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28 Mar 2026, 13:41

Why blockchain is secure: Key pillars and what they mean

Blockchain is often described as unhackable, a reputation that has attracted billions in investment and reshaped how we think about digital trust. But that framing is misleading. Blockchain is not unbreakable; it is, more precisely, extraordinarily difficult to attack when built and used correctly. Four interlocking pillars give blockchain its security: cryptographic hashing, block chaining, decentralization, and consensus mechanisms. Understanding how these pillars work together is essential for anyone moving real value on a blockchain network, whether you are an individual investor or a business integrating distributed ledger technology into operations. Key Takeaways PointDetailsLayered security pillarsBlockchains are secured by cryptographic hashing, record chaining, decentralization, and consensus mechanisms working together.Immutability of recordsAny attempt to change past blockchain data is virtually impossible thanks to hash links and distributed copies.Security is not absoluteEven robust blockchains can be undermined by user mistakes, smart contract bugs, or poor key handling.Consensus makes attacks costlyGaining control of a major blockchain network would cost billions, deterring most would-be attackers.Practical steps matterChoose established chains, audit smart contracts, and keep private keys safe to maximize blockchain security benefits. The pillars of blockchain security: A framework Strip away the marketing language and blockchain security comes down to four structural features that reinforce each other. No single pillar is sufficient on its own, but together they create a system where fraud is computationally expensive and historically visible. Blockchain transparency mechanisms are closely tied to these pillars, since the same design that makes data visible also makes it tamper-evident. Here is how the four pillars break down: Cryptographic hashing: Converts data into a fixed-length fingerprint. Any change to the data produces a completely different fingerprint. Block chaining: Each block contains the hash of the previous block, linking history together in a chain that cannot be quietly altered. Decentralization: Thousands of independent nodes each hold a full copy of the ledger, removing any single point of failure. Consensus mechanisms: Rules that require network-wide agreement before any new data is accepted as valid. PillarShort descriptionReal-world benefitCryptographic hashingUnique digital fingerprint per data setInstant tamper detectionBlock chainingHashes link blocks in sequenceHistorical records cannot be quietly changedDecentralizationLedger copies across thousands of nodesNo single attack targetConsensus mechanismsNetwork agreement required for new entriesFraudulent entries are rejected automatically These pillars do not operate in isolation. A blockchain with strong hashing but poor consensus design is still vulnerable. Security is a product of the whole system. How cryptographic hashing protects blockchain data Think of a cryptographic hash as a digital fingerprint for any piece of data. Feed a document, a transaction record, or even a single word into a hashing algorithm like SHA-256, and you get back a fixed-length string of characters. Change one letter in the original data and the output changes completely, with no resemblance to the original hash. SHA-256 creates unique fingerprints where any alteration changes the hash entirely, making silent data manipulation impossible. The probability of two different inputs producing the same hash, known as a collision, sits at roughly 1 in 2^256. That number is so large it is effectively impossible to exploit with any technology that exists or is foreseeable. Key properties of cryptographic hashing in blockchain: Deterministic: The same input always produces the same hash. One-way: You cannot reverse-engineer the original data from the hash. Avalanche effect: Tiny input changes produce completely different outputs. Fast to compute, slow to reverse: Verification is quick; forgery is not. Pro Tip: Hashes prove that data has not been altered, but they say nothing about whether the original data was accurate or honest. Garbage in still means garbage out. Always verify the source of data, not just its integrity. For a broader view of how these principles apply day-to-day, reviewing crypto best practices is a useful next step. Block chaining and immutability: Why history can't be rewritten Hashing alone secures individual records. Block chaining is what makes the entire history of a blockchain nearly impossible to rewrite. Each block contains a cryptographic hash of the block before it. That linkage means every block is a witness to all the blocks that came before. Cryptographic linking makes historical changes computationally infeasible on mature networks. Here is what happens if someone tries to alter a past record: The attacker changes data in block 500. That change produces a new hash for block 500. Block 501 now contains an invalid reference to the old hash of block 500. The attacker must recalculate block 501's hash, then block 502's, and so on through every subsequent block. All of this recalculation must outpace the honest network, which is continuously adding new blocks. "Changing data in one block demands recalculating all following block hashes, an infeasible task for mature blockchains." This cascading requirement is what gives blockchain transparency its teeth. Tampering is not just difficult; it is visible and self-defeating on any network with significant hash power or stake behind it. Decentralization: Removing single points of failure Centralized databases have one critical weakness: compromise the server, and you compromise everything. Blockchain flips that model entirely. Instead of one authoritative copy, thousands of nodes hold copies of the full ledger, requiring majority compromise for any corruption to succeed. This architecture creates resilience that is difficult to overstate. An attacker targeting Bitcoin, for example, would need to simultaneously control the majority of nodes or hash power across a globally distributed network. The coordination and cost required make such an attack economically irrational. What decentralization means in practice: No single server to breach: There is no central database to take offline or corrupt. Geographic distribution: Nodes operate across dozens of countries, subject to different legal and physical environments. Redundancy by design: Even if hundreds of nodes go offline, the network continues operating. Transparent participation: Anyone can verify the ledger independently. Pro Tip: When evaluating a blockchain for high-value