As @Dusk_Foundation evolves toward a modular architecture, one component matters more than most people realize: Hedger.
Hedger is not “another privacy add-on.” It’s a privacy engine built directly for the EVM execution layer, designed to support real-world finance without breaking compliance.
Unlike legacy systems like Zedger which were optimized for UTXO-based models Hedger is built natively for full EVM compatibility. That means standard Solidity contracts, familiar Ethereum tooling, and seamless adoption from day one, without forcing developers to rewrite their stack.
What makes Hedger different is its cryptographic design.
Most DeFi privacy systems rely only on zero-knowledge proofs. Hedger uses a layered approach:
• Homomorphic Encryption (ElGamal over ECC) to compute on encrypted values
• Zero-Knowledge Proofs to verify correctness without revealing inputs
• A hybrid UTXO / account model to support composability and regulated financial workflows
This combination allows transactions to remain confidential during execution, while still being provable, auditable, and compliant when disclosure is required.
That’s the key distinction: privacy without sacrificing auditability.
Hedger isn’t hiding activity. It’s structuring disclosure correctly — before institutions, RWAs, and regulated capital move on-chain.
This is execution-layer privacy done right.
$DUSK
{spot}(DUSKUSDT)
#Dusk
I’ve been following $DUSK closely this month, and the momentum feels real. The team is polishing production-grade privacy tools, finalizing programmable compliance, and preparing the network for regulated asset issuance at scale.
With private transfers, auditable proofs, and settlement infrastructure all moving toward real deployment, Dusk looks more like future financial rails than another crypto experiment.
#dusk @Dusk_Foundation
Walrus The Storage Layer Web3 Needs
#Walrus @WalrusProtocol $WAL
Walrus is built to fix one of Web3’s biggest problems: data storage. Blockchains are great for transactions and smart contracts, but they struggle with large files like videos, images, NFTs, and AI data. Walrus solves this by offering decentralized storage that is scalable, secure, and designed for real Web3 applications.
Instead of relying on centralized cloud servers, Walrus spreads data across many nodes, keeping it available and censorship-resistant. With privacy, reliability, and performance at its core, Walrus helps Web3 apps stay truly decentralized from code to data.
#Walrus @WalrusProtocol $WAL
{spot}(WALUSDT)
$RARE Key Update:
Price has lifted cleanly from its recent base and is showing steady follow-through, signaling improving buyer control. Structure is shifting bullish as higher levels are being defended, opening room for continuation if support holds.
• As long as price holds above 0.0275–0.0280, the bullish structure remains intact
• Immediate resistance is located near 0.0315
• A clean acceptance above this zone can open continuation toward 0.0340–0.0360
After an impulsive push, a brief consolidation or shallow pullback would be healthy. Avoid chasing strength. Waiting for price to settle near support provides cleaner continuation opportunities.
Momentum is building, trend bias is bullish, and dips remain buyable while price stays above key levels. Patience and level-based entries will matter here.
$RARE
{future}(RAREUSDT)
#walrus $WAL
Trustless data trading only works when data itself can be verified.
That’s what Walrus enables. Data is committed immutably, versioned openly, and verifiable by anyone who consumes it. Buyers don’t need to trust sellers, and sellers don’t need to give up control. Access is granted under clear terms, not blind faith.
When verification replaces intermediaries, data trading becomes open, fair, and scalable.
@WalrusProtocol
The @WalrusProtocol Protocol has reached a major new milestone with its Mainnet now running over 100 decentralized storage nodes and serving real data workloads for builders and users across the Sui ecosystem. With the recent integration of Seal access control, Walrus is no longer just a storage layer but a full-featured platform that lets developers control who sees what data and when. This means teams can build apps that store media, credentials, or game states securely and still keep sensitive parts private when needed. One example already in motion is trustless gaming where in-game progress and assets are stored via Walrus and Seal, making player data tamper-proof while still accessible by game logic. The combination of decentralized storage and fine-grained access control is pushing the limits of what Web3 infrastructure can do, especially for apps that need both openness and privacy at the same time. Built on the Sui blockchain, Walrus uses smart contracts and distributed nodes to store large files efficiently and cost-effectively. It is becoming a foundational piece of infrastructure for real applications with real data needs. This ecosystem growth and feature expansion show that decentralized storage is moving beyond theory into everyday use across diverse products and platforms.
#walrus $WAL