Have you watched this yet $XRP holders? What stayed with me after listening to the Swift executive’s interview with Finextra Research at Sibos 2026 was not one company name or one blockchain. It was the kind of banking system he was describing. A bank issues tokenized deposits. Another bank issues its own digital money. Asset managers tokenize funds. Securities become programmable. Institutions want to trade them outside normal banking hours. Currencies need to exchange instantly. Cash and securities need to settle together. And eventually all of these networks need a way to communicate. We are moving toward an environment with more forms of money, more digital assets and more financial networks operating at the same time. When I think about $XRP in that environment, I stop asking the old question: “Which payment system wins?” I start asking: What provides liquidity between all of these systems? That question is much more important to me. Swift is already building the banking side of this transition. Its blockchain-based shared ledger started as an announced initiative in September 2025 with more than 30 financial institutions and Consensys. By March 2026, implementation was underway. By July 2026, 17 banks across six continents were preparing for initial tokenized-deposit payment pilots. The group includes ANZ, BNP Paribas, BNY, Citi, DBS, FAB, FirstRand, HSBC, Itaú, Lloyds, Mashreq, MUFG, OCBC, Standard Chartered, UBS, UOB and Wells Fargo. Then at Sibos in September, Swift was already discussing interoperability between conventional financial rails and tokenized infrastructure. Think about the scale represented by those names. Now pay attention to the overlap. Standard Chartered sits inside that Swift group. It also just launched institutional custody of Ripple USD, RLUSD, on the XRP Ledger. It is working with Ripple and LMAX Group on planned collateral integration for RLUSD. So Standard Chartered is building experience around tokenized commercial-bank infrastructure and regulated stablecoin infrastructure at the same time. That fascinates me. Because a bank learning how to move tokenized deposits, custody digital dollars and manage digital collateral is preparing for a very different financial system than the one we had ten years ago. DBS creates another overlap. DBS appears in Swift’s tokenized-deposit group. DBS also has a formal relationship with Ripple and Franklin Templeton around tokenized money-market funds and RLUSD. They plan RLUSD/sgBENJI trading on DBS Digital Exchange. Another phase explores financing using tokenized fund shares as collateral. Franklin Templeton also planned to issue sgBENJI on XRPL. So now we have tokenized deposits, tokenized funds, stablecoin cash and collateralized financing appearing around the same bank. BNY is another one. BNY participates in Swift’s ledger initiative. BNY is Ripple’s primary RLUSD reserve custodian and provides transaction-banking infrastructure supporting Ripple’s operations. Stablecoins need real reserve custody, real banking relationships and real operational controls. BNY gives RLUSD that connection into established finance. Then HSBC. HSBC is connecting its Tokenised Deposit Service to Swift’s ledger. Ripple has separately identified HSBC as a Ripple Custody customer. HSBC also appeared with Ripple discussing institutional digital-asset custody and tokenization. Same bank. Multiple rails. Multiple digital-asset functions. One increasingly connected financial environment. I think people are making a mistake when they imagine institutional blockchain adoption as one giant network replacing everything. The direction described here looks much more like coexistence. Banks keep their own systems. Swift provides banking connectivity. Stablecoins provide regulated digital cash. Blockchains provide asset issuance and settlement. Asset managers tokenize funds. Liquidity providers connect currencies and markets. Interoperability tools coordinate activity across them. And that environment gives $XRP a very specific opportunity. If Bank A issues a tokenized dollar deposit and Bank B issues a tokenized euro deposit, the market needs a way to exchange them. If there is deep direct USD-token/EUR-token liquidity, great. But eventually there can be thousands of combinations. Different currencies. Different issuers. Different stablecoins. Different securities. Different funds. Different banking networks. XRPL already supports cross-currency payments and native routing. Its DEX can use XRP as the intermediary when the XRP route gives the transaction a better result. That lets XRP serve as independent liquidity between assets that otherwise may not have deep direct markets. I want people to understand the importance of XRP being issuer-neutral. A commercial bank’s tokenized deposit represents that bank’s liability. XRP does not belong to one commercial bank. It can trade against many currencies and assets. So in a world filled with institution-issued