RD-TOM ⛓️ SubQuery

The chart doing the rounds right now is being misread. Yes the Fed is injecting liquidity. No this is not QE. And no this is not a policy pivot. What you are seeing is repo liquidity, not monetary easing. 🌐 What is actually happening The Federal Reserve is providing short term cash through repo operations so primary dealers can meet settlement and balance sheet needs. Cash goes in Treasuries come out as collateral Repos mature Liquidity rolls off This is plumbing. It is reversible by design. ⚡ Why it always shows up around now These spikes almost always cluster around quarter end and year end because: • Treasury issuance is heavy • Settlement volumes surge • Bank balance sheets tighten under reporting rules • Reserves become temporarily scarce The Fed steps in to stop overnight funding markets from seizing up. 🛡️ What this is not This is not quantitative easing This is not balance sheet expansion This is not stimulus This is not a pivot QE is persistent. Repo is transient. 🖥️ Why markets keep misreading it Because repo injections look dramatic on charts when you track amount accepted. Switch the view to outstanding and most of this liquidity disappears just as quickly as it arrived. 🔹 The deeper signal people are missing Every one of these episodes is a reminder that modern markets still rely on: • Batch settlement • End of day netting • Balance sheet constrained intermediaries Liquidity stress is not a rate problem. It is a settlement architecture problem. 💡 Why this matters As markets move toward tokenised assets, instant settlement, and atomic delivery versus payment, these recurring repo spikes become harder to justify. The future market structure is not about more liquidity. It is about less friction. And that is where real infrastructure quietly starts to matter. $Devve

Thursday night plans sorted. The Devve Lounge 🎙️ We’ll dig into $Devve Join here 👇 twitter.com/i/spaces/1ypKd… 🌐⚡🛡️🖥️🔹💡

To truly unlock blockchain's potential, we need solutions aligned with true decentralization: full self-custody, instantaneous mathematically-guaranteed settlement, zero counterparty risk, and built-in protections against fraud/losses. Otherwise—like with the Standard Chartered-Coinbase partnership—what are we really improving? Just replicating TradFi (centralized custody, lending/trading via intermediaries) on crypto rails? The real answer is native, compliance-ready DeFi from @DevveEcosystem and @DevvExchange: non-custodial exchange where assets stay in YOUR wallet, instant trades, secure lending/borrowing for institutions & retail—all bringing TradFi on-chain without compromising decentralization. This is the future. #tokenization #Devve $DEVVE #Defi #RWA

Looking for altcoin liks this: Tech: 🟩🟩🟩🟩🟩🟩🟩🟩 Community: 🟩🟩🟩🟩🟩🟩🟩🟩 Market cap: 🟩🟩 Drop the ticker👇👇