transactions, check the active node count. A network with only a few hundred nodes is far more exposed than one with tens of thousands. This matters especially in contexts like withdrawal risks in crypto casinos , where the underlying chain's security directly affects user funds. Consensus mechanisms: How agreement keeps blockchains secure Decentralization creates the environment; consensus mechanisms enforce the rules. Without a central authority to validate transactions, blockchains rely on protocol-level rules that require network participants to agree before any new block is accepted. The three dominant models each approach this differently: Proof of Work (PoW): Miners compete to solve computationally expensive puzzles. The winner adds the next block. Attacking this system means outspending the entire honest network. Proof of Stake (PoS): Validators lock up cryptocurrency as collateral. Dishonest behavior results in losing that stake, making attacks financially self-destructive. Byzantine Fault Tolerance (BFT): Used in permissioned networks, BFT requires two-thirds of validators to agree, tolerating up to one-third malicious actors. The cost of a 51% attack on Bitcoin exceeds $6 billion, with PoW scoring the highest security rating at 0.95, while PoS scores 0.85 but carries centralization risk, and BFT requires controlling 67% of validators. MechanismKey strengthsMain weaknessesBest use caseProof of WorkHighest attack cost, battle-testedEnergy intensive, slowPublic, high-value chainsProof of StakeEnergy efficient, scalableCentralization riskPublic chains, DeFiBFT variantsFast finality, low energyRequires known validatorsEnterprise, permissioned chains Understanding blockchain's impact on crypto requires grasping why consensus design is not a minor technical detail. It is the mechanism that determines whether a network can be trusted with real economic value. Are all blockchains equally secure? (and where attacks really happen) The short answer is no. Bitcoin and Ethereum benefit from years of battle-testing, enormous node counts, and attack costs that run into the billions. Smaller, newer chains operate in a very different threat environment. 51% attacks on small chains cost as little as $50,000 to $1 million per hour, and 85% of blockchain attacks between 2018 and 2024 targeted nascent networks. The security gap between a mature chain and a new one is not marginal; it is structural. But here is the more important insight for most users: most 2025 crypto losses totaling $3.2 billion to $3.4 billion came from peripheral vulnerabilities, not core protocol bugs. "Only about 8.5% of 2025 losses stemmed from actual blockchain-level bugs. The rest came from the edges." Where attacks actually succeed: Smart contract flaws: Poorly audited code with exploitable logic errors. Private key theft: Phishing, malware, or poor storage practices expose wallet credentials. Protocol-level attacks: Rare, expensive, and mostly limited to small chains. Attack vectorFrequencyEstimated losses (2025)Smart contract exploitsHigh~$2.1BPrivate key theftHigh~$1.0BProtocol-level attacksLow~$300M For practical guidance on avoiding these pitfalls, crypto asset protection resources and smart contract exploit examples offer concrete case studies worth reviewing. How to use blockchain security features to safeguard your assets Knowing how blockchain security works is only useful if it changes how you operate. The four pillars protect the protocol, but your behavior determines whether you benefit from that protection. Established chains, audited contracts, and secured keys form the foundation of sound blockchain security practice for both individuals and businesses. Actionable steps to protect your assets: Use established blockchains for high-value activity. Bitcoin and Ethereum carry far lower protocol-level risk than newer, less-tested alternatives. Audit smart contracts before interacting. Check whether a project's contracts have been reviewed by a reputable third-party security firm. Secure your private keys offline. Hardware wallets and cold storage remove the attack surface that online key storage creates. Verify addresses carefully. Blockchain transactions are irreversible. A wrong address means permanent loss. Stay skeptical of unsolicited offers. Social engineering remains one of the most effective attack vectors in the industry. Pro Tip: Immutability is a feature and a risk. Mistakes on a blockchain are permanent. Always double-check recipient addresses, contract interactions, and transaction amounts before confirming. Review security best practices regularly as the threat landscape evolves. Stay informed and secure with expert blockchain resources Blockchain security is not a static topic. New vulnerabilities emerge, consensus models evolve, and the attack surface shifts as the ecosystem grows. Staying current is not optional for anyone with meaningful exposure to digital assets. Crypto Daily tracks these developments in real time, from protocol upgrades to exploit post-mortems. Whether you are monitoring latest blockchain updates or looking for crypto asset protection tips to apply today, the resources are there. For a broader perspective on why this all matters, the case for blockchain trust in 2026 is worth reading alongside this piece. Security knowledge compounds over time, and the best defense is an informed one. Frequently asked questions Can blockchain be hacked? Major blockchains are extremely difficult to attack because the cost runs into billions for large chains, but real vulnerabilities exist at the edges, particularly in key management and smart contract code. What makes blockchain data immutable? Cryptographic hashing and chaining mean that altering any past record requires recalculating every subsequent block across the majority of network copies, which is computationally infeasible on mature networks. Are all blockchains as secure as Bitcoin and Ethereum? No. 85% of blockchain attacks between 2018 and 2024 targeted smaller, newer chains where the cost of gaining majority control is far lower. What's the biggest security risk with blockchain? The core protocol is rarely the weak point. Most 2025 crypto losses came from smart contract flaws and private key theft, not bugs in the underlying blockchain itself. How can individuals or businesses improve their blockchain security? Use established chains, audit contracts, and secure keys offline. These three steps address the most common and costly attack vectors in the current threat environment. Recommended Why blockchain is transparent: mechanisms and impact Why blockchain matters: unlocking trust in 2026 Why blockchain matters in 2026 - Crypto Daily Blockchain layers explained: Roles and impact in 2026 Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