money, an independent liquid asset can have a useful role without needing to replace the bank-issued money itself. We already have proof that XRP can perform real cross-border settlement. Bitso uses XRP alongside RLUSD and Ripple Payments. Then Ripple and Bitso expanded their relationship in June. Bitso is bringing MXNB, its Mexican-peso stablecoin, onto XRPL. MXNB is being integrated alongside RLUSD into Ripple’s Payments on DEX infrastructure, with enterprise settlement between the United States and Mexico among the focus areas. That gives us a very simple example. Digital dollars. Digital pesos. XRPL liquidity. Potential XRP routing. Local payout infrastructure. Real commercial corridors. Now add securities. The Swift executive talked about Delivery-versus-Payment. If an institution buys a tokenized bond, the money and the bond should settle together. Nobody wants one side to move without the other. XRPL supports atomic cross-currency payments. Batch Transactions can coordinate operations under an all-or-nothing mode. So if institutions increasingly demand programmable securities settlement, XRPL already has useful primitives for coordinating those transactions. Ripple has also been adding the pieces around that. Its investments in ZILO and Licuido add transfer agency, issuance, tokenized collateral and financial-market liquidity capabilities. RLUSD can provide a digital cash leg. XRPL can provide the settlement environment. ZILO and Licuido add more of the institutional machinery needed around ownership, issuance and administration. Then CSD BR and BTG Pactual show how this can begin inside an existing regulated securities system. CSD BR reported more than BRL 22 trillion of registered assets across its infrastructure. The initial Ripple deployment mirrors ownership information for BTG Pactual fund shares through XRPL Multi-Purpose Tokens. Future scope includes native issuance and trading between authorized participants. I love this model because it shows institutions can introduce blockchain functionality gradually. Existing legal infrastructure stays in place. XRPL adds digital capabilities. Usage can expand as confidence and operational experience grow. Now look at how many actual investment products are moving onto XRPL. Ondo Finance OUSG is live there. Eligible investors can subscribe and redeem around the clock using RLUSD. OUSG’s investment structure includes exposure to BlackRock BUIDL. Franklin Templeton sgBENJI is connected to DBS and Ripple’s planned trading and financing framework. Archax brought tokenized exposure to an abrdn/Aberdeen money-market fund onto XRPL. Ripple allocated $5 million into those fund tokens. Aviva Investors also announced plans with Ripple to bring tokenized traditional investment funds to XRPL. When I see all of these names together, I think about market structure. A tokenized fund alone is interesting. A stablecoin alone is useful. A tokenized bank deposit alone is another product. Put all of them into an interoperable financial market and suddenly liquidity becomes the center of the conversation. How does a tokenized fund exchange into cash? How does one form of digital cash exchange into another? How does a European fund settle against a dollar stablecoin? How does a corporate treasury move from a money-market token into a payment asset? How does collateral move without disrupting the institution’s broader portfolio? These are liquidity questions. Liquidity can create XRP demand when XRP is actually used as the common route. Then there is Payment-versus-Payment. Foreign exchange is enormous because institutions constantly need one currency while holding another. If digital currencies increasingly settle around the clock, PvP systems need to coordinate both sides of the trade. XRP can potentially act between those currencies whenever XRP liquidity provides the most efficient route. The version I care about most is repeated institutional flow. Professional liquidity providers buying, selling and holding XRP inventory because their business needs it. That is a much deeper economic relationship with the token than somebody simply speculating on price. And Ripple is expanding further into the operating systems companies use to manage money. Ripple Payments now lets businesses collect, hold, exchange and pay out using fiat and stablecoins through one platform. Technology from Palisade and Rail supports that expansion. Ripple Treasury introduced native digital-asset capabilities so finance teams can see conventional and digital liquidity together. Ripple says its payment network has already processed more than $100B cumulative volume with payout coverage across over 60 markets. Imagine this becoming normal corporate finance. A treasury team opens one interface. They see fiat. Stablecoins. Tokenized funds. Payment obligations. Currency exposures. Collateral. Then the system determines the best route to exchange and move value. If XRP becomes