Crypto_With_Kinza

#dusk @Dusk $DUSK
As blockchain technology matures, the next frontier is clear: bridging decentralized innovation with institutional finance. Yet, major hurdles remain privacy, compliance, and scalability, especially for regulated assets and financial applications. Enter Dusk Network, a purpose-built Layer 1 blockchain designed to tackle these challenges head-on.
🔗 The Vision: A New Foundation for Finance
Dusk isn’t just another blockchain. It’s a specialized infrastructure tailored for regulated financial applications, compliant DeFi, and tokenized real-world assets (RWAs). In a world where traditional finance demands auditability and data protection, while crypto-native users seek transparency and decentralization, Dusk strikes a delicate balance: privacy by design, without sacrificing regulatory compliance.
Its modular architecture allows developers to build applications that meet strict financial standards—think confidential securities trading, KYC-compliant DeFi pools, or private asset transfers—all on a decentralized network.
🛡️ Privacy Meets Auditability: The Dusk Difference
Most privacy blockchains face a trade-off: either fully opaque transactions (raising red flags for regulators) or fully transparent ones (leaving institutional data exposed). Dusk solves this through zero-knowledge proofs (ZKPs) and its proprietary Citadel protocol.
Selective disclosure: Users can prove validity of transactions without revealing sensitive data.
Regulator access: Authorized parties can audit transaction details when legally required, ensuring compliance with frameworks like MiCA or SEC rules.
Confidential smart contracts: Dusk’s ZkRust enables private execution of DeFi logic, opening doors for institutional trading strategies and confidential bids.
This isn’t just about hiding data, it’s about controlled transparency, where privacy is a default right, not a loophole.
🏗️ Modularity for Scalable Specialization
Dusk’s modular stack separates consensus, execution, and data layers, allowing each component to be optimized for specific financial use cases:
Consensus: Siec (Secure Proof of Stake) ensures fast finality and high throughput.
Execution: Parallelized virtual machines support complex financial operations.
Data availability: Optimized for RWA tokenization, where asset provenance and ownership records must be immutable yet private.
This architecture enables everything from private NFT auctions to tokenized bonds—all with institutional-grade security.
📈 Real-World Impact: From DeFi to RWAs
Dusk’s ecosystem is already gaining traction:
XSC-compliant tokens: Digital securities that comply with financial regulations.
Confidential DeFi: Lending and trading protocols where positions and collateral remain private.
RWA tokenization: Real estate, carbon credits, or corporate debt represented as programmable, private digital assets.
Projects building on Dusk can leverage its KYC integration layer, making it easier to onboard traditional investors while preserving user sovereignty.
🔮 Why $DUSK Matters Now
With regulatory clarity emerging worldwide, chains that prioritize compliance-ready privacy are poised to capture the multi-trillion-dollar RWA and institutional DeFi market. Dusk’s focus on regulated finance positions it not as a competitor to Ethereum or Solana, but as a specialized rail for assets and applications that demand more than generic smart contract platforms can offer.
For developers, Dusk offers grants and tooling to build the next wave of financial dApps. For investors, $DUSK K isn’t just a token—it’s an early stake in the infrastructure for private, programmable finance.
🌅 The Bottom Line
Dusk represents a critical evolution in blockchain: a network where decentralization meets the real needs of global finance. By solving the privacy-compliance paradox, it unlocks institutional capital without sacrificing crypto’s core values.
As the RWA narrative grows and regulators engage deeper with crypto, platforms like Dusk will become essential bridges—turning regulatory challenges into scalable opportunities.
To explore Dusk’s technical specs, grants program, and roadmap, visit the official resources linked in the Creator Pad.
The future of finance isn’t just decentralized,it’s discreet, compliant, and built on Dusk.
#dusk

Blockchain ki duniya mein privacy aur regulation hamesha do mukhalif simton mein rahay hain. Lekin @Dusk ne is tasawwur ko badal kar rakh diya hai. $DUSK sirf ek token nahi, balkay ek aisi Layer-1 blockchain ka satoon (pillar) hai jo institutional finance ko decentralized world se jorne ke liye design ki gayi hai.

​Institutional-Grade Privacy aur Compliance

​Dusk ki sabse bari khususiyaat iska Auditable Privacy model hai. Zero-Knowledge Proofs (ZKP) ka istemal karte hue, Dusk yeh yaqeen dilaata hai ke sensitive transaction data (jaise ke amounts aur identities) poshida rahein, lekin zaroorat parne par regulators ke liye auditable hon. Yeh feature khas tor par European MiCA regulations ke mutabiq hai, jo ise bade financial institutions ke liye pehli pasand banata hai.

