🔒 Hinkal Launches Full-Stack Privacy Wallet

**Privacy infrastructure now available for Solana ecosystem** A privacy-focused infrastructure layer is being rolled out for Solana, allowing wallets, applications, and protocols to integrate confidential transaction features. **Key capabilities include:** - Confidential balance viewing - Private receiving of funds - Private payout functionality The integration process is designed to be minimal, enabling existing Solana projects to add privacy features without major technical overhauls. The team behind this infrastructure has been developing privacy tools on Solana for over three years, including private sending, swaps, wallet funding, and payment systems. APIs are available for developers looking to incorporate these privacy features into decentralized applications and wallets on the Solana network.

Hinkal has integrated Chainalysis transaction screening into its privacy infrastructure. The system now: - **Screens all transactions** through Chainalysis before execution - **Blocks high-risk addresses** from accessing smart contracts - **Enables selective disclosure** via viewing keys when regulators require transparency This approach addresses a key challenge in crypto privacy: balancing confidentiality with regulatory requirements. While Hinkal's zero-knowledge technology keeps sender, recipient, and amounts private on-chain, the Chainalysis integration provides compliance controls that institutions need. The viewing key system allows users to share transaction history with regulators or analytics platforms without exposing their financial data publicly or to competitors.

**The Missing Link in Payment Privacy** Most privacy solutions concentrate on protecting senders, but a critical vulnerability remains: the receiving end of transactions. **The Core Problem:** - Current privacy tools focus heavily on sender anonymity - Transactions become exposed at the destination point - True privacy requires protection for both parties **Why This Matters:** If recipients can't receive funds privately, the entire transaction chain becomes vulnerable to exposure, defeating the purpose of sender-side privacy measures. The industry needs solutions that protect both sender and receiver to achieve genuine payment privacy.

**Hinkal Pay** has launched, enabling businesses and consumers to settle transactions with full confidentiality. **Key Features:** - Sender, recipient, and amounts remain private on-chain - Works with existing wallets, chains, and stablecoins - Supports confidential sending, receiving, and payouts - Maintains compliance through Chainalysis screening **How It Works:** Funds move to a confidential balance within Hinkal's smart contract, controlled by the recipient's existing wallet. Recipients can execute private payouts to vendors, employees, or partners, or send to public wallets while keeping the sender private. **Availability:** - Live on Ethereum, Base, Arbitrum, Polygon, Arc, and Optimism - Supports USDT, USDC, DAI, and ETH - All transactions screened before execution; high-risk addresses blocked The service builds on Hinkal's earlier Private Send feature, which enabled private top-ups for non-custodial crypto cards through Ether.fi integration.

**Hinkal has developed a privacy solution that addresses institutional needs while maintaining regulatory compliance.** The platform distinguishes itself through built-in verification hooks that allow institutions to execute private transactions without sacrificing audit trails. This approach solves a critical problem: institutions require privacy to protect trade strategies and prevent front-running, but compliance teams have historically rejected privacy tools that appear designed for illicit activity. **Key features include:** - ZK proofs for transaction privacy - Stealth addresses for user anonymity - UTXO pools on EVM chains - Multiple users operating through single addresses with zero information leakage The architecture was presented at Devcon Argentina by Hinkal's CTO, demonstrating enterprise-grade privacy that integrates seamlessly with existing DeFi protocols. The solution represents a shift from earlier privacy tools by prioritizing compliance alongside anonymity. Research credit: [@KeyringResearch](