Zayric_even

blockchain that’s trying to be useful in the real world, not just another trading playground. The rebrand happened around late 2023 into early 2024, and the idea was to move beyond just gaming and NFTs into something broader stuff like entertainment, AI tools, payments, and even brand or enterprise use.
The general direction is pretty clear: make Web3 easier for normal users. Less focus on speculation, more focus on things people might actually use day to day. Games, microtransactions, digital rewards, AI access, virtual worlds — that kind of thing. Virtua Metaverse is still part of the picture, and so is the VGN Games Network, but now they sit under the bigger Vanar umbrella along with newer AI-focused products.
On the technical side, Vanar runs its own Layer-1 chain. Fees are very low — fractions of a cent — which matters if you’re doing lots of small actions like in games. It’s EVM compatible, so developers don’t have to reinvent the wheel to build on it. There’s also a push toward being environmentally friendly, with green energy partnerships baked into how the network positions itself.
Consensus-wise, Vanar doesn’t just look at raw stake. It leans into a hybrid approach that factors in validator reputation as well. One of the more unusual angles is how much emphasis they put on AI at the base layer. Tools like Neutron and Kayon are meant to compress and reason over data directly on-chain, which reduces the need to constantly rely on off-chain storage or oracles.

The AI part is where Vanar really tries to separate itself. Neutron is used for semantic compression — the claim is that large data, even media files, can be represented on-chain in a much smaller form. Kayon then lets smart contracts actually query that compressed data. On top of that, there are UX improvements like readable wallet names and AI-driven agents that let users interact with wallets in plain language. The goal is to make blockchain interactions feel less technical and more natural.
The native token is VANRY. It’s used for gas, staking, governance, payments, and ecosystem incentives. Total supply is capped at 2.4 billion, and most of it is already circulating — over 80% as of early 2026. The majority of tokens go toward validator and block rewards, with smaller portions allocated for development and community initiatives. Notably, there isn’t a dedicated team allocation, which some people see as a positive.
VANRY came from the original TVK token through a 1:1 swap during the rebrand. Price-wise, it’s had a wide range — it peaked around early 2024 and then went through a long drawdown into late 2025. Holder count is still relatively small, which makes sense given how early the ecosystem still is.
In terms of products, gaming is still a big focus. The VGN Games Network is there to help developers launch blockchain-enabled games without heavy friction. Virtua Metaverse remains the flagship virtual world experience. On the AI side, myNeutron is already live and works on a subscription model paid in VANRY, which creates actual usage instead of just passive holding. Kayon and Axon are part of a broader AI stack that’s still rolling out.
Vanar has also lined up a handful of notable partnerships. NVIDIA is involved on the AI and computing side, Viva Games Studios brings serious mobile gaming reach, Galxe handles rewards and loyalty campaigns, and there’s been talk of collaboration with Emirates Digital Wallet on the finance side.
Recent updates show steady progress rather than flashy announcements. In early 2026, Vanar rolled out its AI-native infrastructure more formally. Late 2025 saw things like AI wallet agents, semantic compression going live, and human-readable wallet names. myNeutron subscriptions are active, and community campaigns like treasure hunts are being used to drive engagement.
Overall, Vanar’s strengths come from combining low fees, EVM compatibility, and an AI-first mindset, while staying focused on entertainment and consumer use instead of pure DeFi. The big question, as always, is adoption. Developers and users actually showing up will matter more than the tech itself. Competition is intense, and execution risk is real, but the direction is at least clear.
In short, Vanar is trying to build a blockchain people might actually use — for games, AI tools, digital experiences, and payments — not just trade on. Whether it works long term depends on how well the ecosystem grows and whether those real use cases stick.
@Vanarchain #vanar $VANRY

way to describe it is this: it’s a Layer 1 blockchain that’s been built almost entirely around stablecoins, especially USDT. Not as an add-on or a side feature, but as the main point of the chain.
The idea is pretty simple. Plasma wants to be the place where stablecoins move fast, cost basically nothing to send, and actually make sense for everyday payments, not just trading. Things like remittances, payroll, merchant payments, treasury transfers — that sort of stuff. Less speculation, more settlement.

