In a significant development for the Layer-2 ecosystem, popular NFT game Aavegotchi has announced its migration from Polygon to Coinbase’s Base network, following an overwhelming 93.25% community vote in favor of the move. This strategic shift reflects broader changes in the Layer-2 landscape and could signal a new trend in blockchain gaming infrastructure.
Why Aavegotchi’s Migration Matters
The migration decision comes at a crucial time for both networks. Polygon has seen its Total Value Locked (TVL) plummet from nearly $10 billion in 2021 to just $737 million today, while Base has experienced remarkable growth, with TVL surging from $430 million to $2.9 billion since early 2023.
Key Migration Details
- Complete ecosystem transfer including NFTs, wearables, and smart contracts
- Legacy assets on Polygon will be frozen but remain viewable
- Implementation of wrapper contract for marketplace protection
- Expected completion within 4-6 weeks
Impact on Layer-2 Landscape
The migration reflects a broader shift in user activity across Layer-2 networks. Artemis data shows Polygon’s daily active addresses declined from 1.3 million to 550,000 over the past year, while Base has seen its user base double to nearly 900,000 addresses.
Technical Improvements and Benefits
Pixelcraft Studios, Aavegotchi’s developer, highlighted several advantages of moving to Base:
- Enhanced onboarding experience
- Faster transaction processing
- Improved marketplace integration
- Better overall user experience
FAQ Section
What happens to existing Aavegotchi assets on Polygon?
Assets will remain viewable but will be frozen to prevent transfers or updates.
When will the migration be complete?
The migration is expected to take 4-6 weeks from the announcement date.
Will users need to take any action?
Specific user actions will be announced by the Aavegotchi team during the migration process.
Market Implications
This migration could set a precedent for other DeFi projects considering network changes, potentially accelerating the shift in TVL and user activity across Layer-2 solutions.