Core Modules
🧩 Core Modules
Section titled “🧩 Core Modules”The PolinaOS architecture is modular and extensible. You can adopt a single module or deploy the full loop — depending on your project’s needs. Each module is powered by specialized agents that collaborate to automate data collection, mission generation, impact assessment, and reward distribution.
1. 📊 Project Intelligence Layer
Section titled “1. 📊 Project Intelligence Layer”Purpose: Collect and analyze project context, trends, goals, and market positioning.
- Data sources include on-chain events, token metadata, and recent Twitter activity.
- The Analysis Agent is responsible for synthesizing this information into a real-time project profile — understanding your token’s “vibe,” ideal shilling narratives, and evolving market momentum.
- This layer creates the intelligence foundation for task generation and contributor evaluation.
2. 🎯 AI Mission Engine
Section titled “2. 🎯 AI Mission Engine”Purpose: Automatically generate community tasks aligned with project objectives and current market signals.
- The Creator Agent leverages the intelligence layer to draft weekly quests: tweet prompts, meme formats, engagement drives, etc.
- Tasks are optimized for viral growth, meaningful action, and verifiable outcomes.
- An Admin Interface allows manual editing, review, or rejection before publishing to the public dashboard.
- Tasks support rich metadata including deadlines, hashtags, KPIs, and expected behavior.
3. 🔍 Community Data Scanner
Section titled “3. 🔍 Community Data Scanner”Purpose: Monitor, filter, and archive all community contributions across Twitter and the blockchain.
- The Data Agent operates a Puppeteer-based scanning infrastructure (via
ctScreener
) to track:- Who is tweeting (screen_name / wallet)
- What’s being shared (contract mentions, hashtags, memes)
- When it happened (timestamp accuracy)
- It indexes everything via job ID, tweet ID, and token keyword.
- The agent works in tandem with
by-id
,retweet
, anduser
APIs to build a verifiable activity graph for each contributor.
4. 🧮 Task Validation & Impact Scoring
Section titled “4. 🧮 Task Validation & Impact Scoring”Purpose: Evaluate contribution quality, detect sybil behavior, and assign reputational scores.
- The Evaluator Agent cross-references task data with scanner output.
- It uses content similarity checks, engagement metrics, and behavioral heuristics to:
- Eliminate fake or duplicated submissions
- Flag low-effort engagement (e.g., bot retweets)
- Score based on reach, quality, timeliness, and originality
- Outputs include individual reputation scores and ranked contributor lists — per task or weekly.
5. 🎁 Reward Distribution Layer
Section titled “5. 🎁 Reward Distribution Layer”Purpose: Automatically distribute tokens or points to contributors based on impact.
- The Reward Agent reads evaluation output and applies allocation rules.
- Example: “Top 50 wallets by weekly score get 2% of allocation.”
- It generates Merkle claim proofs and supports Solana-based claim contracts, with EVM support planned.
- Everything is auditable and trustless — no need for manual approval or centralized payout systems.
🖥️ Admin & Community Dashboard
Section titled “🖥️ Admin & Community Dashboard”PolinaOS comes with a built-in Dashboard for both team members and contributors:
- Admin Panel: Review missions, scan logs, leaderboard data, and token balances.
- Mission Board: Public-facing quest interface for contributors (optionally token-gated).
- Analytics View: Insight into performance over time, task completion rates, and community trends.
Together, these modules — orchestrated by dedicated AI agents — allow any project to bootstrap and scale a contributor ecosystem with little to no manual oversight. Each component can run independently or as part of a unified mission-to-reward loop.