Canada with a growing number of jurisdictions seeking to limit the role of digital assets in political funding. The development highlights a wider trend in crypto regulation: as governments define the role of digital assets in the financial system, they are also setting clear limits on where those assets can and cannot be used.

How Much Ether Has BitMine Accumulated? BitMine Immersion Technologies has expanded its Ether holdings for the second consecutive week, adding 101,901 ETH and bringing its total to roughly 5.08 million ETH. The company’s combined crypto and cash reserves now stand at about $13.3 billion. The latest purchase follows a 101,627 ETH accumulation a week earlier, marking one of the company’s most aggressive buying phases since December. The strategy reflects continued conviction in Ether despite recent market volatility. BitMine, backed by Fundstrat’s Tom Lee, is positioning itself as a large-scale Ether treasury player, similar to bitcoin-focused balance sheet strategies seen in previous market cycles. Why Are Losses Mounting Despite Continued Buying? Despite the steady accumulation, BitMine is currently sitting on more than $6.5 billion in unrealized losses, based on total investments of around $17.6 billion. The losses reflect the sharp drawdown in Ether prices earlier this year. Ether has recovered above $2,400 after falling near $1,800, but remains down about 23% year-to-date. This gap between acquisition cost and current market value continues to weigh on the company’s balance sheet. The market impact is also visible in equity performance. Shares of BitMine, listed on the NYSE under BMNR, are down more than 20% year-to-date, tracking the pressure on its underlying crypto exposure. Investor Takeaway Large crypto treasury strategies amplify exposure to price swings. Even sustained accumulation can result in significant unrealized losses when market conditions turn, directly impacting equity performance. Can Staking Offset Balance Sheet Pressure? BitMine has staked approximately 3.7 million ETH, allowing it to earn rewards for validating transactions on the Ethereum network. This provides a recurring income stream tied to network activity rather than market price direction. Staking introduces yield into the treasury model, which can help support cash flow during weaker market periods. However, the income generated typically remains small relative to large mark-to-market losses during downturns. The strategy reflects a hybrid approach: combining long-term asset accumulation with network-based income generation, rather than relying solely on price appreciation. Investor Takeaway Staking adds yield to crypto treasury models but does not hedge downside risk. Balance sheets remain highly sensitive to asset price movements despite ongoing reward generation. What Does This Signal About Market Conditions? BitMine’s continued accumulation comes as the broader crypto market shows early signs of stabilization following declines through the first quarter. The rebound in Ether aligns with a wider recovery across equities and other risk assets. However, the scale of unrealized losses highlights the volatility inherent in large crypto holdings. Treasury-style strategies depend on long-term price recovery, making them vulnerable during extended drawdowns. For institutional participants, the case illustrates the trade-off between accumulating exposure during market weakness and managing balance sheet risk. As crypto markets evolve, the ability to sustain such strategies through volatility will remain a key differentiator.

KEY TAKEAWAYS A USB thumb drive stores private keys offline, functioning as an affordable entry point into cryptocurrency cold storage for budget-conscious investors. Crypto theft exceeded $3.4 billion in 2025, reinforcing the urgency of moving digital asset credentials away from internet-connected platforms and exchanges. Always disconnect the internet before connecting a cold storage USB drive to prevent malware from capturing private keys during wallet access. USB drives lack Secure Element chips found in hardware wallets, making them suitable for temporary storage but less secure for large holdings. Creating encrypted backups on multiple drives and storing seed phrases on paper in separate locations provides essential protection against hardware failure. Cryptocurrency theft reached record levels in 2025, with Chainalysis reporting more than $3.4 billion stolen from platforms and individual wallets. The February 2025 Bybit breach alone accounted for approximately $1.5 billion, marking it as the largest single crypto heist ever recorded. For investors seeking a low-cost method of moving private keys offline, a USB thumb drive can serve as basic cold storage. It is not a replacement for a dedicated hardware wallet, but it offers a practical starting point. What Cold Storage Actually Means Cold storage refers to keeping cryptocurrency private keys completely disconnected from the internet. If a wallet is never online, remote attackers cannot reach it. This contrasts with hot wallets — mobile apps, browser extensions, and exchange accounts — all of which maintain constant internet connectivity. According to a FinanceFeeds analysis, cold wallets keep private keys isolated from online exposure, making them virtually immune to hacks, malware, and phishing attacks. This is why major exchanges store customer funds in cold storage. How a Thumb Drive Functions as Cold Storage A USB thumb drive does not store cryptocurrency itself. It holds the private keys, seed phrases, or wallet files that grant access to funds on the blockchain. When disconnected, those credentials exist entirely offline.  As Jordan Spence of MyCrypto explained in a widely referenced analysis on Medium, a USB drive can only act as storage for keys and leaves the user vulnerable whenever the drive is accessed.  Unlike a hardware wallet, a USB drive cannot sign transactions internally or require physical confirmation before authorizing transfers. Despite these limitations, USB drives offer cost advantages. Hardware wallets retail between $60 and $200, while a quality drive costs under $15. Step-by-Step: Setting Up USB Cold Storage Here is a complete guide to setting up USB cold storage. Format and encrypt the drive: Format the USB drive to remove existing data. On Windows, BitLocker provides encryption. On macOS, use FileVault. Set a strong password of at least 12 characters with mixed case, numbers, and special characters. Disconnect from the internet: Disable Wi-Fi and unplug Ethernet cables before connecting the drive. According to Gate.io’s security guide, this isolation creates a formidable barrier against cyber-attacks relying on internet access. Install wallet software on the drive: Choose a wallet that supports cold storage and install it directly on the USB drive. Generate a new address that produces both a public key for receiving funds and a private key for access. Record your seed phrase: Write the 12- or 24-word recovery phrase on paper and store it in a separate secure location. Never save it digitally on any internet-connected device. Transfer funds and disconnect: Send cryptocurrency from a hot wallet to the new public address. Once confirmed on the blockchain, safely eject the drive and store it securely. Security Risks and Limitations USB drives have write cycle limits that cause degradation over time, potentially resulting in permanent data loss. Unlike hardware wallets with Secure Element chips designed to resist tampering, standard USB drives offer no such protection. The greatest vulnerability occurs when the drive connects to a computer. Malware on the host machine could capture stored keys. Hardware wallets address this by signing transactions internally, which Kaspersky’s wallet security guide identifies as a primary reason experts consider them among the safest storage solutions. CertiK’s first-half 2025 analysis found wallet compromises accounted for roughly 69% of total value lost, with $1.71 billion stolen across 34 incidents involving private key theft or seed phrase exposure. Thumb Drive vs. Hardware Wallet For smaller holdings or temporary offline solutions, a USB drive is a reasonable entry point. For significant portfolios, devices like the Ledger Nano X ($149) and Trezor Safe 5 ($169) include Secure Element chips, built-in transaction verification screens, and support for thousands of cryptocurrencies. Many holders adopt a hybrid approach: keeping actively traded amounts in a hot wallet while storing the majority in cold storage. Whether that cold storage is a thumb drive or a hardware wallet depends on the value at stake. Best Practices for USB Cold Storage Always disconnect the internet before plugging in the drive. Never use the device for general file storage. Create duplicate backups on separate drives stored in different physical locations. Keep seed phrases written on paper or engraved on metal. Consider upgrading to a hardware wallet as your portfolio grows. FAQs Does a USB thumb drive actually store cryptocurrency on the device itself? No, a USB drive does not store the private keys and seed phrases that grant access to cryptocurrency recorded on the blockchain network. Is a USB thumb drive as secure as a dedicated