Maha BNB

@Vanarchain $VANRY #Vanar
Vanar Chain isn’t just another blockchain—it’s built from the ground up for AI. Instead of letting assets just sit on-chain, Vanar brings them to life. Property deeds, invoices, you name it—everything becomes an intelligent, on-chain entity that agents can actually understand and interact with. So, instead of dealing with the usual tangled mess of Web2 finance, with its stubborn silos and compliance headaches, Vanar connects real-world assets directly to smart, autonomous systems.
At the core is Vanar’s modular Layer 1 blockchain. It’s EVM-compatible, so smart contracts slide right in, and it’s built to handle a ton of transactions without racking up fees—perfect for anything financial. Unlike other chains that lean on off-chain computing and oracles, Vanar processes everything natively. No more middlemen. This is what powers PayFi, Vanar’s global payments framework. Agents quietly handle settlements and compliance behind the scenes, so the user experience feels invisible and effortless.
PayFi works through several layers. Neutron acts as the brain’s memory, turning raw financial data into compact “Seeds”—think of these as smart, on-chain proofs. Take a property deed: it turns into a Seed holding all the details—ownership, context, relationships—compressed and ready for AI to read. Sophisticated compression keeps storage lean but makes sure nothing important gets lost. Real-world assets don’t just sit there anymore; they become active, portable intelligence, ready for any app that needs them.

Then there’s Kayon, the reasoning engine. It digs into Seeds, pulls out insights, checks for compliance on the fly, and kicks off automations. For tokenized assets, Kayon checks the Seed’s data, runs legal logic, and can move assets or settle payments without human help. Agents handle everything, making sure rules and regulations stick, especially for cross-border transactions, and they learn and get better as they go. PayFi ties it all together, letting tokenized assets settle anywhere in the world, blending seamlessly with both crypto and traditional finance.

Why does this matter? Traditional real-world assets are messy—data gets stuck in silos, nothing scales, and everything moves at a snail’s pace. Vanar unifies all that on-chain. Agents can manage portfolios, execute trades, and adapt in real time. Capital moves faster, especially in places like real estate or supply chains, where tokenized invoices can trigger payments automatically once requirements are met. Agents don’t forget—they build on what they know, making markets smarter and more efficient.
And Vanar’s not stopping there. The chain is designed for agent-driven payments, with AI handling transactions from beginning to end. Their collaboration with Worldpay is a big step, bringing these agent-powered settlements into the heart of mainstream finance. Saiprasad Raut leads payments infrastructure, building the bridge between traditional finance, crypto, and AI. This isn’t just a proof of concept—it’s about real adoption at scale.
Sustainability matters, too. Vanar launched in 2023 as a carbon-neutral chain, cutting energy use with efficient on-chain computing. While the exact numbers aren’t public, the whole design leans green, from tokenized carbon credits to context-aware workflows that support eco-friendly finance.
On top of that, Vanar is expanding across chains. Starting with Base, they’re plugging their intelligence into Ethereum ecosystems, so assets can tap into bigger liquidity pools. A tokenized asset on Base can use Neutron for memory, Kayon for reasoning, and move seamlessly between systems—no need to re-tokenize, no extra risks.
Developers get a full toolkit here—SDKs for JavaScript, Python, and Rust, along with smart APIs. Detailed docs walk through everything from Seed creation to agent automations, making it easy to build next-gen finance dApps where AI handles compliance or risk checks on-chain.
The impact? Transformative. In real estate, agents can instantly validate deeds, check market data, and close deals through PayFi. In supply chains, invoice Seeds trigger payments the moment delivery’s confirmed—no more waiting or disputes. Seeds keep a tamper-proof trail, locking in trust for decentralized finance.
Coming soon is Axon, Vanar’s intelligent automations layer, which will let agents self-optimize and tailor workflows to any finance vertical—like automated lending using RWA collateral. Altogether, Vanar’s five-layer stack—base chain, Neutron, Kayon, Axon, Flows—builds a living, breathing infrastructure for finance, where intelligence drives everything forward.
Vanar's vision, led by CEO Jawad Ashraf, shifts from execution-focused chains to intelligence layers. Stateless systems hit ceilings without memory; Vanar embeds it natively, solving AI's "amnesia" in finance. MyNeutron, the persistent semantic memory tool, sees use by thousands, proving demand for on-chain context in financial apps.
Events underscore momentum. Participation in Step Conference (Dubai, February 2026) and Blockchain Life 2025 (Dubai, October 2025) highlights Vanar's role in AI-finance discussions. These forums position PayFi as key to mainstream adoption, bridging Web3 with traditional institutions.
In agentic economies, PayFi unlocks value. Tokenized RWAs evolve from static holdings to intelligent entities, adapting to contexts for optimized yields. Vanar doesn't retrofit finance; it builds it AI-first, enabling scalable, compliant systems. This readiness matters as RWAs grow, demanding infrastructure that handles autonomy without friction.
Deeper into mechanics: Neutron's Seeds compress complex financial docs—e.g., a multi-page contract—into on-chain proofs. Kayon then reasons over them, extracting clauses for compliance, predicting risks via patterns. PayFi settles outcomes, supporting stablecoin rails for predictable costs. This loop minimizes latency in RWA markets, where delays erode value.
For enterprises, implications include reduced operational overhead. Agents automate auditing via Kayon's explainable logic, generating reports from Seeds without external tools. In eco-finance, tokenized green assets use Flows for workflow orchestration, reasoning over environmental data to issue credits autonomously.
Vanar's carbon-neutral foundation complements this, ensuring sustainable scaling. As financial agents proliferate, energy-efficient designs prevent bloat, aligning with regulatory pushes for green tech. Though exact footprints are not disclosed in provided sources, the architecture prioritizes low-compute intelligence.
Ultimately, Vanar Chain redefines PayFi for RWAs. By fusing AI with blockchain, it enables agentic finance that's secure, scalable, and user-agnostic. Implications span from accelerated capital flows to inclusive markets, where intelligence compounds value through verifiable, autonomous actions. As Web3 finance matures, stacks like Vanar's set the standard for integrated, intelligent infrastructure.

