Abiha BNB

@Walrus 🦭/acc $WAL #Walrus

Data fuels AI agents, but unverified sources create black boxes. Walrus fixes that. Protocol secures data provenance from input to output. Builders gain tamper-proof trails for decisions at scale.

Walrus operates as decentralized storage on Sui. Handles large blobs: media, datasets, archives. Erasure coding via Red Stuff fragments data. Replication factor is 4.5x. Tolerates two-thirds node failure. Self-healing recovers lost parts using minimal bandwidth.

Sui acts as control plane. Blobs become Sui objects. Ownership enables transfer, division, combination. Proof-of-Availability certificates verify access. Move contracts automate checks, renewals, deletions. Data turns interactive, unlike immutable setups.

Protocol is chain-agnostic. SDKs integrate with Solana, Ethereum. Clients split data into slivers. Nodes store, serve via epochs. Write path uses cryptographic IDs. Reserves storage on-chain. Nodes send signed confirmations. Aggregates form PoA.

Delegated Proof-of-Stake secures network. Token holders stake WAL via operators. Nodes compete for committees. Rewards tie to performance. Slashing penalizes malice or downtime. Governance lets holders vote on parameters: penalties, subsidies.

Ecosystem thrives on integrations. Seal adds access control, encryption. Tusky handles compute. Unchained builds front-ends. Itheum tokenizes data for markets. Talus persists AI agent memory. Baselight enables permissionless economy. Zarklab aids migrations with AI meta-tagging.

Real adoptions drive value. Team Liquid migrated 250TB esports footage in January 2026. Ensures redundancy, global access, monetization. Total stored data exceeded petabyte mark by late 2025. Processed 77.4TB raw uploads in December 2025 via Tusky update. Extended Tusky migration to March 19, 2026, supports shifts to ZarkLab, Nami, Pawtato.

wal.app powers decentralized sites. Stores HTML, CSS, JS as blobs. Metadata on Sui. Renders via browser, no wallet needed. Examples: Flatland, Snowreads, Walrus Staking, Docs. Eliminates servers. Boosts resilience for dApps on Sui, Ethereum, Solana.

AI agents rely on Walrus for context storage. Outputs anchor without central risks. Health platforms use for unaltered records. Games, NFTs, social apps gain persistent worlds. Verifiable data prevents loss, ensures compliance.

Protocol launched mainnet March 27, 2025. Walrus Foundation manages. Raised $140M from Standard Crypto, Electric Capital, Franklin Templeton. Focuses AI, DeFi, media. Programmable blobs unlock markets: gated datasets, licensed content.

Builders target video infra via RFP. Upload, store, serve at scale sans pipelines. TBook uses for permanent NFT storage. Beep integrates WAL in agentic yield. Network maintains decentralization through design: efficient encoding, distributed nodes.

Walrus bridges Web2 costs with Web3 reliability. Sub-two-second retrievals for blobs. Asynchronous Complete Data Storage handles delays, losses. Quorum-based approaches guarantee availability, correctness.

Enterprises adopt for backups, provenance. AI workflows demand consistent inputs. Walrus delivers traceable versions. No single failures disrupt operations.

Protocol evolves with partners: IO.net for GPU nets, Pudgy Penguins for NFTs. Chain-agnostic tools expand reach. Data markets emerge: own, share, price with incentives.

Walrus redefines storage as asset. Blobs programmable via contracts. Transforms files into economic units. AI era demands this: verifiable, governable data.

@Dusk $DUSK #Dusk

Dusk operates as a Layer 1 blockchain tailored for institutional needs. Privacy forms the core, shielding sensitive data while enabling verification. Institutions avoid exposure risks from public ledgers. Dusk integrates zero-knowledge proofs to confirm compliance without revealing details. Transactions hide sender, receiver, and amounts by default. Selective disclosure activates for audits.

Modular design separates components. DuskEVM handles EVM-compatible contracts. Solidity deploys seamlessly. DuskVM focuses on privacy-intensive executions in Rust. Zero-knowledge proofs embed natively. This splits workloads. Simple trades use EVM speed. Complex privacy ops route to VM. Finality hits in seconds via succinct attestations.

Consensus relies on Secure Byzantine Agreement. Random committees select via cryptography. Blocks finalize instantly. Forks eliminate. Asset transfers gain legal irreversibility. Provisioners manage nodes and signing. Passive stakers provide capital without operations. Rewards tie to uptime and correctness. Slashing penalizes faults mildly.