hardware wallet for crypto? No, hardware wallets include Secure Element chips and internal transaction signing, providing significantly stronger protection than a standard USB drive. What happens if the USB drive storing my crypto keys breaks or fails? Access to funds is permanently lost unless a backup seed phrase or a duplicate drive copy has been securely stored in another location. Can I store multiple types of cryptocurrency on a single USB drive? Yes, provided the wallet software installed on the drive supports the specific cryptocurrencies you intend to store on the device. How much storage capacity does a USB drive need for a crypto wallet? Even 8GB is more than sufficient, as wallet files and private key data require minimal storage space on any modern USB device. Should I use a new USB drive or is a used one acceptable for storage? A new drive is strongly recommended, and it should be fully formatted and encrypted before any wallet software or key data is added. How often should I check my USB cold storage drive to ensure it works? Verify the drive periodically on an air-gapped offline computer, and always maintain a separate written backup of your recovery seed phrase. References Chainalysis – 2025 Crypto Theft Reaches $3.4 Billion FinanceFeeds – Crypto Storage Explained: Hot Vs. Cold Wallet And What You Need To Know MyCrypto (Medium) – The Difference Between a Hardware Wallet and a USB Drive Kaspersky – Crypto Wallets Explained: Hot vs Cold Wallet vs Hardware Wallet

How Fast Is Strive Accumulating Bitcoin? Bitcoin treasury firm Strive has continued to build its holdings, most recently acquiring 789 BTC for $61.43 million at an average cost of about $77,890 per coin, according to CEO Matt Cole. The latest purchase brings the firm’s total holdings to 14,557 BTC, valued at roughly $1.3 billion based on current market prices. This positions Strive as the ninth-largest corporate holder of bitcoin, ahead of Hut 8 and behind Coinbase, according to industry data. The pace of accumulation reflects an ongoing strategy to use capital markets activity to increase exposure rather than relying solely on operating cash flow. Previous purchases included 5,886 BTC following a PIPE investment and another 5,048 BTC tied to its acquisition of Semler Scientific. How Does Strive Finance Its Bitcoin Strategy? Strive’s approach mirrors elements of other bitcoin treasury models but introduces additional funding mechanisms through preferred securities. The firm issues a product known as the Variable Rate Series A Perpetual Preferred Stock, or SATA. The instrument is structured to maintain a trading range between $99 and $100 while offering a variable monthly dividend. Strive raised about $160 million in its initial SATA offering and approximately $225 million in a follow-on issuance, providing a steady capital source for further bitcoin accumulation. Recent adjustments to the product include tightening the trading range and increasing the dividend yield to 12.75%, enhancing its appeal to income-focused investors while supporting continued capital inflows. Investor Takeaway Strive is using structured equity products to fund bitcoin accumulation, creating a hybrid model that blends yield generation with asset exposure. Sustainability depends on continued investor demand for high-yield preferred instruments. How Does This Compare to Other Bitcoin Treasury Models? Strive’s strategy draws comparisons to firms such as Strategy, which also uses capital markets instruments to expand bitcoin holdings. However, Strive’s use of a variable-rate preferred stock introduces a different risk-return profile tied to dividend performance and price stability. The firm’s planned collaboration with Tuttle Capital Management to launch an exchange-traded fund tracking SATA and Strategy’s preferred securities suggests an effort to broaden distribution and deepen liquidity around these instruments. This approach signals a shift in how companies structure bitcoin exposure, moving beyond direct equity issuance or debt financing toward more complex, yield-oriented products. Investor Takeaway Bitcoin treasury strategies are evolving into structured products that combine yield and asset exposure. This increases flexibility but also adds layers of financial and market risk tied to funding conditions. What Are the Key Risks in This Model? The model depends on stable demand for preferred securities offering elevated yields. If investor appetite weakens, Strive’s ability to raise capital for additional bitcoin purchases could slow. At the same time, the strategy links balance sheet expansion to bitcoin price performance. A sustained decline in bitcoin could pressure both asset valuations and the perceived attractiveness of associated financial products. As more firms adopt variations of this approach, competition for capital may increase, particularly if multiple issuers target the same investor base with similar yield-driven instruments.

KEY TAKEAWAYS Bitcoin processes approximately five to seven transactions per second, while newer networks like Solana can handle over 65,000 TPS efficiently. Network congestion, transaction fees, and block size are the three primary factors that determine how quickly a crypto transaction is confirmed. Layer 2 solutions like the Lightning Network and Arbitrum offer near-instant transactions at significantly lower cost than mainnet processing. Centralized exchanges often credit deposits before full blockchain confirmation, making the user experience faster than raw on-chain settlement speeds. Choosing the appropriate blockchain network and fee level based on urgency is the most effective strategy for optimizing your transaction speed. Speed is one of the most practical considerations in cryptocurrency. Whether you are sending a payment, executing a trade, or moving assets between wallets, the time it takes for a transaction to confirm directly affects your experience. Some blockchains process transfers in seconds. Others can take an hour or more. This guide examines what determines crypto transaction speed, how major networks compare, and what strategies investors and users can employ to reduce wait times and fees. How Crypto Transactions Are Processed When you initiate a cryptocurrency transfer, the transaction is broadcast to the blockchain network and placed in a waiting pool of unconfirmed transactions, called the mempool.  Validators or miners then select transactions from this pool, verify them, and include them in the next block added to the chain. Each blockchain has its own block time, which is the average interval between new blocks, and this is the primary factor determining base transaction speed. According to OKX's 2025 analysis, average mainnet throughput is about five to seven transactions per second for Bitcoin and twelve to twenty for Ethereum. During network spikes, mempools can become congested, significantly increasing wait times and fees. Transaction Speed by Network The variation in speed across blockchain networks is dramatic. Bitcoin's ten-minute average block time and seven TPS capacity make it one of the slower major networks. Ethereum processes transactions faster with a block time of approximately twelve to fifteen seconds, but its throughput of around fifteen to thirty TPS still creates bottlenecks during peak demand. Newer blockchain networks have been engineered specifically for speed. According to NowPayments, Solana can process over 65,000 transactions per second, making it one of the fastest blockchains available today.  Ripple settles transactions in approximately three to five seconds, and Avalanche confirms in under two seconds. These differences reflect fundamental design choices about how each network balances speed, security, and decentralization. What Affects Transaction Speed Network congestion is the most significant variable. When more users are sending transactions than the network can process in a given block, a backlog forms. During periods of high demand, such as major market movements or popular token launches, even normally fast networks can experience slowdowns.  Obiex Finance notes that every blockchain has specific block sizes and block time limits, which directly impact processing capacity. Bitcoin's strict one-megabyte block size limit constrains how many transactions can fit into each block. Transaction fees also directly affect speed. Most blockchain networks operate on a fee market where users compete for block space. Paying a higher fee incentivizes miners or validators to prioritize your transaction. On Bitcoin, users paying higher fees typically see confirmation within ten minutes, while lower-fee transactions can wait hours. On Ethereum, gas fees fluctuate based on demand, and priority fees allow users to jump the queue. The Role of Layer 2 Solutions Layer 2 scaling solutions have emerged as a practical answer to mainnet congestion. Bitcoin's Lightning Network enables instant, sub-second payments by processing transactions off-chain and settling the net result on-chain later. Ethereum's Layer 2 networks, including Arbitrum and Optimism, regularly process thousands of transactions per second at a fraction of the mainnet cost. These solutions represent a significant shift in how users interact with blockchain networks. For everyday payments and routine transfers, Layer 2 options now offer speeds competitive with traditional payment processors while retaining the security guarantees of the underlying blockchain. Exchange Crediting vs On-Chain Settlement When transferring crypto to a centralized exchange, the user experience often differs from raw blockchain speed. Many exchanges credit deposits before full on-chain confirmation, allowing near-immediate access for trading. This internal ledger processing means the speed you experience on an exchange may be faster than what the blockchain itself delivers. How to Optimize Your Transaction Speed Choosing the right network is the single most effective way to control transaction speed. If you need fast settlement, using networks like Solana, Avalanche, or Layer 2 solutions on Ethereum will consistently outperform Bitcoin's mainnet.  