Veera's optimization focus during this period has transcended the scope of "browser" and "wallet". It has built a more infrastructure-like execution framework on mobile, called MultiChain Execution Layer, as a chassis, allowing every on-chain action to follow a unified execution path.

Then the Smart RPC Orchestrator dynamically allocates the optimal node route. This means that when the user clicks a button, the backend may simultaneously be performing on-chain re-linking, transaction splitting, delay calibration, and signature stream optimization, but the frontend will only see — faster, more stable, and less prone to lag.

This approach of completely sinking the complexity of multi-chain is essentially a performance engineering for Web3. In the past, the biggest pain point of multi-chain products was "disrupted experience"; switching chains felt like switching worlds. However, @On_Veera's technical route is attempting to put all chains into the same execution layer. Whether it’s cross-chain swaps, calling dApps, or reading on-chain states, everything can go through a unified acceleration channel.

This is not a good-looking or fun feature. It is a hard technology that lays the foundation for scaling Web3 products. It also means that mobile devices may finally be able to run complex on-chain applications in a meaningful way for the first time in the future. The next discussion will naturally extend to the distribution efficiency and sustainable operational capabilities of Web3 on mobile devices.
@cookiedotfun @On_Veera #Cookie #Veera