Hedger module encrypts balances and transfers. Homomorphic encryption allows computations on hidden data. Zero-knowledge verifies rules adherence. Balances stay private. Compliance proofs generate on demand. Hedger Alpha runs live. Institutions deploy tokenized assets confidentially.

Phoenix model structures transactions. Nullifiers and single-use keys prevent tracking. State conserves globally. Authenticity holds without exposing flows. Citadel protocol barriers devices from ledgers. Certificates prove conclusions mathematically. Data remains user-controlled.

Piecrust VM optimizes WebAssembly for cryptography. Poseidon hashes accelerate natively. Proof generation redundancy cuts. Low-power devices handle verifications in milliseconds. Kernel-level shifts boost efficiency.

Partnerships embed real integrations. Chainlink supplies CCIP for cross-chain moves. Data Streams feed real-time info. DataLink pulls exchange data on-chain. Quantoz issues EURQ as MiCA-compliant e-money token. 1:1 euro backing enforces. NPEX brings €300 million in assets tokenized. 21X licenses DLT-TSS for securities markets. Dusk participates in trades.

Sozu protocol enables delegated staking. TVL exceeds $26 million. Users lock without nodes. Rewards distribute based on participation. Active addresses grow 15-20% quarterly post-mainnet.

DuskTrade platform launches for regulated trading. Tokenized securities settle on-chain. Licensed exchanges partner. Waitlist accesses early. Assets include funds and debt instruments. Compliance automates via smart contracts.

Rusk VM executes privately. ZK proofs confirm without inputs reveal. Scope constrains for reliability. Financial logic prioritizes over general expressiveness. Bridge security hardens against incidents.

Circulating supply stands at 460 million tokens. Max caps at 1 billion. Fees burn portions. Governance weights by stake. Upgrades include oracle adds and changes. Emissions taper for security bootstrap.

DuskDS underpins the stack. Deterministic finality via succinct attestations. Supervised infrastructure forms. Cross-chain compliance holds. RWA tokenization goes beyond wrapping. Native issuance registers ownership on-chain.

Verification splits from raw data. Conditions confirm cryptographically. Protocol enforces rules at nodes. Institutional apps handle securities with embedded lifecycles. Holders, movements, audits program in.

Privacy avoids front-running. Strategies stay internal. Reputational risks drop. Eligibility proves without full disclosure. Mid-size managers offer tokenized shares qualified-only.

DuskEVM mainnet activates January 2026 second week. Testnet upgrades balance gas fees. Transfers cost less than intensive ops. Developer tools include Hardhat compatibility.

EURQ integrates as EMT. Strict EU rules govern. Transparency suits institutions. Cross-chain via CCIP. Tokenized RWAs compose in DeFi protocols securely.

Compliant rails support global markets. Borders fade in tokenization. Settlement collapses stacks. Costs plummet. Ownership directs.

Privacy tech pioneers since 2018. Transparent or confidential transfers choose. Explorer shows phoenix models live.

Dusk solves opacity vs. transparency dilemma. Confidential by default. Provable when required. Market integrity preserves. Access expands.

@Plasma $XPL #plasma

Plasma stands out as the Layer 1 blockchain engineered exclusively for stablecoins. It processes over 1000 transactions per second with block times under one second. Users transfer USD₮ without gas fees through the Paymaster mechanism, where contracts cover costs for verified transfers. This eliminates the need for native tokens in everyday payments. Plasma anchors its state to Bitcoin for security, ensuring immutable records via periodic hashes written into Bitcoin blocks.

EVM compatibility defines Plasma's execution layer, built on Reth in Rust. Developers deploy protocols without rewriting code, using tools like Hardhat and Foundry. The consensus layer runs PlasmaBFT, a pipelined BFT variant of Fast HotStuff, decoupling execution for parallel processing. This setup achieves finality in thousands of TPS, benchmarked internally. Plasma includes a native Bitcoin bridge, validating BTC events through validators to bring Bitcoin as programmable assets for collateral and liquidity.

Plasma supports 25 stablecoins across its network. It integrates with over 100 countries, 100 currencies, and 200 payment methods. Partnerships exceed 100, spanning DeFi and real-world finance. Stablecoin deposits total $7 billion, ranking Plasma fourth by USD₮ balance. The network handles large-volume settlements, enabling builders to access deep liquidity at centralized exchange pricing levels.

Aave operates on Plasma with deposits hitting $5.9 billion in 48 hours post-launch. Peak deposits reached $6.6 billion, active borrowing sat at $1.58 billion. Utilization rates for WETH and USD₮0 averaged 84 percent, overall market at 42.5 percent. Borrowing rates for USD₮0 stabilize between five and six percent. Plasma now hosts the second largest onchain lending market globally, providing liquidity for stablecoin primitives.