@Plasma $XPL #plasma
Stablecoins need rock-solid security, especially when they’re moving billions around. That’s exactly what Plasma brings to the table. By anchoring everything to Bitcoin, Plasma creates a Layer 1 that lets DeFi actually deliver on its promises—speed, security, and no nonsense.
At the core, Plasma runs on Reth, which means it’s fully EVM compatible. Developers can take their Ethereum code and just drop it in, using all the familiar tools they already know. The difference is PlasmaBFT consensus—it locks in blocks in under a second, so you get lightning-fast transactions. We’re talking over 1,000 transactions a second, which is perfect for high-volume stablecoin activity.

Bitcoin anchoring takes Plasma’s neutrality to another level. By tying its security to Bitcoin’s decentralized network, Plasma dodges censorship and builds more trust. No single group gets too much control, so there’s less risk for stablecoin holders. You get settlements that are reliable and tamper-proof.
One of the best parts? Gasless USDT transfers. Users can send USDT without paying in some native token—the fees come straight out of the stablecoin itself. That makes life a lot easier, especially for people who need to move money around all the time, whether it’s for payments or trading.
Right now, Plasma sits fourth in the world by USDT balance, holding $7 billion in stablecoins. It supports over 25 different stablecoins, covering everything from hedging to remittances. With infrastructure in more than 100 countries, supporting over 100 currencies and 200+ payment methods, Plasma actually makes borderless finance possible.
DeFi protocols love Plasma because it’s built for stablecoins. Aave V3 markets on Plasma have the world’s highest supply-to-borrow ratio for stablecoins. Plasma also ranks second in TVL across big protocols like Aave, Fluid, Pendle, and Ethena. The syrupUSDT pool alone has $200 million, making onchain liquidity hard to beat.

Fluid deployment is all about capital efficiency. Payments, card issuers, fintech builders—they use Fluid to earn, swap, and borrow without locking up too much collateral. This setup makes it easy to scale up without unnecessary costs.
CoWSwap has joined up for MEV-protected trades. That means traders can swap, send, or bridge assets with zero gas fees, all while staying protected from value extraction—even when the market’s wild.
So, why does this matter? Traditional finance is slow and expensive. Plasma’s tech makes DeFi fast enough to go toe-to-toe with centralized finance, which is exactly what institutions want if they’re wary of blockchain risks.
Here’s how it works: You start a transaction on Plasma. PlasmaBFT locks it in almost instantly, then anchors the block to Bitcoin for extra security. Stablecoin gas covers the fees behind the scenes, so users don’t even notice.
Enterprises are jumping in, too. Confirmo processes $80 million every month across e-commerce, trading, forex, and payroll—all with zero gas for merchants. This lets businesses plug crypto into their legacy systems without friction.
StableFlow lets you transfer up to $1 million from networks like Tron to Plasma with basically no slippage or fees. This kind of liquidity stands up to what you’d see on big centralized exchanges and supports serious operations.
NEAR Intents let you settle and swap across 125+ assets, all onchain, at good rates. Builders can run complex trades with no middlemen involved.
And with Rain, you can spend Plasma USDT at over 150 million merchants worldwide. That’s how you get from holding crypto to actually using it in the real world.
Plasma’s backers give it serious credibility—names like Paolo Ardoino from Tether, Scott Bessent, Chris Giancarlo, and David Sacks are helping steer the ship.
Over 100 partnerships are driving the ecosystem forward, making Plasma a real hub for stablecoins and boosting adoption everywhere.
In DeFi, Plasma turns stablecoins into productive assets. High supply-borrow ratios in lending markets show capital isn’t just sitting around; it’s working efficiently. Protocols like Pendle and Ethena build yield strategies right on top of this.
Anchoring to Bitcoin solves some of blockchain’s deepest security issues and helps keep things decentralized—something regulators and enterprises both care about.
For developers, EVM compatibility means fewer headaches. You build stablecoin apps with Reth, deploy fast, and scale up thanks to PlasmaBFT’s performance.
Plasma also tackles stablecoin fragmentation. Unified settlement cuts down cross-chain risks and opens the door for more innovation in yield farming and liquidity.
For enterprises, tools like Confirmo and Rain finally bridge the gap with traditional finance, making compliant crypto integration possible.
As stablecoin volumes explode, Plasma’s design keeps everything running smooth. Sub-second blocks handle even the biggest spikes, all while costs stay low.
Retail users aren’t left out either—over 200 payment methods mean people in emerging markets can jump in, even where old-school banks fall short.
Plasma’s all about real utility, not just speculation. Its stablecoin-first features line up incentives for people who actually want to use these assets long term.
Details about governance aren’t public yet, but with this roster of backers, you can bet there’s strong strategic oversight guiding Plasma forward.
Compared to general L1s, Plasma's stablecoin optimizations yield superior efficiency. Bitcoin anchoring adds a layer of proven security absent in many competitors.
This tech convergence propels DeFi forward. Institutions gain trusted rails; developers access robust tools.
Plasma embodies the evolution of blockchain finance. Secure, fast, and stablecoin-centric, it paves the way for mainstream adoption.