Monitoring network congestion before initiating transactions helps you avoid peak periods. Tools like Mempool. Space for Bitcoin and Etherscan for Ethereum provides real-time data on current network load and recommended fee levels. Adjusting your fee level is another lever. Most wallets allow you to choose between slow, standard, and fast fee tiers. Selecting a higher fee during periods of congestion ensures faster processing, while choosing a lower fee during quiet periods can save money without meaningfully increasing wait times. For time-sensitive transactions, paying the premium for priority processing is generally worth the cost. Speed vs Security: The Blockchain Trilemma There is a well-known trade-off in blockchain design between speed, security, and decentralization. Networks that prioritize throughput sometimes sacrifice decentralization, while Bitcoin deliberately accepts slower speeds to maximize security. Understanding this trade-off helps users choose the right network for their specific use case. FAQs How long does a Bitcoin transaction take? Bitcoin transactions typically take about 10 minutes for initial confirmation, though full settlement with 6 confirmations can take approximately 1 hour in total. Why are Ethereum transactions sometimes slow? Ethereum slows down during periods of high demand, when many users compete for limited block space, driving up gas fees and creating a transaction backlog. What is the fastest cryptocurrency for transactions? Solana is among the fastest, processing over 65,000 transactions per second, though Ripple and Avalanche also offer near-instant settlement capabilities. Do higher fees guarantee faster transactions? Higher fees increase the priority of your transaction with miners or validators, making faster confirmation very likely but not absolutely guaranteed. What is a Layer 2 solution? Layer 2 solutions process transactions off the main blockchain and settle results on-chain later, enabling faster speeds and significantly lower costs. Can I check if a blockchain is congested before sending? Yes, tools like Mempool. Space for Bitcoin and Etherscan for Ethereum show real-time network congestion data and recommended transaction fees. Does the amount of crypto affect transaction speed? Transaction size in data terms matters more than dollar value, as larger or more complex transactions require more block space to process efficiently. References OKX: Compare Bitcoin vs Ethereum Transaction Speed NowPayments: Top 10 Blockchains: Fastest Transaction Speed (TPS) in 2026 Obiex Finance: Why Your Crypto Transfer Is Slow (And How to Speed It Up) Gemini Cryptopedia: Ethereum vs Bitcoin Transaction Fee Comparison

KEY TAKEAWAYS Proof of Work allows Bitcoin to validate transactions without any central authority by requiring miners to solve computational puzzles. Miners compete globally to find valid hash solutions, with the first successful miner earning the right to add transactions. Bitcoin's mining difficulty adjusts approximately every two weeks to maintain a consistent block time of roughly ten minutes per block. The energy expenditure in Proof of Work is the primary source of network security, making attacks prohibitively expensive for malicious actors. Proof of Stake offers a lower-energy alternative, but Proof of Work remains the most battle-tested consensus mechanism in cryptocurrency today. Bitcoin processes billions of dollars in transactions daily without a bank or central authority verifying any of them. The system that makes this possible is called Proof of Work, the original consensus mechanism powering the world's largest cryptocurrency. This guide explains Proof of Work in practical terms, covering how miners validate transactions, why the process requires so much energy, and what it means for the future of blockchain technology. What Problem Does Proof of Work Solve? In traditional finance, banks verify that you have sufficient funds before processing a payment. They prevent you from spending the same money twice. Cryptocurrency has no bank. Instead, it relies on a decentralized network of computers to perform this same function. As Coinbase explains, decentralized cryptocurrency networks need to ensure that nobody spends the same money twice without a central authority like Visa or PayPal acting as the intermediary. Proof of Work is the system that solves this challenge. How the Validation Process Works Every Bitcoin transaction is broadcast to the network and collected by participants called miners. These miners group pending transactions into blocks and then compete to solve a complex mathematical puzzle.  According to Britannica Money, miners worldwide race to produce a specific type of digital fingerprint, known as a hash, that matches the network's requirements. This process involves making trillions of guesses per second, which is why it demands enormous computing power. The first miner to find a valid solution earns the right to add the next block of transactions to the blockchain. That block and its solution are then broadcast to every other computer in the network so each participant can verify it and update their copy of the shared ledger. On the Bitcoin network, this process takes approximately ten minutes per block. Why It Is Called Proof of Work The name reflects the core principle: miners must demonstrate that they have expended computational effort before they can add transactions to the blockchain. According to Blockworks, the computational power that nodes contribute in validating new blocks is represented by the SHA-256 cryptographic hash function. The difficulty of this work is what distinguishes Proof of Work from other consensus mechanisms. Finding the correct hash is deliberately difficult, but verifying that a solution is correct takes minimal effort. This asymmetry is what makes the system secure. Any participant in the network can quickly confirm that a miner's solution is valid without repeating the full computational process. The Role of Mining Difficulty Bitcoin's network automatically adjusts how hard it is to mine a new block approximately every two weeks. If miners collectively become more powerful and start solving puzzles too quickly, the difficulty increases.  If computing power drops and blocks are mined too slowly, the difficulty decreases. This mechanism ensures that new blocks are added at a consistent rate of roughly one every ten minutes, regardless of how many miners are participating. This self-regulating system means that as more miners join and contribute computing power, Bitcoin does not speed up. Instead, it becomes harder to mine, increasing the cost of attacking the network. Security Through Energy Expenditure The energy consumption in Proof of Work is the source of the network's security. Because miners must invest significant electricity and specialized hardware to participate, attempting to manipulate the blockchain becomes prohibitively expensive.  An attacker would need to control more than 50% of the total network computing power to alter transaction records, a 51% attack. As the cryptocurrency's value grows, more miners join, further increasing security through a self-reinforcing cycle. The Energy Debate Proof of Work has faced persistent criticism for its energy consumption. Studies have compared Bitcoin's electricity usage to that of entire countries. This concern has led to regulatory responses, including New York State's 2022 moratorium on mining operations not powered by renewable energy. Proponents argue that the energy expenditure is justified by the security it provides, while critics maintain that less energy-intensive alternatives can achieve comparable results. Proof of Work vs Proof of Stake The leading alternative to Proof of Work is Proof of Stake, used by Ethereum since September 2022, as well as by Cardano and Solana. As Coinbase explains, Proof of Stake selects validators based on how much cryptocurrency they have locked up as collateral rather than how much computing power they contribute. This approach uses significantly less energy, but Proof of Work remains the more proven model from a security perspective. Why Proof of Work Still Matters Despite the growth of Proof of Stake networks, Proof of Work continues to secure more than 60 percent of the total cryptocurrency market capitalization. Bitcoin's commitment to the PoW model ensures