Maple Finance integrates institutional assets on Plasma, starting with Aave. SyrupUSD₮ pool TVL exceeds $1.1 billion. Institutional-grade yield becomes accessible, with assets managed onchain. Wildcat market offers open-term USD₮0 facilities up to 10 million at nine percent APR, backed by partners like Wintermute.

Oobit enables USD₮ spending at over 100 million Visa merchants. Users pay from wallets, merchants receive instant fiat payouts. LocalPayAsia connects USD₮ to millions of Southeast Asia merchants for real-world spend. BasalPay supports USD₮ to VND conversions, targeting Vietnam's 12 million visitors and $14 billion remittance market.

Confirmo processes $80 million monthly for enterprise clients in e-commerce, trading, forex, and payroll. Merchants accept USD₮ on Plasma with zero gas fees. Rain cards allow spending at 150 million merchants worldwide. Holyheld provides cards and IBANs via SEPA in 30 countries for USD₮ bill payments.

StableFlow facilitates large-volume stablecoin settlements from networks like Tron to Plasma, with minimal fees and zero slippage up to one million USD. NEAR Intents integration supports swaps across 125 assets on 25 chains, including XPL and USD₮0. CoWSwap delivers MEV-protected swaps with zero gas.

EURØP, a Euro-backed stablecoin from Schuman, runs on Plasma. Users access yield through Upshift vaults. COPR from Tellura enables 24/7 fractional copper trading in institutional custody, settled in USD₮. Fluid architecture bootstraps deep stablecoin liquidity for payments, card issuers, and fintechs.

Plasma's XPL tokens total 10 billion in supply. Distribution allocates 10 percent to public sale, 40 percent to ecosystem growth, 25 percent to team, 25 percent to investors. Inflation starts at five percent annually for validator rewards, decreasing 0.5 percent yearly to three percent. EIP-1559 mechanism burns base fees, balancing issuance with network usage.

Validators encrypt and store data with proofs of spacetime for integrity. Failure to prove storage results in stake slashing. This ensures reliable cross-chain data handling without silos. Plasma acts as neutral storage below blockchains, enabling data portability for profiles, identities, and assets.

Stablecoin transactions tripled over the last 30 days, hitting all-time highs on January 29. December marked pivotal growth, closing a year of firsts. Plasma transfers XPL into custody with Anchorage, the first federally chartered crypto bank, under routine schedules.

Builders execute large settlements via NEAR Intents at CEX pricing. USDT0 network evaluates chains for speed and security, doubling money velocity on Plasma. Institutional funds retain through TVL, signaling confidence in compliance and infrastructure.

Plasma redefines money movement by merging blockchain efficiency with traditional finance rails. It powers yields for billions, integrating assets like BTC for DeFi. The ecosystem focuses on utilization, turning stablecoins into seamless global tools.

@Vanarchain $VANRY #Vanar

Vanar Chain operates as an AI-native Layer 1 blockchain. Built on Go-Ethereum, it uses a custom consensus blending Proof-of-Authority and Proof-of-Reputation. Validators stake VANRY, maintain past behavior, and earn community trust. Block times are 3 seconds. Gas limits support gaming and real-time apps. Fees fix at roughly one US cent per transaction. Processing follows first-in-first-out order, no bidding wars.

EVM compatibility lets developers deploy Ethereum smart contracts directly. Carbon-neutral design compensates emissions. VANRY total supply caps at 2.4 billion tokens. Circulating supply stands at 2.25 billion. Remaining tokens distribute over 20 years: 83% to validators for security, 13% to development, 4% to community. No team allocations exist. VANRY wraps on Ethereum and Polygon for cross-chain transfers.

Five-layer stack integrates AI natively. Base layer is Vanar Chain, modular L1 for scalability and security. Neutron layer handles semantic memory. It compresses data into "Seeds"—queryable, AI-readable units. A 25MB file shrinks to 50KB while preserving meaning. Seeds store off-chain by default, anchor on-chain for verification. Client-side encryption uses owner-held keys. This enables tamper-resistant hashes, timestamps, and audit trails.

Kayon layer provides on-chain reasoning. It queries stored data via natural language. Validates compliance in real-time. Applies logic to records without oracles or off-chain compute. Automates decisions for assets like invoices or deeds. Axon layer, launching soon, adds intelligent automations. Flows layer, also upcoming, builds industry applications on top.

