OCKAMS

Visualization

Our tech stack will execute complex relational queries directly on the blockchain. Visualize real data flow through sophisticated JOINs, aggregations, and analytics.

🏦 DeFi Analysis
🤖 AI Agents
👥 Social Trading

Complex Multi-Table Query

Query Performance

Execution Time
47ms
Records Processed
284,394
Tables Joined
5
Gas Used
0.0023 RAZR

Live Query Results

Updated 2.3s ago

Real-time Data Flow

Impossible on Traditional Blockchains

These sophisticated queries run natively on-chain with cryptographic guarantees. No external indexing, no centralized databases.

🔗

Cross-Protocol Analytics

Analyze relationships across multiple DeFi protocols with complex JOINs and aggregations.

SELECT protocol, SUM(tvl), AVG(apy)
FROM defi_protocols p
JOIN user_positions u ON p.id = u.protocol_id
GROUP BY protocol
🤖

AI Agent Coordination

Multiple AI agents share data and coordinate decisions through relational queries.

WITH agent_performance AS (...)
SELECT agent_id, strategy_success
FROM agents WHERE active = true
ORDER BY performance DESC
👥

Social Finance Networks

Analyze complex social graphs and reputation systems with multi-table relationships.

SELECT u.username, COUNT(f.follower_id)
FROM users u JOIN follows f
ON u.id = f.user_id
WHERE u.reputation > 800

Traditional Blockchain vs OCKAMS dSQL

✗

Traditional Blockchain Limitations

Simple Key-Value Storage
mapping(address => uint256) balance
No Complex Queries
Cannot JOIN or aggregate data on-chain
External Indexing Required
The Graph, Alchemy, centralized databases
Limited AI Integration
AI agents can't access rich data structures
✓

OCKAMS dSQL Advantages

Full Relational Database
Tables, relationships, constraints, indexes
Native SQL Queries
Complex JOINs, aggregations, analytics on-chain
No External Dependencies
All data and queries are blockchain-native
AI Agent Paradise
Rich data structures enable sophisticated AI