Murex has announced that it has partnered with Quant to integrate tokenized deposits and digital bonds into its MX.3 platform, as financial institutions continue to explore how digital assets can be incorporated into existing capital markets infrastructure. The collaboration enables banks and capital markets firms to issue, manage, and settle tokenized instruments within systems already used for trading, risk management, and post-trade operations. The approach focuses on embedding new capabilities into existing workflows rather than creating separate infrastructure. The development comes as tokenized real-world assets surpass $100 billion, with increasing participation from major financial institutions. Why Are Institutions Focusing On Tokenized Deposits? Tokenized deposits represent a digital form of bank-issued money that can be used within blockchain-based systems while maintaining alignment with traditional financial frameworks. These instruments are seen as a bridge between conventional banking and digital asset markets. Institutional interest has increased as tokenization expands beyond pilot projects into live deployments. Large financial entities have begun launching tokenized funds and exploring blockchain-based trading venues, while market infrastructure providers are preparing for broader adoption. Gilbert Verdian, Founder and Chief Executive Officer of Quant, commented, “The next generation of capital markets infrastructure will not replace what works. It will make what works programmable.” The challenge for institutions has been integrating these capabilities without disrupting existing systems that support trading, risk, and compliance functions. How Does The Murex And Quant Integration Work? The integration embeds Quant’s programmable money infrastructure into the MX.3 platform, allowing tokenized assets to be processed within established capital markets workflows. This includes trading, position management, collateral handling, and regulatory reporting. Quant’s technology enables interoperability across multiple blockchain networks, allowing institutions to interact with both public and private ledgers through a single interface. This reduces the need for separate integrations with different systems. Solène Khy, Head of FX, Equities, Commodities and Digital Assets at Murex, commented, “This partnership enables clients to integrate these new capabilities into existing capital markets systems without overhauling their infrastructure.” The system also supports programmable features such as automated corporate actions and conditional payments, while maintaining controls required for compliance and risk management. Institutions can retain flexibility in custody arrangements through standardized interfaces. What Does This Mean For Capital Markets Infrastructure? The partnership reflects a shift toward integrating digital asset capabilities into established financial systems rather than building parallel environments. This approach may reduce operational complexity and support adoption by aligning with existing processes. Embedding tokenization within core platforms allows institutions to manage digital and traditional assets within a unified framework. This can improve efficiency by reducing reconciliation requirements and enabling consistent data handling across functions. The development also highlights the importance of interoperability, as institutions need to interact with multiple blockchain networks while maintaining control over operations and compliance. At the same time, the adoption of tokenized deposits and digital bonds introduces considerations around regulation, standardization, and system integration. Ensuring that these instruments meet regulatory requirements across jurisdictions remains a key factor. The collaboration suggests that tokenization is moving toward broader implementation within capital markets, with infrastructure providers focusing on integration rather than replacement. The pace of adoption will depend on how effectively these solutions align with institutional requirements and how they perform within existing financial systems. Takeaway Murex and Quant’s integration embeds tokenized deposits into existing capital markets systems. Adoption will depend on interoperability, regulatory alignment, and how seamlessly digital assets fit into current workflows.

Australia's third largest pension fund Hostplus manages $96 billion and is exploring Bitcoin access for 2.2 million retirement savers. Big money is racing to own crypto's infrastructure layer. If you have eyes on the ethereum price prediction alongside entries with more room to run, Pepeto offers what ETH cannot at this stage. Pepeto has more than $8 million raised with a live exchange already running, and the Binance listing is approaching with analysts projecting 1000x from a presale entry that closes when trading begins. Even as the ETH outlook points to solid growth, the presale where the product already works and the listing is days away is a different calculation entirely. Ethereum Price Prediction Gets Context as Hostplus $96B Pension Fund Explores Bitcoin for Retirement Savers Hostplus manages $96 billion and is exploring Bitcoin access for 2.2 million members through its ChoicePlus self directed option, according to CoinDesk. Australia's superannuation system holds $2.9 trillion and self managed fund registrations jumped 69% as Australians seek crypto exposure, according to The Block.  The ethereum price prediction is one piece of a much bigger puzzle where pension capital enters Bitcoin first, then flows down into the entries where the real returns live before the listing arrives. Where the ETH Outlook Meets Presale Returns Before the Listing Window Closes Pepeto Pepeto is one of the only presale projects in crypto where you can actually use the exchange before the listing day arrives. Every tool has been running for holders to test in real market conditions, turning the presale into a genuine trial rather than an exercise in blind trust. The exchange fills a real gap for traders patching together research from scattered sources hoping to catch dangerous contracts before they cost money. The risk scorer performs a full check in seconds, catching hidden drains, fake minting, and honeypot traps that manual research walks past in plain language so you know what you are looking at before your capital moves. The latest updates made the platform faster and cleaner, and PepetoSwap handles every trade at zero fees with the cross chain bridge moving tokens at zero cost. More than $8 million raised with 193% APY staking compounding in early wallets while stages fill faster proves committed capital. The SolidProof audit cleared every contract, a former Binance expert is on the dev team, and the cofounder who built the original Pepe coin to $11 billion with the same 420 trillion supply is behind the exchange. An exchange this easy to use could turn into the daily routine for traders, and that repeat usage is behind the 1000x projection from analysts. Pepeto is at $0.000000186, and the ethereum price prediction offers respectable growth, but the presale sits in the gap between a product that proved itself and a market that has not priced it in, and the wallets entering now collect when the Binance listing closes that gap. ETH Ethereum trades near $2,177 as of March 25 pressured by hawkish inflation signals with above 75% of Binance ETH positions leveraged at 3 to 1, according to CoinMarketCap. RSI reads 45, neutral but fragile. The ethereum price prediction targets $4,000 by year end, roughly 90% from here. Strong for a large cap, but the return from $2,177 cannot match the 1000x the presale delivers from one listing. HYPE Hyperliquid drifted to around $40 as of March 25 pulling back after a 36% monthly gain with no fresh catalyst, according to CoinMarketCap.  Support at $40, resistance near $42. The perpetual DEX architecture is impressive, but at this market cap HYPE offers range bound returns, not the kind of entry where one listing reshapes your portfolio. Ethereum Price Prediction Confirms the Market Pays Most to the Earliest Believers and a New Window Is Open If the ethereum price prediction leaves you looking for more room to run, Pepeto is that answer. A running exchange meeting a market expanding faster than its participants can follow is the entry that produces returns people reference for the rest of the cycle.  ETH was under $10 before it reached $2,177 and the people who got in when nobody believed are the ones who built real wealth. More than $8 million entering Pepeto's presale during fear proves those wallets expect the same outcome, and following their capital is how you land on the right side of the listing. The Pepeto official website is where that window is still open. Click To Visit Pepeto Website To Enter The Presale FAQs: What does the ethereum price prediction look like for 2026? Forecasts project ETH between $2,177 and $4,000, roughly 90% at the ceiling. The Pepeto official website is where the 1000x entry sits before the listing closes it permanently. Can anything outperform the ethereum price prediction in terms of returns? Presale entries with live products deliver returns that large caps cannot structurally match, and Pepeto fits that profile with a running exchange and the Binance listing confirmed. Is Hyperliquid a factor in the ETH outlook for 2026? Hyperliquid is a strong DeFi project but at its current valuation offers range bound returns, not the compressed timeline where one listing changes the math entirely.

Why Is the UK Targeting Crypto Donations to Political Parties? UK Prime Minister Keir Starmer said the government will introduce a moratorium on cryptocurrency donations to political parties, citing risks tied to illicit finance and foreign interference. The proposal adds political fundraising to a growing list of areas where regulators are taking a more cautious approach to digital assets. Speaking during Prime Minister’s Questions, Starmer framed the move as part of a broader effort to protect the integrity of the UK’s democratic system. “We will act decisively to protect our democracy,” he told MPs, referencing a government-commissioned review that warned of “stark threats posed by illicit finance.” The proposal follows increasing political pressure, with lawmakers raising concerns that crypto-based donations may bypass existing transparency rules and enable foreign or anonymous funding. What Does the Proposed Moratorium Include? The plan would temporarily halt all political donations made through cryptocurrencies while regulators work to establish clearer oversight mechanisms. It is structured as a stopgap measure rather than a permanent ban, reflecting the gap between current rules and evolving financial technology. Under the proposal, political parties would be required to unwind any crypto donations received once the rules take effect. A grace period would be provided, after which failure to comply could result in criminal penalties. The review behind the proposal, led by former senior civil servant Philip Rycroft, highlighted the difficulty of tracing the origin of crypto transactions. This opacity complicates enforcement of existing campaign finance rules, particularly those designed to prevent foreign influence. Investor Takeaway Political use cases are emerging as a new regulatory pressure point for crypto. Restrictions on donations reflect broader concerns around traceability and could extend to other areas where transparency is critical. How Has Crypto Become a Political Flashpoint? The issue has gained urgency following reports that Reform UK received tens of millions of pounds in cryptocurrency donations, bringing the debate into mainstream political focus. A cross-party group of lawmakers recently called for an immediate ban, describing crypto donations as an “unacceptably high risk” to electoral integrity. This shift indicates that crypto regulation is no longer limited to financial stability or consumer protection. It is increasingly intersecting with national security and electoral oversight, raising the stakes for policymakers. Investor Takeaway Regulatory scrutiny is expanding beyond trading and custody into politically sensitive areas. This broadening scope increases compliance risk for crypto platforms operating in jurisdictions with active electoral oversight. What Does This Mean for the UK’s Broader Crypto Framework? The proposed moratorium comes as the UK continues to develop its wider regulatory framework for digital assets, including rules covering stablecoins, trading platforms, and custody services. While the government has signaled support for innovation in financial technology, the move suggests a more cautious stance in areas where crypto intersects with public policy and governance. For market participants, the development reinforces the importance of regulatory alignment in jurisdictions where crypto activity overlaps with sensitive sectors. As frameworks evolve, political considerations are likely to influence the pace and direction of policy implementation.