PayFi integrates compliant, global settlement. AI agents use these rails for economic activity. Tokenized real-world assets gain programmable logic. Fractional ownership applies to real estate, art, invoices. Built-in KYC and AML protocols ensure regulatory adherence. Cross-border operations remove geographical barriers. Liquidity boosts via trading fractions.

Entertainment ecosystem thrives on Vanar. Virtua Metaverse offers digital collectibles, virtual land, real-time experiences. VGN gaming network supports high-throughput asset transfers. In-game items own on-chain truly. Developer tools include APIs, interoperability across games. Blockchain hides complexity for seamless play.

DeFi bridges, exchanges, lending protocols connect. Assets bridge to Vanar for lower fees, faster transactions. GraphAI turns on-chain data into searchable knowledge. Transactions total 193.8 million. Blocks number 8.94 million. Wallet addresses reach 28.6 million. Daily throughput exceeds 9 million post-upgrades.

Partnerships drive adoption. Google Cloud provides infrastructure for green operations. NVIDIA Inception accelerates AI workloads. Worldpay collaborates on agentic payments. Nexera supplies compliance middleware. Viva Games Studios, with 700 million downloads, onboards for high-speed gaming. ChainSafe consults on priority support. Cireta launchpad moves over 200 million in RWAs. Veduta partners on gold and copper assets.

myNeutron acts as personal AI companion. It interacts with on-chain apps. Maintains persistent context at infrastructure level. Version 1.3 improves context usability as data grows. Early access targets late 2025. SDKs in JavaScript, Python, Rust add AI capabilities via intelligent APIs.

Fair fee model tiers pricing by gas: 0.0005 USD for tier-1 (21,000–12,000,000 gas). Fees convert to VANRY using multi-source price feeds. Fallback uses last block data if feeds fail. This prevents spam, ensures predictability. Delegated Proof of Stake lets VANRY holders stake, delegate, vote on validators and protocol.

Verticalization stabilizes business processes. Verifiable execution environments insert between structures. System changes compress, integration costs drop. Blockchain serves as on-demand layer, not central frame. Developer toolchains remain familiar. Performance sustains continuous operation.

Events showcase progress: AIBC EURASIA in Dubai February 9-11, 2026; Consensus Hong Kong February 10-12, 2026; Crypto Expo Dubai March 15-17, 2026; TOKEN2049 Dubai April 29-30, 2026. Saiprasad Raut leads payments infrastructure, bridging traditional finance, crypto, AI.

Stateless systems limit agents. Memory and context enable compounding decisions. Vanar embeds these natively. Intelligence becomes default for Web3 apps. From programmable to adaptive systems, efficiency rises. Real usage ties to agents, enterprises, not trends.

Expansion to Base unlocks more users. VANRY usage grows beyond single network. Infrastructure integrates quietly into workflows. Builders focus on creation, not adaptation. Retention follows predictable costs, low friction.

Vanar positions for intelligence economy. On-chain AI handles complex computations. Immutable storage verifies truths. Data powers decisions without trust assumptions. This shift builds robust, scalable apps.

Walrus is shaking up how we think about storage in the AI era. At its core, it’s a programmable, decentralized storage layer running on the Sui blockchain. When you upload something big—an AI dataset, a video, whatever—Walrus chops it up using erasure coding, then spreads those pieces across the network. The replication factor sits at 4.5x, so even if two-thirds of the nodes go down, your data’s still safe and you don’t have to reload everything from scratch.
Their erasure coding system, called Red Stuff, isn’t your typical setup. It works in two dimensions, which means Walrus only needs the bandwidth for the missing chunks when something’s lost. The system heals itself on the fly, so repairs are quick and cheap compared to the old-school “just replicate everything” approach.

Consensus? That’s handled by delegated proof-of-stake, broken up into epochs. Storage nodes compete for delegated WAL, trying to earn a spot in the committees. At the end of each epoch, nodes and stakers get rewarded. Mess up or act shady, and you get slashed—those penalties get burned, which keeps everyone honest.
Because Walrus plugs into Sui, data blobs become programmable objects. You can own them, split them, or transfer them, all on-chain. Proof-of-availability certificates back up access, and smart contracts handle renewals, deletions, or checks—no more “forever storage” headaches you see with rivals.
You’re not stuck on Sui, either. Walrus supports other chains, with SDKs for Solana and Ethereum. Data turns into interactive assets through Move contracts. That opens the door for AI agent backends, on-chain websites, rich-media NFTs—the kind of things that keep evolving.
Governance is fully on-chain, too. WAL holders vote on stuff like penalty rates. Stake delegation spreads across independent nodes, so power isn’t stuck in the hands of a few. Smaller nodes can earn more by staying online, which means the network actually gets more decentralized as it grows.
There’s a hard cap of 5 billion WAL tokens. The initial launch was 1.25 billion, and circulating supply now sits at 1.57 billion. Current market cap? About $190 million. Deflation happens when people shift stakes or get slashed—those tokens are burned. Plus, 10% of the supply is set aside to subsidize early users, so storage starts out cheap.

