User Interface Overview
The Detask User Interface (UI) is designed to provide an intuitive yet technically robust experience for both task creators and freelancers. The front-end architecture seamlessly integrates with Solana RPC nodes, smart contracts, and decentralized storage protocols, ensuring a fully decentralized and user-friendly freelancing platform.
🗂️ 1️⃣ Task Board with Filters
The task board is the core discovery hub where freelancers browse available tasks and clients manage existing ones.
🔐 Technical Details:
Real-Time Data Fetching: The front-end queries Solana’s account data (tasks, PDAs) via RPC nodes or indexing solutions (e.g., Helius, Neon) for dynamic updates.
Filter Mechanisms: Users can filter tasks by:
Budget range (in SOL, USDC, SPL tokens).
Task status (open, in progress, completed).
Deadline and creation timestamps.
Creator reputation scores.
Pagination & Caching: Task lists use cursor-based pagination for scalability, and caching layers to minimize redundant Solana calls.
Security Considerations: Client-side filters are validated against on-chain data to prevent manipulation.
🔑 2️⃣ Wallet Integration Panel
A dedicated panel enables seamless wallet connection and management.
🔐 Technical Details:
Solana Wallet Adapters: Integrates adapters for Phantom, Solflare, Backpack, etc., with secure key management and transaction signing flows.
Session Persistence: Uses session-based tokens (optionally via
session) to maintain wallet state and prevent re-authentication fatigue.Reputation Overview: Displays user’s on-chain reputation score, fetched via Solana queries tied to the wallet public key.
Transaction History: Optionally integrates with Solana block explorers to show a record of task submissions, approvals, and payouts.
📥 3️⃣ Submission Dashboards
The submission dashboard offers detailed tracking of task submissions, including proof uploads and payout statuses.
🔐 Technical Details:
Dynamic Querying: Fetches task-specific accounts and proof records via RPC calls or Helius APIs.
File Verification: Integrates with decentralized storage (IPFS/Arweave) to allow users to retrieve and verify submitted proofs directly from the UI.
Real-Time Status: Displays states such as “Submitted,” “Under Review,” “Approved,” and “Paid,” driven by on-chain event listeners.
Security Measures: Cross-references hash submissions against task metadata for tamper detection.
Batch Submissions: Future upgrades will support multiple proof submissions per task (milestones) with aggregated tracking.
🔔 4️⃣ Notifications
A notifications system keeps users updated on key task events.
🔐 Technical Details:
On-Chain Event Listeners: Front-end subscribes to specific Detask program logs (e.g., proof submissions, approvals, payouts) using WebSockets or polling Solana nodes.
Push Protocol Integration: Optionally integrates with decentralized notification services (e.g., Dialect, Push Protocol) to deliver updates across devices.
Granular Alerts: Configurable notifications for:
New task postings (with filter-based triggers).
Proof approvals and payouts.
Dispute initiation or resolution (in future modules).
Security & Privacy: Notifications are permissioned and tied to wallet signatures to prevent spoofing.
🌐 Advanced Features Planned
Dark Mode and Theming: Customizable UI themes for user preference and accessibility.
Localization: Multi-language support with regionalized date and currency formatting.
Progressive Web App (PWA): Offline task viewing and submission drafting capabilities.
Real-Time Collaboration: Future integrations with decentralized collaboration tools (e.g., Livepeer, Hypercore) for synchronous proof submission reviews.
💡 Summary
The Detask User Interface is more than just a front-end—it’s a secure, dynamic gateway to decentralized freelancing:
Live task discovery via real-time Solana queries.
Secure wallet interactions and session management.
Comprehensive submission and payout tracking.
Instant notifications driven by on-chain events.
By merging intuitive design with deep technical integration, Detask’s UI ensures both power and usability for all participants.
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