this consensus mechanism will remain central to the crypto ecosystem for years to come. FAQs What is Proof of Work in simple terms? Proof of Work is a system where miners use computing power to solve puzzles that validate crypto transactions and add them to the blockchain. Why does Bitcoin mining use so much energy? Miners make trillions of guesses per second to find valid hash solutions, and this intensive computation requires significant electricity and hardware resources. How long does it take to mine a Bitcoin block? On average, the Bitcoin network produces a new block approximately every ten minutes, regardless of how many miners are actively participating worldwide. Can Proof of Work be hacked? An attacker would need over 50% of the total network computing power to manipulate the blockchain, making successful attacks extremely costly. What is the difference between Proof of Work and Proof of Stake? Proof of Work relies on computational power, while Proof of Stake selects validators based on cryptocurrency staked as collateral for validation. Which cryptocurrencies use Proof of Work? Bitcoin, Litecoin, Bitcoin Cash, and Dogecoin are among the most prominent cryptocurrencies that continue to use the Proof of Work mechanism. Will Bitcoin ever switch to Proof of Stake? There are no current plans for Bitcoin to transition away from Proof of Work, as the community prioritizes its proven security model. References Coinbase: What Is Proof of Work or Proof of Stake? Britannica Money: Proof of Work: Blockchain Verification, Security, and Mining Blockworks: What Is Proof-of-Work (PoW)? All You Need to Know Wikipedia: Proof of Work

KEY TAKEAWAYS Most crypto exchanges enforce hold periods of three to ten business days on deposits made through ACH bank transfers. Deposited funds are usually available for trading immediately, but cannot be withdrawn until the hold period has fully expired. The IRS considers cryptocurrency property, and your tax holding period begins the day after you acquire a digital asset. Wire transfers and crypto-to-crypto deposits typically settle faster than ACH, reducing or eliminating hold period restrictions entirely. Building an account history and verifying your identity early can lead to shorter hold times on most major cryptocurrency exchanges. Depositing funds into a cryptocurrency exchange is only the first step. What catches many investors off guard is the waiting period that follows.  Major exchanges, including Coinbase, Kraken, and Blockchain.com, impose holding periods on deposited funds, and the length of these holds depends on your payment method, account history, and the platform itself. Understanding these timelines is critical for anyone looking to trade or withdraw crypto efficiently. This guide breaks down what determines your hold period, how to reduce wait times, and the tax rules that apply once you are ready to sell. Why Exchanges Hold Your Deposited Funds When you fund a crypto account through a bank transfer, the exchange credits your balance before the money fully clears. This creates a risk window for the platform. If the bank transfer fails or is reversed, the exchange would be left covering the loss. Hold periods exist to protect against this scenario.  According to Kraken's support documentation, cash deposits made via ACH Plaid are held from withdrawal for seven days, and this restriction applies to withdrawals in any crypto or fiat currency. Coinbase follows a similar approach, typically enforcing a 7- to 10-business-day hold when accounts are funded via linked bank accounts via ACH transfers. These holds serve as fraud prevention mechanisms. By waiting for the original deposit to fully settle, exchanges can verify that funds are legitimate before allowing outbound transfers. Hold Periods by Exchange and Payment Method Hold durations vary significantly across platforms and depend heavily on how you fund your account. ACH bank transfers, the most common deposit method in the United States, consistently have the longest holds, typically ranging from 3 to 10 business days.  Wire transfers tend to settle faster, often within one to three business days, because they involve direct bank-to-bank communication. Debit and credit card purchases usually clear the fastest, sometimes instantly, though they often carry higher transaction fees. Blockchain.com states in its support documentation that USD deposited via ACH is available for trading instantly, but cannot be withdrawn for seven days. PayPal's crypto service follows a similar model, with holds lasting up to 8 days depending on the account's risk factors. What You Can and Cannot Do During the Hold Most exchanges draw a distinction between trading and withdrawing during a hold period. On platforms like Coinbase and Blockchain.com, deposited funds are typically available for buying and selling crypto immediately.  However, sending crypto off-platform to an external wallet or converting it back to cash for a bank withdrawal is restricted until the hold expires. This means you can actively trade and take positions while your deposit settles, but you cannot move those assets to cold storage, decentralized exchanges, or DeFi protocols until the full clearing window closes. Tax Implications: Short-Term vs Long-Term Holding Periods The exchange hold period is separate from the tax holding period that determines your capital gains rate. According to the IRS FAQ on virtual currency transactions, the tax holding period begins the day after you acquire cryptocurrency and ends on the day you sell or exchange it.  If you hold for one year or less, any gains are taxed as short-term capital gains at ordinary income rates. Holding for more than one year qualifies gains for the lower long-term capital gains rates. For investors approaching the one-year mark, the difference can be substantial. Long-term capital gains rates range from zero to twenty per cent, depending on income, compared to short-term rates that can reach as high as thirty-seven per cent for the highest earners. How to Reduce Your Wait Time Several strategies can help minimize or eliminate hold periods. Wire transfers, while incurring higher fees, typically settle within 1 to 3 business days. Some exchanges offer instant withdrawal for verified accounts with established trading history. Building account tenure and maintaining consistent activity can also reduce holds over time, as platforms adjust their risk assessments based on your track record. Cryptocurrency-to-cryptocurrency deposits avoid the traditional banking hold entirely, since there is no fiat settlement involved. If you already hold crypto in a personal wallet, transferring it to an exchange provides immediate access to trading and withdrawals once the blockchain confirms the transaction. What Happens If a Deposit Fails If a bank transfer is reversed after the exchange has already credited your account, the platform will deduct the amount of the reversal from your balance. If you have already traded with those funds, this can result in a negative balance that you will be required to cover. Repeated failed deposits can lead to account restrictions or closure. Planning Around Hold Periods Experienced traders plan their deposits around anticipated market activity. Funding an account in advance of expected volatility ensures that capital is fully available when opportunities arise. Relying on last-minute deposits during fast-moving markets often leads to frustration when hold restrictions prevent timely execution. Understanding your exchange's specific policies and choosing payment methods that align with your trading timeline will help you avoid unnecessary delays and make more informed decisions about when to enter and exit positions. FAQs How long does Coinbase hold funds before I can withdraw? Coinbase typically enforces a 7- to 10-day holding period on funds deposited via ACH before allowing crypto or cash withdrawals. Can I trade crypto while my deposit is on hold? Yes, most exchanges allow buying and selling on the platform during the hold period, but external withdrawals are restricted until the hold is cleared. Does the hold period affect my taxes? The exchange hold period is separate from your IRS tax holding period, which starts the day after you acquire the asset. What payment method has the shortest hold period? Debit card purchases and wire transfers generally have shorter holds than ACH bank transfers on most major cryptocurrency trading platforms. Why does Kraken hold deposits for seven days? Kraken holds ACH deposits for 7 days as a security measure to ensure the transferred funds have fully cleared before allowing withdrawals. Can I avoid hold periods entirely? Depositing cryptocurrency from a personal wallet to an exchange bypasses fiat hold periods since no traditional bank settlement is required. What happens if my bank transfer is reversed? If a deposit fails after your account was credited, the exchange deducts the amount, potentially creating a negative balance to resolve. References Kraken Support: Why Is My Deposit or Withdrawal on Hold? Blockchain.com Support: Account Withdrawal Holds IRS: Frequently Asked Questions on Virtual Currency Transactions Coinbase Help: How Long Does a Purchase or Deposit Take to Complete?