one of the liquid routes inside that workflow, every additional corporate user expands the potential transaction base. I also keep looking at Chainlink’s connection to Swift. Chainlink announced a method for financial institutions to access Swift’s blockchain ledger through its Runtime Environment while keeping control of their own signing keys. Again, this points toward a multi-system financial market. Banks are not being forced onto one universal blockchain. Systems are being designed to communicate. And I think a multi-network environment creates more potential value for independent liquidity than a closed network ever could. Now bring it back to $XRP itself. Where can direct demand actually come from? Cross-currency bridging when XRP is used. FX markets quoted through XRP. XRP used as collateral. XRP lending and borrowing. Institutional treasury accumulation. XRPL reserves. Transaction fees. And, most importantly to me, XRP inventories held by market makers. Suppose the future system processes $10B per day. Use a simple hypothetical. 10% routes through XRP. That gives $1B daily XRP-routed volume. If liquidity inventory turns over ten times a day, around $100M of working XRP inventory could service that level of flow. This is why velocity does not destroy the XRP thesis for me. Liquidity can be reused. But liquidity still has to exist. Somebody still has to provide the XRP. Somebody still has to maintain the market. Somebody still needs enough inventory to execute large transactions without huge slippage. XRPL’s base mechanics add more direct usage. Accounts maintain a 1 XRP base reserve. Ledger objects generally add 0.2 XRP owner reserves. Fees are paid in XRP and burned. Every additional institution, tokenized asset and on-ledger application can increase those operating requirements. The catalysts I care about most now are very practical. More XRP-mediated institutional FX. More bank tokenized deposits connecting internationally. Standard Chartered expanding RLUSD custody and collateral use. DBS and Franklin Templeton moving deeper into tokenized fund financing. Bitso scaling MXNB and RLUSD settlement. DvP and PvP getting used more widely. CSD BR expanding beyond record mirroring. Ripple Treasury reaching more companies. More institutional market makers holding XRP. And interoperability infrastructure opening access to more settlement networks. Then my timeline starts to become clearer. 2027: tokenized deposits begin moving beyond isolated bank systems. More institutions gain access to 24/7 digital liquidity. Ripple expands payments, custody and treasury infrastructure. I want to see additional regulated currency pairs using XRP as the bridge. 2028: tokenized assets get used more actively. Funds become collateral. Securities settle against digital cash. Lending markets grow. Asset managers and banks need liquidity between those instruments. If XRP participates, native liquidity becomes much more economically important. 2029–2030: interoperability becomes normal. A company may hold bank deposits, stablecoins and tokenized assets spread across different networks. A bank may use Swift and additional blockchain settlement infrastructure. A market maker may continuously exchange value between those systems. XRP’s opportunity is sitting right in the middle of that complexity as independent liquidity. And this is already moving from theory into infrastructure. Swift: 17 initial banks working on tokenized-deposit connectivity. Standard Chartered: Swift plus live RLUSD custody. DBS: Swift plus Ripple and Franklin Templeton. BNY: Swift plus RLUSD reserve custody. HSBC: Swift tokenized deposits plus Ripple Custody. Bitso: XRP and RLUSD cross-border settlement. CSD BR: XRPL records with BTG Pactual. Ondo: OUSG on XRPL. Archax and Aberdeen: tokenized fund exposure. Aviva Investors: planned tokenized funds. Ripple: payments, treasury, custody, stablecoins, settlement and tokenized capital markets. I keep asking myself what happens when all of this moves from separate initiatives into normal financial operations. My answer keeps coming back to liquidity. The world can create thousands of tokenized assets. It can issue hundreds of forms of digital money. It can connect banks 24/7. Somebody still has to exchange value between them. If XRP earns even a meaningful share of that job, I think the long-term conversation around $XRP becomes completely different from the conversation people are having today. I want to see the receipts in transaction volume. XRP-routed FX. Institutional inventory. Collateral. Financing. Settlement. Those numbers will tell us how far the thesis is really progressing. But when I listen to a Swift executive describe the financial system banks are actively trying to build, then look at Ripple’s institutional network and XRPL’s existing capabilities, I understand why I remain so bullish on $XRP. You’re not bullish enough