The network’s growing fast: over 200 nodes, hundreds of new blobs every day, 4.5 million blobs handled in total, and the data stored is well past the petabyte mark—lots of that coming from media and dataset-heavy dApps.
Big names are already using it. Team Liquid moved 250 terabytes of match footage and brand content over. Now their content is more redundant, globally accessible, and fans can even get involved with monetization through programmable storage. It’s a whole new way to handle media in esports.
AI data marketplaces rely on Walrus for solid provenance using proof-of-availability. Web3 content creators get tools to actually edit or delete what they publish, not just pile up forever files. Enterprises are tying in backups with Walrus’s Seal extension for encryption and fine-grained access control.
On the partnership front, Walrus is working with IO.net for AI GPU networks, Seal for privacy, Tusky for decentralized compute, Unchained for storage front-ends, and even Pudgy Penguins for NFTs.
Tech-wise, asynchronous complete data storage means reads and writes work even when the network’s unreliable. Erasure codes and quorum checks keep everything available and correct, without a central point of failure.
You can even build decentralized websites with Walrus Sites through wal.app. All the resources—HTML, CSS, JS, images—are stored as Sui objects and fetched into browsers. Domains use SuiNS for easy names.
Deployment doesn’t need servers at all. DApps can go fully decentralized on Sui, Ethereum, or Solana. You’ve got projects like Flatland, Snowreads, Walrus Staking, and Walrus Docs—each running without a wallet required.
In health tech, platforms anchor research records and device data on Walrus. Integrity checks and tamper-proof audit trails are built in. Sensitive info stays encrypted, verifiable, and always under user control.
And in gaming? Worlds live on Walrus, NFTs become truly durable, and social apps keep content safe from centralized downtime or arbitrary policy changes. It’s a new era for data, and Walrus is right at the center of it.

Itheum’s data tokenization opens the door to programmable markets. Datasets aren’t just sitting around—they gate access, handle licensing, and drive monetization, which keeps demand steady. This setup brings storage right into the world of DeFi, so you get things like pay-per-view access or tokenized rights.
Talus steps in to connect with AI agents. Here, memory, context, and outputs are anchored for the long haul. The execution layers don’t bother with storage—they just focus on compute, while Walrus takes care of making sure everything sticks around.
When it comes to making things verifiable, it all starts with on-chain Points of Availability. Writers gather up node acknowledgments into certificates. After publishing, the system tracks obligations through events you can actually see.
The write path gives every file a unique ID. Space gets reserved on the blockchain. Data is encoded and spread across different nodes. Signed confirmations create proof of availability, so nodes are on the hook for access.
Retrieving big blobs of data happens fast—under two seconds. That’s perfect for AI workflows that need reliable and consistent access. Fragmentation and verification help cut down on crazy costs or surprise slowdowns.
Oracles keep pricing stable by pegging to fiat. Liquid staking with Haedal mints haWAL for extra liquidity. Epoch transitions line up with Sui, so you get smooth availability even when things are in flux.
Opening up to other chains is next—Ethereum and Solana are on the roadmap. Walrus is gearing up to be the backbone for scalable dApps and AI that don’t want to be stuck on a single chain.
For AI, persistent storage beats temporary caches every time. Agents can grab data without relying on central servers. That means you can stack use cases in places where losing data would be a disaster.
The Walrus Foundation pulled in $140 million from investors like Standard Crypto, Electric Capital, and Franklin Templeton. Mainnet went live on March 27, 2025. Now, the focus is on developer support, with ecosystem RFPs leading the way.
Data markets are popping up for the AI era. Verification and monetization turn plain files into assets with real value. Governance makes data both reliable and manageable, which sparks new ideas and innovation.