@Dusk $DUSK #Dusk
Traditional finance traps assets in custodians’ vaults, and honestly, it just slows everything down and adds risk. Dusk Foundation changes the game with its own layer 1 blockchain. Here, institutions hold their own tokens—no middlemen needed—and built-in privacy features keep everything compliant so global markets can actually work. Since 2018, Dusk’s been building the rails: users manage tokenized securities right from their wallets, skipping the old-school custody headaches but still ticking all the regulatory boxes. This isn’t just a tech upgrade—it’s a real shift. Now, everyday people get access to stuff like bonds and equities, without getting tangled up in legacy systems’ liabilities.
Dusk’s tech is modular. That means you can snap on features—like privacy or EVM compatibility—without breaking things. DuskEVM, the execution layer, lets developers deploy Solidity contracts just like they would on Ethereum, but they settle on Dusk’s base layer for extra security and speed. Mainnet went live in January 2026, and since then, teams have started rolling out apps that actually respect the rules while working with real-world assets. Unlike a lot of blockchains that get stuck in their ways, Dusk keeps things flexible. New modules, no drama, no forks. That’s crucial when regulations keep moving the goalposts.
Privacy isn’t an afterthought here—it’s built in. Dusk uses Hedger, combining zero-knowledge proofs with homomorphic encryption, so you can choose: keep your transactions public, or flip the switch for full privacy. Private mode hides everything from amounts to identities, but you can still let auditors see what they need. Regulators get enough access to verify compliance, but not so much that all your info is out there. It fits right in with frameworks like MiCA. After seven years of building, Dusk finally solves the age-old problem: protecting sensitive financial info while still staying on the right side of the law. In practice, this stops front-running and gives institutions the privacy edge they need to jump in.
Dusk’s consensus is designed for finance—no waiting around for confirmations. Transactions settle in seconds. Bulletin boards act as a shared ledger, so reconciling complex deals is simple. The system isn’t chasing DeFi hype volumes; it’s tailored for businesses that need audit trails and reliability. Smart contracts take care of compliance, and institutions get instant settlement—no more T+2 delays. Users can access everything from stocks to commodities and keep full control of their assets.

Partnerships push the ecosystem forward. NPEX, a big Dutch exchange with €300 million under management, is co-building DuskTrade for regulated asset trading. It’s launching in 2026, and there’s already a waitlist. Quantoz brings $EURQ, a euro-backed e-money token that follows MiCA rules, so you can transact on-chain in euros under EU law. Chainlink hooks up Dusk with cross-chain features and real-time pricing data. Custody and compliance partners like Cordial Systems and TradeOn21X round out the picture, making sure the basics—like safe storage and market access—are covered.

Liquid staking with Sozu boosts network utility. Right now, TVL sits at 26.6 million, with staking rewards around 29.75% APR. Fees are straightforward: 0.25% on deposits, 10% on rewards. You can secure the network without locking up your assets, which fits Dusk’s whole user-first mindset. Tools like Dusk Explorer let people peek into private transactions when needed, building trust. And yes, Dusk warns users to steer clear of impersonators and stick to official channels.
Dusk stands apart from traditional, institution-focused models by giving users direct wallet custody of asset-backed tokens. Issuers tap into global liquidity without chopping it up across different custodians. No custodians means institutions dodge extra liabilities, and automated compliance keeps things tight. This opens the door for regular people to mix and match services from both traditional and crypto worlds. So, whether it’s real estate or art, tokenization makes it accessible—and you still get privacy.
When you look at the competition: Ethereum is open but too transparent for most institutions. Solana’s fast, but it doesn’t solve privacy for finance. Dusk sits in the sweet spot: modular, compliant, and private. It’s built to handle the tidal wave of tokenized assets on the horizon. With integrations like Chainlink, Dusk moves assets across chains with real-time data, cutting down on risk.
Developers get a head start thanks to EVM compatibility—no need to learn new tricks. They can focus on real-world assets, like money market funds. Community events, like AMAs with CTO Hein Dauven, help everyone stay sharp on privacy and RWAs. Dusk shows up at FinTech talks, keeps the roadmap flexible, and anticipates new rules like DORA, which demand resilience. That’s been part of Dusk’s DNA from the start.
Risks in on-chain finance persist, but Dusk mitigates via design. Selective disclosure ensures audits without leaks. As asset managers deploy full-scale, Dusk's rails support secure scaling. Tokenization isn't abstract; it's practical infrastructure unlocking illiquid assets worldwide.
Dusk redefines finance by centering users, with privacy as the enabler. It transforms custody from a burden to a feature, paving on-chain paths for global capital. Institutions evolve, users empower, markets unify.

@Walrus 🦭/acc $WAL #Walrus
Data scarcity has always been a huge roadblock for AI, but Walrus on Sui changes everything. Instead of hoarding information, Walrus turns raw data into real, verifiable assets. Think of it as a backbone for data markets—here, datasets actually get economic value, thanks to cryptographic proofs and decentralized storage. Developers can tokenize information, letting AI models train on sources they can trust—no central gatekeepers needed.
At its core, Walrus works as a storage layer that doesn’t care what chain you’re on, but it’s built to really fit with Sui’s fast architecture. It handles massive, messy blobs—stuff like datasets or media—using erasure coding. Basically, it chops data into pieces, adds redundancy so nothing gets lost, and spreads those pieces across nodes. Anyone can store shards, and if you need your data back, you only need a handful of them to reconstruct the whole thing. This keeps data available even when the network’s under pressure, unlike old-school replication that just racks up your costs.

But Walrus isn’t just about storage. Its Seal technology steps things up by locking down access using on-chain rules. Data owners set permissions through Sui smart contracts, sealing their data away from prying eyes. This creates confidential spaces for sensitive AI datasets—so you can verify what you need without ever exposing the raw info. Seal works with Sui’s object model, so data acts like an asset you can transfer and track, always keeping its integrity.
To keep things moving, the Walrus Foundation runs an RFP program. They invite builders to pitch project ideas that use Walrus, then give resources to the best ones. It’s all about fueling new data-driven apps, whether that’s AI agents or decentralized content platforms. If your proposal wins, you get support—no need for centralized funding.
Partnerships show Walrus in action. Talus Network uses it to store AI agent states and models, so agents can operate persistently and verifiably. Their data anchors on Sui for easy audits. The Itheum protocol puts datasets on Walrus, turning them into tradable NFTs. People mint data assets, set royalties, and trade in open markets—so quality data actually gets rewarded.
Funding isn’t an issue. Walrus Foundation pulled in $140 million from heavyweights like Standard Crypto and a16z. That money goes to building a fast, AI-ready storage network. They’re all about performance—nodes get incentives through staking.