Are Local Currency Stablecoins Being Used as Money? New data from Visa and Dune suggests that non-USD stablecoins are increasingly being used as functional local currency rather than speculative instruments. Supply reached $1.1 billion in February, marking a threefold increase from January 2023, while aggregated transfer volume rose more than 1,600% to $10 billion over the same period. The shift is visible in how these assets are held and used. “Unlike USD stablecoins — often deployed into DeFi for yield — local currency stablecoins are primarily held in user wallets, centralized exchanges, and institutional treasuries,” the report states. “This distribution reflects their role as operational money for cross-border payments, remittances, B2B settlement, and FX management.” Adoption metrics reinforce this trend. More than 1.2 million addresses now hold non-USD stablecoins, while the number of unique sending addresses has grown from around 6,000 in early 2023 to 135,000. Nearly half of total supply sits in unidentified wallets, with another 25% on centralized exchanges, pointing to a mix of retail and institutional usage. How Much Activity Is Actually Driven by DeFi? While decentralized finance remains part of the ecosystem, its role is more limited compared to USD-pegged stablecoins. Around 13% of supply is held in issuer treasuries or governance-controlled wallets for liquidity management and incentives, while 7.5% is deployed in lending protocols and just 2% in decentralized exchange liquidity pools. The data suggests that most non-USD stablecoin activity is tied to real-world financial flows rather than yield generation. This distinction becomes clearer when adjusting for market concentration. “Excluding EURC, other stablecoins show consistent weekend slowdowns, a pattern consistent with business payments, payroll cycles, and treasury settlement,” the report notes. “The rest of the market appears to be used far more as a transactional and settlement layer.” Circle’s EURC dominates the segment, accounting for more than 90% of transfer volume, which skews aggregate data and can obscure how other currencies are being used. Investor Takeaway Non-USD stablecoins are behaving less like DeFi collateral and more like payment infrastructure. Their usage patterns align with business activity, suggesting real demand for blockchain-based settlement outside the dollar system. Which Currencies Are Driving Growth? Euro-denominated stablecoins dominate the non-dollar segment, representing over 80% of market capitalization and roughly 85% of total transfer volume. Their share of transferred value has increased sharply, rising from 50%–70% before 2024 to around 85% this year. Other currencies are emerging but remain smaller in scale. Brazilian real stablecoins account for about 10% of supply and volume, while Singapore dollar and Japanese yen stablecoins are growing from a lower base. “Other LatAm currencies (COP, MXN) and markets such as ZAR, CAD, AUD, and CHF show strong growth from small bases but remain concentrated, with fewer than 1,000 monthly senders in most cases,” the report adds. Despite rapid growth, euro stablecoins still represent only about 0.3% of the global stablecoin market, highlighting the dominance of dollar-based assets. Investor Takeaway Euro stablecoins are leading non-dollar adoption, but the market remains highly concentrated. Expansion into other currencies is underway, though liquidity and user depth remain limited outside core regions. How Large Could the Market Become? The total stablecoin market cap currently exceeds $310 billion, with USDT accounting for more than 60% and USDC roughly 25%. Non-USD stablecoins remain a small fraction of the overall market but are growing at a faster rate. “If Euro stablecoins were to reach even a fraction of the Euro’s international share, that could imply a market cap in the tens of hundreds of billions,” the report states, citing projections that place potential growth between $25 billion and $1,100 billion by the end of the decade. The data points to a structural shift in how stablecoins are being used. While dollar-pegged assets continue to dominate liquidity and DeFi activity, local currency stablecoins are emerging as tools for payments, settlement, and currency access in regional markets. The divergence in use cases suggests that future growth in the sector may be driven less by speculative demand and more by integration into existing financial systems.

What Is the Structure of the Ondo–Franklin Templeton Offering? Franklin Templeton is partnering with Ondo Finance to launch tokenized versions of its exchange-traded funds, enabling investors to access exposure through crypto wallets rather than traditional brokerage accounts. The move introduces a new distribution channel as asset managers test blockchain-based delivery and continuous market access. Under the structure, Ondo will purchase shares of Franklin Templeton ETFs and issue tokens via a special-purpose vehicle that passes through the economic exposure to holders. Investors will not own the underlying shares directly but will receive rights to returns, allowing the tokens to be used as collateral or integrated into decentralized finance applications. The products are expected to be available across Europe, Asia-Pacific, the Middle East, and Latin America, while access in the United States remains dependent on regulatory clarity. The initial rollout will include five funds covering US equities, fixed income, and gold. How Does This Change Distribution and Market Access? The model targets investors operating primarily through crypto wallets and stablecoins, bypassing traditional brokerage infrastructure. By embedding ETF exposure into blockchain-based tokens, the offering extends access to users who may not interact with conventional financial platforms. Liquidity will be supported by Ondo’s market makers, including outside standard trading hours, introducing a 24/7 trading environment more consistent with crypto markets than traditional equity venues. This approach reflects a broader shift toward always-on financial markets, where tokenized assets can be traded continuously and integrated into a wider range of financial strategies, including collateralized lending and automated portfolio management. Investor Takeaway Tokenization is extending ETF distribution beyond brokerages into crypto-native environments. The ability to use tokenized exposure as collateral adds a new layer of capital efficiency, particularly for investors already operating in stablecoins. How Fast Are Tokenized Equity Markets Growing? Tokenized equity markets have expanded rapidly over the past year, with total value rising from around $500 million in early 2025 to approximately $950 million as of March 2026, according to RWA.xyz data. Ondo Finance currently leads the sector, accounting for about $562 million, or roughly 60% of the market. Other platforms, including Backed Finance and its xStocks products, as well as Securitize, hold smaller but still meaningful shares. The growth reflects increasing demand for blockchain-based access to traditional financial instruments. Recent product launches highlight the direction of travel. Kraken introduced tokenized equity perpetual futures for eligible non-US clients, while Coinbase launched stock perpetual futures to extend round-the-clock access to equities alongside crypto and prediction markets. Investor Takeaway Market growth is being driven by access and trading flexibility rather than ownership rights. Platforms offering continuous trading and leverage are accelerating adoption, particularly outside the US. Why Does US Access Still Lag Behind? Despite global expansion, tokenized equity products remain largely unavailable to US investors due to regulatory constraints. The lack of clear frameworks for tokenized securities continues to limit domestic participation, even as international markets move forward. Regulatory conditions may be improving. In December, the US Securities and Exchange Commission closed a multi-year investigation into Ondo without bringing charges, removing a potential overhang on the company’s operations. Efforts are also underway to build compliant infrastructure within the United States. The New York Stock Exchange recently signed an agreement with Securitize to explore blockchain-based trading of stocks and ETFs, though timelines for launch remain uncertain. Until regulatory clarity is established, the market is likely to remain geographically fragmented, with innovation and product rollout concentrated in jurisdictions outside the US.

Why Is the ETF Launch Considered Imminent? Morgan Stanley’s spot Bitcoin ETF appears close to launch after the New York Stock Exchange formally announced the listing of the fund. Bloomberg Senior ETF Analyst Eric Balchunas said such announcements typically indicate that a product is in its final pre-launch stage. The fund, named the Morgan Stanley Bitcoin Trust, is set to trade on NYSE Arca under the ticker MSBT. The bank initially filed for the ETF in January and recently submitted an amended S-1 registration statement to the U.S. Securities and Exchange Commission, confirming listing details. “Typically” a listing notice signals that a launch is imminent, Balchunas said, pointing to the sequence of regulatory filings and exchange approvals that precede ETF trading. Why Is Morgan Stanley’s Entry Different? While firms such as BlackRock and Fidelity have already launched spot Bitcoin ETFs, Morgan Stanley’s move stands out due to its position within the traditional banking system. The firm would become the first major bank to issue a spot Bitcoin ETF directly. “First bank to do a Bitcoin ETF (unthinkable couple years ago),” Balchunas wrote, highlighting the shift in institutional acceptance of digital assets. He also pointed to the scale of the bank’s distribution network, noting that Morgan Stanley operates one of the largest financial advisor platforms globally. This network could play a role in how crypto investment products reach a broader base of clients beyond self-directed investors. Investor Takeaway Morgan Stanley’s entry brings bank-led distribution into the Bitcoin ETF market. The scale of its advisor network could influence how quickly crypto exposure moves from retail-led demand toward advisor-driven allocation. What Does This Mean for ETF Adoption Trends? Despite strong inflows into existing spot Bitcoin ETFs, adoption within traditional advisory channels remains limited. Morgan Stanley’s own data suggests that most ETF activity on its platform continues to come from self-directed investors. Amy Oldenburg, head of digital asset strategy at the bank, has said that financial advisors are still evaluating how crypto fits within portfolio construction. Around 80% of ETF trading on the platform is driven by self-directed accounts rather than advisor-managed portfolios. This indicates that, while demand for crypto exposure is established, its integration into mainstream wealth management models is still developing. Investor Takeaway Crypto ETF growth has been driven primarily by self-directed investors. Advisor adoption remains an open variable, and Morgan Stanley’s launch will test whether distribution channels can expand demand beyond retail flows. How Does This Fit Into Morgan Stanley’s Crypto Strategy? Morgan Stanley has gradually increased its exposure to digital assets over the past two years. The bank began allowing brokerage clients to purchase spot Bitcoin ETFs in 2024 and has since expanded access across its platform. The launch of its own ETF represents the next step in that progression, moving from distribution to product issuance. This transition places the bank more directly within the competitive landscape of crypto investment products, where asset managers have already captured significant inflows. At the same time, the broader market remains shaped by early-stage adoption dynamics. While institutional participation is increasing, the pace of integration into traditional financial advisory frameworks continues to vary, leaving room for further shifts as new products enter the market.