@Walrus 🦭/acc $WAL #Walrus

Real finance depends on keeping things under wraps. Banks and institutions guard their strategies, protect their positions, and only share what the law demands. But on most blockchains, everything’s out in the open. Competitors can watch, copy, or even front-run trades. It’s a privacy disaster, and honestly, most blockchains just shrug and move on. Dusk Network isn’t one of them. They’ve built privacy right into their core, making sure users stay protected while regulators still get what they need.
Dusk is a Layer 1 blockchain, built from scratch for the strict world of regulated finance. Since 2018, they’ve been blending zero-knowledge proofs with homomorphic encryption—so people can move assets and run smart contracts privately, but still prove the details when the law calls for it. It’s a lot like how big institutions already do business off-chain. Only show what’s necessary, and nothing more.

The big news? DuskEVM just went live on mainnet. It launched in January 2026, and it’s a game changer. Now, developers can deploy standard Solidity contracts—no need to rewrite anything—and settle transactions with real privacy. Ethereum tools? Still there. But now, DeFi and tokenized real-world assets come with the kind of confidentiality institutions actually need.
This all runs on Hedger, Dusk’s new privacy tech, now in alpha. Hedger brings private execution straight into EVM environments. Transactions stay hidden from the public, but regulators can still check the right boxes. For financial firms, this means you get the benefits of blockchain—transparency, speed, efficiency—without having to air your dirty laundry.

Dusk’s proof-of-stake system keeps everything running smoothly. Blocks finalize in seconds, with clear records of validator performance that stick around even if a node drops out. It’s secure, predictable, and built for real financial use—not just for crypto memes and hype.
Partnerships already show Dusk isn’t just theory. They’re working with NPEX, a regulated Dutch exchange, to bring over €300 million in tokenized securities on-chain. Soon, the DuskTrade platform will let people trade these assets compliantly, right on the blockchain. Quantoz is integrating MiCA-compliant EURQ e-money tokens, and Chainlink is on board for cross-chain asset moves. It’s not just talk—there’s real money in play.
The Dusk ecosystem keeps growing. Sozu, the network’s liquid staking protocol, already holds over $26 million in total value. People stake $DUSK, get liquidity, and help keep the network secure. It’s not just speculation—it’s actual utility.
Dusk’s architecture is pretty smart. The base Layer 1 handles consensus and settlement. DuskEVM deals with app logic, keeping things compatible with Ethereum. On top, privacy layers like Hedger and the Rusk VM make sure sensitive stuff stays confidential. Everything’s modular, so as rules change, Dusk can adapt—without making users give up privacy or compliance.
Traditional finance is under pressure to get digital—tokenize assets, speed up settlements, and tap into global liquidity. But public blockchains scare them off, exposing too much. Dusk flips that script. Privacy is the default, but regulators still have a way in when they need it. Issuers reach more investors, traders protect their edge, and watchdogs keep oversight.
On-chain finance is picking up speed. Tokenized securities, stablecoins, private DeFi—they all need infrastructure that actually understands how the real world works. That’s where Dusk steps in: privacy that doesn’t fight regulation, but works alongside it. As more licensed partners and assets flood in, Dusk is setting itself up as the backbone of compliant digital finance.
At the end of the day, Dusk proves you can have both privacy and compliance on blockchain. With DuskEVM live, Hedger pushing forward, and big regulated assets already moving on-chain, they’re building the rails for the next era of markets—where institutions can finally jump in, and keep their business private.

@Dusk $DUSK #Dusk

Plasma isn’t just another blockchain with stablecoins—it’s built for them, and that focus shows. While most chains treat stablecoins like any other token, Plasma created a whole Layer 1 just for stablecoin flows. The result? Speed, liquidity, and all the right integrations that actually let people use digital dollars like real money.
Let’s talk performance: Plasma runs as a high-speed, EVM-compatible blockchain with sub-second blocks and room for over a thousand transactions every second. Developers get to use the same Ethereum tools they already know, and users enjoy instant settlements that feel like paying with cash or card. The network supports more than 25 stablecoins and uses a smart gas model that gets rid of the usual annoying transfer fees and delays.

The numbers tell the story. Plasma holds $7 billion in stablecoin deposits—good enough for fourth place among all networks by USDT balance. That deep liquidity attracts protocols and institutions who want stable onchain reserves without the headache of price swings.
DeFi on Plasma isn’t just hype. On Aave, the supplied-to-borrowed stablecoin ratio is the best you’ll find anywhere, which means capital is actually being put to work efficiently. Plasma is now the second-biggest chain for TVL on protocols like Aave, Fluid, Pendle, and Ethena. And that $200 million syrupUSDT pool? It keeps spreads tight, so even huge trades don’t move the market much.