Speaking of staking, that’s how Walrus keeps its network secure. Users lock up WAL tokens to run nodes and earn rewards if they stay available. If a node goes down, it gets penalized. Each epoch, nodes commit to storage jobs and check up on each other. Token holders steer upgrades, voting on proposals tied to on-chain data.
WAL’s supply caps at 5 billion, with 1.25 billion in circulation at launch. The inflation model rewards people who stick around for the long haul, gradually dropping to keep things sustainable. Unlocks stretch all the way to 2033, so there’s no sudden dumping. WAL also lets users prepay for data streaming, making AI workflows faster by cutting latency.
Walrus Sites show off what’s possible. Developers can launch web apps with familiar tools, publish to Walrus, and get permanent URLs—no more worrying about servers. Resources store as Sui objects and can move between owners. If a node fails, the network just redistributes the data shards. There are already hosted examples: Flatland for interactive Sui apps, Snowreads for decentralized reading, and staking dashboards. It’s all fully on-chain.
So, why does Walrus matter? Centralized data hosts mean censorship and security risks, undermining trust in AI. Walrus flips that—storage gets decentralized, provenance verified by Sui anchors. Developers get an easier way to build data-heavy apps; enterprises get confidential data handling and can meet compliance needs with selective disclosure.
The impact goes beyond just storage. In DeFi, Walrus holds collateral proofs privately, making things more secure. Gaming platforms can host assets transparently, cutting down on cheating. AI models can train on tokenized datasets, citing their sources right on-chain. It’s a big shift—now, instead of hidden data and black-box models, you get transparent markets and real incentives for quality data.
Compared to the old guard like AWS, which banks on trusting a single provider (and risks outages), Walrus spreads the risk and backs everything up with cryptographic guarantees. Costs go down, thanks to efficient coding and less redundancy. And since Sui’s all about parallel execution, Walrus can handle petabytes of data without slowing down.
Even though Walrus started on Sui, it’s designed to be chain-agnostic, which opens the door for adoption across other blockchains. That makes it the kind of infrastructure multi-chain AI needs—where data moves smoothly, no matter the network.
Governance evolves through on-chain proposals, referencing stored data for transparency. Community votes, weighted by staked WAL, decide features like coding optimizations.
Challenges Walrus addresses: Data bloat on blockchains. By offloading blobs, Sui remains lean, with Walrus handling heavy lifting. Privacy gaps in open ledgers close via Seal, enabling enterprise entry.
Migrations underscore maturity. Over 250TB transferred to Walrus, proving enterprise readiness. This volume tests resilience, with zero reported losses.
Walrus rearchitects data infrastructure. It empowers builders to monetize information, verifies AI inputs, and decentralizes web hosting. On Sui, it unlocks scalable ecosystems, where data drives value without compromise.

@Vanarchain $VANRY #Vanar
Vanar Chain isn’t just another blockchain project—it’s built from the ground up with AI at its core. This L1 network moves fast, cranking out blocks every three seconds. Fees don’t fluctuate; every transaction costs just one cent. And if you’re coming from Ethereum, you’ll feel right at home. Vanar is EVM compatible, so deploying your existing smart contracts is a breeze. On top of all that, it runs on 100% renewable energy, offsetting any emissions to stay carbon-neutral.
What really sets Vanar apart is its AI-first design. Instead of patching AI on top of an old system, Vanar weaves it into every layer. There are five layers, each with a job: the base chain keeps things scalable; Neutron compresses and stores data like deeds or invoices into “Seeds” you can query anytime; Kayon handles on-chain reasoning and compliance; Axon automates tasks; and Flows delivers tailored industry solutions. With Neutron, you don’t just store data—you turn it into fast, verifiable units that are cheap to access.
Kayon, sitting as a Layer 3 engine, takes things further. It sifts through on-chain data, offers insights, and can trigger actions on its own—no need for oracles. This powers agent-based workflows, especially in finance and entertainment. Neutron’s persistent memory means your AI agents don’t forget what happened last session, solving a big headache for autonomous systems.
Vanar is built for real-time needs. High gas limits let you run games and payments with barely any lag. The Virtua ecosystem uses Vanar for its virtual worlds, shifting assets into VANRY. Even big gaming names are on board—Viva Games Studios is bringing Disney and Sony IP onto the chain, letting players own assets and make microtransactions.
When it comes to payments, Vanar doesn’t mess around. Its PayFi tools support agent-based payments, and a partnership with Worldpay means global settlements are smooth and compliant. Nexera’s middleware keeps everything above-board in 47 jurisdictions. This makes Vanar a solid fit for tokenizing real-world assets, even splitting up property ownership.
The numbers tell the story. Vanar’s handled nearly 194 million transactions and produced almost 9 million blocks. About 67 million VANRY are staked, with $6.94 million locked in the system. Wallets? Tens of millions—proof people actually use it for high-frequency stuff.

The tokenomics aim for long-term health. Out of a max 2.4 billion VANRY, up to 2.23 billion already circulate. Most of it—83%—goes to validators, with 13% set aside for development and 4% for the community. Revenue from subscriptions funds regular buybacks and burns, keeping the ecosystem moving.

