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Multi-Chain Live Testing Results
🚀 Overview
Successfully deployed and tested the new multi-chain capabilities on the live container infrastructure (aitbc and aitbc1). A single blockchain node instance now concurrently manages multiple independent chains.
🛠️ Configuration
Both aitbc and aitbc1 nodes were configured to run the following chains simultaneously:
ait-devnet(Primary development chain)ait-testnet(New test network chain)ait-healthchain(New specialized health data chain)
📊 Live Test Results
1. Isolated Genesis Blocks ✅
The system successfully created isolated, deterministic genesis blocks for each chain to ensure proper synchronization across sites:
- devnet hash:
0xac5db42d29f4b73c97673a8981d5ef55206048a5e9edd70d7d79b30ce238b6e7 - testnet hash:
0xa74d2d3416dbc397daec4beb328c6fe1e7ba9e02536aea473d2f8d87f00f299c - healthchain hash:
0xe8a5dafa9e3bfcdb45e4951a04703660513e102a352cff3c7c2ee6a78872ce93
2. Isolated Transaction Processing ✅
Transactions were submitted to specific chains (e.g., ait-healthchain) and were properly routed to the correct isolated mempool without bleeding into other chains.
- Example transaction hash on healthchain:
0x04a3e80fa043f038466f3e2fab94014271fbb7ca23fd548a5d269ee450804a39
3. Isolated Block Production ✅
The PoAProposer successfully ran parallel tasks to produce blocks independently for each chain when transactions were available in their respective mempools.
4. Cross-Site Synchronization ✅
Blocks produced on the primary aitbc container node successfully synchronized via cross-site gossip to the secondary aitbc1 container node, matching block heights and state roots perfectly across all 3 chains.
🎯 Conclusion
The multi-chain implementation is fully functional in the live environment. The system can now instantly spin up new chains simply by appending the chain ID to the SUPPORTED_CHAINS environment variable and restarting the node service.