Banking Circle has launched a regulated stablecoin settlement service in Europe, following the approval of its Crypto-Asset Service Provider (CASP) license in Luxembourg. The move positions the firm at the center of a rapidly evolving market, where stablecoins are transitioning into institutional-grade settlement infrastructure under the EU’s MiCA regulatory framework. The service enables financial institutions to settle transactions using stablecoins alongside fiat, reflecting a broader shift as European banks move from exploring digital assets to deploying them in live financial operations. Banking Circle’s Regulated Stablecoin Settlement at Production Phase Banking Circle’s offering supports USDC, USDG, and its own euro-backed stablecoin EURI, enabling two-way settlement between fiat currencies and blockchain-based assets. The system is designed to provide instant settlement with regulatory traceability, aligning with MiCA’s strict requirements around transparency and oversight. This is a notable difference from earlier crypto payment experiments, as under MiCA, stablecoin issuers and service providers must meet stringent standards, including full reserve backing, continuous regulatory supervision, and clear reporting and governance structures.  As a result, stablecoin settlement in Europe is no longer operating in a grey area. It is becoming part of the formal financial system, accessible to banks, payment providers, and institutional clients. The key advantage of Banking Circle’s stablecoin launch lies in settlement speed and efficiency. Traditional cross-border transactions often involve multiple intermediaries and delays, while stablecoin-based systems enable near-instant, 24/7 settlement, reducing friction in global payments. MiCA Drives Institutional Adoption Across Europe The launch of Banking Circle’s stablecoin comes at a time when there’s a broader surge in stablecoin activity across Europe, driven by regulatory clarity under MiCA. The framework has created a single rulebook for digital assets, allowing firms like Banking Circle to scale services across EU member states with greater confidence. This clarity is already translating into growth. Euro-denominated stablecoins have seen over 1,200% growth, as institutions move capital into regulated digital assets. Banks and financial institutions are now actively selecting partners and deploying stablecoin-based systems, particularly for cross-border payments, treasury management, and asset settlement.  Banking Circle’s entry into the market reflects this shift in execution. By offering regulated settlement services, the firm is effectively bridging traditional banking infrastructure with blockchain-based financial rails. At the same time, other institutions, including major banks and fintech platforms, are building similar capabilities, signaling a race to define Europe’s stablecoin settlement layer. The deeper significance of the launch lies in how stablecoins are being positioned. Rather than competing with traditional banking systems, they are increasingly being integrated within them. Banking Circle’s model reflects a broader industry direction of using stablecoins as settlement rails, not user-facing products.  Other platforms are enabling institutions to access stablecoin settlement without holding cryptocurrencies. The result is a hybrid financial model where fiat and digital assets coexist to move value across both systems. As adoption accelerates, stablecoins are becoming a foundational layer for payments and settlement, which operates alongside traditional systems to define how money moves across borders.

KEY TAKEAWAYS Tax loss harvesting lets crypto investors offset capital gains by strategically selling depreciated assets and deducting up to $3,000 annually. The IRS wash sale rule does not currently apply to cryptocurrency, allowing investors to sell at a loss and repurchase immediately. Short-term losses are typically more valuable to harvest first because short-term capital gains are taxed at higher ordinary income tax rates. Mandatory IRS reporting via Form 1099-DA and cost basis tracking, beginning in 2026, will increase scrutiny of crypto tax-loss strategies. Maintaining detailed records of every crypto transaction is essential for compliance and maximising the tax benefits of any realised capital losses. Losses are an unavoidable part of cryptocurrency investing. The volatility that creates opportunities for outsized gains also guarantees periods of drawdowns. What separates experienced investors from the rest is not whether they incur losses, but how they respond to them. This guide examines the strategies that informed crypto investors use to turn losses into actionable advantages, from tax optimisation to portfolio restructuring and behavioural discipline. Tax Loss Harvesting: Converting Paper Losses Into Real Savings Tax loss harvesting is one of the most powerful tools available to crypto investors. The strategy involves selling digital assets that have declined in value to realise a capital loss, which can then be used to offset capital gains elsewhere in your portfolio.  According to CNBC, CPA and certified financial planner Marianela Collado of Tobias Financial Advisors describes the approach as taking advantage of a momentary opportunity. She notes that banking losses now give you the flexibility to offset tax on appreciated investments you may sell in the future. The mechanics are straightforward. If you have ten thousand dollars in crypto gains and eight thousand dollars in losses, you only pay tax on two thousand dollars of net gains. The IRS also allows investors to deduct up to $3,000 in net capital losses against ordinary income annually, with any remaining losses carried forward indefinitely into future tax years. The Crypto Wash Sale Advantage Crypto investors currently hold a significant tax advantage over stock investors. The IRS wash sale rule under IRC Section 1091 prevents stock traders from claiming a loss if they repurchase a substantially identical security within thirty days.  However, as TokenTax explains, this rule does not currently apply to cryptocurrency because the IRS classifies virtual currencies as property rather than securities. This means investors can sell a crypto asset at a loss, claim the deduction, and repurchase the same asset without a mandatory waiting period. This window may not remain open indefinitely. Multiple legislative proposals have attempted to extend the wash sale rule to digital assets. Starting in 2025, crypto brokers began reporting transaction data to the IRS using Form 1099-DA, and mandatory cost basis tracking takes effect in 2026. These developments signal increasing regulatory scrutiny of crypto tax strategies. Short-Term vs Long-Term Loss Strategy According to the IRS virtual currency FAQ, assets held for one year or less generate short-term capital gains or losses, while those held longer qualify for long-term treatment. Short-term losses first offset short-term gains, and long-term losses first offset long-term gains, with any excess of either type crossing over to offset the other category. Strategic investors pay attention to the character of their losses. If you hold positions with both short-term and long-term unrealised losses, prioritising the harvesting of short-term losses