Developers get a lot to work with. SDKs in JavaScript, Python, and Rust make integration easy. With ERC-4337 account abstraction, apps can offer simple sign-ins and in-app wallets, so new users don’t have to jump through hoops. Local testing means you can catch bugs before hitting mainnet.
Entertainment is front and center. Vanar powers metaverse platforms and apps where the blockchain stays in the background. Your preferences and history stick with you, combining Web2’s smooth experience with Web3’s security.
Recent updates show how tightly AI and blockchain can work together. myNeutron, a personal AI assistant for on-chain tasks, is set for release in late 2025. They’re also making it easy to switch between cloud and blockchain storage without losing a step.
Vanar’s not just building tools—it’s changing how AI fits into organizations. By rethinking workflows, Vanar helps companies keep knowledge and decisions persistent, making a bigger impact than just adopting the latest software. Agents can work across different models and chains and still get the job done.
This lines up with Vanar’s bigger vision: sovereign AI. Persistent memory and solid reasoning power next-level agents in industries like manufacturing and finance. The architecture is intent-first, so user needs always come through loud and clear.
At its core, Vanar treats blockchain like an operating system for AI. It manages ongoing calculations, keeps track of state, and settles up—all natively. The way tokens work is tied directly to how the system behaves, making compliance easy to follow.
Founded in 2023 with a team of 51 to 200 people, Vanar is all about real-world data and applications. Weekly updates focus on growing its intelligence layers, not just racking up transactions, as it gears up for the age of autonomous systems.
Bottom line: Vanar unlocks what AI can really do for Web3. By compressing data into Seeds and putting reasoning on-chain, it turns information into something you can prove and reuse. This isn’t just AI as a cool add-on—it’s the backbone, making finance and entertainment smarter and more efficient.

@Plasma $XPL #plasma
Plasma is changing the way stablecoin payments work in Web3. At its core, it’s a Layer 1 blockchain built just for stablecoin settlement—fast, cheap, and dependable. With EVM support through Reth, developers can plug right in without a headache. PlasmaBFT brings sub-second finality, which means transactions pretty much settle instantly. And here’s something users love: gasless USDT transfers. No more surprise fees, just smooth payments.
The Paymaster feature takes care of gas at the protocol level, so users don’t even have to think about fees on stablecoin moves. Developers can deploy contracts using familiar tools like Hardhat and Foundry, no migration drama. On the security side, Plasma regularly anchors its state to the Bitcoin network. That keeps things neutral and makes censorship a lot harder.
But Plasma isn’t just about blockchain—it’s about connecting to the real world. Rain cards let you spend at millions of merchants. Oobit ties the network to over 100 million Visa outlets. EURØP, a euro stablecoin, follows MiCA rules, so big institutions can use it for euro payments without worrying about compliance.
The numbers speak for themselves. SyrupUSDT’s lending pool on Maple Finance has $1.1 billion locked in. That’s mostly institutional money, and it shows trust. Plasma supports more than 25 stablecoins and ranks fourth worldwide for USDT holdings, with stablecoin deposits hitting $7 billion.

Speed isn’t a problem—Plasma handles more than 1,000 transactions per second, and block times stay under a second. It’s available in over 100 countries, supports 100+ currencies, and hooks into more than 200 local payment methods.
The backing is serious: Paolo Ardoino from Tether, Scott Bessent (a nominee for U.S. Treasury Secretary), Chris Giancarlo (former CFTC Chair), and David Sacks (Crypto and AI Czar) all lend their expertise. They help steer Plasma’s strategy and keep it on track.
Plasma targets both everyday users in high-growth markets and big institutions in finance and payments. Crypto-collateralized stablecoins keep value steady through DeFi, which is a big shift from old-school fiat systems.
You get instant payments with stablecoins, and there’s a Learn Center packed with guides on global payments, savings, and how stablecoins actually work. Privacy gets top billing too, with a clear policy protecting user data.

More than 100 partnerships, especially in the MENA region, help drive fast adoption. In places where money moves quickly, Plasma fits right in. Stablecoins offer more than just a digital bank transfer—they’re faster, cheaper, and borderless.
Anchoring to Bitcoin keeps data locked down tight. Full EVM support means developers can build without breaking the bank. New builders face lower barriers, so the ecosystem keeps growing. Key uses right now? Transfers and lending—core areas in DeFi.
Compliant stablecoins like EURØP make it easy for institutions to get involved, especially for cross-border payments. For regular users, zero-gas stablecoin transfers make daily transactions painless.
Plasma consistently processes over 1,000 TPS, with blocks confirmed in under a second. The Paymaster system removes the hassle of gas fees for users, changing how people experience payments.
What sets Plasma apart? It’s all about a stablecoin-first design, direct security from Bitcoin, and a network that’s ready for both retail and institutional players.
With $1.1 billion in lending pools, support for 25+ stablecoins, and $7 billion in deposits, Plasma has earned trust at scale. Its global reach—100+ countries, 200+ payment methods—makes it easy for anyone, anywhere, to jump in.
Expert guidance from Tether’s CEO, Treasury and CFTC leaders, and crypto innovators keeps Plasma pushing forward. Retail users in fast-moving markets get instant payments, while financial institutions tap into an infrastructure that’s neutral and reliable. Crypto-backed stablecoins keep DeFi stable, even as the space evolves.
Plasma’s educational resources cut through the jargon, covering everything from CBDCs to the real benefits of stablecoins. With so much flexibility and a focus on compliance, Plasma is ready for global use.
The MENA focus takes advantage of rapid money flows, and partnerships amplify the network effect. Instant payments are the new normal for users.
Every periodic anchor to Bitcoin locks in security. EVM tools like Foundry make development easy and cheap, so the ecosystem flourishes.
On Maple, SyrupUSDT leads with $1.1 billion in TVL, proving demand is real and growing. Over 25 stablecoins integrate, with Plasma ranking fourth in USDT holdings and $7 billion in stablecoins deposited.
Coverage? Over 100 countries, 100+ currencies, and 200+ payment methods. Over 1,000 TPS, sub-second blocks, and gasless USDT transfers.
The Paymaster system delivers zero gas fees for stablecoin transactions. Rain and Oobit open up merchant access, while Visa expands reach. EURØP, under MiCA, brings euro stablecoin compliance to Europe.
Plasma’s got heavy hitters backing it—Ardoino, Bessent, Giancarlo, Sacks. It’s built for both retail and institutions, running on Reth EVM, PlasmaBFT finality, and Bitcoin-level security.
All of it puts Plasma at the front of the pack for stablecoin payments in Web3.