​DuskEVM aur RWA ka Sangam

​Haliya Mainnet launch aur DuskEVM ki amad ne developers ke liye raaste asaan kar diye hain. Ab Solidity par kaam karne wale developers bina kisi mushkil ke private dApps bana sakte hain. Real-World Assets (RWA) ke silsilay mein, Dusk ne NPEX jaise regulated exchanges ke saath mil kar lakhoon Euros ke securities ko on-chain lane ka mansuba mukammal kar liya hai.

​Technical Excellence: SBA aur Kadcast

​Dusk ka Segregated Byzantine Agreement (SBA) consensus mechanism "Instant Finality" faraham karta hai, jo ke trading aur settlement ke liye nihayat zaroori hai. Iske saath Kadcast protocol node communication ko mazeed tez aur mehfooz banata hai, taake network par load kam ho aur efficiency zyada.

​Conclusion:

Dusk Network ne yeh sabit kar diya hai ke privacy ka matlab qanoon se bhagna nahi, balkay qanoon ke daire mein reh kar data ko mehfooz banana hai. Agar aap RWA aur compliant DeFi ke mustaqbil mein dilchaspi rakhte hain, toh $DUSK par nazar rakhna zaroori hai.

​#Dusk #RWA #ZKP #CryptoNews #Mainnet

​

with the Plasma address used to create the smart contract and then linking the contract address to the owner's Plasmascan account.
Previously, Plasmascan adopts a signed message method where the owner of the smart contract will need to sign a message claiming ownership of the particular contract for every submission.
The signed message is a security step to ensure only the owner/creator of a contract address can update the token information of the contract itself.
Moving forward, once a user has claimed ownership of a contract address, the user will be able to update their token information and address name tag without needing to sign a new message for future submissions.
The contract owner can verify ownership of multiple addresses under a single Plasmascan’s account.
To have an address verified, the user would need :
A Plasmascan account
To have signed a message once to verify ownership of each address
Features available upon verification of address ownership :
Update Token Info
Update Token Sales Info
Update address Name Tag / Labels
The Verify Address Ownership feature is only available for Smart Contract Addresses and applies to all EVM-chain explorers built by Etherscan where the feature is available
How to Verify Contract Address Ownership?
Users can have their ownership of a contract address verified and tied to their Plasmascan account. Once this is done, they will have access to submit a token update request for the contract address owned by them. This ensures that only the owner can update the token's information and prevents any other parties from hijacking the token's page, providing a sense of security.
(Please note that all token update requests will be reviewed and subject to approval before being published on platform.)
Before claiming the ownership of your contract address and updating your token's information, make sure that:
The source code has already been deployed onto Plasma.
The source code has already been verified (if you haven't verified it yet, please use this tool to do so).
The steps to verify your contract address ownership are as follows:
Step 1: Log into your Plasmascan account (if you are not logged in or have signed out previously, kindly sign in here). Alternatively, if you don't have an Plasmascan account, you can sign up for one here.
Step 2: Once you are logged in, hover over your username on the top-right section of the website until a dropdown menu appears. Click on Verified Address
Step 3: The following page will show you how many contract addresses you have verified as yours and what actions you can perform with them. To claim ownership of a new contract address, click the Add Address ­­­button on the upper-right area of the page.
Step 4: Paste your contract address into the input box and click Continue
Step 5: You will be provided with options to sign the message with your wallet interface. You can either click on the "Sign Message Manually" button or sign with Web3 (Metamask).
Signing with Web3 (Metamask)
Step 1: Upon clicking "Connect to Web3," you will be presented with the interface to log into your Metamask account.
Step 2: Once logged in, choose the account you want to connect to plasmascan.to and click Connect to proceed with signing the message.
Step 3: Kindly verify the details in the message and if everything is correct, sign the message by clicking on the Sign button.
Step 4: After signing the message, click the Click to Proceed button on Plasmascan.
Step 5: You will be directed to a page where the address, message, and signature hash are prefilled. Click on Verify Ownership to proceed.
Step 6: You should see a page confirming that you have claimed the ownership of your contract address. On the same page, you will find a list of actions you can now perform with your verified contract address. If you want to update your token's information, click Update Token Information
Signing Message Manually (Using MyCrypto as example)
Step 1: Copy the message template provided inside the box by clicking the highlighted button in the screenshot below. Then, click Sign Message Manually
Step 2: For this step, open a new tab and go to mycrypto.com and choose any of your preferred wallet service providers that offer a message signing feature.
Step 3: After choosing the above options, you will be presented with the steps to connect your wallet. A small popup from MyCrypto will appear at the top-right corner of the browser, asking for permission to connect to your account. Click Connect and paste the message you copied in Step 1 into the input field and click Sign Message
Step 4: After signing the message, another box will appear below the Sign Message button. This box contains the details of your signed message and the resulting signature hash. Inside the box, copy the value next to “sig”: and make sure to copy the entire string starting from right after the first “ and ending just before the last “ (or simply double-click on the string of characters to select and copy it)
Step 5: Once you have copied the signature hash, return to the Plasmascan tab and paste the copied hash into the Signature Hash field and click on the Verify Ownership button.
Step 6: If you have followed all the steps correctly, you should see a page confirming that you have claimed the ownership of your contract address. On the same page, you will find a list of actions you can now perform with your verified contract address. If you want to update your token's information, click on Update Token Information.
Claim Ownership for Bridged Token Contract
In cases where users have bridged a token to a different chain and wish to claim ownership of the token, the steps outlined above are not feasible because users do not own the deployer address of the bridged token. Therefore, we offer an alternative method for users to claim ownership of the bridged token. However, please note that the source code still needs to be verified before claiming ownership. (If you haven't verified it yet, please use this tool to do so).
When verifying ownership of a contract address, we typically require the owner to use the token's creator/deployer address to sign a verification message. However, the deployment of a bridged token on the destination chain is typically executed by the address of the bridging service provider. This address is generally inaccessible to the token's original creator.
Alternatively, we require the user to confirm ownership of the bridged token contract by using the deployer address of the token contract from the original chain instead. Please sign a message using the template below:
[plasmascan.to dd/mm/yyyy hh:mm:ss] I, [plasmascan.to username], hereby verify that I am the owner/creator of the token contract address [bridged token's contract address].
It is not required to publish the signed message. Please be aware that publishing the signed message will make your account username public.
Once you have completed this step, you can proceed to claim ownership of the bridged token by following the steps below.
Step 1: Go to our Contact Us page and select "General Inquiry" as your message subject.
Step 2: Kindly fill in the information in the box provided below. In the message section, please include the following:
The bridged token contract address.
The token contract address from the original chain.
The full details of the signed message (address, original message, message signature hash, version).
Once completed, click the 'Send Message' button.
For more information on how to sign a message using your address, please refer to our article here.
We will proceed with the verification process once we have confirmed that all the information provided is correct.
Now that you have claimed the ownership of your contract address, go back to Plasmascan’s homepage and try clicking on Verified Address in the dropdown menu under your username. You will see that your contract address is now listed there and you can proceed to update the information of your token directly from that page without needing to sign another message.
#Plasma @Plasma $XPL
XPLUSDT
Perp
0.0835
+4.11%