At the core, Plasma runs its own custom consensus system called PlasmaBFT. It’s inspired by Fast HotStuff and tuned for speed. From what’s been shared, it can handle well over a thousand transactions per second and finalizes blocks in under a second. In practice, that means payments feel instant instead of “wait and see.”
What’s interesting is that Plasma didn’t try to reinvent the developer side of things. It’s fully EVM-compatible and uses the Reth execution layer, which is a Rust-based Ethereum client. So developers can deploy normal Solidity contracts, use MetaMask, Hardhat, Foundry — all the usual Ethereum tools — without changing how they work. That lowers the barrier a lot.
Another big piece is Bitcoin. Plasma doesn’t just connect to Bitcoin loosely; it anchors parts of its state back to the Bitcoin main chain. There’s also a trust-minimized bridge that lets Bitcoin move into Plasma and be used inside smart contracts. The goal there seems to be borrowing Bitcoin’s security and neutrality rather than competing with it.

Where Plasma really tries to stand out is how it treats stablecoins at the protocol level. Basic USDT transfers can be gasless thanks to built-in paymaster contracts. Even when fees exist, you’re not forced to hold XPL just to move stablecoins. You can pay gas in USDT or other approved assets like BTC. That sounds small, but it removes a lot of friction for non-crypto-native users.
There’s also talk of confidential payments coming later. The plan is to add privacy features that hide transaction details while still keeping things auditable and composable. It’s not live yet, but it’s clearly on the roadmap.
Plasma does have a native token, XPL. Total supply is around 10 billion. Inflation starts at about 5% per year and slowly drops toward 3%, with a burn mechanism similar to EIP-1559 to offset fees. Allocation-wise, roughly 10% went to a public sale, a large chunk is set aside for ecosystem growth, and about a quarter is reserved for the team and investors with vesting. Validators stake XPL to secure the network, and regular holders can delegate to earn rewards.
As for launch status, Plasma’s public beta mainnet went live on September 25, 2025. Pretty quickly, it attracted a lot of stablecoin liquidity — billions of dollars moved onto the chain within days, according to multiple observers. Some of that is clearly incentive-driven, but it still shows there’s real interest.
XPL is already trading on major exchanges, and there have been early campaigns like launchpools and trading incentives to bootstrap activity. Nothing unusual there for a new L1.
On the funding side, Plasma raised around $24 million across seed and Series A rounds. Framework Ventures led, with backing connected to Bitfinex and Tether, plus other institutional names. That connection matters, especially given Plasma’s heavy focus on USDT — it’s hard to ignore the strategic alignment.
For developers and infrastructure, Plasma looks fairly standard in a good way. RPCs, WebSockets, SDKs, MetaMask support — all there. Infrastructure providers like Alchemy are involved, which helps with node access, analytics, and reliability.
In terms of who this is for, Plasma seems aimed at two main groups. On one side, everyday users in regions where stablecoins are already used as money. On the other, institutions — exchanges, payment companies, custodians — that need fast, predictable settlement without Ethereum-style fee surprises.
The main use cases are pretty clear: cheap or free USDT transfers, merchant payments, cross-border settlement, and DeFi that mixes Bitcoin and stablecoins. If the privacy module ships, it could also appeal to more regulated or enterprise-style flows.
Market-wise, Plasma is entering a crowded space. Ethereum, Tron, and newer payment-focused chains aren’t standing still. Plasma’s edge is the combination of stablecoin-first design, Bitcoin anchoring, and EVM compatibility. Whether that’s enough long-term depends on execution and real usage, not just early liquidity.
Some people are excited. Others are cautious, especially about how much of the early activity is incentive-driven. That tension is pretty normal for a new chain.
Overall, Plasma feels less like “just another L1” and more like a specific bet: that stablecoins deserve their own settlement layer, one that’s fast, cheap, and doesn’t force users to care about gas tokens. If that bet pays off, Plasma could matter a lot. If not, it’ll blend into a very competitive field.
@Plasma #Plasma $XPL