Ripple has joined Singapore’s regulatory sandbox to pilot its RLUSD stablecoin in cross-border trade finance, as part of the BLOOM initiative led by the Monetary Authority of Singapore (MAS). BLOOM—short for Borderless, Liquid, Open, Online, Multi-currency—is designed to expand settlement capabilities using tokenized bank liabilities and regulated stablecoins. Ripple’s participation signals a continued push to position blockchain infrastructure within compliant, real-world financial systems. The development comes months after Ripple secured an expanded scope under its Major Payment Institution license from the Monetary Authority of Singapore, allowing it to scale regulated payment services and deepen RLUSD adoption across the region. RLUSD Pilot Integrates Payments With Trade Execution Ripple is partnering with Unloq to pilot a trade finance solution built around programmable settlement. The initiative combines Unloq’s SC+ platform with Ripple’s infrastructure, including the XRP Ledger (XRPL) and its enterprise-focused stablecoin, RLUSD. The SC+ system integrates trade obligations, settlement conditions, and financing workflows into a single execution layer. Within this setup, payments are triggered automatically once predefined commercial conditions—such as shipment verification—are met. By introducing condition-based settlement, the model replaces fragmented, manual processes with automated execution. This structure improves transparency around settlement risk and enables more efficient capital flows across supply chains. The use of digital settlement assets, including stablecoins and tokenized bank liabilities, is also expected to improve access to trade finance for small and medium-sized enterprises (SMEs), a segment often constrained by operational complexity and limited visibility. Singapore Deepens Push for Interoperable Financial Infrastructure The pilot reflects Singapore’s broader effort to develop interoperable and compliant financial infrastructure through tokenization. By providing a controlled sandbox environment, MAS allows firms to test innovations without exposing the wider financial system to risk. Fiona Murray, Managing Director for Asia Pacific at Ripple, noted that Singapore continues to lead in regulatory clarity for digital assets, adding that the BLOOM initiative aligns with Ripple’s focus on delivering compliant, real-world blockchain utility. On the implementation side, Unloq emphasized that its SC+ platform demonstrates how digital settlement rails can integrate with existing trade and financing workflows without disrupting commercial relationships. The collaboration with MAS and Ripple, according to the firm, provides a pathway to explore scalable models for cross-border trade. Built on the XRP Ledger, the joint solution uses RLUSD to trigger payments instantly upon shipment verification, combining supply chain data with financial execution. If successful, the pilot could offer a framework for modernizing trade finance infrastructure and advancing the use of regulated stablecoins in global commerce.

What Is the ECB Preparing Ahead of a Digital Euro Decision? The European Central Bank is preparing to publish technical standards for a potential digital euro by this summer, according to Executive Board member Piero Cipollone. The move is intended to give payment providers and merchants time to integrate the required infrastructure ahead of any formal issuance decision. Cipollone told European Union lawmakers that once the standards are released, the ECB will work with market participants to begin embedding them into payment terminals and digital payment solutions. The objective is to ensure that new hardware and applications can support the digital euro from launch, reducing delays in adoption. The timeline aligns with expected European Union legislation in 2026, which would establish the legal framework for the digital euro. By setting standards in advance, the ECB is attempting to compress the gap between regulatory approval and operational readiness. How Will the Rollout Timeline Unfold? The ECB outlined a phased approach to development and testing. A pilot program is scheduled to begin in the second half of 2027 and run for 12 months, focusing on person-to-person and point-of-sale transactions in a controlled environment. This testing phase is designed to validate system performance, user experience, and integration with existing payment infrastructure. If lawmakers approve the legal framework, the ECB aims to be technically ready for a potential launch around 2029. The sequencing reflects a structured buildout: standards first, legislation next, followed by pilot testing and eventual deployment. Each phase is intended to reduce execution risk while aligning public infrastructure with private-sector readiness. Investor Takeaway The ECB is prioritizing infrastructure readiness before legal approval, signaling that execution risk—not concept viability—is the main barrier. Early standards give payment providers time to integrate, reducing friction at launch. What Are the Costs and Trade-Offs for Banks? ECB analysis indicates that implementing a digital euro could cost European banks between 4 billion and 6 billion euros over four years. This represents roughly 3% of their annual information technology maintenance budgets. Cipollone told lawmakers these costs should be weighed against potential long-term benefits, including retaining more merchant fees within Europe and strengthening regional payment schemes. The digital euro is structured as a public payments infrastructure that private intermediaries—banks and payment service providers—would use to offer wallets and related services. This model avoids direct competition between the ECB and commercial banks, instead positioning the central bank as the provider of underlying settlement rails while private firms manage customer-facing products. Investor Takeaway Implementation costs are material but framed as infrastructure investment. The ECB’s intermediary model keeps banks in the distribution layer while shifting control of settlement rails toward public infrastructure. How Does the Digital Euro Fit Into Europe’s Broader Strategy? The digital euro is intended to reduce reliance on international card networks by providing a pan-European payment rail. Cipollone said co-badged cards and bank wallets would be able to switch between domestic payment schemes and the digital euro across the euro area. He emphasized that the digital euro is designed to complement cash and bank deposits rather than replace them. Accessibility features, including voice commands and large-font interfaces, are being built into the reference application to ensure usability across different user groups. The initiative also connects to broader efforts around tokenization. Cipollone pointed to projects exploring the use of central bank money as a settlement asset for tokenized securities and digital financial markets, as well as its potential role in supporting stablecoins and tokenized deposits. These efforts indicate that the digital euro is not only a retail payment tool but also part of a wider strategy to anchor future financial systems in central bank-issued money.

For a long time, Ethereum’s biggest challenges were high transaction fees and limited scalability. These issues became more pronounced during periods of heavy network activity, when users often had to pay tens of dollars just to complete a single transaction. Proto-danksharding, proposed via EIP-4844 during the Dencun upgrade, is a crucial step towards Ethereum’s scaling. It does not fully implement shard chains, but it reduces transaction fees for Layer 2 networks. This article explains what proto-danksharding is, how EIP-4844 works, and how it has effectively reduced Layer 2 fees. Key Takeaways Proto-danksharding is a fundamental upgrade that improves scalability and cost stability, using a separate fee market for blobs. EIP-4844 introduced blob transactions, which replaced the expensive permanent calldata with temporary data storage, reducing costs on Layer 2 networks. Rollups now post data more efficiently, lowering their operating costs and passing these savings on to users as significantly cheaper transactions. What is Proto-Danksharding? While sharding refers to splitting the blockchain into smaller segments to improve efficiency by enabling concurrent transactions, danksharding is built around large data objects called blobs.  Proto-danksharding is an intermediate upgrade designed to improve Ethereum’s scalability by changing how transaction data is stored and priced.  In simple terms, Layer 2 rollups (such as Arbitrum, Optimism, and Base) post transaction data to Ethereum using calldata. This data is stored permanently on-chain, which significantly increases the cost. Proto-danksharding solves this inefficiency by introducing blobs attached to transactions that are temporarily stored on the blockchain for verification. The Problem Proto-Danksharding Solves Before EIP-4844, rollups depended heavily on Ethereum’s base layer for data availability. This created three major issues: High data costs: Storing data permanently on-chain is expensive and inefficient. Network congestion: Rollup data competed with regular transactions for block space. Limited scalability: Increased usage led to higher fees. Since rollups are central to Ethereum’s scaling strategy, these limitations became a bottleneck for the entire ecosystem. How EIP-4844 Works The core innovation of EIP-4844 is the blob-carrying transaction. The following steps are involved in its execution: Creation: A Layer 2 rollup aggregates a set of user transactions and attaches the data as a blob (128 KB in size) to a normal Ethereum transaction. Separation: Blobs are large, temporary data structures stored on the Ethereum consensus layer (Beacon Chain), but not the execution layer. The Ethereum Virtual Machine cannot interpret blob contents, which keeps execution costs low. Verification: In Proto-Danksharding, blobs of data are represented as polynomials. KZG commitments ensure that blockchain data is accessible and correct without downloading the entire dataset. Attestation: Consensus nodes ensure that the blob data is received and available across the network. The blobs are temporary and will be deleted after 18 days of storage on Ethereum’s consensus layer. However, the proof of their existence is permanently stored on the blockchain. With the introduction of EIP-4844, fees for sending blob data to Layer 1 will not increase due to gas price fluctuations because blob-containing transactions do not compete with regular transactions for block space.   How EIP-4844 Reduces Fees Rollups reduce costs by batching many user transactions off-chain and packaging the data into blobs instead of storing it permanently as calldata. These blobs are then submitted to Ethereum, where they are kept temporarily by consensus nodes and verified using cryptographic commitments, ensuring the data is valid without long-term storage.  After a short period, the blob data is removed, which minimizes storage requirements. Because this process avoids permanent on-chain storage, which was the main cost driver, the savings are passed on to users in the form of significantly lower Layer 2 fees. The Real-World Impact on Layer 2 Fees Before EIP-4844, Layer 2 swap costs about $1.50. After the implementation, the cost of the same swap reduced to $0.05. Consequently, the transaction volume of Base Layer 2 rollups significantly increased after the Dencun upgrade. In addition, user savings have surpassed $1 billion annually, while Layer 2 activity has skyrocketed since launch. Proto-danksharding helps increase the data size on Ethereum by allowing each block to carry a few blobs. This enables the Layer 2 network to carry a large amount of data while posting transactions efficiently. As a result, rollups can process a much higher volume of transactions, enabling throughput of nearly 1,000 transactions per second. Limitations EIP-4844 has a few drawbacks as well. After the Dencun upgrade, the number of temporary chain splits (fork rates) has slightly increased. This might be due to blob processing, which causes about a 56-millisecond delay in nodes syncing with the network.  Furthermore, when multiple users simultaneously utilize blobs, the network might become congested, raising its fee. Notably, there was a slight slowdown in finalizing some of the L2 networks after the first few weeks of EIP-4844 transactions. Bottom Line The introduction of proto-danksharding, enabled by EIP-4844, has helped Ethereum become more scalable by changing how data is stored and priced. As a result, there have been substantial reductions in Layer 2 transaction fees. While there are still some limitations, such as occasional congestion and minor delays, the upgrade has already delivered real benefits. In all, this is a huge step towards making Ethereum faster, cheaper, and easier to use.  