@Dusk $DUSK #Dusk
Dusk isn’t just another blockchain—it’s a Layer 1 built from the ground up for regulated finance. Privacy isn’t an afterthought here; it’s right at the center, but auditability sticks around too. Institutions get to build DeFi apps that follow the rules. Real-world assets? They move on-chain without the usual friction. The modular setup splits consensus, execution, and application layers, which makes the whole thing way more scalable. And if you’re a developer, you get to work with tools you already know.
The story starts back in 2018. Dusk set its sights on global financial markets from the beginning. Its edge? Privacy that actually meets compliance. Zero-knowledge proofs keep data under wraps. Homomorphic encryption lets you share only what’s needed. So, transactions stay private but verifiable. If a regulator needs to check something, they get access—without exposing everything. Users control their own credentials. Identity checks become decentralized, locked in as unchangeable assets.
Behind all this is the Citadel protocol, powering those zero-knowledge features. You can share certificates that prove compliance without ever revealing the actual data. No more relying on central servers either. People finally have control over their info. The Phoenix transaction model brings in nullification factors and single-use public keys, which keeps the network’s state lean. Balances and addresses stay hidden. Asset movement stays private by design, so outside tracking just doesn’t work.
The Piecrust virtual machine takes WebAssembly and makes it fly. Verifying zero-knowledge proofs happens fast—kernel-level support for the Poseidon hash speeds everything up. Even basic devices can run complex checks in a snap. The network reaches consensus using Secure Byzantine Agreement, with cryptographic randomness picking who validates blocks. There’s no forking, no waiting—finality lands right when the block is created. Digital assets settle instantly.

In the second week of January, DuskEVM goes live. This means Ethereum smart contracts can run right on Dusk’s own Layer 1. Settlements happen on-chain, regulated DeFi gets room to grow, and apps for real-world assets fit right in. The Hedger module adds privacy to the EVM, mixing zero-knowledge proofs with homomorphic encryption so transactions stay private but still auditable. Regulated finance just fits.
Hedger Alpha is already live. Institutions are actually testing confidential transfers right now. Data stays private, compliance stays solid, audits work through selective disclosure. Financial operations run smoother, and risk drops.
Looking ahead, DuskTrade is on track for 2026. It’s Dusk’s first big real-world asset application, built with NPEX—a Dutch exchange holding all the key licenses (MTF, Broker, ECSP). Over €300 million in tokenized securities move on-chain. A compliant trading platform emerges. Investments get tokenized and secure, liquidity pools aren’t split up, and access goes global.
Dusk’s ecosystem keeps growing through partnerships. Quantoz brings in €EURQ, a MiCA-compliant E-Money Token fully backed by euros. So, transparency is baked in and institutions get new use cases. NPEX adds €300 million in assets under management. Tokenized securities stay compliant. Chainlink hooks into Dusk via CCIP, with Data Streams and DataLink supporting real-world assets. Cross-chain stuff just works.
Cordial Systems delivers compliant custody. TradeOn21X brings DLT-TSS into the mix. Licensed institutions finally have a bridge to blockchain, so regulated securities actually trade on-chain. Fintech just keeps moving forward, and Dusk is right there, closing the gap between old-school and new finance.
Businesses can tap financing through smart contracts. Trades happen automatically. Expensive processes get outsourced. Institutions clear and settle payments instantly, with compliance happening in the background. Global liquidity pools open up, and users can hold institutional assets in their own wallets. Self-custody isn’t just an option—it’s the norm. Markets become more diverse and accessible to anyone.

Smart contracts turn into actual products. Tokens follow privacy rules. Global regulations get respected, and local laws fit in. Trades settle instantly. Bulletin boards provide the source of truth. No more fragmented liquidity. Custodians fade out. Access becomes universal.
Dusk opens the door to economic inclusion. Assets once reserved for big institutions now reach everyone. Privacy-first tech brings real-world assets on-chain. Traditional finance meets blockchain. Users get more control, institutions cut costs, and businesses scale up.
Dusk’s edge? Compliant on-chain markets. Tokenized money market funds and securities trade in private, with audit trails sticking around. Regulated DeFi scales. Privacy tech keeps getting sharper—seven years of refining shows. Private yet verifiable transfers become the standard.
The modular architecture adapts as needed: consensus keeps things secure, execution makes everything efficient, and the application layer pushes new ideas. Developers can stick with Ethereum tools, making the transition smooth.
Real-world adoption isn’t a hope—it’s happening. Licensed exchanges bring tokenized securities on-chain. Compliant privacy draws in institutions. DeFi evolves, but this time, it’s regulated.
Dusk is changing how financial infrastructure works. Privacy isn’t optional; it’s built-in. Compliance isn’t forced; it’s natural. And for the first time, global markets can come together on-chain.

@Walrus 🦭/acc $WAL #Walrus
Walrus just smashed the single-day upload record—17.8 terabytes. That’s a serious leap for decentralized storage, especially for AI data. So, what makes Walrus such a beast? Let’s dig in.
Walrus runs as a chain-agnostic storage layer on Sui, and it’s built to handle massive data blobs. Instead of just copying data everywhere, it chops files up with erasure coding, spreads the pieces across different nodes, and keeps redundancy pretty lean—just 4 to 5 times overhead instead of full-on replication. That saves a ton on costs. The Seal system locks metadata on-chain, and availability proofs make sure access is quick and verifiable. Pulling huge files? Takes less than two seconds.

