aavegotchi-baazaarView, add, and execute Aavegotchi Baazaar listings on Base mainnet (8453). Buy with GHST directly or buy with USDC using swapAndBuy*. Safety-first: dryRun de...
Install via ClawdBot CLI:
clawdbot install cinnabarhorse/aavegotchi-baazaarGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Accesses sensitive credential files or environment variables
$PRIVATE_KEYCalls external URL not in known-safe list
https://github.com/aavegotchi/aavegotchi-baazaar-skillAI Analysis
The skill implements strong safety-first defaults (dry-run, mandatory confirmations) and explicit protections against RCE and credential exposure. The only external call is to the declared GitHub repository for the skill itself, which is expected for metadata. No evidence of data exfiltration, credential harvesting, or hidden malicious behavior exists.
Audited Apr 17, 2026 · audit v1.0
Generated Mar 1, 2026
A marketplace wants to integrate Aavegotchi NFT listings directly into their platform, allowing users to view and purchase Aavegotchis without leaving the site. This skill enables seamless fetching of listings from the Baazaar subgraph and executing purchases via smart contracts, ensuring real-time data and secure transactions. It supports both GHST and USDC payments, catering to diverse user preferences.
A DeFi portfolio tracker incorporates this skill to allow users to manage their Aavegotchi assets alongside other holdings. Users can monitor Baazaar listings, simulate purchases to assess costs, and execute trades directly from the tracker interface. The dry-run feature ensures safety by preventing accidental broadcasts, while integration with Base mainnet provides fast and low-cost transactions.
A gaming guild uses this skill to automate the acquisition of Aavegotchis for their members, such as buying NFTs in bulk for scholarship programs or asset lending. By scripting purchases with GHST or USDC, the guild can efficiently manage inventory and optimize costs through slippage and fee settings. The safety rules prevent unauthorized transactions, protecting guild funds.
A payment gateway integrates this skill to offer Aavegotchi purchases as a service, enabling merchants to accept GHST or USDC for digital goods. Customers can buy NFTs directly through the gateway, with the skill handling subgraph queries and contract interactions. The mandatory confirmation gates and environment variable checks ensure compliance and security in high-volume transactions.
Developers build automated bots or tools that leverage this skill for arbitrage opportunities or market analysis on the Aavegotchi Baazaar. The skill's ability to refetch listings before transactions ensures data accuracy, while the allowlisted command templates prevent RCE risks. It supports custom RPCs and slippage settings for optimized trading strategies.
Offer a subscription-based service where users access a web interface or API to interact with the Aavegotchi Baazaar, using this skill as the backend. Revenue comes from monthly fees or transaction-based commissions, with features like portfolio tracking and automated purchases. The skill's safety-first approach builds trust, attracting users who value secure NFT trading.
License this skill as a white-label product for other platforms, such as NFT marketplaces or DeFi apps, to integrate Aavegotchi functionality without developing from scratch. Revenue is generated through licensing fees or revenue-sharing agreements. The modular design and environment variable configuration allow easy customization for different use cases.
Provide consulting services to help businesses integrate this skill into their existing systems, such as setting up environment variables, configuring safety rules, and optimizing transaction flows. Revenue comes from hourly rates or project-based fees. The skill's detailed documentation and safety features reduce implementation risks, making it attractive for enterprises.
💬 Integration Tip
Ensure all required environment variables like PRIVATE_KEY and BASE_MAINNET_RPC are securely configured before use, and always test with DRY_RUN=1 to simulate transactions first, avoiding unintended broadcasts.
Scored Apr 19, 2026
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