For the complete documentation index, see llms.txt. This page is also available as Markdown.

5. Scalability and Interoperability

Scalability

WGA is designed without a fixed scale in mind.

1) Expansion of Data Sources

  • Adding New Partner Apps: Possible through simple SDK integration.

  • Adding New Blockchains: Possible by simply adding an indexer.

  • Adding New Event Types: Added via mapping in the Normalization Layer.

2) Expansion of Processing Capacity

  • AI Nodes: Parallel processing through the deployment of identical models.

  • Storage Nodes: Expansion of distributed storage space.

  • Proof Nodes: Increase in blockchain recording throughput.

3) xpansion of Metric Systems

  • New Industry Segments: Addition of new metric categories.

  • New Behavioral Patterns: Addressed via AI model updates.

  • New Analytical Objectives: Expansion of metric combination methods.

Interoperability

WGA is not a closed ecosystem.

  • Data Export

Verified data is provided via standard APIs. It can be directly integrated into a client's internal systems, BI tools, or investment models.

APIs support RESTful and GraphQL methods. Data is provided in JSON format, including filtering, sorting, and aggregation features.

  • Proof Verification

Anyone can verify the Proofs recorded on the blockchain. Even without trusting WGA, the Proof itself can be independently verified.

Verification tools and libraries may be provided as open source.

  • Open Standard

Proof formats, API specifications, and metric definitions are documented and made public. Other platforms can build their own analytical tools based on WGA Proofs.

Through standardized interfaces, the WGA ecosystem is interoperable with other data analysis platforms.

Technical Comparison

Category

Traditional Analytics Platforms

WGA

Data Collection

Platform-dependent

Multi-channel (Web2 + Web3)

Spam/Bot Removal

Post-filtering (Reactive)

AI Pre-verification (Spectrum Evaluation)

Verification Standards

Internal logic (Black box)

On-chain Proof (Transparent, Traceable)

Metric Consistency

Varies by platform

Unified standards (Version-controlled)

Scaling Structure

Central server expansion

Soft DePIN (Role distribution)

Trust Model

"Trust the platform"

"Verify the Proof"

Expansion Path

Server scaling

L2 β†’ Independent Proof Layer β†’ Dedicated Environment

Interoperability

Limited

API, Open Standard, Proof Verification

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