They’re targeting the big stuff—AI datasets, media, agent memory. Developers are already storing over a petabyte, and that’s as of late 2025. That 17.8 TB upload in a single day? It doubled their previous best. The infrastructure just keeps up, scaling to enterprise levels without breaking a sweat.

Walrus isn’t just storage. It’s a whole data marketplace for the AI era. Developers can monetize their datasets directly. Verification tools make sure the data’s real. Governance happens through staking—nodes earn when they stay online, get penalized when they don’t. Staked WAL hit one billion by mid-2025, and one node holds about 2.6% of that. The community can adjust parameters with votes, keeping things fair.
Partnerships are expanding the ecosystem fast. Talus plugged in for AI agent frameworks, keeping model data safe. Itheum brought data tokenization, so you get programmable, gated markets and new ways to make money. Dozens of dApps already run on Walrus. Real projects are moving off centralized clouds.
Then there’s Walrus Sites—decentralized hosting, no servers needed. Deploy code, get an object ID, and share the URL. Anyone can access it from any browser, no wallet required. The system shrugs off node failures and moves data objects easily, all at costs that compete with the big Web2 names.
People are actually building on this thing. Flatland runs as a decentralized app. Snowreads hosts content securely. Walrus Staking is fully on-chain. The docs site shows off just how easy it is. Builders are launching dApps on Sui, Ethereum, Solana—no barriers, so more Web3 users are coming in.
Walrus isn’t just talk. You see it in action—data chunks moving like shipping containers, built-in fault tolerance, and Sui’s speed giving it an edge. The roadmap moves forward with steady releases. It’s proven resistant to power grabs, especially in decentralized blogs, and the system handles spikes in demand without issues.
The Walrus Foundation isn’t short on backing either. They’ve raised $140 million from Standard Crypto and a16z to push the network’s speed and reliability even further. Their RFP program keeps fueling ecosystem projects, and developers keep getting new tools.
In the end, Walrus turns data into something you can govern, trade, and trust. AI systems tap verified sources. Autonomous agents store memory they can actually access later. Enterprises get censorship resistance. And builders can finally ship with confidence, knowing the protocol’s here for the long haul, powered by real incentives.

@Vanarchain $VANRY #Vanar
Vanar Chain isn’t just another blockchain adding AI on top—it’s built, from the start, for intelligent workloads. The whole thing is designed around native memory, reasoning, automation, and seamless settlement, which leaves most retrofitted chains in the dust. Everything runs on a five-layer stack: the base Vanar Chain for speed and scale; Neutron for compressing data so it’s easy to work with; Kayon for making sense of all that data; Axon for running smart automations; and Flows that bring industry-specific tools right onto the chain. The result? Data turns into knowledge you can actually query, letting on-chain logic process records, check compliance, and trigger actions without missing a beat.

Let’s zoom in on Neutron—it’s like the brain’s memory, shrinking things like property deeds or compliance docs into these portable “Seeds.” These Seeds are easy to move between chains, cut down on storage, and still keep everything auditable. Kayon takes it further, reasoning over everything from on-chain activity and market data to enterprise systems like ERPs or CRMs. Every output ties back to real evidence, which is huge for regulated industries. Compliance isn’t bolted on—it’s built in, with monitoring across 47 jurisdictions and automated reporting that doesn’t need outside oracles.
Under the hood, Vanar’s consensus blends Proof-of-Authority and Proof-of-Reputation. The foundation starts as validator, but over time, community nodes take over, and reputation—built on staking and user behavior—decides their capacity. Blocks come out every three seconds, fees are locked at one US cent per transaction. It’s all first-in, first-out; no crazy gas bidding wars. High gas limits mean real-time payments and gaming just work. And since Vanar is EVM-compatible, Ethereum smart contracts can roll over with minimal fuss, backed by solid research and proven security.

Vanar’s green too—running on Google Cloud and offsetting its carbon footprint. Nexera steps in for compliance middleware, NVIDIA and Ankr help boost AI and staking, and Worldpay makes agent-based payments possible—so settlements slot right into AI-driven processes and global payment rails. Viva Games Studios builds with Vanar, letting brands like Disney and Hasbro offer microtransactions and player-owned assets in their virtual worlds.
The native token, VANRY, is capped at 2.4 billion. Right now, 2.23 billion circulate, with the rest rolling out over 20 years—average inflation sits at 3.5% yearly, mostly rewarding validators. You’ll find VANRY wrapped as ERC20 on Ethereum and Polygon, so DeFi stuff like liquidity pools on VanarSwap or SuiDEX is all there. Staking secures everything, and VANRY covers gas and operations.

Vanar’s ecosystem covers payments, tokenized real-world assets, and entertainment. Virtua Metaverse is moving its assets to VANRY, offering digital collectibles and virtual land with lightning-fast interactions. The VGN games network breaks logic into modules for things like settlement and identity, cuts down on rollbacks, and lets creators set up contracts for automated profit-sharing. Developers get plug-and-play components they can test before going live.
myNeutron is like your personal AI sidekick, keeping your context across platforms for on-chain actions—early access comes late 2025. Flows turn intelligence into actions, making sure everything runs safely in enterprise settings. The infrastructure fits into existing workflows, so builders don’t need to learn new tricks. SDKs in JavaScript, Python, and Rust make it easy to add AI, with smart APIs for data queries.
The real goal? Make Vanar something people actually use every day, not just speculate on. Tens of millions of wallets and hundreds of millions of transactions show how light, repetitive actions—think claims or trades—just happen. Account abstraction and built-in wallets mean you can log in with email or social, so gamers and creators run right in. Hybrid storage with Neutron keeps data durable but light.
Security runs deep—every protocol update goes through heavy testing before hitting the mainnet. That keeps the network solid for everyone. And with multi-chain compatibility, VANRY gets more use as it spreads across the ecosystem. Vanar’s focus on execution means AI agents actually finish jobs in live conditions, handling costs and settlements right at the protocol level.
For enterprises, Vanar’s all about provenance and trust. Stateless systems hit a wall without memory, but Vanar stacks context, so you don’t have to start over—enabling workflows that really run on their own.