🌐 THE FINTERNET IS COMING… AND MOST OF CRYPTO IS BUILDING THE WRONG THING (And why one model quietly becomes the settlement fabric.) We are not building a unified global financial system right now. We are building dozens of isolated financial LANs — private, incompatible “walled gardens” owned by giant institutions: 🏦 Digital Asset's Canton domains 🏦 JPMorgan’s Onyx (Liink, JPM Coin) 🏦 Fnality (GBP, EUR, USD payment chains) 🏦 TassatPay private bank networks 🏦 Circle’s permissioned settlement rails 🏦 Mastercard Multi-Token Network 🏦 Citi Regulated Liabilities Network 🏦 HSBC Orion 🏦 Euroclear D-FMI 🏦 ASX Synfini …and more launching every quarter. Each one is fast. Each one is secure. Each one is totally incompatible with the others. We aren't building a global system. We're building digital intranets. The BIS already warned us: 👉 bis.org/publ/arpdf/ar2… The world doesn’t need more intranets. It needs the FINTERNET — the Financial Internet. 💥 Here’s the trillion-dollar question: How do these private chains talk to each other? How does Onyx pay Canton? How does Fnality settle against Orion? How does a Circle USDC transfer complete against a tokenized bond on Euroclear? Right now? They CAN’T. They unplug, exit the chain, wire through SWIFT, wait, reconcile, redeposit. Basically: “Instant blockchain settlement”… as long as you don’t need to touch another blockchain. 🔥 “Chainlink CCIP will connect everything!” No. It won’t. It can’t. Here’s why: 1️⃣ CCIP is message passing, not settlement. Messages ≠ finality ≠ atomicity. 2️⃣ Banks cannot accept wrapped assets or synthetic IOUs. CCIP is fundamentally a bridge framework. Bridges = non-starter. 3️⃣ CCIP has no global atomicity model. No MIS. No CTS. No enforceable all-or-nothing multi-ledger guarantees. 4️⃣ CCIP relies on guardian committees — exactly the trust model institutions avoid. 5️⃣ CCIP introduces new intermediaries instead of eliminating them. The Finternet cannot have rent-seeking middleware in the middle. Chainlink will be useful tooling, but it will NEVER be the settlement fabric of global finance. 🚀 So what can run the Finternet? Only a network that delivers: • validation-only core • deterministic atomic settlement (MIS) • multi-ledger contingent transaction sets (CTS) • sovereign shards for compliance • no mempools, no execution bottlenecks • REST/FIX/ISO integration • no gas, no token holding, no bridges • instant DvP/PvP across isolated chains That architecture already exists, and some of us believe one ecosystem is much closer than the rest. (Yes, I'm talking about $Devve without needing to overhype it.) 💡 Here’s a simple example of how the Finternet actually works: ▪ A JPM client wants to buy a tokenized bond issued on a Canton domain. ▪ But they want to pay using Fnality GBP cash. ▪ All three networks are isolated today. With a Finternet architecture: 1️⃣ The Onyx ledger freezes the buyer’s GBP and generates a proof. 2️⃣ Fnality generates its own proof. 3️⃣ Canton generates a proof of bond availability. 4️⃣ All three proofs hit the Finternet validation layer. 5️⃣ MIS + CTS verifies them as a single atomic set. 6️⃣ Either all ledgers update, or none do — instantly. No bridges. No wrapped assets. No synthetic IOUs. No sequencer politics. No vendor lock-in. Just global atomic settlement across sovereign ledgers. This is how the real world needs to work. 📢 And for investors worried about other chains… relax. Projects building RWAs on ETH? DeFi systems on SOL? Private ledgers on CC? Payment rails on ONYX? Good. Build them all. The Finternet doesn’t replace them, it connects them. The winners won’t be isolated kingdoms. The winner will be the protocol that turns all of them into one global settlement fabric. And if $Devve ends up being that fabric? Well let’s just say the internet had Amazon and Google. The Finternet will have its giants too. @DevveEcosystem @DevvExchange

@michaeljburry Hello mr burry t-0 Instant settlement is not an upgrade. It is the end of the old financial system. @DevveEcosystem makes it possible today, with patented technology. please take a look at the end game x.com/DevveEcosystem…

$Devve $Fias

Tokenised Treasuries might be the biggest winner from the CFTC announcement. Here’s why institutions will care 👇 🌐🔹💡 Treasure tokens now have regulatory legitimacy Treasuries are already the world’s top collateral, and the CFTC has now said tokenised versions can sit inside real derivatives workflows. They gain instant collateral mobility No more T+1 bottlenecks. No more weekends killing liquidity. No more waiting for banking hours. ⚡ They reduce operational risk On-chain Treasuries remove reconciliation breaks, mismatched ledgers, and custody friction. 🛡️ They unlock 24/7 capital efficiency Idle balance sheets become always available liquidity. Margin, repo, swaps all upgraded. 🖥️🔹 Tokenised Treasuries just became the most regulator-friendly, capital-efficient collateral instrument on Earth. The world is shifting from traditional rails to real time rails. This is the DevvISE era 👀

The Financial Backbone Is Evolving Legacy markets aren’t looking for “the next big chain.” They’re looking for rails that can support their existing load without breaking what already works. Systems that clear billions daily won’t migrate to hype. They migrate to reliability. $Devve is built in that exact image. 🛡️🔗🌐

Over $4T Moves Daily 🔥 @DevvExchange uses CTS on DevvE Network to settle loans at the moment they’re created. Collateral stays in your wallet. Liquidation is protocol-level. Exposure drops to zero. Next Gen Digital Asset Exchange Incoming!