Plasma’s not some closed-off DeFi playground, either. Real-world spending is built in. Thanks to Rain, people can pay with USD₮ from their own wallets at over 150 million merchants globally. Confirmo, which handles $80 million a month for companies in e-commerce, trading, and payroll, now uses Plasma for payments—no gas fees for the end user. That’s a big deal for businesses and consumers alike.
Liquidity doesn’t get stuck, either. NEAR Intents hooks Plasma into more than 125 assets across dozens of networks, letting users swap and settle big volumes at the same prices they’d get on a top exchange. StableFlow moves up to a million dollars at a time with zero slippage, especially from high-traffic chains like Tron. And recent upgrades made USDT0 settlement between Plasma and Ethereum twice as fast.
Trading tools are solid, too. CoW Swap protects against MEV and offers gas-free trades. Fluid’s setup lets builders launch lending and swapping markets that really squeeze the most out of their capital—perfect for stablecoin-heavy products.
Partnerships have supercharged Plasma’s growth. Over 100 collaborations connect the network to payment gateways, DeFi tools, cross-chain bridges, and more. You’ll find users in more than 100 countries, with access to over 200 payment methods—so remittances, merchant payouts, and institutional flows all get covered.
In short, Plasma proves that building for one thing—stablecoins—pays off. It’s got deep liquidity, actual real-world usage, and the kind of features that big institutions, merchants, and builders want. As stablecoins keep pushing into the mainstream, it’s networks like Plasma, purpose-built for the job, that are set to lead the way.

@Plasma $XPL #plasma

Most layer 1 blockchains treat AI like an add-on—just another feature to bolt on because it’s trendy. Vanar Chain flipped that script. From day one, it was built as an AI-native stack, not just a blockchain with a few AI tricks. So, you get memory, reasoning, and automation right on the chain itself. Instead of static apps, you get systems that actually learn and adapt as they run.
Vanar’s a modular L1 chain, built for speed and security, but with AI workloads in mind. Its five-layer architecture is the backbone:
At the base, Vanar Chain handles fast, cheap transactions. It’s got structured storage and works with anything that runs on the EVM—plus, it’s boosted with AI-native features.
Then there’s Neutron. This layer compresses messy, complicated data into smart, searchable “Seeds” using neural networks and algorithms, making on-chain memory actually useful.
Kayon acts as the reasoning engine. It pulls off contextual analysis, insights, and predictions, all on-chain, with zero need for oracles or off-chain processing.
Axon (coming soon) will bring in intelligent automation.
Flows (also coming soon) will enable industry-specific applications.
Put it all together, and you’re not just programming Web3 anymore—you’re making it intelligent.

And this isn’t all theory. Real apps are already showing what’s possible. myNeutron proves you can have semantic memory and context that stick around at the infrastructure level. People are building AI companions that follow them across dapps, handling asset management, gaming, or just helping them get around. Kayon, on the other hand, shows that reasoning and explainability can live entirely on-chain. It takes those compressed Seeds and runs logic on them, so you get outcomes you can actually verify.
Vanar hasn’t sacrificed performance for smarts. Block times clock in at 3 seconds. Fees are fixed—about a penny per transaction. No gas wars. With high gas limits, real-time apps run smoothly. And because the chain runs on efficient, carbon-neutral setups like Google Cloud, it’s green, too. EVM compatibility means developers just bring their existing tools, layering in AI features with SDKs for JavaScript, Python, and Rust.
Payments are the glue holding it all together. For AI agents to move from cool demos to real business, they need global, compliant settlement. Vanar nails this with partners like Worldpay, pushing agentic payments—so smart systems can actually transact on their own. Working with Nexera adds compliance, making sure everything works for enterprises handling real money and assets.
And Vanar’s not content sticking to its own backyard. By expanding to chains like Base, it opens the door to more ecosystems and more users. The VANRY token powers usage across every layer, rewarding real adoption of memory, reasoning, and automation.
Launched in 2023, Vanar’s team has grown to over 50 people, all focused on making this tech fit smoothly into real-world workflows. They’re serious about going beyond prototypes—building systems ready for scale. Bringing in leaders like Saiprasad Raut as Head of Payments Infrastructure just shows how hard they’re pushing into mainstream finance.
Vanar Chain stands out because it solves AI’s real on-chain headaches—memory, context, and actionable smarts—right at the infrastructure layer. As Web3 turns intelligent, this is the kind of foundation builders have been waiting for.