27 Mar 2026, 16:16

Senator Asks About Bitmain-Related ‘National Security Concerns’

A Democratic senator has asked the US Commerce Department for information about how it is addressing “potential national security concerns” created by a Chinese Bitcoin mining manufacturer, following a Bloomberg News report in November that the company has been the focus of a federal investigation.

27 Mar 2026, 15:00

Bitcoin Miners Are Under Heavy Profit Pressure, CoinShares Finds

Bitcoin miners are coming under acute financial strain as weaker bitcoin prices, compressed hashprice and elevated network competition push much of the sector toward breakeven or below, according to CoinShares’ Q1 2026 mining report. For public miners in particular, the pressure is no longer just cyclical. It is increasingly shaping business models, treasury policy and capital structure across the industry. CoinShares said Q4 2025 was “the most challenging quarter for Bitcoin miners since the April 2024 halving,” with BTC sliding from an all-time high of about $124,500 in early October to roughly $86,000 by late December, a drawdown of around 31%. Against that backdrop, the weighted average cash cost to produce one bitcoin among publicly listed miners rose to about $79,995 in Q4 2025. Bitcoin Miners Are Facing A Serious Profitability Crunch The squeeze has intensified further in early 2026. CoinShares wrote that hashprice fell to about $36–38 per PH/s/day in Q4 and then dropped “significantly further” to $29 in Q1, implying “further pain” ahead for miners. The report also pointed to three consecutive negative difficulty adjustments, the first such streak since July 2022, as a sign of miner capitulation. CoinShares framed the pressure in unusually direct terms. “The hash price environment has deteriorated beyond our prior expectations, briefly touching ~$28/PH/s/day in late February before recovering to ~$30-35 at the time of writing,” the report said. “At these levels, miners running mid-generation hardware need access to sub-5c/kWh power to remain cash-profitable, while latest-generation fleets (sub-15 J/TH) retain meaningful margin at typical industrial electricity rates.” “We expect further capitulation among higher-cost operators in H1 2026 unless BTC price recovers materially.” That economics gap is now wide enough to knock a meaningful chunk of the global fleet out of profitability. CoinShares estimated that at a hashprice of $30/PH/s/day, any miner running hardware below an S19 XP with electricity costs at or above 6 cents per kWh is losing money. By its estimate, that covers roughly 15% to 20% of the global mining fleet. The result is visible in balance sheets and treasury behavior. CoinShares said public miners have collectively reduced BTC treasuries by more than 15,000 BTC from peak levels. It highlighted Core Scientific selling around 1,900 BTC, or about $175 million, in January alone and planning to liquidate substantially all remaining holdings in Q1 2026, while Bitdeer cut its treasury to zero in February and Riot sold 1,818 BTC, roughly $162 million, in December 2025. At the same time, the report argues that the sector is splitting into two increasingly distinct groups: miners that remain focused on bitcoin production and operators using mining infrastructure as a bridge into AI and HPC. CoinShares said more than $70 billion in cumulative AI and HPC contracts have now been announced across the public mining sector, with WULF, CORZ, CIFR and HUT “effectively becoming data centre operators that happen to mine Bitcoin.” It added that listed miners could derive as much as 70% of revenue from AI by the end of 2026, up from roughly 30% today. That pivot comes with its own risk profile. CoinShares said leverage has risen sharply as some miners finance AI buildouts with large debt loads, citing IREN’s $3.7 billion in convertible notes, WULF’s $5.7 billion in total debt and CIFR’s $1.7 billion in senior secured notes. In the report’s view, the sector’s aggregate leverage has “fundamentally changed its risk profile,” even as the market rewards AI-linked operators with richer valuation multiples than pure-play miners. At press time, BTC traded at $67,850.