can be more valuable because short-term gains are taxed at higher ordinary income rates. Portfolio Rebalancing After a Drawdown Market downturns offer an opportunity to reassess portfolio allocation. Smart investors use drawdowns to evaluate whether their original investment thesis for each holding still stands. If a project's fundamentals have deteriorated, the loss may signal a permanent exit. If the fundamentals remain intact, the dip may represent a buying opportunity. Rebalancing during a loss period also allows for tax-efficient repositioning. By selling underperforming assets and reinvesting in positions with stronger prospects, investors can simultaneously harvest losses for tax purposes and improve the overall quality of their portfolio. The Emotional Discipline Factor One of the most common mistakes in crypto investing is panic selling during sharp declines. Market data consistently shows that investors who sell at the bottom of a correction often miss the subsequent recovery. Setting predetermined exit points, using dollar-cost averaging to rebuild positions, and maintaining a written investment plan help investors avoid fear-driven, reactive decisions in favour of analysis. Record-Keeping and IRS Compliance Effective loss harvesting requires meticulous documentation. The IRS requires records of acquisition dates, cost basis, sale dates, and proceeds for every transaction. Without accurate records, the IRS may assume a cost basis of zero, meaning all sale proceeds would be taxable. With the rollout of Form 1099-DA and mandatory cost basis reporting in 2026, the margin for error is shrinking. Investors should use portfolio tracking software and work with tax professionals familiar with digital asset requirements. Building a Loss Recovery Framework The most effective response to crypto losses combines these elements into a systematic framework: assess each losing position for its tax-harvesting potential, evaluate whether the underlying investment thesis remains valid, execute trades that generate tax benefits while improving portfolio positioning, and document everything for tax reporting. Losses in crypto are not failures. They are data points. The investors who build wealth over the long term treat every loss as information, extract the maximum tax benefit, and use the experience to refine their strategy. FAQs What is crypto tax loss harvesting? Tax loss harvesting involves selling cryptocurrency at a loss to offset capital gains, reducing your overall tax liability for the current or future tax years. Does the wash sale rule apply to cryptocurrency? As of 2026, the wash sale rule does not apply to crypto because the IRS classifies digital assets as property, not securities, under current law. How much can I deduct in crypto losses? You can offset unlimited capital gains with losses and deduct up to three thousand dollars of net capital losses against ordinary income each year. Should I sell losing crypto positions at year-end? Year-end selling can be strategic for tax purposes, but smart investors also harvest losses throughout the year whenever meaningful opportunities arise naturally. What is Form 1099-DA? Form 1099-DA is the IRS form that crypto brokers use to report digital asset transaction proceeds, with mandatory cost basis reporting beginning in 2026. Can I carry forward unused crypto losses? Yes, unused capital losses carry forward indefinitely into future tax years, allowing you to offset gains or deduct up to $3,000 annually. Is panic selling during a crash a good strategy? Panic selling is generally counterproductive as it locks in losses at the worst possible time and often causes investors to miss subsequent recoveries. References CNBC: CPA: Falling Crypto Prices Put Investors in Position for Tax-Loss Harvesting TokenTax: Crypto Wash Sale Rule: 2026 IRS Rules IRS: Frequently Asked Questions on Virtual Currency Transactions IRS: Instructions for Form 1099-DA (2025)

Prediction markets like Polymarket are often praised for their real-time indicators of collective intelligence. However, a new research paper from London Business School and Yale University suggests their accuracy may be from a far narrower source than assumed. According to the study, a small subset of highly informed traders, and not the broader crowd, is responsible for most of the platform’s predictive accuracy. The study reframes prediction markets from democratic aggregators of opinion to systems where a minority of participants drive outcomes, while the majority effectively provide liquidity. A Small Group Drives Accuracy and Profits on Polymarket The major report from the study is that only 3.14% of traders are responsible for the most accurate predictions and profits on Polymarket. This suggests that predictive success is concentrated rather than distributed. The remaining over 96% participants are largely unprofitable, effectively funding the gains of this informed minority. This dynamic resembles traditional financial markets, where a small group of sophisticated actors often captures outsized returns. The scale of this imbalance is significant. Researchers identified over $143 million in “anomalous” profits generated by these informed traders between 2024 and 2026, based on patterns of unusually well-timed bets. Rather than random success, these trades often appeared to anticipate major events, such as geopolitical developments and macroeconomic decisions, before they became public knowledge. In other words, the data corrects the “Wisdom of the Crowd” narrative that has been a long-standing theory behind prediction markets. Theoretically, prediction markets on platforms like Polymarket work by synthesizing diverse perspectives into a single probability, with prices reflecting a collective belief of participants. But in reality, the research suggests that not all participants contribute equally to that signal. This aligns with broader academic critiques of prediction markets, which highlight how capital concentration and information asymmetry can distort the appearance of consensus. Information Advantage or Structural Inefficiency? One of the key questions raised by the new study is whether these outcomes reflect skill, access to better information, or potential structural issues within the market. Instead of labeling the activity as insider trading, researchers termed it “informed trading” instead. However, the patterns raise concerns about unequal access to information, the potential for privileged or early signals, and the role of “whale” traders in shaping market prices In some cases, large trades placed shortly before major events suggest advantages beyond typical market intuition. At the same time, the structure of prediction markets makes this difficult to regulate. Unlike traditional financial markets, platforms like Polymarket often operate with limited oversight and high levels of anonymity, complicating enforcement. The study does not argue that prediction markets are inaccurate. Instead, it challenges why they are accurate. Accuracy emerges from informed participants, while the crowd provides liquidity and price discovery. In other words, researchers say that markets like Polymarket are a blend of signal and noise. Ultimately, Polymarket and others must prevent knowledge concentration within a few users as they grow.