Vanar is one of those blockchain projects that doesn’t really fit the usual DeFi-heavy mold. It’s a Layer-1 chain, yes, but it wasn’t built just for trading tokens or farming yields. The whole idea from the start has been about real products — games, entertainment, AI-driven apps, and things normal users might actually touch.
If you remember Virtua (TVK), that’s where this all started. In late 2023, the team rebranded everything to Vanar Chain to match the bigger picture they were working toward. Along with that came the 1:1 swap from TVK to VANRY. Same value, different name, wider scope.
Their long-term goal is pretty straightforward: make Web3 usable for a lot more people, not just crypto natives. They often talk about onboarding the “next 3 billion users,” which sounds ambitious, but at least their tech choices line up with that idea.
How the Chain Is Built
At its core, Vanar is a public Layer-1 blockchain designed to be fast and cheap. Transactions settle quickly, and fees are almost negligible — we’re talking fractions of a cent. That matters a lot if you’re building games or consumer apps where users aren’t going to tolerate high gas fees or long wait times.
One thing that makes Vanar different is how deeply AI is baked into the system. This isn’t just an add-on or a buzzword layer. They’ve built components like Neutron, which compresses large data (even things like video files) into tiny, usable formats, and Kayon, which handles decentralized AI reasoning and real-time queries.

The interesting part is that this setup lets apps work with complex data directly on-chain, without leaning heavily on external oracles. That’s not something you see often in other L1s.
VANRY — The Token Side of Things
VANRY is the native token that keeps the network running. It’s used for transaction fees, staking, validator rewards, and eventually governance. On top of that, it’s meant to be used inside the ecosystem itself — in games, metaverse experiences, and AI-based services.
Supply-wise, the max cap is 2.4 billion VANRY. As of late 2025, around 1.96 billion was already circulating, with total supply sitting a bit above 2.1 billion depending on the source.
What’s unusual is the distribution. A large majority of tokens went toward validators, with smaller portions allocated to development and community initiatives. There were no tokens set aside specifically for the team, which suggests they’re betting on long-term ecosystem growth rather than quick upside.
For now, VANRY also exists as an ERC-20 token on Ethereum, which helps with liquidity and exchange listings during this stage.
The Ecosystem Isn’t Just Theory
Vanar isn’t just infrastructure on paper — it already has products running on it.
The biggest one is Virtua, a metaverse platform where users can explore environments, interact socially, and use blockchain-backed assets. It’s been around since before the rebrand and continues to be a central piece of the ecosystem.
Then there’s VGN (Vanar Games Network), which focuses on blockchain gaming. The goal here is to give developers scalable tools while letting players actually own in-game assets and economies. It’s very much aligned with Vanar’s focus on entertainment as the gateway to Web3 adoption.
Other Stuff They’re Building
Beyond games and virtual worlds, the team has been rolling out AI-powered tools aimed at both users and developers. One example is myNeutron, which runs on a subscription model and feeds back into the VANRY token economy.
They’re also working with brands and enterprises that want to experiment with Web3 without needing deep technical knowledge. Think loyalty programs, digital collectibles, and consumer-facing experiences that don’t scream “crypto” to the end user.
On top of that, Vanar has frameworks for real-world asset tokenization, with an eye toward compliance and institutional use rather than experimental DeFi.
Partnerships and Community
Vanar has been involved in programs like NVIDIA Inception, which supports startups working with advanced AI and computing tech. On the community side, they’ve used platforms like Galxe for rewards, campaigns, and user engagement.
The team itself comes from backgrounds in gaming, VR, AI, and brand tech, which explains why the project feels more consumer-focused than finance-first.
Adoption So Far
By late 2025 and early 2026, VANRY had a few thousand on-chain holders and was trading across roughly 15 to 16 exchanges. Price action has been volatile — not surprising for a relatively young project — with clear highs and lows along the way.
They’ve also run community-driven events, like in-game treasure hunts and collaborations with other projects, to keep activity flowing on-chain rather than just sitting idle.
What’s Coming Next
Looking ahead, the roadmap is centered around expanding AI tools, tying subscription revenue more tightly into the token economy, and continuing to onboard games and brands.
There’s also ongoing work around long-term security, including quantum-resistant encryption, which shows they’re thinking well beyond short market cycles.
Final Thoughts
Vanar isn’t trying to be everything at once. It’s not chasing DeFi dominance or hype narratives. Instead, it’s quietly building a Layer-1 designed for games, AI, entertainment, and everyday users — with infrastructure that’s fast, cheap, and flexible enough to support that vision.
Whether it succeeds or not will come down to execution and adoption, but its focus on real products and AI-native design definitely sets it apart from a lot of generic L1s out there
@Vanarchain #vanar $VANRY