27 Mar 2026, 12:19

Understand tokenomics: your crypto success in 2026

Most people assume a token launch is the hard part. Build hype, list on an exchange, and watch the price climb. The reality is far less forgiving. Over 70% of tokens lose 90% of their value within six months, and the culprit is almost never bad timing or a bear market. It's flawed design. Tokenomics, the economic rules and incentives that govern a token's entire lifecycle, is the real difference between a project that builds lasting value and one that collapses under its own weight. Understanding it is no longer optional for serious crypto investors and builders. Key Takeaways PointDetailsTokenomics drives valueA token's design, incentives, and use cases—its tokenomics—directly influence price and long-term survival.Beware of common pitfallsPoor tokenomics like low float, speculative rewards, and lack of utility cause most crypto projects to fail quickly.Utility beats hypeTokens with real-world use, clear rewards, and thoughtful supply structures outperform hype-driven launches.Advanced strategies matterGame theory, anti-fragmentation, and scenario testing help future-proof tokenomics for changing market conditions. What is tokenomics? The basics explained With the high rate of token failure in mind, let's break down what tokenomics really means and why it matters. Tokenomics is a portmanteau of "token" and "economics." It refers to the complete set of rules, incentives, and mechanisms that determine how a cryptocurrency token is created, distributed, used, and ultimately valued. Think of it as the constitution of a crypto project. Just as a country's economic policy shapes how wealth is created and distributed, tokenomics shapes how value flows through a blockchain ecosystem. At its core, tokenomics covers several interconnected components: Supply mechanics: How many tokens exist, how many are in circulation, and whether new ones are minted or old ones are burned Distribution: Who gets the tokens and when, including teams, investors, and the public Utility: What the token actually does within its ecosystem Incentive structures: How users are rewarded for participating, such as staking in crypto Governance: Whether token holders can vote on protocol changes These elements don't operate in isolation. They interact constantly, and a weakness in one area can cascade into a full system failure. The Bank for International Settlements highlights that crypto fragmentation undercuts network effects, meaning poorly structured token models can actively destroy the value they're meant to create. Pro Tip: Before evaluating any project, pull up its tokenomics documentation first. If the team can't clearly explain supply schedules, utility, and incentive design, that's a red flag before you even look at the price chart. Tokenomics also matters enormously when launching a token . Getting the economic design right from day one is exponentially easier than trying to fix it after launch. Core elements of a tokenomics model Now that you know what tokenomics is, let's dive into the main building blocks every robust model should have. Every tokenomics framework rests on a handful of foundational elements. Understanding each one gives you a practical toolkit for evaluating any project, whether you're investing or building. Token supply is the starting point. This includes the maximum supply (the hard cap), the circulating supply (what's actually tradable today), and whether the model is inflationary (new tokens minted over time) or deflationary (tokens removed from circulation). Bitcoin's fixed 21 million cap is the most famous example of a deflationary model designed to create scarcity. Allocation determines who owns what. A healthy allocation typically spreads tokens across the team, early investors, ecosystem development funds, and public sale participants. Concentration risk is real. If a small group holds a massive share, they can dump tokens and crater the price. Vesting and unlock schedules are the guardrails on allocation. Vesting means tokens are released gradually over time rather than all at once. Without proper vesting, early holders can sell immediately after launch, flooding the market and destroying price stability. ElementHealthy signalWarning signCirculating supplyAbove 40% at launchBelow 20% (low float)Team allocation10 to 20%, long vestingAbove 30%, short lockUtilityMultiple real use casesGovernance onlyInflation rateControlled, decliningUncapped or acceleratingUnlock scheduleGradual, multi-yearLarge cliff unlocks Utility is arguably the most critical element. A token needs a reason to exist beyond speculation. Does it pay for network fees? Does it unlock platform features? Does it grant access to services? Tokens with no real