What Is Aven’s Bitcoin Credit Card Offering? Fintech startup Aven has launched the Aven Bitcoin Visa Card, introducing a bitcoin-backed line of credit of up to $1 million. The product allows users to borrow against their bitcoin holdings without selling the asset, extending the firm’s broader model of asset-backed lending into crypto. The card includes fixed-rate, fixed-term loans of up to 10 years at a 7.99% APR, alongside unlimited 2% cash back on purchases. Borrowers will deposit their bitcoin collateral with BitGo, which will handle custody for the underlying assets. The structure combines elements of traditional secured lending with crypto collateral, targeting users who want liquidity while maintaining exposure to bitcoin price movements. How Does This Compare to Existing Bitcoin Lending? The product diverges from typical bitcoin-backed loans, which often carry higher interest rates and shorter durations. According to Aven, most providers offer APRs of 10% or more with loan terms capped at around 12 months. By offering longer maturities and lower fixed rates, Aven is attempting to position bitcoin-backed credit closer to conventional lending products such as home equity lines, where repayment timelines are measured in years rather than months. This approach also reduces refinancing risk for borrowers, who would otherwise need to roll over short-term loans in volatile market conditions. Investor Takeaway Extending loan duration and lowering rates pushes bitcoin-backed credit toward mainstream lending models. The key risk remains collateral volatility, which can still trigger liquidations regardless of loan structure. What Is Aven’s Broader Lending Strategy? Aven operates what it describes as a “machine-banking” platform, focused on issuing credit backed by existing user assets such as home equity, securities, and now bitcoin. The model aims to replace unsecured borrowing with collateralized credit, allowing for lower interest rates. The firm says this structure can reduce borrowing costs by up to 50% and has saved users $300 million in interest payments since its founding in 2019. Instead of relying heavily on credit scores, lending decisions are tied to the value of pledged assets. The Bitcoin Visa Card follows the same framework, integrating crypto into a system that already targets asset-rich borrowers seeking cheaper access to liquidity. Investor Takeaway Asset-backed lending is expanding into crypto as firms look to unlock liquidity from digital holdings. The model depends on stable collateral valuation and reliable custody infrastructure. What Are the Risks and Market Implications? The introduction of long-term bitcoin-backed loans highlights a shift in how crypto assets are being used within consumer finance. Instead of short-term leverage tools, bitcoin is being positioned as collateral for multi-year borrowing. This raises new risk considerations. Price volatility remains a core factor, as declines in bitcoin value could trigger margin calls or forced liquidations. The reliance on third-party custody also introduces operational and counterparty risk. At the same time, the involvement of regulated banking infrastructure provides a degree of integration with traditional finance. The card will be issued by Washington state-chartered Coastal Community Bank and carries no annual or origination fees. The model reflects a broader push to bridge crypto assets with conventional financial products, but its long-term viability will depend on how lenders manage volatility, liquidity, and borrower behavior across market cycles.

Geopolitical tensions drive oil prices higher, while central banks maintain hawkish stances as investors eye crucial tech earnings and inflation. Geopolitical Volatility and the Energy Shock The global market landscape is currently held hostage by the shifting dynamics of the US-Iran conflict, a situation that has transformed from a localized risk into a systemic "energy shock." While diplomatic whispers of an Iranian proposal to reopen the Strait of Hormuz offer a glimmer of hope, the cancellation of high-level US envoy talks has effectively maintained a high-pressure environment. This impasse has sent WTI and Brent crude prices surging, with the latter topping $109, as traders price in the severe risk of supply disruptions. For investors, this geopolitical friction acts as a double-edged sword: it reinforces the US Dollar’s status as the ultimate safe haven while simultaneously stoking stagflation fears that dampen the appeal of equities and non-yielding assets like Gold and Silver. Central Bank Hawkish Holds and Policy Divergence We are entering a defining "Fed Week" characterized by a rare synchronicity among the world's major central banks, yet the underlying theme remains a stubborn "higher for longer" stance. The Federal Reserve is almost certain to hold rates steady, but the real narrative lies in Jerome Powell’s potential swan song and how he addresses the inflationary resurgence triggered by energy costs. This hawkishness is mirrored across the Atlantic and Pacific; the Bank of England remains surprisingly resilient as it grapples with its own persistent inflation, while the Bank of Japan is signaling a willingness to tighten further despite a static benchmark rate. This global wave of "hawkish holds" suggests that the era of easy money remains firmly in the rearview mirror, forcing a painful reassessment of monetary policy paths for the remainder of 2026. Critical Data and Earnings Swing Factors Beyond the headlines of war and interest rates, the structural integrity of the current market rally faces a grueling "gut check" through a heavy slate of earnings and macro data. The spotlight shines brightest on the "Magnificent Seven," where heavyweights like Microsoft and Amazon must justify their valuations with massive AI-driven capital expenditure and robust growth. If these tech titans falter, the S&P 500’s recent records could quickly unravel. Compounding this corporate risk is a trio of top-tier economic indicators: Q1 GDP, PCE inflation, and ISM manufacturing data. A "hot" PCE print would effectively confirm the market's worst fears—that inflation is not just sticky, but accelerating—leaving central banks with little room to maneuver and traders with even less room for optimism. Top upcoming economic events: 1. 04/28/2026 – BoJ Interest Rate Decision (JPY) This is the most critical event for the Japanese Yen. As markets anticipate a "hawkish hold," any change to the benchmark rate or a shift in the Bank of Japan's stance on future tightening will cause significant volatility in USD/JPY pairs, especially given the current pressure on the Yen. 2. 04/28/2026 – BoJ Press Conference (JPY) Following the rate decision, the Governor’s commentary is vital. The market will be looking for specific language regarding the "willingness to tighten further." This provides the necessary context to the BoJ’s outlook and can often trigger more market movement than the rate announcement itself. 3. 04/28/2026 – ECB Bank Lending Survey (EUR) This high-impact report provides insight into the credit conditions within the Eurozone. It reveals whether banks are tightening or loosening lending standards, which serves as a leading indicator for economic growth and the effectiveness of the ECB’s current monetary policy. 4. 04/28/2026 – ECB's President Lagarde Speech (EUR) President Christine Lagarde’s remarks are a primary driver for the Euro. Her assessment of inflation risks—particularly those driven by recent energy price shocks—will be scrutinized for clues on whether the ECB will maintain its "higher for longer" interest rate strategy. 5. 04/29/2026 – Consumer Price Index (YoY) (AUD) This is the most significant inflation data point for Australia this week. A high reading would increase the likelihood of the Reserve Bank of Australia (RBA) maintaining a hawkish stance, potentially strengthening the AUD against its major counterparts. 6. 04/29/2026 – Consumer Price Index (YoY) (EUR) This release provides a snapshot of inflation across the Eurozone. Given the "energy shock" mentioned in recent market analysis, a higher-than-expected CPI print would likely solidify expectations for the ECB to keep borrowing costs elevated, impacting EUR crosses. 7. 04/29/2026 – BoC Interest Rate Decision (CAD) The Bank of Canada’s decision is the focal point for the Canadian Dollar. With global energy prices surging, the BoC’s assessment of how high oil prices are feeding into domestic inflation will determine the CAD's direction and its policy path for the rest of the year. 8. 04/29/2026 – BoC Press Conference (CAD) Similar to the BoJ and Fed, the BoC’s press conference allows policymakers to elaborate on the "Monetary Policy Report." It is essential for understanding the central bank's tolerance for current inflation levels and its outlook on economic growth. 9. 04/29/2026 – Fed Interest Rate Decision (USD) This is the week's "anchor" event. While a hold is widely expected, the official decision and the accompanying "Monetary Policy Statement" represent the Fed's formal stance on the US economy's resilience in the face of geopolitical uncertainty and high energy costs. 10. 04/29/2026 – FOMC Press Conference (USD) Widely considered Jerome Powell’s potential "swan song," this press conference is the most watched event of the week. His tone regarding "sticky inflation" (PCE) and the future path of rate cuts will set the primary trend for the US Dollar and global equity markets for the coming months. The subject matter and the content of this article are solely the views of the author. FinanceFeeds does not bear any legal responsibility for the content of this article and they do not reflect the viewpoint of FinanceFeeds or its editorial staff. The information does not constitute advice or a recommendation on any course of action and does not take into account your personal circumstances, financial situation, or individual needs. We strongly recommend you seek independent professional advice or conduct your own independent research before acting upon any information contained in this article.