Every crypto cycle creates a small group of people who bought the right presale at the right time. Before the listing candle. Before the viral screenshots. Before everyone else started asking, "Is it too late?" In 2026, two presale tokens keep surfacing on analyst watchlists and crypto trading forums: Pepeto and IPO Genie. They target completely different markets and attract different buyers. But the presale space is noisier than ever, and picking the wrong token means watching your capital bleed while someone else's prints. So if you are looking for the best crypto to invest in right now, which one actually has the math, the traction, and the catalyst to deliver? What to know Pepeto has raised over $8.2M at $0.000000186 with three products nearing launch, including a zero-fee DEX and cross-chain bridge. IPO Genie ($IPO) has raised $1.5M+ at $0.0001335 and targets the $3 trillion private equity market with AI-powered deal screening. Both tokens are pre-listening and pre-product. Neither guarantees returns. This is a high-risk comparison for investors hunting the next early investment opportunity before exchange listings change the math. What Pepeto and IPO Genie Are Actually Building Pepeto is an Ethereum-based meme-utility token building PepetoSwap, a cross-chain bridge, and an AI-powered meme coin exchange. It has dual audits, live staking around 195–210% APY, and has raised over $8.2 million. IPO Genie takes a different approach, offering AI-screened access to pre-IPO startup deals for retail investors in a $3 trillion private equity market. It is backed by CertiK and SolidProof audits, Fireblocks custody, Chainlink integration, and has raised over $1.5 million from 1,900+ wallets. In short, “Pepeto targets → crypto-native meme traders,”  “IPO Genie targets → investors seeking blockchain-based access to traditional private markets.” The Presale Numbers that Matter in a 100x Comparison  Strip the marketing. Here is what the data says. Metric Pepeto IPO Genie ($IPO) Presale price $0.000000186 $0.0001335 Total supply 420 trillion 437 billion Funds raised $8.2M+ $1.5M+ Audit SolidProof + Coinsult CertiK + SolidProof Staking APY 195-210% (live) Tiered by holding level Team vesting Not publicly detailed 2-year full lock + 12-month vest Listing target Not confirmed (Binance rumored) $0.0016 confirmed (1,000+% ROI) Target market $45B meme coin economy $3T+ private equity market Active bonuses Not listed currently 20% welcome + 15% referral Pepeto leads on raw presale traction. IPO Genie leads on confirmed listing economics, team lock transparency, and addressable market size. For anyone evaluating high-ROI AI crypto tokens in March 2026, this table is the starting point.  If you are new and wondering about crypto presale steps for beginners, the process is simple:  Connect a wallet,  Choose your amount,  And buy tokens directly from the project's presale page. IPO Genie's 100x Project Targets a Market Nobody has Tokenized Yet Live Presale: ipogenie.ai  Here is what keeps pulling investors back to this one. IPO Genie is not chasing virality. Its AI engine, called “Sentient Signal Agents,” scans startup financials, founder track records, and risk signals around the clock. And it already has a verified proof point that most presales would kill for: SSA publicly flagged Redwood AI Corp. (CSE: AIRX) before its February 2026 listing, a timestamped call anyone can independently check. At $0.0001335 against a confirmed listing price of $0.0016, early buyers sit on roughly 1,098% ROI to listing. New participants also get a 20% welcome bonus and 15% referral bonus on entry. For investors searching for the best crypto to invest in before CEX listings, those numbers are hard to scroll past. The risks are different here, but just as real: An anonymous team, which is common in crypto, but still creates a trust gap Tokenized securities face regulatory pressure across the US, EU, and Asia What balances that: a 2-year full team token lock, a triple-layer security stack (CertiK, Fireblocks, Chainlink oracles), and the sheer size of the $3T+ addressable market. That Web3 project has years to play out, not just one listing candle. Pepeto's 300x Case Rides on Meme Coin Mania Returning The bull case is simple. If PEPE hit $7 billion with zero products, what happens when a project with a claimed PEPE cofounder launches with an actual exchange, bridge, and screener? At $0.000000186, a $5,000 entry buys over 26 billion tokens. If it reaches $0.0000558, that is 300x. The math works, but it requires a tier-1 exchange listing and sustained post-listing volume. Most meme coins achieve neither. The risks worth watching: Team identities are not independently verified through public records All three products have been announced, but are not fully live yet Meme tokens bleed harder and faster than utility plays when crypto trading sentiment turns bearish Still, $8.2M raised during a market drawdown is conviction money, not hype capital. That counts for something real. Join the Biggest Crypto Presale Before the start of Q2 2026! How Crypto Trading Veterans Are Picking Between These Two Trending Presales Pepeto's trigger is a tier-1 exchange listing. If it goes live on Binance (rumored, not confirmed), viral wallet screenshots could drive a parabolic run. IPO Genie's catalyst is slower: it needs its dashboard and dealflow marketplace live, the tokenized private equity narrative to reach mainstream crypto trading circles, and CEX listings to expand access. If you trust meme culture to repeat 2024's PEPE explosion, Pepeto's entry price, community, and cofounder story give it the viral ingredients. Massive ceiling. But a steep floor if listings stall. If you trust a structural shift toward tokenized private equity, IPO Genie offers a larger addressable market, confirmed listing ROI of 1,000%+, dual audits, a verified AI track record with the Redwood AI flag, and the tightest team lock-in in the presale space. As an AI-related crypto presale, it sits in a category where most competitors offer hype without verified results. The honest answer? Neither is guaranteed. Deciding the best crypto to invest in always comes down to your own risk tolerance. The move depends on whether you trust the crowd or the infrastructure. Do your own research. Never invest more than you can afford to lose. If you want to invest in a trustworthy Web3 project in 2026, consider the $IPO top AI token presale of March 2026, which has strong fundamentals, a realistic roadmap, transparent tokenomics & a clear token utility. Join the Best Crypto Presale At a Low Entry Level ($10)! Official website | Twitter (X)  | Telegram FAQs Is Pepeto or IPO Genie a better presale pick for beginners in 2026? Both carry high risk. Pepeto has a lower entry and a bigger community. IPO Genie offers a confirmed listing target and a tighter team lock. Only invest what you can afford to lose. What makes IPO Genie different from other AI crypto presales? It uses AI to screen real pre-IPO startup deals, not just crypto tokens. Its Signal Agents flagged Redwood AI Corp. before its public listing, a verified proof point most AI presales lack. Can Pepeto really deliver 300x after listing? The math is possible if it reaches PEPE-level market cap, but that requires a tier-1 listing, sustained volume, and continued meme momentum. Most meme coins do not achieve all three. Quick Steps For Interested Buyers

Quantum computers can break elliptic curve cryptography, which secures every major blockchain. Security experts now estimate that those powerful enough to break today's encryption could arrive between 2027 and 2033. Standard Elliptic Curve Digital Signature Algorithms (ECDSA) are theoretically vulnerable to powerful quantum processors, making the transition to post-quantum cryptography (PQC) a crucial step in 2026.  Key Takeaways Choosing hardware wallets with upgrade paths to PQC is critical for the fast-approaching Q-day. Strong security features such as air-gapped design, open-source firmware, and distributed key storage improve long-term protection. Diversifying storage and updating firmware regularly are critical to staying secure as quantum standards evolve.   For investors, protecting assets means moving beyond standard encryption toward hardware that supports NIST-approved quantum-resistant algorithms, including ML-DSA (Dilithium), SLH-DSA (SPHINCS+), and ML-KEM. This article highlights ten of the best hardware wallets for storing post-quantum private keys. 1. Trezor Safe 7 The Safe 7 is the first hardware wallet to offer PQC. It uses an SLH-DSA-128 signature scheme to verify the bootloader and firmware on each power cycle. It has an open-source TROPIC01 chip that is auditable and an EAL6+ certified element. Other features include Bluetooth, USB-C, Qi2 wireless charging, and a 700-nit color touchscreen display. The fully open-source firmware enables continuous public security audits and supports more than 9,000 assets via the Trezor Suite app. 2. NGRAVE Zero NGRAVE Zero holds EAL7 certification, the highest security rating for a consumer hardware wallet. It is fully air-gapped, which communicates only via QR codes. The device generates quantum-resistant seeds using a combination of its internal hardware random number generator, a photo taken by the user, and biometric data. NGRAVE has publicly committed to a PQC firmware upgrade path aligned with NIST standards. 3. Ledger Flex The Ledger Flex device boasts a large E Ink touchscreen, an EAL6+ secure element, and a compatibility list of over 5,500 assets. The Secure Element chip architecture is upgradeable with cryptographic enhancements without replacing the chip. Its Bluetooth and USB-C connectivity make it the most versatile for daily use. 4. Keystone 3 Pro Keystone 3 Pro has three CC EAL5+-secure elements: two for private-key operations and one for fingerprint authentication data. All transaction signing occurs via QR codes, keeping the device entirely offline. It has fully open-source firmware and supports Shamir Secret Sharing for secure backups. The hardware is compatible with MetaMask, BlueWallet, Keplr, and Solflare. 5. ELLIPAL Titan 2.0 ELLIPAL Titan 2.0 lacks USB, Bluetooth, Wi-Fi, and NFC connectivity ports. All transactions are signed using only QR codes, which are scanned using the rear-mounted 5MP camera. The device is built with a sealed metal case and holds EAL5+ certification, along with anti-tamper and anti-disassembly protection. It receives firmware updates via microSD cards, ensuring it never connects to a network. The wallet supports more than 10,000 tokens across over 40 blockchains. 6. Coldcard Mk4 The Coldcard Mk4 is a gold standard Bitcoin-only storage solution made in Canada by Coinkite. The device comes with a dual secure element, air-gapped support via microSD or NFC tap, duress PIN support, and a brick PIN. The open-source firmware is regularly audited.  7. Foundation Passport 2 Passport 2 is an open-source hardware and software, with no support for Bluetooth or wireless connectivity. It uses its own secure microcontroller, has a physical shutter over the QR camera, and lets the user validate the entire supply chain. This enables a competent developer to audit the entire device. Foundation has flagged PQC integration as part of its long-term roadmap for the firmware. 8. Cypherock X1 The new Cypherock X1 utilizes Shamir Secret Sharing, spread across one X1 Vault and four X1 Cards. The user can restore their wallet with any two out of the five components, effectively eliminating the risk of a single point of failure.  The X1 Vault uses a dual-chip architecture and operates offline, connecting only through USB-C. Instead of storing private keys in a single location, it splits them into multiple secure components. This distributed approach makes it much harder for attackers, whether using traditional methods or future quantum techniques, to access or reconstruct the full private key. 9. BitBox02 BitBox02 is designed and developed in Switzerland by Shift Crypto. It is available in a Bitcoin-only variant and a multi-variant. The firmware is completely open-source, small in size, and has a microSD backup feature. It has a secure chip that keeps the private keys separate from the computer during the signing process. BitBox02 is one of the easiest hardware wallets to set up, which is important in avoiding any possible mistakes during seed phrase backup. 10. Ledger Stax It uses the same EAL6+ Secure Element as the Flex, with an E Ink design that allows for stacking multiple devices. It also supports Bluetooth and wireless charging, as well as PQC research from Ledger's Donjon security team. Ledger Stax is a great choice for those with a large asset portfolio that requires the best interface experience and institutional-grade trust in the upgrade path. This table compares the features of the best hardware wallets. Wallet Price (USD) PQC Status Connectivity Best For Trezor Safe 7 $249 Active (SLH-DSA-128) USB-C, Bluetooth, NFC Overall best PQC wallet NGRAVE ZERO $398 Roadmap confirmed QR code only (air-gapped) Highest EAL7 certification Ledger Flex $249 Firmware upgrade roadmap USB-C, Bluetooth Multi-asset daily use Keystone 3 Pro $149 In development QR code only (air-gapped) Open-source air-gapped use ELLIPAL Titan 2.0 $169 Air-gapped by design QR code, microSD Fully sealed metal casing Coldcard Mk4 $149.99 Bitcoin protocol timeline microSD, NFC Bitcoin-only vault Foundation Passport 2 $199 Roadmap confirmed QR code only (air-gapped) Privacy-focused Bitcoin users Cypherock X1 $149 Integration planned USB-C Eliminating seed phrase risk BitBox02 $149 Supports future upgrades USB-C, microSD Minimalist Swiss engineering Ledger Stax $279 Firmware upgrade roadmap USB-C, Bluetooth, NFC Institutional multi-asset storage Bottom Line In 2026, the safest strategy is to use hardware wallets that combine strong physical security with clear upgrade paths to PQC. Devices such as Trezor Safe 7 lead with active PQC support, while others focus on air-gapped design, open-source transparency, or distributed key storage.  The right choice depends on your assets, technical comfort, and risk tolerance. What is not optional is acting before quantum computers decide for you. No single wallet is perfect, so diversification and regular firmware updates are essential. Buy from verified sources, back up your seed phrase, and choose a wallet whose manufacturer is already preparing for the next era of cryptographic security. 