utility are essentially casino chips. Projects like G-Coin demonstrate how genuine platform utility can anchor token demand across market cycles. Research into token fundamentals evaluation shows that low initial float combined with high fully diluted valuation (FDV) is a consistent predictor of underperformance. Tokens like STRK and SUI followed this pattern and significantly underperformed relative to their launch valuations. Multi-token models, where one token handles transactions and another captures value, can solve some of these problems but add their own complexity. Common tokenomics mistakes and why many tokens fail Understanding the core elements is just the start. Let's examine why so many projects still fail, even with attractive ideas. The data is stark. Tokens with low float under 20% at launch average a 73% price decline over 12 months. That's not a market problem. That's a design problem baked in before the first trade ever happens. Here's how the most common failure patterns break down: Low float, high FDV: The token looks cheap at launch, but billions of dollars worth of supply is waiting to unlock. When it does, existing holders get diluted and prices collapse. No real utility: Without genuine use cases, demand is purely speculative. The moment sentiment shifts, there's nothing to hold the price up. Misaligned incentives: Reward structures that pay early participants heavily while leaving later users with diminishing returns create pump-and-dump dynamics. Cliff unlocks: Large, sudden releases of previously locked tokens flood the market and trigger sharp selloffs. Governance theater: Giving token holders voting rights on trivial decisions while core teams retain real control erodes community trust. "The most dangerous tokenomics mistake isn't a technical error. It's designing incentives that reward short-term extraction over long-term participation." The contrast between failures and successes is instructive. Moonbirds and similar NFT projects showed that even strong initial allocation strategies couldn't protect against macro shocks when utility was thin. Meanwhile, BTC, ETH, and BNB built lasting value through a combination of scarcity mechanics and genuine, expanding use cases. BNB is particularly instructive. Binance's quarterly token burns reduce supply systematically, but the burn mechanism works because BNB has deep utility across trading fee discounts, launchpad access, and DeFi applications. Burning alone isn't magic. Burning combined with real demand is. For investors, a verifiable framework for tokens that assesses fundamentals rather than hype is the most reliable filter for separating projects worth holding from those destined to dilute you into losses. How tokenomics shapes value and market dynamics After learning what goes wrong, it's vital to connect the dots. How does tokenomics actually create or destroy value in the real world? Tokenomics doesn't just influence price at launch. It shapes the entire trajectory of a token's market life. Specific mechanisms trigger predictable market behaviors, and understanding them gives you an edge. Here are the four primary value levers in any tokenomics model: Burn events: Reducing supply creates scarcity, which supports price when demand holds steady. Ethereum's EIP-1559 introduced a base fee burn that has removed millions of ETH from circulation. Token unlocks: Scheduled releases of locked tokens increase circulating supply. Large unlocks often precede price pressure as early holders take profits. Buybacks: Projects sometimes use treasury funds to repurchase tokens from the open market. However, Jupiter's $70M buyback failed to sustain JUP's price, showing that buybacks without underlying demand improvement are largely ineffective. Reward mechanisms: Staking rewards, liquidity mining, and yield programs attract capital but can also inflate supply if not carefully calibrated. Scarcity vs. inflation is one of the deepest trade-offs in tokenomics design. Fixed supply models like Bitcoin create long-term scarcity but offer no native incentive for network participants beyond price appreciation. Inflationary models can fund ongoing development and reward contributors but risk devaluing existing holders if growth doesn't outpace supply expansion. Pro Tip: When evaluating a project, map out the next 12 months of token unlocks using tools like Token Unlocks or Vesting.finance. A project with 40% of supply unlocking in the next six months is a very different risk profile than one with gradual monthly releases. Multi-token models, where one token handles utility and another captures protocol value, appear in projects like real-world asset platforms and utility NFT ecosystems . They can be powerful but require careful design to avoid