CHAINLINK $LINK IS ACCELERATING INTO THE CORE OF GLOBAL FINANCE. The more I look at what Chainlink is doing around Sibos 2026, the more bullish I get. Colin Cunningham’s interview made the direction very clear to me. Financial markets moving onchain need three things working together: Reliable data. Assets that can move between networks. And infrastructure that can coordinate old banking systems with new blockchain systems. Chainlink is building across all three. That matters because tokenizing an asset is only the first step. A bank still needs to know what the asset is worth, whether it is eligible as collateral, where the cash sits, where the security sits, and how both sides settle safely. Chainlink is positioning itself right inside that workflow. The strongest example right now is DTCC. At Sibos, Chainlink and DTCC demonstrated cross-chain institutional financing and collateral management through Chainlink Fulcrum. Think about a bank holding $100M in tokenized government securities. Another institution has digital cash. The first institution wants to borrow against those securities. Fulcrum can coordinate the financing across different networks using CRE for orchestration, CCIP for communication, Data Streams for valuation and automated workflows for settlement. DTCC’s Collateral AppChain is also expected to use Chainlink infrastructure for parts of collateral management. That is serious territory. Citi estimates roughly one-quarter of institutional collateral sits idle because of settlement and operational frictions, representing around $346M in forgone annual revenue for an average Tier 1 institution. If Chainlink helps unlock even part of that activity, the commercial opportunity can become enormous. And this is already spreading across major financial names. Kinexys by J.P. Morgan, Ondo and Chainlink completed a delivery-versus-payment test using Ondo’s OUSG tokenized Treasury product, with Chainlink CRE coordinating settlement between Ondo Chain and Kinexys Digital Payments. Chainlink did not need J.P. Morgan to abandon its own system. It connected the systems. That is the model I keep coming back to. Then came Swift. Chainlink is working to let financial institutions access Swift’s blockchain ledger through CRE. Swift connects more than 11,500 financial institutions and corporates across more than 200 markets. Seventeen first-mover institutions were beginning tokenized-deposit pilots on that ledger. Chainlink can sit between existing banking systems and new tokenized infrastructure while banks keep control of their signing keys. That gives Chainlink a path into the financial system without needing every bank to use the same blockchain. UBS adds another layer. UBS Tokenize and DigiFT completed a live tokenized-fund transaction using Chainlink’s Digital Transfer Agent standard. The workflow combines DTA, CRE, CCIP, NAVLink and Swift integration. Subscriptions. Redemptions. Fund valuation. Interoperability. Settlement. One tokenized fund can generate repeated infrastructure usage through its entire lifecycle. Then CCIP 2.0 arrived with stronger institutional controls, configurable transfer speeds, verification features and compliance capabilities. That means one fund or security can potentially use Chainlink for data, cross-chain movement, eligibility checks, subscriptions, redemptions, valuation and settlement. Coinbase selected Chainlink for tokenized-stock infrastructure. The Wyoming Stable Token Commission adopted Chainlink Proof of Reserve. DTCC, Swift, J.P. Morgan, Ondo, UBS, DigiFT, Coinbase and Wyoming are all showing different parts of the same pattern. Now bring $LINK into the equation. Chainlink Payment Abstraction allows customers to pay in stablecoins or conventional currencies. Qualifying revenue can then be converted into LINK and accumulated in the Chainlink Reserve. The Reserve was launched in 2025, and the original announcement said withdrawals were not expected for multiple years. So enterprise activity can create LINK purchases without the bank itself needing to manually buy LINK. Revenue comes in. Payment Abstraction converts qualifying proceeds. LINK gets accumulated. That is a real value-capture loop. Then staking adds another layer. Chainlink v0.2 launched with 45M LINK capacity, including roughly 40.875M LINK for community staking, and the community allocation was fully occupied. More infrastructure usage can eventually mean more need for cryptoeconomic security too. The research even gives an illustrative example: $100M annual Chainlink revenue. 50% converted and retained. $20 average LINK acquisition price. That works out to 2.5M LINK purchased annually in that scenario. Now imagine institutional revenue growing across collateral, fund servicing, Swift connectivity, tokenized securities, data and interoperability. I think $LINK can eventually be valued less like a normal crypto asset and more like infrastructure sitting underneath tokenized finance. And Chainlink keeps getting closer to that role.