Feedzai has announced that it has launched RiskFM, a foundation model designed specifically for financial data and risk decisioning, as the company seeks to expand the role of artificial intelligence in fraud detection and anti-money laundering processes. The model is positioned as a shift away from traditional approaches that rely on manually engineered rules and customer-specific machine learning systems. Instead, RiskFM applies a unified model across multiple stages of the financial crime lifecycle, including onboarding, payments, and transaction monitoring. The launch comes as financial institutions face increasing pressure to detect complex fraud patterns and comply with regulatory requirements while maintaining operational efficiency. Why Is Financial Crime Harder To Model Than Other Domains? Unlike language or image-based systems, financial transaction data does not follow predictable patterns. While large language models can rely on structured grammar and probability, financial behavior changes continuously and is influenced by external factors such as consumer habits, market conditions, and evolving fraud techniques. Pedro Bizarro, Chief Science Officer at Feedzai, commented, “Next transactions are far less predictable than the next word in a sentence. Consumer spending habits, payment types, and fraud modes change continuously. More importantly, financial risk is an adversarial domain; fraudsters actively adapt to evade detection in real time.” This adversarial nature introduces complexity, as detection systems must adapt to strategies designed specifically to bypass them. Traditional models often require constant updates and manual adjustments, which can limit scalability and responsiveness. The variability of financial data also means that models trained on one dataset may not perform effectively across different institutions or regions. This has led to the widespread use of bespoke models tailored to individual clients, increasing implementation time and operational costs. What Does RiskFM Change In Financial Crime Prevention? RiskFM is designed as a tabular foundation model that operates across multiple use cases, including fraud detection, anti-money laundering, and broader risk decisions. It is trained on a dataset that spans onboarding, digital activity, payments, transfers, and compliance workflows, allowing it to process a wider range of signals than traditional systems. According to Feedzai, the model can match the performance of highly tuned supervised systems when applied to a single institution, without requiring manual feature engineering. When trained across multiple institutions and geographies, it can outperform traditional machine learning approaches such as gradient boosting and deep learning models. Sam Abadir, Research Director at IDC, commented, “Feedzai’s RiskFM is a credible attempt to close that gap. The ability to match bespoke supervised models out of the box, without manual feature engineering, has real implications for how institutions think about deployment speed, cost, and coverage across the full financial crime lifecycle.” The model is designed to improve as it processes more data, enabling what Feedzai describes as compounding intelligence. This approach allows institutions to benefit from broader datasets while maintaining a single underlying model rather than managing multiple specialized systems. Pedro Barata, Chief Product Officer at Feedzai, commented, “We’ve developed a foundation model for financial data that covers multiple use cases and geographies, delivering strong performance from Day One at global scale.” What Does This Mean For The Future Of Risk Infrastructure? The introduction of foundation models into financial crime prevention reflects a broader trend in artificial intelligence, where unified models replace task-specific systems. In financial services, this could reduce the need for separate tools across fraud detection, transaction monitoring, and compliance. Feedzai’s model is trained on data representing approximately $9 trillion in payments across 120 billion events annually. This scale provides a basis for developing systems that can operate across different markets and transaction types, potentially improving detection accuracy and reducing false positives. The ability to deploy a single model across multiple use cases may also affect how institutions approach risk infrastructure. Instead of building and maintaining separate models, firms could adopt a unified system that adapts to different scenarios. At the same time, the use of shared models raises questions about data governance, model transparency, and regulatory oversight. Financial institutions will need to ensure that such systems meet compliance requirements and provide explainable outcomes for decision-making processes. Feedzai is currently working with early adopters to validate the model and plans to expand its use across larger datasets and additional applications. Industry participants, including Lloyds Banking Group, are already involved in testing the approach. Tom Martin, Business Platform Lead for Economic Crime Prevention at Lloyds Banking Group, commented, “RiskFM is an exciting milestone in that journey,” referring to ongoing collaboration on AI-driven fraud detection. The broader implication is that financial crime prevention may move toward models that operate across entire systems rather than isolated functions. The effectiveness of this approach will depend on how well these models adapt to evolving threats and integrate with existing regulatory frameworks. Takeaway Feedzai’s RiskFM introduces a unified model for financial crime detection, aiming to replace fragmented systems with a single framework. Adoption will depend on performance at scale, regulatory acceptance, and integration with existing risk infrastructure.

Web3 venture capital investments in 2025 revealed a growth trend, with funding volumes rising significantly after several years of minimal growth. Institutional participation increased, and new narratives such as tokenized real-world assets (RWAs) and decentralized artificial intelligence (AI) began to attract large funding rounds. Instead of speculative token projects, capital is increasingly directed toward financial infrastructure, compliance solutions, and applications that bridge blockchain with traditional industries. This article discusses five emerging trends that are influencing Web3 venture capital investments. Key Takeaways Web3 venture funding is shifting from speculative token projects toward infrastructure, tokenized RWAs, and DePIN. Investors expect founders to have a clear compliance framework, proper legal structuring, and jurisdiction-specific licensing in place. The integration of AI and blockchain, particularly through on-chain AI agents and decentralized compute, is attracting a growing share of venture capital as investors look for projects with long-term structural value. 1. Infrastructure and Developer Tools The clear-cut trend in Web3 venture funding is the pronounced bias toward infrastructure. Projects, which include validator liquidity, rollups, and compute networks, accounted for the majority of investments, with median round sizes ranging from $70 million to $112 million. Before applications scale, rails must be fast, secure, and interoperable. Capital is flowing into projects that will provide rails for the next phase of adoption, with infrastructure investments considered "indispensable" for Web3 growth. For those operating in this space, the process for fundraising is as follows: Demonstrate technical depth and a clear protocol use case. Show developer adoption and active integrations. Present a roadmap for scalability and security audits. Align with a venture capital firm that has an active infrastructure thesis. 2. RWAs Tokenization Tokenization refers to representing traditional financial assets such as bonds, real estate, or commodities on blockchain networks. This allows assets to be traded, fractionalized, and settled more efficiently. RWAs are one of the highest-funded verticals in Web3. Recent data shows that the tokenized RWA market has grown from approximately $4.5 billion in 2022 to more than $38 billion, with venture capital funding exceeding $25 billion in Q2 of 2025 alone.  This demonstrates investors’ interest in utility-based blockchain projects, including on-chain real estate, stocks, and bonds. This surge is also driven largely by institutional adoption. Asset managers, banks, and fintech firms are experimenting with tokenized funds, bonds, and treasury products. Institutional investors view RWA tokenization as a bridge between traditional finance and decentralized systems.  3. AI and Blockchain Convergence There has been an increased investment in projects that support the integration of AI and blockchain technology. Some of the areas include decentralized AI model marketplaces, privacy-preserving machine learning, AI-based smart contract auditing, and on-chain agent frameworks.  Venture capital firms are especially interested in AI agents that run on blockchain networks. These agents can connect directly to smart contracts and automatically carry out transactions or payments without human input. Investors are interested in blockchain projects that solve genuine problems for AI workflows, such as provenance verification, tamper-proof data pipelines, or transparent model governance. 4. Compliance and Regulatory Readiness Today, venture capital firms expect founders to understand jurisdictional setup, licensing requirements, and regulatory obligations. They also assess how jurisdiction, corporate structure, and compliance impact investor confidence. Common structural mistakes can delay fundraising. These include a limited understanding of regulatory complexities or failing to address them early. Investors tend to value founders who proactively manage these issues during the fundraising process. In practical terms, Web3 founders should: Determine the appropriate legal jurisdiction before approaching investors Obtain the required Virtual Asset Service Provider licenses Engage legal counsel with crypto-specific experience Build compliance checkpoints into their product roadmap Countries such as the United Arab Emirates, Singapore, Switzerland, and the United Kingdom have emerged as key hubs for Web3 capital formation, attracting founders, venture firms, and institutional investors. 5. Decentralized Physical Infrastructure Networks (DePIN) DePIN is one of the more recent verticals that is gaining popularity among venture capital firms. It uses token incentives to coordinate areas with infrastructure development, including wireless connectivity, GPU compute, energy grids, and mapping. Projects such as Helium, Bee Maps, and Render Network under the DePIN category have garnered significant attention. The appeal for venture capital firms is that DePIN combines blockchain-native tokenomics with hard, physical utility, making the investment case far easier to defend than purely speculative token projects. Bottom Line The Web3 sector continues to attract venture capital inflows compared to levels seen in previous years. Five key trends are shaping the space, including a more disciplined, multi-cycle investment approach and a strong focus on areas such as DePIN, stablecoins, and RWAs. As regulation improves, broader integration of crypto into traditional financial systems is also expected in 2026. For investors and builders, this shift signals that the next wave of innovation will center on scalable financial systems. Blockchain solutions that are tied to real-world value are likely to attract the most venture capital going forward.