fragmenting value across too many assets. Advanced considerations: Game theory, fragmentation, and scenario analysis With the fundamentals covered, let's push further. What advanced strategies can future-proof tokenomics? The most sophisticated tokenomics designs treat the entire system as a game theory problem. Every participant, whether a validator, a trader, a developer, or a governance voter, is a rational actor responding to incentives. The goal is to design rules where individual self-interest aligns with the health of the overall network. "Good tokenomics doesn't assume altruism. It makes cooperation the most profitable strategy." Here's where advanced design separates elite projects from the rest: Coordination mechanisms: Designing staking, voting, and reward systems so that participants who act in the network's interest earn more than those who exploit it Fragmentation risk management: As the BIS research on crypto fragmentation shows, splitting liquidity and users across too many tokens or chains reduces network effects and creates systemic vulnerabilities Adversarial scenario testing: Modeling what happens if a large holder dumps tokens, if a competitor launches a superior product, or if a regulatory shock hits the market Stress simulation: Using tools like a tokenomics calculator to model supply, demand, and price under multiple growth and contraction scenarios Adaptive parameters: Building in governance mechanisms that allow the community to adjust inflation rates, reward levels, or burn rates as market conditions evolve For investors, understanding game theory in tokenomics means asking: who benefits most from this design, and at whose expense? If the answer is "early insiders at the expense of later buyers," that's a structural problem no amount of marketing can fix. Exploring expert perspectives on token models can sharpen your ability to spot these patterns before committing capital. Scenario analysis is becoming standard practice among serious builders. Projects that can demonstrate their tokenomics holds up under bear markets, whale manipulation, and rapid user growth are far more credible than those with a single optimistic projection. Stay ahead: Apply tokenomics insights to your crypto journey To apply these powerful concepts and avoid common pitfalls, it pays to have reliable sources and expert guidance on your crypto journey. Knowing tokenomics theory is one thing. Applying it to fast-moving markets is another. The crypto landscape shifts quickly, and the projects worth watching in 2026 are those with economic models built for durability, not just launch-day excitement. Crypto Daily covers the tokenomics stories that matter, from supply schedule analysis to governance debates and market structure shifts. Whether you're tracking the crypto outlook for 2026 or looking for expert strategies on crypto trends , the platform gives you the context to make smarter decisions. Bookmark Crypto Daily as your go-to source for the analysis that goes beyond price charts and into the economic mechanics driving real value. Frequently asked questions Why do most crypto tokens fail despite strong hype? Most tokens fail because of structural design flaws like low float, high FDV, or absent utility, not because the market turned against them. Hype can drive a launch, but tokenomics determines whether a project survives the months that follow. What are the most important factors in tokenomics? Supply structure, real utility, incentive alignment, allocation transparency, and governance design are the five pillars. A weakness in any one of them, especially no utility, can undermine the entire model. How can investors spot healthy tokenomics? Look for circulating supply above 40% at launch, multi-year vesting for team tokens, and clear use cases beyond governance. BTC, ETH, and BNB all combine genuine scarcity with expanding real-world utility. Does burning tokens always increase value? Burning reduces supply but only supports price when paired with genuine demand. BNB's burn mechanism works because the token has deep utility across Binance's ecosystem, not because burning is inherently powerful. Is a multi-token model better than a single token? Multi-token models can specialize functions effectively, but they add complexity and fragmentation risk. Success depends entirely on whether each token has a distinct, defensible role within the ecosystem. Recommended How to Launch a Token in 2026: From Smart Contract to Market Dominance - Crypto Daily Stay updated on crypto trends in 2026: expert strategies - Crypto Daily Crypto Marketing Trends 2026: Nisheta Sachdev on Why Trust Beats Virality - Crypto Daily Optimize your crypto workflow: in 2026 Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