Full send please

@kmcpartland @AudreyCostabile @CoalitionGrnwch #Devve already created a system which is using T-0 settlement.

The industry isn't ready for T+0 yet, but the work to get us there is underway. greenwich.com/market-structu… @AudreyCostabile @CoalitionGrnwch

Yearn Finance just lost another $9M because in DeFi, once funds are stolen, they’re gone forever. On DevvE, this wouldn’t happen. DevvProtect enables trustless recovery of stolen or mistakenly sent funds (reversible transactions within the time window you set — no custodians involved). Same self-custody. 🆘 real protection. This is the kind of innovation DeFi needs in 2025. @DevveEcosystem #DevvProtect #DeFi #Devve $DEVVE x.com/DevveEcosystem…

🧵 THE MOST MIND-BLOWING DIGITAL SETTLEMENT IDEA I’VE EVER HAD (Not confirmed. Just my own deduction — but if I’m right… holy sht.)* 1/ Crypto debates obsess over the same buzzwords: “Tokenisation!” “T+0!” “Stablecoins!” But nobody is talking about the real breakthrough — the one thing that could flip global settlement upside down. 2 — The Big Brain Melt 🤯 What if the “cash leg” of a trade didn’t need to be: ❌ a stablecoin ❌ a CBDC ❌ a tokenised deposit What if it could also be: 💵 a cryptographically enforced fiat obligation from a bank… …and the network treats it as legally equivalent to receiving a stablecoin directly in your wallet? Atomic. Irrevocable. Final. That idea changes EVERYTHING. 3 — Why This Is Insane Picture this: 🔓 Buyer instantly gets BTC 💰 Seller instantly gets either:  • a stablecoin OR  • a legally binding fiat obligation that cannot fail All executed in a single atomic commit (<1s). If one leg fails → nothing settles. If all proofs pass → done. No blockchain today can do this. Not Ethereum, Solana, Avalanche, Canton, or the DTCC/Ion regional mesh. 4 — LPs Will FREAK OUT (In a Good Way) 🔥 Liquidity providers hate one thing more than volatility: ⚠️ payment risk But with cryptographically locked fiat obligations: ✔ No settlement risk ✔ No chasing wires ✔ No “client will pay later” ✔ No exposure gap Legally, the obligation = the value. Practically, it settles like a stablecoin. Operationally, it’s atomic. That’s a dream scenario. 5 — The Cheat Code No One Sees A settlement engine that accepts ANY of the following in the same atomic CTS: 🟩 stablecoin 🟩 CBDC 🟩 tokenised cash 🟩 or fiat obligation with cryptographic enforcement …is more flexible than any L1 that’s ever existed. Banks don’t mint anything. LPs don’t take risk. Exchanges don’t need oracles. Everyone wins. 6 — Why Other Chains Can’t Touch This Smart-contract chains = risky. Permissioned DLT = siloed. Canton-style = workflow chaos. DTCC mesh = stitched rails + SLAs. This model removes: ❌ MEV ❌ reorgs ❌ bridge failures ❌ multi-rail drift ❌ back-office reconciliations ❌ liquidity fragmentation It’s not an L1. It’s a deterministic validation engine. 7 — Banks Would LOVE This This finally answers the trillion-dollar question: “How do we settle instantly without turning banks into blockchain nodes?” ✔ No validators ✔ No node hosting ✔ No rewrite of core banking ✔ Just API in → proof out ✔ Guaranteed settlement ✔ User-controlled custody This is the first settlement model that works for institutions, not against them. 8 — A “Holy Sh*t” Real World Flow Customer buys $BTC. Exchange constructs a CTS with: • LP’s $BTC • Customer’s payment • Bank’s stablecoin or fiat obligation Network validates all legs. If valid → atomic commit. Everyone ends up settled, instantly, risk-free. This is the closest thing to a global settlement fabric we’ve ever seen. 9 — To Be Clear Nobody has announced this. No institution has described it publicly. This is my own reasoning from the technical primitives of a very modern settlement fabric that already exists. If I’m wrong, cool. If I’m right… this will redefine finance. 10 — Final Question If a system already exists that can: 🔥 settle $BTC vs cash atomically 🔥 accept stablecoins OR fiat obligations 🔥 finalize in <1s 🔥 avoid oracles & smart contracts 🔥 run with no nodes on the client side 🔥 support self-custody with loss & fraud protection …why wouldn’t global banks, exchanges, LPs, and FMIs explore it? Some say one network already fits this description. Some quietly call it $Devve. @DevveEcosystem @DevvExchange