As part of its brand campaign, Elev8 broker recently executed a CFD trade at an altitude of 30 kilometres above sea level by mounting a smartphone running the Elev8 app on a stratospheric aerostat. Executed correctly and immediately, the order was recorded as the first-ever live trade performed in near-space. But was this trade even legal? And how are space trades—or any financial transactions, for that matter—regulated? Fintech today: everything everywhere all at once According to research, over half of the world's population in 2026 is using banking apps. That means the penetration of fintech solutions has reached a point where most users consider the fast, remote execution of their transactions a basic necessity. Wherever you are, you expect your bank transfer or trading order to be placed and go through in a matter of seconds—or minutes at worst. To take this trend up a notch, Elev8 broker recently executed a trade near the edge of Earth's ozone layer, at the heart of the stratosphere. In some sources, this altitude is referred to as 'near space'—despite the actual 'edge of space' line being situated at 100 kilometres altitude above sea level.  For Elev8, this campaign was a bold move aimed at demonstrating the reliability of its trading infrastructure—which, apparently, works pretty well even at minus 65 degrees Celsius. On top of that, the space trade emphasised the global—and near-interstellar—nature of the services the broker provides to its clients.  As any other licensed and regulated global broker, Elev8 clearly outlines any distinctive regulatory aspects of its online operations. With that in mind, this case can prove a valuable example of how fintech companies navigate the expanding landscape of their digital operations—and transcend geographical and physical boundaries in the process. The question of jurisdiction One question raised by this high-altitude campaign is jurisdiction. For example, financial operations performed at sea are generally regulated by the country under whose flag the vessel operates. But what about online trades executed in space?  Let's have a look at the facts first:  the flying apparatus rose to an altitude of 30 kilometres, or near space  the ascent was carried out using a hydrogen-filled stratospheric balloon the trade was executed at a height above 99.5% of the Earth's ozone layer the flight took about 2.5 hours. What actually happened from the broker's perspective:  a real trade was opened using the Elev8Trader platform it was recorded by the platform's server infrastructure the order received a unique execution ID. Despite appearing to be nothing but a marketing trick aimed at gaining publicity, it was, in fact, a legitimate trade executed in a real-life trading environment. The question is, how is it regulated, and do Earthly regulatory practices apply to trades executed in near space—or on the surface of Mars, for that matter?  Trading: not rocket science after all When a trader opens an account with a brokerage, they enter into a user agreement. This document establishes the legal framework governing every transaction they execute through the broker's platform—regardless of the location where the trade was initiated. The order is routed to the broker's server infrastructure, processed within the broker's operating environment, and recorded within the jurisdiction in which the broker is regulated.  As it turns out, the trader's physical coordinates at the moment of execution simply don't matter—they are not variables the legal framework accounts for or registers. This principle applies whether the trader is sitting at a desk in Jakarta, connecting via roaming data in a foreign country, or, as this experiment demonstrated, floating at the edge of the stratosphere. The trade executed during the Elev8 mission was governed by the same user agreement, processed through the same server infrastructure, and subject to the same regulatory framework as any other trade opened on the platform. Near space, in this context, is simply another location from which a client accessed their broker—one with a more dramatic backdrop than most. The regulatory framework applicable to a transaction is determined mainly by where the broker is authorised to operate and the terms under which it has agreed to provide services.   The latitude and altitude determining where a trade took place are legally significant as they determine the applicable consumer protection and tax regimes. However, these geographical markers lose their traditional relevance for trades opened in space, where jurisdiction is governed by international treaty and spacecraft registration rather than terrestrial borders.   Disclaimer: This article does not contain or constitute investment advice or recommendations and does not consider your investment objectives, financial situation, or needs. Any actions taken based on this content are at your sole discretion and risk—Elev8 does not accept any liability for any resulting losses or consequences.

Alphabet (GOOGL) shares have fallen to a new low for 2026, with the latest session closing decisively below the key psychological level of $300 per share, as reflected on the chart. What Is Driving the Decline? The downward pressure on the stock stems from several key factors: → Rising geopolitical risks. With the possibility of a prolonged US-Iran conflict coming into sharper focus, investors are increasingly shifting away from risk-sensitive assets in favour of safer alternatives. Technology stocks, including Alphabet, are among those most exposed to such shifts in sentiment. → Heavy investment plans. Reports indicate that Alphabet intends to spend between $175 billion and $185 billion on AI infrastructure this year. While strategically important, these investments may compress margins, and the timeline for meaningful returns remains uncertain. Additional headwinds include ongoing scrutiny from antitrust authorities, downward revisions in analyst forecasts, and insider selling by company executives. At the same time, price action and trading volumes suggest a clear deterioration in market sentiment. Technical Outlook for GOOGL Recent price behaviour during periods of elevated trading activity offers further insight: → A breakout above the $300 level, accompanied by a bullish gap, reflected a surge in buying enthusiasm that ultimately proved unsustainable. → The sharp sell-off in February, marked by unusually high volumes, indicated a decisive shift in control towards sellers. The subsequent pattern of lower highs and lower lows reinforces this bearish structure. In the latest session, GOOGL opened lower with a gap and finished near the session low, signalling continued selling pressure. Unless buyers step in to reverse the trend, the current setup suggests: → further downside within a clearly defined descending channel; → the $300 level acting as resistance rather than support; → a potential move towards the $250 area in the medium term. FXOpen offers spreads from 0.0 pips and commissions from $1.50 per lot (additional fees may apply). Enjoy trading on MT4, MT5, TickTrader or TradingView trading platforms! The FXOpen App is a dedicated mobile application designed to give traders full control of their accounts anytime, anywhere. This article represents the opinion of the Companies operating under the FXOpen brand only. It is not to be construed as an offer, solicitation, or recommendation with respect to products and services provided by the Companies operating under the FXOpen brand, nor is it to be considered financial advice.  

Liminal Custody has announced that it has introduced HSM Vaults, a new digital asset custody solution designed to combine hardware-based security with distributed authorization models. The product targets banks, custodians, and enterprises expanding into digital assets while maintaining control and compliance standards associated with traditional finance. The system integrates Hardware Security Modules with Multi-Party Computation protocols, reflecting a broader effort across the industry to reduce single points of failure in digital asset custody. The launch comes as institutional interest in digital assets continues to grow, alongside increasing expectations around security infrastructure. The solution was developed in partnership with Securosys and demonstrated using its Primus HSM platform, which meets established certification standards for cryptographic hardware. Why Is Custody Infrastructure Becoming More Complex? As financial institutions move into digital assets, custody requirements are evolving beyond basic wallet management. Institutions are expected to meet standards around governance, auditability, and operational resilience, similar to those applied in traditional asset custody. Digital assets introduce specific challenges, particularly around private key management. Unlike traditional assets, control of digital assets depends directly on cryptographic keys, making their protection a central concern. Loss or compromise of keys can result in irreversible loss of funds. At the same time, institutions must balance security with operational flexibility. Transactions often require multiple approvals, policy checks, and integration with internal systems. This creates a need for infrastructure that can support both strict controls and efficient workflows. The expected growth in institutional digital asset holdings, with projections exceeding $10 trillion by the end of the decade, has increased pressure on providers to deliver systems that meet these requirements at scale. How Do HSM Vaults Combine Hardware And MPC Security? Liminal’s HSM Vaults combine two approaches to key management. Hardware Security Modules provide a physical layer of protection, storing cryptographic keys in secure environments designed to resist tampering and unauthorized access. Multi-Party Computation introduces a distributed model where transaction authorization is split across multiple participants or systems. By integrating these approaches, the system aims to reduce reliance on a single control point. Transactions require authorization across multiple layers, while the underlying keys remain protected within certified hardware environments. Mahin Gupta, Founder and Chief Executive Officer of Liminal Custody, commented, “With Liminal HSM Vaults, we have combined the static security of the HSM with the distributed security of MPC to deliver a solution that stands apart. Our banking and enterprise customers can now manage digital assets with the level of confidence, control, and assurance they expect from mission-critical infrastructure.” The system also allows institutions to incorporate both online and offline devices into authorization workflows, enabling separation of duties across teams such as compliance, security, and operations. Each transaction generates cryptographic proofs that verify alignment with internal policies before execution. Robert Rogenmoser, Chief Executive Officer of Securosys, commented, “By combining the certified protection of Securosys Primus HSMs with Liminal's MPC-based authorization model, Liminal HSM Vaults delivers the security, governance, and cryptographic trust that banks and enterprises need to scale digital asset services.” What Does This Mean For Institutional Adoption Of Digital Assets? The introduction of combined HSM and MPC systems reflects a broader trend in digital asset custody, where institutions seek to align new technologies with existing security and compliance frameworks. Rather than replacing traditional models, providers are adapting them to accommodate blockchain-based assets. The use of certified hardware, combined with distributed authorization, may address concerns around key sovereignty and operational risk. Institutions can maintain control over assets while implementing layered security measures that reduce exposure to single points of failure. The growth of the Hardware Security Module market, driven by demand from financial services, indicates that hardware-based solutions remain central to this approach. At the same time, software-based models such as MPC are being integrated to add flexibility and scalability. For banks and enterprises, the challenge is to deploy infrastructure that supports digital assets without compromising governance standards. Solutions that combine multiple security layers may become more common as institutions expand their involvement in tokenized assets, payments, and custody services. The effectiveness of these systems will depend on how well they integrate with broader operational processes, including compliance, reporting, and transaction management. As adoption increases, custody infrastructure may play a central role in shaping how digital assets are managed within institutional environments. Takeaway Liminal’s HSM Vaults combine hardware security and distributed authorization to address institutional custody requirements. As digital asset adoption grows, layered security models may become standard for managing key control and operational risk.