solve a very specific problem, not just add another chain to the pile. It’s a Layer 1 blockchain that’s been around since around 2017–2018, and from the start it’s been focused on regulated finance, privacy, and institutions — things most blockchains either ignore or actively avoid.
At a high level, Dusk is built for situations where privacy actually matters, but rules still apply. The idea is that transactions and balances can stay confidential, while regulators or authorized parties can still verify what they need to. That balance between privacy and compliance is really the core of what Dusk is trying to do.

Instead of being a general “do everything” chain, it’s more like infrastructure for banks, exchanges, custodians, and financial platforms that want to move real-world assets on-chain without breaking laws. Think tokenized stocks, bonds, funds, and settlement between institutions — not anonymous meme trading.
The way the chain is designed reflects that. Dusk splits things into different layers so everything isn’t mashed together. There’s the base layer (DuskDS) that handles consensus, settlement, and finality. It uses a proof-of-stake system with deterministic finality, which basically means transactions settle cleanly without weird edge cases.
On top of that, there’s DuskEVM, which is Ethereum-compatible. Developers can deploy Solidity contracts and use DUSK for gas, but with the option to plug into privacy tools when needed. Then there’s DuskVM, which is more focused on privacy-heavy smart contracts using WASM and zero-knowledge proofs. It’s not something casual users will touch directly, but it matters for confidential computation.
Privacy on Dusk isn’t just “everything is hidden, trust us.” It’s built using zero-knowledge proofs so transactions can be private but still provable. There’s also Citadel, which handles self-sovereign identity and selective disclosure — basically a way to prove who you are or what you’re allowed to do without dumping all your personal data on-chain. The transaction models (like Phoenix) mix public and private elements instead of forcing everything into one extreme.
The DUSK token ties the whole system together. It’s used for gas, staking, and network services. Supply-wise, it’s capped at 1 billion, with 500 million originally issued and the rest emitted slowly over decades as staking rewards. That long emission schedule is clearly meant to support network security over the long term rather than front-loading everything.
Most of the token supply went to the sale, with smaller portions for the team, advisors, development, exchanges, and marketing. Nothing too exotic there, though the long-term staking angle is a big part of the design.
Development-wise, Dusk has been steadily moving forward rather than chasing hype cycles. The DayBreak public testnet opened things up more for developers and users, and recent Layer 1 upgrades have been focused on performance and getting the network ready for broader use. There’s also real-world traction — licensed platforms like NPEX are building tokenized securities marketplaces on Dusk, which lines up perfectly with its original goal.
On the infrastructure side, integrations like MiCA-compliant stablecoins and Chainlink support make it easier to plug Dusk into real financial workflows instead of keeping it isolated. The project is also involved in privacy-focused industry groups, which makes sense given how much of its identity revolves around compliant privacy.
In terms of use cases, Dusk really shines where most chains struggle. Tokenized securities, private but compliant DeFi, institutional payments, and settlement are its sweet spots. It’s not trying to replace Ethereum for retail users — it’s aiming to be the backend that regulated finance can actually use without cutting corners.
The team behind Dusk includes people with strong backgrounds in cryptography and finance, and that shows in how the project is structured. It feels like something built slowly and deliberately, not rushed out to catch trends.
Overall, Dusk isn’t flashy, and that’s kind of the point. It’s a privacy-first, compliance-aware blockchain designed for real financial use, not speculation. If tokenized real-world assets and regulated on-chain finance continue to grow, Dusk is clearly positioning itself to be part of that future.
@Dusk #dusk $DUSK