📣 I’m not gonna whisper it anymore. I’m screaming it: The only tech stack that matters in 2025-2026 is **DevvE + DevvX**. Everything else is either too slow, too expensive, or straight-up theater. Here’s why I’m 100% convinced (and why the timeline is starting to agree with me): 1. 8,000,000+ TPS on-chain with sub-second finality Not a roadmap promise. Not a testnet. Live, public mainnet numbers. Fees? 1/10,000,000th of Ethereum. Yes, seven zeros. Your grandma can send money cheaper than sending a WhatsApp voice note. 👵 2. You code like it’s 2021 Ethereum… but it actually works Solidity, Rust, Vyper → deploy in minutes via DevvX. No fork, no bridge, no rewrite. 20 million existing Web2/Web3 devs can start building TODAY without learning a new VM. 😮 3. Real institutionals ad users, not just degens Hundreds of thousands of daily active wallets doing gaming, payments, social tokens, carbon credits. This that world I Imagine soon 🌎 4. The only chain that banks are actually allowed to touch MiCA-ready, ISO 20022 compliant, reversible transactions, patented theft/fraud protection. Banque Delubac & Cie just went live. More Tier-1 banks in the pipeline quietly testing. 🏦 When was the last time you saw a regulated French bank pick Solana? Exactly. 5. Energy consumption = 1/3,000,000,000th of Bitcoin Greener than your morning oat-milk latte and still more decentralized than 99% of the “green” L1s out there. 💲 6. The flywheel is already spinning at Mach 5 DevvX Launchpad dropping new @DevvExchange cooking non-custodial institutional liquidity Everything else in this space right now is either: - still charging $40 gas fees in 2025 (Ethereum) - praying the chain doesn’t fall over again (Solana & friends) - or promising “next year” for the 4th year in a row DevvE + DevvX is shipping, scaling, onboarding institutions, and still costing pennies. This is the infrastructure that brings the next billion users on-chain. Not in 2030. Right now. If you’re still sleeping on this in December 2025… I don’t know what to tell you. The train has left the station, and it’s moving at eight million transactions per second. 🚂 All aboard or get left in the dust. $DEVVE 2025 belongs to them. Full stop. 🚀 #DevvX #RWA #Defi #DevvExchange

🚨 BIG: Nasdaq is pushing to let tokenized stocks trade on its main U.S. exchange. If approved, you could pick tokenized equities, same rights as paper shares and settle them on chain. RWA is becoming the new market standard.

Ecosystem Synergy DevvExchange isn’t an isolated platform; it’s the centerpiece of the Devv Ecosystem. It leverages the $DEVVE token as the native liquidity and fee token, directly tying exchange activity into the broader network economy. That means as the exchange grows, the whole ecosystem (and its participants) prosper. Traders get instant, secure swaps; developers get a vibrant marketplace for their assets; token holders see real utility. One network, unified value: that’s the Devv difference. Join the Waitlist on devv.exchange

📣 ETF Inflows Prove It: Institutions are IN The signal is clear. Institutions aren’t chasing speed. They’re chasing predictable settlement. DevvE is built around that requirement: completion-first, compliance-aligned, testnet-ready to scale how tokenized assets reconcile. Because tokenization grows when the settlement layer meets institutional expectations.