As the industry moves past basic chatbots, the emphasis has shifted toward autonomous AI agents that are capable of transacting, negotiating, and managing assets across multiple networks. With the recent activation of the ERC-8004 blockchain standard, developers can now deploy agents that have a portable on-chain identity and settle their own service fees via the x402 payment protocol. Deploying an agent on the Ethereum interoperability layer allows these entities to do so at sub-cent efficiency, while still utilizing the security provided by the Ethereum mainnet. This guide outlines the technical requirements to deploy an autonomous AI agent within the current decentralized economy. Key Takeaways With Ethereum interoperability tools, developers can create AI agents that have their own on-chain identity, reputation, and service endpoints. The x402 payment protocol allows agents to charge and settle service fees instantly using standard web requests, enabling machine-to-machine transactions. Developers must build the agent logic, register its identity on-chain, enable payments, and run it in a secure environment while maintaining a strong reputation through completed tasks. Understanding the Ethereum Interoperability Layer for AI Agents The Ethereum interoperability layer for autonomous agents has two complementary standards. The ERC-8004 standard establishes the framework for interoperability among agents on the Ethereum network, while the x402 standard defines how these agents coordinate activities within Ethereum's ecosystem. Consider ERC-8004 as an identity card and x402 as a payment rail. The standard is designed to provide identity and reputation services to autonomous agents and facilitate their coordination without the need for gatekeepers. ERC-8004 specifies three on-chain registries that function as a trust backbone for agents' cross-organizational interaction. Identity: Agents are a distinct on-chain identifier created as an ERC-721 token and referenced to a structured JSON document (an agent card) that stores agents' names, functionalities, and service endpoints (MCP, A2A, and web). Reputation: This service offers a common interface for posting and querying feedback signals. The agents accept clients’ ratings (ranging from 0 to 100) after accepting tasks, optional tags, and links to off-chain detailed feedback data. Validation: This provides generic hooks for requesting and recording independent validator checks through crypto-economic staking mechanisms, zkML proofs, or Trusted Execution Environment (TEE) oracles. How to Launch Your AI Agent in Simple Steps Choose Your Execution Environment Before writing a single line of code, it is essential to choose an environment for your agent.  Deploy on a Layer 2 network for high-frequency agents. Layer 2 solutions such as Optimism, Arbitrum, and zkSync roll up batches of transactions, which increases the throughput to thousands of transactions per second while maintaining security. Deploy to several testnets (including Ethereum Sepolia, Base Sepolia, Linea Sepolia, and Hedera) before moving to the main network. Set Up Your Development Stack Initialize the Agent0 SDK, which is the standard toolchain for deploying ERC-8004. To do this, you will need an Ethereum wallet with some ETH to cover gas costs, an IPFS pinning service to store your agent card, and an RPC provider such as Infura or QuickNode. Build Your Agent Logic Define the intelligence of your agent. This is the off-chain component that comprises the decision loop, the API call, and the data it reads. Your AI agent should provide a clearly defined access point that other systems can connect to. This could be an MCP server URL, an agent-to-agent communication endpoint, or a standard HTTPS API that allows external applications to send requests and receive responses from the agent. Register Your Agent On-Chain Once your agent logic is ready, document it in the Identity Registry. The agent will be assigned a digital identity and metadata that contains details about its capabilities, endpoints, and payment. The registration file should be compliant with the ERC-8004 agent card schema, specifying fields such as name, description, services, and whether it supports x402Support: true. Enable x402 Payments The x402 protocol transforms the HTTP 402 error code into a method that supports instant, on-chain web payments using standard HTTP requests. When paired with ERC-8004, agents can now evaluate a counterparty before transacting and enhance reputation feedback with cryptographic payment proof. Set x402Support to true in your agent registration and add the payment handling middleware to the HTTP server. Deploy to a Secure Compute Environment Run your agent in a TEE using providers such as Phala Cloud (Intel TDX) and EigenCompute to ensure execution is cryptographically verifiable. This is particularly relevant in financial applications because agents that operate on a blockchain may need access to private keys, making them a potential attack vector within unalterable financial systems. Build and Maintain Your Reputation A typical workflow sees a client agent discover service providers through the Identity Registry, filter candidates by reputation scores from the Reputation Registry, initiate a task with automatic x402 payment included, and submit feedback containing proof of payment alongside quality assessments. After each completed task, encourage clients to submit feedback scores. Your reputation score affects how other agents and users discover and view your agent. Precautions Some key security issues to consider include Sybil attacks, storage exhaustion from unbounded validation requests, and the fundamental limitation that verified identities do not necessarily translate into honest or competent behavior. Furthermore, developers of ERC-8004-based applications should design and add appropriate countermeasures, including registration bonds, reputation aggregation with reviewer trust scoring, and trust models that correlate verification with value at risk. Bottom Line Deploying an autonomous AI agent on Ethereum’s interoperability layer is a structured technical process. The Ethereum Foundation aims to establish an interoperable environment where AI agents can trade, coordinate, and validate actions without relying on third-party intermediaries. With ERC-8004 live on mainnet, x402 processing payments at scale, and Layer-2 networks handling execution throughput, you can create a digital entity that operates 24/7 with minimal oversight. The developers and firms that learn this infrastructure now will have a significant head start in the machine economy that is forming around it.

Public has announced that it has introduced crypto trading within Individual Retirement Accounts, allowing users to buy and manage digital assets alongside traditional investments in tax-advantaged structures. The move extends access to cryptocurrencies such as Bitcoin, Ether, and Solana within both Traditional and Roth IRA accounts. The rollout reflects growing demand for integrating digital assets into long-term investment strategies. While crypto markets have expanded significantly over the past decade, access within retirement accounts has remained limited, particularly for retail investors seeking a unified portfolio environment. By embedding crypto trading directly into its IRA infrastructure, Public is positioning digital assets alongside equities and options within a single account structure. Why Are Platforms Bringing Crypto Into Retirement Accounts? The inclusion of crypto in retirement accounts addresses a gap between asset class adoption and portfolio integration. While digital assets are widely traded in standard brokerage accounts, their presence in tax-advantaged retirement vehicles has lagged due to regulatory, operational, and custodial challenges. Leif Abraham, Co-Chief Executive Officer and Co-Founder of Public, commented, “Crypto has matured from an experimental asset class into a global asset class, but retirement investing hasn't kept pace. Launching crypto trading in IRA accounts on Public is a new innovation that is allowing investors to take advantage of potential tax benefits and trade more asset classes for retirement.” Traditional IRAs allow for tax-deferred growth, while Roth IRAs offer tax-free withdrawals under certain conditions. Incorporating crypto into these structures may appeal to investors seeking long-term exposure while managing tax implications. The development also reflects broader changes in portfolio construction. Investors are increasingly looking to include alternative assets alongside stocks and bonds, particularly in long-term strategies where diversification and growth potential are key considerations. How Does The Offering Work? Public’s platform enables users to trade crypto assets directly within their IRA accounts, without requiring separate custody or external wallet arrangements. This integration allows investors to manage multiple asset classes within a single interface. The offering includes a selection of major cryptocurrencies, with the ability to allocate capital across digital and traditional assets based on individual preferences. By combining these asset classes, users can construct portfolios that reflect both market exposure and long-term investment objectives. In addition to trading functionality, Public offers incentives such as a 1 percent match on IRA contributions and transfers, subject to conditions. These features are designed to encourage account funding and consolidation within the platform. The unified structure may simplify portfolio management, particularly for users who prefer to avoid managing separate accounts for different asset classes. However, it also requires careful consideration of risk, as crypto assets can exhibit higher volatility compared to traditional investments. What Does This Mean For Retail Investment Platforms? The introduction of crypto within retirement accounts signals a shift in how investment platforms approach asset integration. Rather than treating digital assets as a separate category, platforms are increasingly incorporating them into core offerings alongside equities, options, and fixed income products. This trend aligns with the broader convergence of financial markets, where distinctions between asset classes are becoming less pronounced in user-facing applications. Investors are increasingly able to access multiple markets through a single account, supported by integrated infrastructure. For platforms, the ability to offer crypto within tax-advantaged accounts may serve as a differentiator in a competitive market. As more providers expand their product range, features such as unified portfolios and tax optimization may influence user adoption. At the same time, the inclusion of crypto in retirement accounts introduces additional considerations around regulation, custody, and investor protection. Platforms must ensure that these offerings comply with existing frameworks while providing transparency around risks and potential outcomes. The move by Public suggests that digital assets are continuing to integrate into mainstream financial products. As adoption grows, the role of crypto within long-term investment strategies may become more defined, particularly as platforms expand access and functionality. Takeaway Public’s addition of crypto trading in IRA accounts reflects increasing integration of digital assets into long-term investment products. Adoption will depend on how investors balance tax advantages with the volatility and risks associated with crypto markets.