store big chunks of data on-chain, and it’s built on top of Sui. When I say big data, I mean things like videos, AI datasets, NFT media files, full websites, model weights — the stuff that usually doesn’t fit well on a blockchain. Walrus tries to make that kind of storage cheaper, reliable, and actually verifiable, without turning it into a complicated mess.
The idea started with Mysten Labs (the same team behind Sui), but now it’s being run by the Walrus Foundation along with the wider ecosystem. The goal isn’t just storage for storage’s sake — it’s about giving developers something programmable that plugs straight into smart contracts and on-chain logic.
Under the hood, Walrus leans heavily on Sui for coordination, payments, governance, and tracking what’s stored where. The actual data itself doesn’t sit directly on-chain, but every file (they call them “blobs”) is tied to a Sui object. That way, you can prove the data is available without exposing the raw file itself. It’s a pretty clean setup.

Instead of copying full files across tons of nodes, Walrus uses erasure coding. The data gets broken into fragments and spread out. As long as enough pieces exist, the file can be rebuilt. This cuts storage costs down a lot compared to old-school replication, while still keeping things resilient if some nodes go offline.
Another interesting part is how storage itself is treated. Storage space is an on-chain object that you can own, split, merge, or transfer. Blobs also live as objects with metadata attached. That means smart contracts can do things like extend storage time, check availability proofs, or clean things up when they expire. It feels very “native” to how Sui works.
On the network side, Walrus runs with a delegated proof-of-stake model. Node operators stake WAL tokens to take part in storage committees, and regular users can delegate their WAL to those operators. Committees rotate every epoch, which helps spread responsibility and reduce long-term risk.
The WAL token is what holds everything together. You need it to pay for storage. It’s what node operators stake, and what delegators earn rewards in. It’s also used for governance — things like pricing rules, upgrades, or network parameters are voted on by WAL holders. Rewards get distributed each epoch to nodes and stakers who actually keep the network running.
Supply-wise, WAL is capped at 5 billion tokens, with smaller units called FROST underneath it. Like most projects, tokens are split between the community, the team, node incentives, investors, and reserves. There were airdrops around mainnet, and there’s a chunk set aside to keep the ecosystem active. Some WAL also gets burned through usage, which adds a bit of deflation as activity grows.
In terms of what people actually use Walrus for, it’s pretty broad. Developers can host fully decentralized websites. NFT projects can store high-quality media without relying on centralized servers. AI teams can keep datasets and models somewhere verifiable and censorship-resistant. And because storage is programmable, it can plug into DeFi apps or even cross-chain setups down the line.
Mainnet went live on March 27, 2025. Since then, the network has grown to over a hundred storage nodes, and tooling has filled out nicely. There are CLI tools, SDKs, APIs, and Move-based integrations for developers building directly on Sui. Some community teams are even extending it into mobile-friendly setups like Flutter.
Funding-wise, Walrus is well-backed, with roughly $140 million raised from firms like a16z, Standard Crypto, Franklin Templeton Digital, and others. WAL also picked up visibility through Binance’s HODLer Airdrops and launched with multiple trading pairs.
Compared to other decentralized storage projects like Filecoin or Arweave, Walrus leans more into programmability and tight blockchain integration. It’s less about “set it and forget it” storage, and more about making data something smart contracts can reason about and control.
Overall, Walrus feels like one of the more serious attempts at solving decentralized storage in a way that actually works for modern apps. It’s not just cheaper storage — it’s storage that’s verifiable, stake-backed, programmable, and deeply tied into the chain it runs on. For things like AI data, decentralized websites, and large-scale Web3 apps, that combination matters a lot.
@Walrus 🦭/acc #walrus $WAL