🧵 THE THREAD THAT WILL BLOW UP YOUR INSTITUTIONAL BRAIN ASX, Canton, and WHY DEVVE’S ARCHITECTURE IS A DIFFERENT SPECIES @CantonNetwork is being talked about everywhere as the institutional chain. But the @ASX CHESS saga is the perfect real-world case showing why distributed smart-contract systems hit a wall — and why $Devve is fundamentally different. 🔥 1️⃣ FIRST — CONTEXT @ASX is one of the world’s major market operators. They tried to rebuild CHESS using: ⚙️ Digital Asset’s Daml ⚙️ Canton’s distributed smart-contract architecture After ~7 years and $200M+ spent, the project was halted. There were many reasons, but a major friction point was the integration burden of the architecture. Here’s where Devve separates from the pack. 💥 2️⃣ CANTON’S MODEL: “EVERYONE REBUILDS THEMSELVES” $CC requires every participant — brokers, custodians, registries, clearing firms — to: 🔧 run domain nodes 🔧 host Daml execution 🔧 port business logic 🔧 coordinate multi-party workflows 🔧 sync privacy domains Elegant in theory. A nightmare in a 100+ participant ecosystem. ASX participants faced: 💸 huge integration costs 📚 new execution models 🧪 heavy testing ⚠️ multi-party execution risk They didn’t walk because “blockchain failed.” They walked because the architecture demanded they rebuild the plumbing. ⚡ 3️⃣ DEVVE IS THE OPPOSITE: “JUST PROVE THE RESULT” $Devve does not: ✘ run smart contracts ✘ execute business logic ✘ require every participant to run nodes ✘ force rewrites of legacy systems $Devve says: “Keep your systems. Compute off-chain. Give me the deterministic proof. I’ll validate and settle atomically.” Participants simply: ➡️ compute in their existing stack ➡️ generate a deterministic digest ➡️ submit proofs via API ➡️ $Devve validates + commits This is why $Devve is institutionally lightweight and $CC is institutionally heavy. 🔥 4️⃣ THE ASX LESSON: ARCHITECTURE DETERMINES SURVIVABILITY You cannot ask every major participant to rebuild their execution model. Too costly. Too complex. Too hard to coordinate. $CC decentralizes execution — the hardest thing to decentralize. $Devve decentralizes validation — the easiest. This creates massive advantages: ✔ integration drops from $20–50M → ~$1M ✔ testing collapses in complexity ✔ performance is predictable ✔ regulators immediately understand it ✔ existing systems stay intact 🚀 5️⃣ PERFORMANCE: NOT EVEN CLOSE $CC executes logic across domains, leading to: ⏳ variable latency ⏳ synchronization overhead ⏳ non-deterministic timing $Devve’s validation model gives: 💠 deterministic ordering 💠 synchronized commit 💠 zero reorgs 💠 zero MEV 💠 atomic multi-shard settlement 💠 near-instant finality This is market-structure-grade deterministic settlement. 🏛 6️⃣ REGULATORS PREFER THE “MINIMUM DISRUPTION” MODEL $CC forces regulators to learn: ➜ Daml semantics ➜ distributed execution ➜ workflow logic $Devve’s model is simple: “All business logic stays where it already sits. The chain only validates proofs.” It’s the least disruptive path to atomic global settlement. 🌋 7️⃣ WHY A MAJOR EXCHANGE-TECH PROVIDER CHOSE DEVVE Not for hype. Not for tokenomics. But because: 💥 distributed execution is too heavy 💥 rewriting business logic is a non-starter 💥 deterministic global settlement is mandatory 💥 cross-shard atomicity is essential 💥 validation > execution $CC = “rebuild everything.” $Devve = “keep everything; just settle smarter.” That’s the architectural difference institutions choose every time. ⭐ FINAL WORD Canton is brilliant. But CHESS showed how heavy distributed execution becomes at scale. Devve is built differently — institutionally, pragmatically, realistically. A chain that doesn’t ask markets to change themselves. Only to prove their actions and settle atomically. That’s why $Devve’s architecture isn’t just “different.” It’s inevitable. @DevveEcosystem @DevvExchange