Upload documents, save web pages, store conversations, build your knowledge vault
Upload documents (PDF, Word, text files)
Save web pages with one click
Store important conversations and insights
Build your knowledge vault over time
Step 2
AI Semantic Processing
Automatic organization using AI understanding and smart tagging
Automatic organization using AI understanding
Smart tagging and content relationships
Semantic search that understands meaning
Context optimization for different AI platforms
Step 3
Universal Context Injection
Chrome extension adds 'Brain' button to any AI platform
Chrome extension adds 'Brain' button to any AI platform
One-click context injection into conversations
Smart relevance - AI selects best information
Token optimization - Perfect fit for each platform's limits
Step 4
Intelligence Compounds
Accumulated intelligence creates expert-level interactions over time
Week 1: Basic context injection improves responses
Month 1: Rich knowledge base makes AIs much more helpful
Year 1: Accumulated intelligence creates expert-level interactions
Core Features
Everything you need for universal AI intelligence
Universal AI Platform Support
Works seamlessly across all major AI platforms
ChatGPT (all versions)
Claude (all versions)
Google Gemini
Perplexity AI
Future AIs through extensible architecture
Intelligent Knowledge Management
Natural language search and AI-powered organization
Natural language search - Ask questions in plain English
AI-powered organization - Automatic tagging and categorization
Cross-reference discovery - Find connections between ideas
Semantic understanding - Knows what you mean, not just what you say
Privacy-First Architecture
Local processing and end-to-end encryption
Local processing - Sensitive operations stay on your device
End-to-end encryption - Your data stays private
No vendor lock-in - Export your data anytime
Blockchain backup - Eternal preservation of your knowledge
Growing Ecosystem Benefits
Business platform integrations get better from consumer insights
Collaborative features develop based on real usage patterns
AI optimization improves from diverse professional knowledge
Future features guided by what users actually need
$VANRY Token Benefits
Pay with $VANRY kens and save 50% on blockchain storage costs
Permanent Blockchain Storage
Eternal, immutable, decentralized.
Data stored permanently on Vanar Chain
Immutable and censorship-resistant
One-time payment, eternal access
Cryptographically verifiable
Fast Cloud Storage
Quick, convenient, scalable
Instant sync across devices
Fast search and retrieval
Easy to scale storage
Regular backups included
#Vanar @Vanarchain $VANRY
VANRYUSDT
Perp
0.006248
+2.98