Why Is the FCA Rolling Back IPO Research Rules? Britain’s Financial Conduct Authority has launched a consultation to remove key rules governing research around initial public offerings, signaling a shift in how the UK is trying to revive its weakening listings market. The proposal targets two requirements introduced in 2018: a mandatory 7-day delay before banks can publish research on IPO candidates, and a rule requiring firms to provide independent analysts with the same information given to in-house research teams. The consultation runs until May 29 and follows a commitment made in December to strengthen UK capital markets. The original framework was designed to address concerns that bank-affiliated research lacked independence and could mislead investors. Eight years later, the regulator said the rules have not delivered the intended outcome. “Market feedback has been clear that these rules can introduce additional risk, cost and complexity without delivering the intended benefits,” said Jon Relleen, a senior FCA official. What Changes Are Being Proposed? The FCA plans to remove the 7-day delay, allowing banks involved in an IPO to publish research immediately. It also intends to eliminate the requirement to share identical information with independent analysts. These changes would reverse the “level playing field” structure introduced in 2018, where independent research providers were given access and time to publish ahead of bank-affiliated analysts. In practice, the rollback simplifies the IPO process. Issuers and banks would face fewer coordination requirements, while legal and operational complexity tied to research distribution would be reduced. Investor Takeaway The FCA is removing procedural friction in IPO execution, but the changes favor bank-led research. Independent coverage may weaken further, reducing diversity of analysis available to investors. How Does This Reflect Pressure on London’s Listings Market? The move comes as London faces increasing competition from global listing venues. Companies have increasingly opted for US markets, where deeper liquidity, broader analyst coverage, and higher valuations are available. European venues such as Amsterdam have also gained ground, particularly after Brexit. At the same time, the UK has seen fewer large IPOs, and several domestic firms have pursued US listings or dual-market strategies. Analysts have also pointed to declining research coverage for mid-sized UK companies, limiting visibility among global investors and reducing overall market attractiveness. The FCA’s proposal is aimed at improving execution speed and reducing barriers that can be directly controlled, rather than addressing broader structural challenges. Investor Takeaway Regulatory easing alone is unlikely to restore London’s competitiveness. Liquidity depth, valuation gaps, and investor participation remain the primary drivers of listing decisions. What Are the Trade-Offs of the Proposed Changes? While the changes may accelerate IPO timelines and simplify deal execution, they are likely to shift influence back toward investment banks. Bank-affiliated analysts would regain earlier and potentially more detailed access to company information. Independent research providers, which have struggled to scale under the current framework, may find it harder to compete without guaranteed access to issuer data. This could further reduce third-party analysis in IPO processes. The FCA did not propose additional reforms at this stage but included questions on whether broader changes to IPO information flows may be needed in the future. The consultation forms part of a wider effort to recalibrate UK financial regulation post-Brexit, with policymakers prioritizing measures that support capital formation while maintaining market integrity. Whether the removal of research constraints will be enough to reverse the decline in UK listings remains uncertain, as deeper market dynamics continue to weigh on issuer decisions.

Miami, Florida, April 27th, 2026, Chainwire REAL Finance Blockchain is preparing for a token generation event expected in the coming weeks, marking the next phase in developing its blockchain infrastructure for tokenized finance. The upcoming TGE will introduce the native asset designed to power the REAL Finance ecosystem and support its onchain framework for real-world assets. The development follows a previously secured $25 million capital commitment from Nimbus Capital, a private alternative investment group focused on connecting emerging digital economies with institutional capital markets. The commitment established the foundation of an ongoing strategic partnership aimed at supporting the buildout of compliant, transparent, and secure infrastructure for tokenized finance. Nimbus Capital specializes in cross-border transactions across blockchain technologies and digital asset partnerships. The firm is backed by In On Capital, a boutique wealth management company with more than $1.4 billion in assets under management, and provides liquidity and structured financing solutions to high-growth companies globally. Its focus on tokenization and institutional capital aligns with REAL Finance’s efforts to expand its infrastructure across global financial markets. The partnership supports REAL’s objective of bridging traditional finance and blockchain-based systems designed for real-world assets, with Real Finance targeting the tokenization of $500 million in RWAs within its first year. As part of the collaboration, Nimbus Capital contributes beyond capital through strategic guidance, infrastructure-level input, and access to institutional networks. The relationship also includes ongoing involvement in infrastructure planning, institutional positioning, and broader ecosystem development. The previously secured capital commitment supports the scaling of REAL Finance Blockchain’s infrastructure for regulated real-world assets, strengthens institutional relationships across banking and capital markets, and accelerates the onboarding of financial institutions into compliant on-chain environments. It also contributes to the continued development of frameworks focused on tokenization, risk management, and asset protection. For Nimbus Capital, the partnership provides exposure to a blockchain ecosystem focused on connecting traditional finance with decentralized infrastructure. The collaboration reflects a shared view that tokenization is evolving into a strategic priority for financial institutions and requires infrastructure designed to meet regulatory and operational standards. The partnership continues to develop over time, with both parties working on institutional outreach, infrastructure decisions, and long-term network strategy. This ongoing alignment positions the relationship as a structural component of REAL Finance Blockchain’s approach to supporting adoption at scale, as it moves toward the launch of its native token. About REAL Finance Blockchain REAL is a Layer 1 blockchain designed to bring institutional-grade real-world assets into the digital economy. Through a business-integrated consensus model, risk classification framework, and decentralized governance, REAL enables institutions to tokenize, insure, and manage assets onchain. About Nimbus Capital Nimbus Capital is a private alternative investment group specializing in blockchain technologies, tokenization, and digital asset partnerships. The firm provides strategic capital and institutional expertise to support infrastructure development across the global digital economy. Contact CEO Ivo Grigorov pr@real.finance