Raw blockchain data is often messy and hard to read because nodes store millions of blocks, events, and contract calls in a format that is optimized for writing. Developers and analysts need a way to organize this information so they can use it in real-time.  To solve this, subgraphs act as open APIs that index and group data from smart contracts, making it easy to fetch price feeds, trading volumes, and user balances. While the Graph Protocol remains the gold standard, other subgraphs have emerged to offer even lower latency for high-frequency trading and gaming. They cover every major DeFi protocol, NFT marketplace, and governance system on Ethereum and others. This article lists the 10 best subgraphs you can use right now, what each one covers, and how to start querying them. Key Takeaways Subgraphs simplify real-time blockchain data by transforming complex on-chain records into structured, queryable APIs. The best subgraphs cover major DeFi, NFT, and staking protocols, enabling fast access to prices, liquidity, and user activity. Select a high-performance subgraph with low latency when building an app that depends on real-time blockchain data. How to Start Querying a Subgraph Getting started with any subgraph takes four steps: Locate subgraph endpoint with the Graph's Subgraph Studio, or deploy it with a provider like Ormi or Goldsky for production-grade performance. Read the subgraph schema to understand the data that is accessible. Write a GraphQL query with the data that you are interested in, filtered by address, date, and/or token. Make the call from your app using a regular fetch request or a GraphQL client such as Apollo or urql. For real-time apps where data freshness matters, pick a hosting platform with sub-30ms query times and automatic chain reorg handling.  Examples of Top Subgraphs In no particular order, here are 10 of the best subgraphs for querying blockchain data in real time. 1. Uniswap Uniswap remains the most liquid decentralized exchange. Its V3 subgraph indexes every swap, pool creation, and liquidity position on the Ethereum mainnet. It allows users to fetch token prices, volumes, fee tiers, and historical price charts for any token pair. It is the primary source for DeFi aggregators to calculate slippage and find the best trade routes. 2. Aave V3 The official subgraph indexes all state-related to the Aave V3 protocol. It allows users to monitor in real-time the total value locked, borrowing rates, and liquidation risks.  With Aave V3.6 now active across multiple chains, this subgraph tracks the health of collateralized positions and the performance of its GHO stablecoin. It supports Ethereum, Polygon, Avalanche, and Arbitrum. 3. Compound V3 The Compound V3 community subgraph, managed by Paperclip Labs, provides an index of the Compound III protocol on Ethereum and Base. It monitors supply and borrowing positions, interest accumulation, and governance. It is often utilized by risk analysts who wish to track collateral ratios and exposures. 4. Ethereum Name Service (ENS) The ENS subgraph is the go-to solution for mapping human-readable names to wallet addresses. It indexes domain registration, renewal, and transfer. Developers use it to look up identities in social dApps and wallets. It helps users see "name.eth" instead of a string of hex characters. 5. Lido As liquid staking dominates Ethereum, the Lido subgraph has become a key interface for understanding stETH reward distribution and validator efficiency. It is used by various yield aggregators, staking dashboards, and other projects that leverage stETH as a form of collateral. The Lido subgraph tracks every staking submission and withdrawal, providing a clear view of the annual percentage rate and reward distribution for node operators. 6. Curve Finance The subgraph encompasses all Curve protocol data, including pool compositions, swap volumes, and gauge weights used to distribute CRV rewards. It is designed to track v2 pools and the crvUSD ecosystem. It helps analysts monitor the peg of various stablecoins and the efficiency of the Curve DAO’s incentive structure. 7. SushiSwap SushiSwap's subgraph covers its AMM pools, liquidity positions, and farming rewards across more than 20 chains, including Ethereum, BNB Chain, Arbitrum, and Fantom. It is one of the few subgraphs that provides real unified coverage across this many networks, making it useful for multi-chain portfolio tools. 8. Synthetix The subgraph indexes Synthetix contracts, which involve minting sUSDs, staking positions, data from the debt pool, and Perps V2 trades on Optimism. It is essential for building analytics tools around synthetic asset exposure and protocol-level risk metrics. 9. Loopring This subgraph provides data from Loopring's ZK-rollup blocks. It indexes L2 trades, deposits, withdrawals, and AMM pool operations. It is the subgraph of choice for developers interested in rollup analytics or in building tools that use Loopring's order book DEX. 10. Rocket Pool Rocket Pool is one of the leading decentralized staking platforms. It has a subgraph that tracks minipool creations, node operator activities, rETH exchange rates, and reward disbursements. It is the primary source of information for applications used in tracking Rocket Pool's validator set and rETH liquid staking in DeFi. In summary, Subgraph Supported blockchain Suitability Hosting Uniswap V3 Ethereum/Multi-chain DEX analytics, swap tracking, liquidity pools Graph Studio/Ormi Aave V3 ETH, Polygon, Avalanche, Arbitrum Lending data, liquidation monitoring, and interest rates Aave Official/Graph Compound V3 Ethereum/Base Interest rate monitoring, collateral tracking Paperclip Labs/Graph ENS Ethereum Wallet identity, domain registration, reverse lookup Graph Studio Lido Ethereum Liquid staking analytics, stETH tracking Lido Official/Graph Curve Finance Ethereum/Multi-chain Stablecoin swaps, pool APY, liquidity analytics Graph Studio/Goldsky SushiSwap 20+ chains Multi-chain DEX data, farm analytics, SUSHI emissions Graph Studio/Ormi Synthetix Optimism/Ethereum Synthetic assets, staking analytics, and perps trading Graph Studio Loopring Ethereum L2 (ZK) Layer 2 trading data, ZK-rollup analytics Graph Studio Rocket Pool Ethereum Decentralized staking, node operator tracking, rETH Graph Studio/Goldsky   Bottom Line Subgraphs are one of the most practical tools in Web3 development. Instead of writing a complex indexing infrastructure from scratch, you can query decades of protocol history in milliseconds using a single GraphQL endpoint. Whether you are tracking million-dollar DeFi liquidations or the latest NFT mint, at least one of these subgraphs will provide the structured, real-time blockchain data needed to build responsive and reliable applications.  

The cryptocurrency market witnessed explosive momentum on March 24, 2026, as AI-focused digital assets surged following a convergence of high-profile endorsements, institutional breakthroughs, and a sudden easing of geopolitical tensions. Bittensor (TAO) emerged as the undisputed leader of the rally, demonstrating why decentralized AI is currently the dominant market narrative with double-digit gains that outpaced major tokens. This surge has sent analysts scrambling to update their TAO Price Prediction, as the asset successfully reclaimed critical psychological levels. Trading at approximately $317.58, TAO has posted an 11.17% gain over the last 24 hours, marking its highest valuation since January 2026. The rally reflects a structural shift in investor sentiment, transitioning from speculative interest to fundamental validation of the Bittensor network's utility. Why Is TAO Price Surging? AI Validation Triggers Market Response The primary catalyst for the current rally was public validation from some of the most influential figures in the technology and investment sectors. During an interview on the All-In Podcast, billionaire investor Chamath Palihapitiya highlighted a landmark technical achievement within the Bittensor ecosystem: the successful training of a 4 billion parameter LLaMA model using a totally distributed network of compute contributors. On the @theallinpod this week, @chamath asked @nvidia CEO Jensen Huang about decentralized AI training, calling our Covenant-72B run "a pretty crazy technical accomplishment." One correction: it's 72 billion parameters, not four. Trained permissionlessly across 70+ contributors… pic.twitter.com/BN0tWG66e8 — templar (@tplr_ai) March 19, 2026 This milestone caught the attention of NVIDIA CEO Jensen Huang, who responded positively to the decentralized training model. Huang’s comments framed the future of the AI market as one where decentralized and proprietary frameworks coexist, rather than compete. This endorsement from the leader of the world’s most valuable AI hardware company has provided immense legitimacy to the Bittensor narrative. Jensen Huang, after hearing about Bittensor's Covenant-72B: “I believe we fundamentally need models as a first class proprietary product, as well as models as open source." "These two things are not A or B, it's A and B." "There’s no question about it.” pic.twitter.com/32w4NpdA9y — Milk Road (@MilkRoad) March 24, 2026 Furthermore, geopolitical relief played a crucial role in the Tuesday rally. U.S. President Donald Trump announced a five-day "postponement" of planned strikes against Iran’s energy infrastructure, citing "productive conversations". This announcement triggered a relief rally across risk assets, sending oil prices tumbling 13% and sparking a cascade of short liquidations in the crypto market—liquidating roughly $670 million in leveraged positions over 24 hours. Institutional Access and Subnet Growth Drive Accumulation The surge in TAO’s valuation is underpinned by rapidly expanding institutional infrastructure. Bittensor recently celebrated the listing of a staked TAO Exchange Traded Product (ETP) on Nasdaq Stockholm, providing professional European investors with direct exposure to the asset. Simultaneously, Grayscale’s launch of a private Bittensor Trust for accredited investors has further cemented TAO’s position as a staple in institutional AI portfolios. $TAO is entering the mainstream conversation@nvidia CEO Jensen Huang talking $TAO with @chamath on @theallinpod. FYI: Grayscale Bittensor Trust $GTAO is open for private placement for eligible accredited investors. pic.twitter.com/rRqYJHl3cv — Grayscale (@Grayscale) March 20, 2026 This institutional interest is visible in on-chain data. Over March 21 and 22, the network saw $5.77 million in net TAO outflows from exchanges, a clear signal of sustained accumulation by spot buyers and validators. Within the ecosystem itself, the market capitalization of Bittensor subnets exploded by 351.46% in a single day. Leading subnets such as τemplar (SN3) and Targon (SN4) posted weekly gains of 65% and 46%, respectively, creating a feedback loop where increased subnet demand necessitates the acquisition of more TAO. Technical Analysis and TAO Price Prediction From a technical perspective, TAO has entered a firmly bullish phase after breaking out of a long-term consolidation pattern. My analysis shows that TAO successfully reclaimed the key $300–$310 resistance zone, a move characterized by a 62% spike in 24-hour trading volume to $791 million. This area now serves as the primary support floor for any ongoing TAO Price Prediction. The asset is currently trading above its 50-day ($218), 100-day, and 200-day ($284) Exponential Moving Averages (EMAs), confirming a robust recovery from the $140 lows recorded earlier this month. However, indicators suggest the market may be reaching a point of temporary exhaustion. The Relative Strength Index (RSI) is currently hovering between 72 and 77, signaling overbought conditions that often precede a short-term technical correction. Immediate resistance is identified at $320, with the next major target being the $340-$350 zone, which aligns with the 50% Fibonacci retracement level measured from previous highs. Conversely, if the current $300 support fails, the price could retrace toward the $280 level or the 38.2% Fibonacci retracement at $294.30. [caption id="attachment_200954" align="aligncenter" width="1280"] Source: TradingView.com[/caption] Derivatives Data and Market Sentiment The derivatives market is currently signaling extreme optimism. TAO’s futures Open Interest (OI) surged 31.4% to reach $403.8 million, its highest level since November. The long-to-short ratio stands at 1.07, indicating that a majority of traders are betting on further upside. However, the "Futures Volume Bubble Map" indicates slightly overheated conditions, reflecting a degree of "FOMO" (fear of missing out) among retail traders. While higher leverage often precedes short-term price acceleration, it also increases the risk of volatility if the $300 level is tested. Social Media Analysis and Expert Commentary Prominent analysts on social media have been quick to point out the structural changes in TAO’s chart. Analyzing recent commentary from market experts provides further depth to the TAO Price Prediction landscape: Ali Martinez (@ali_charts): Identified a key "bullish wedge pattern" on the daily chart, noting that the breakout above $310 confirms a significant trend reversal. Bittensor $TAO looks ready to break out of this right-angled descending broadening wedge, which could trigger a rally to $580. pic.twitter.com/vi7wg3IG9w — Ali Charts (@alicharts) March 24, 2026 Viktoras Karapetjanc (Traders Union): "Institutional flows and technical strength are driving TAO, and any short-term pause here should set the stage for another leg up in the coming weeks." Illia Otychenko (CEX.IO): Warned that while the geopolitical relief is positive, "Conflicting statements around the Iran war are increasing uncertainty, which fuels risk aversion... That uncertainty is keeping oil prices elevated and lowering expectations for rate cuts." TAO Price FAQ Is Bittensor (TAO) a better investment than Bitcoin? TAO and Bitcoin serve different roles in a portfolio. While Bitcoin is viewed as a "store-of-value," TAO is a utility token for a decentralized machine learning network. TAO offers higher potential volatility and gains linked to the AI sector, whereas Bitcoin provides relative stability. Will TAO reach $500 in 2026? While current momentum is strong, a TAO Price Prediction of $500 would require sustained institutional adoption and continued growth in the subnet ecosystem. Immediate technical resistance stands at $350; breaking this level is the next necessary step toward higher targets. What are the main risks for TAO right now? The primary risks include overbought technical indicators (RSI > 70) and potential geopolitical volatility related to the Iran conflict. Additionally, if the broader crypto market faces a downturn, TAO’s high-beta nature could lead to sharper corrections than major assets. How does the Nasdaq Stockholm ETP affect TAO's price? The ETP listing provides a regulated pathway for European institutional capital to flow into TAO without the complexities of managing digital wallets, typically leading to increased liquidity and long-term price stability.