@Plasma $XPL #plasma
Plasma is quietly taking over as the backbone for stablecoin infrastructure, and honestly, it's not hard to see why. Stablecoins move trillions each year, but high fees and slow transfers keep them from working well in the real world. Plasma steps in as a Layer 1 blockchain built just for stablecoin settlements—fast, cheap, and designed to fit right in with what people already use. It's EVM-compatible, so developers can plug in their existing tools without any drama. And with PlasmaBFT consensus, transactions settle in less than a second. For extra peace of mind, Plasma anchors its state hashes to Bitcoin blocks, adding a layer of neutrality and security you don't usually get.
One of the best parts? No more gas headaches. You can send USDT without holding the native token. The Paymaster system automatically converts stablecoin fees into XPL for validators, and since gas is paid in stablecoins, costs stay steady in dollars. The network handles over 1,000 TPS (with real-world usage at 4-5 TPS), block times are always sub-second, and the numbers keep climbing—3 million addresses, 140 million transactions, half a million contracts, and support for 20,000 tokens.

Anchoring to Bitcoin boosts censorship resistance, while PlasmaBFT, optimized from HotStuff, keeps things efficient. Privacy isn't an afterthought—confidential transactions protect users. For big settlements, an Intents module borrowed from NEAR manages trades across more than 125 assets at CEX-level pricing. Need to move assets across chains? Stargate bridges make it seamless. EUR stablecoins are MiCA-compliant, so they're ready for regulated markets.
Plasma doesn't stop at payments. Aave is integrated for decentralized lending, and GHO stablecoins launch natively. The SyrupUSDT pool on Maple Finance locked in $1.1 billion TVL right out of the gate. Fluid handles borrowing and swaps efficiently. Pendle and Ethena bring more yield options, while CoWSwap offers zero-gas, MEV-protected trades. Merchants aren't left out—Rain cards connect to 150 million stores worldwide, Oobit links up with 100 million Visa-accepting outlets, and Confirmo processes $80 million a month for payroll and e-commerce.
On the compliance and settlement front, Stripe's Bridge and ZeroHash keep things above board. Platforms like Yellow Card, Prive, and Walapay expand reach in emerging markets, and support in the MENA region is strong with partners like Actual, Bilira, Yasmin, Utila, OpenFX, Noah, and Hifi. Plasma supports over 25 different stablecoins, including USDT, USDC, GHO, AUSD, USDS, crvUSD, lvlUSD, USDO, Neutrl USD, Argentine Pesos, and Indonesian Rupiah. Deposits already top $7 billion, putting Plasma fourth in USDT balances.
Security is locked in with the XPL token. Validators stake XPL, coordinate resources, and keep spam out, while governance votes shape upgrades and integrations. The token supply caps at 10 billion: 40% for ecosystem growth, 25% for the team, 25% for early investors, and 10% for the community. Inflation is zero for three years, then stays low. Annual PoS rates start at 5% and dip by 0.5% per year to 3%. Fees get burned through EIP-1559, helping balance inflation.

Mainnet went live in late 2025. At launch, $2 billion in stablecoins provided instant liquidity, TVL hit $5.5 billion in the first week, and stablecoin scale pushed past $7 billion. Daily active users keep growing. Plasma now reaches 100+ countries, supports over 100 currencies, and offers more than 200 payment methods. Partnerships? Over 100, with big names like Bitfinex, Founders Fund, Framework Ventures, Flow Traders, DRW, Shine Capital, and Tether. Tether’s involvement really drives home how much Plasma matters for scaling stablecoin adoption. Institutions get it: Plasma is becoming a key player in payments and lending. Developers enjoy low-cost Solidity deployments using Hardhat and Foundry.

Ease-of-use stays front and center. Session keys and batch transactions cut down on busywork. Fewer clicks mean happier users. Growth shows up in new addresses and contract deployments. Transaction fees rise slowly, hinting at healthy, sustainable usage. Liquidity for syrupUSDT sits at $200 million—the biggest pool on-chain.
Stablecoin supply worldwide is at $283.2 billion, with $350 trillion transferred on-chain last year. Still, only 1% goes to real payments. Plasma is changing that, finally making remittances, merchant settlements, and cross-border flows practical. The Plasma One app gives users a bank-like experience on decentralized rails.
Features like compliance and privacy attract institutions, while cross-chain lending opens up new ways to use capital. More asset categories mean better capital utilization. Validators keep the network honest with PoS and real penalties.
Plasma is rewriting how money moves. Instant confirmations work for both shoppers and businesses, and stable fees mean no nasty surprises. The native token focuses on security, not extra tolls. Treasury funds go back to building out partnerships and liquidity.
Global remittances and small businesses benefit from easy, frictionless payments. Freelancers can send money without worrying about gas fees. Merchants can finally accept stablecoins at scale. DeFi protocols on Plasma already rank second in TVL, and the supplied-to-borrowed ratio leads Aave V3 markets.
The architecture makes it easy for fintechs to launch, with deep liquidity for payments and cards. Enterprise trading and forex connect smoothly, and you can see the impact in merchant connections and settlement volume.
Bitcoin-linked security gives Plasma long-term credibility, and decentralized nodes keep it strong. If you’re looking for a platform that actually delivers on stablecoin potential, Plasma’s where things are happening.