@Vanarchain $VANRY #Vanar

Walrus is shaking up decentralized storage. Forget servers—builders can spread data across nodes, and that data stays available, no matter what. You just deploy and go.
Everything runs on Sui. The control plane takes care of metadata behind the scenes. Erasure coding breaks files (or blobs) into chunks, and the Red Stuff scheme layers on extra protection, two ways. Replication is set at 4.5x, so your data isn’t just scattered, it’s seriously backed up. If something disappears, the system heals itself. It only uses the bandwidth it actually needs to recover, nothing wasted. Even if two-thirds of the nodes go down, the network keeps going. Bad actors? They get slashed. Walrus picks its storage nodes with delegated proof-of-stake, handing out rewards in WAL tokens every epoch.
But here’s where it gets interesting: blobs are programmable. Smart contracts written in Move can publish files, and reading them just works—no weird hoops to jump through. Data isn’t just storage, it’s a real resource. You can transfer ownership right on-chain. This opens the door for marketplaces, on-chain websites, and even AI agents that need their own persistent backends. NFTs with rich media don’t disappear. You can even edit or delete data through contracts. Proof-of-availability is baked in, so anyone can verify storage, and you don’t need some central indexer.

Walrus isn’t tied to one chain. It’s got SDKs for Solana, and Ethereum compatibility is on the way. Developer tools make it easy to plug in. Walrus Sites (via wal.app) let anyone host a decentralized web page. HTML, CSS, JavaScript—they all live on-chain, no backend needed. SuiNS provides domains. DApps go serverless. NFT projects can add pages. AI apps get permanent memory. It costs about the same as Web2, but with way better resilience than other Web3 storage.
Integrations are coming fast. IO.net trains AI on GPU networks using Walrus. Seal adds encryption. Access control lets you gate data. Tusky runs decentralized computation. Unchained fronts storage. Pudgy Penguins attaches Walrus to its NFTs. Zarklab migrates with AI tagging. Team Liquid just moved 250TB of footage. Talus powers AI agents. Itheum tokenizes data and runs markets with licenses and native monetization.
The numbers tell the story. Mainnet launched March 2025. Walrus raised $140 million, backed by names like Standard Crypto, Electric Capital, and Franklin Templeton. Total WAL supply is 5 billion, with 1.25 billion at genesis and 1.57 billion circulating. Market cap sits at $190 million. Daily uploads hit 17.8TB. Petabytes of data are stored. Retrieval takes less than two seconds. There are 4.5 million blobs and over 100 active operators.
Governance gives real power to users. Use WAL to pay storage fees or lock up tokens for long-term storage. Staking keeps the network secure, delegators earn rewards, and voters can tweak parameters or adjust penalty rates. Committee sizes change as needed. Base fees get burned for deflation. More than 60% of the reserve goes to the community. Haedal mints haWAL for liquidity. Over 6 million WAL is already staked.
AI thrives on Walrus. Agents store memory and keep context persistent. Outputs are always verifiable. Health tech locks down records. Device data stays immutable. Users keep control. Games get persistent worlds. NFTs actually last. Social apps don’t lose content. Verifiable media is on the rise. Enterprises can back up globally, and esports teams organize their archives without stress.
Walrus is built for efficiency. Erasure coding cuts down on unnecessary redundancy, so you don’t need full replication. Incremental recovery saves resources. Deletability makes it stand out. Programmability and Sui objects mean builders can focus on their apps, while the infrastructure just works. Data is always verifiable. Trust comes built-in. Autonomous systems can finally run with confidence.
This isn’t just theory—people are using it in production right now. Dozens of dApps have integrated Walrus. Media datasets are stored securely. AI prototypes iterate faster. Retrieval beats the competition. Sui makes settlements quick. There’s no downtime between epochs. Builders are shipping real apps, data economies are forming, health data gets monetized, AdFi verifies transactions out in the open, and permissionless markets are live.
Walrus is built for scale. Unstructured data? Not a problem. Fragmentation makes the system truly decentralized—no single point of failure. It’s tough to censor, privacy is rock solid thanks to Seal, and transactions stay secure. Web3 stacks can finally decentralize from top to bottom. Blobs are searchable. AI embeddings help you find content. Omura indexes everything publicly.
Walrus is all about the long game. This infrastructure will last for decades. It can handle high-throughput, and verification guarantees are non-negotiable. Centralized clouds just can’t keep up. Walrus frees builders from policy risks and outages. You get instant, worldwide access.
Data markets become possible. You can verify who owns what, set sharing prices, and prove usage. The network can handle heavy workloads, and node operators actually make money. Guarantees aren’t just talk—they’re real. Walrus is live and delivering now.

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