27 Mar 2026, 11:31

Pundit to XRP Holders: Stay Ready. This Next Move Could Change Everything

Crypto commentator John Squire (@TheCryptoSquire) posted a message that focused on timing, positioning, and what he believes is a major shift happening around XRP. He wrote, “THE SHIFT HAS BEGUN,” and told followers to “Stay ready… this next move could change everything.” His post included a video chart by Time Traveler showing XRP rising to $73,000, alongside an article headline stating “Ripple Threatens SWIFT After Launch of Global Payments Using XRP!” The message centered on XRP’s ability to gain value if it becomes infrastructure for global payments. This idea depends on one major factor. SWIFT currently connects more than 11,000 banks worldwide . Any system that integrates with or replaces part of that network gains access to one of the largest financial communication systems in the world. THE SHIFT HAS BEGUN Everything is starting to align behind the scenes. Momentum is building and smart money is watching closely. $XRP Stay ready… this next move could change everything pic.twitter.com/3LB8DdNhvF — John Squire (@TheCryptoSquire) March 25, 2026 The SWIFT Challenge SWIFT does not move money. It sends payment instructions between banks. Settlement can take days. Fees increase with each intermediary bank involved. This structure creates delays and higher costs, especially for cross-border transfers. Ripple built its payment system to solve this exact problem. XRP acts as a bridge asset , allowing banks to convert one currency into XRP, send it across the network, then convert it into another currency in seconds. This process removes the need for multiple intermediary banks. It reduces settlement time and lowers costs. XRP and Global Bank Connectivity Ripple has spent years building relationships with financial institutions. Its payment network connects banks, payment providers, and financial companies. If a bank network with the size of SWIFT integrates this type of liquidity system, transaction volume moving through XRP could increase significantly. SWIFT already has the global network, and XRP is the perfect settlement layer. If these systems connect, XRP could function as a neutral bridge asset between currencies. This gives XRP an important role in global liquidity. Global cross-border payments move trillions of dollars each year. Even a small share of that volume moving through XRP would increase demand for the asset, potentially driving up its price. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 The $73,000 Target for XRP Prominent community figures like Time Traveler have consistently predicted that XRP can rise to $73,000 . If XRP becomes a bridge asset used by banks for international settlement, price growth would likely follow usage growth. The asset would be used as infrastructure, not just a traded cryptocurrency. Large financial transfers require deep liquidity pools. A higher asset price allows large transactions to move with less slippage. This makes the system more efficient for institutions moving millions or billions of dollars, and makes this high target a realistic level. Disclaimer : This content is meant to inform and should not be considered financial advice. The views expressed in this article may include the author’s personal opinions and do not represent Times Tabloid’s opinion. Readers are advised to conduct thorough research before making any investment decisions. Any action taken by the reader is strictly at their own risk. Times Tabloid is not responsible for any financial losses. Follow us on X , Facebook , Telegram , and Google News The post Pundit to XRP Holders: Stay Ready. This Next Move Could Change Everything appeared first on Times Tabloid .

27 Mar 2026, 10:08

Bitcoin Miners Reallocate Capital Toward AI and Data Infrastructure as Margins Compress: CoinShares

Bitcoin mining companies are entering a more challenging phase as rising production costs, declining revenues, and weaker BTC prices compress margins. A recent report from CoinShares outlines how these pressures are reshaping the industry and accelerating a shift toward AI and data center businesses. Visit Website