Mantle's strong underlying advantages, network latency, and state stability.

This is the part that all chains want to pretend is "no problem," but @0xMantleCN is really doing well.

The most influential factor for user retention in on-chain experiences is not TPS, but whether transactions can be consistently processed and if the latency will fluctuate. Most L2s experience minor awkward situations like "a bit of a lag" or "a sudden price spike" during high load, but the stability of Mantle's state is actually its most underrated moat.

Speaking plainly means:
@Mantle_Official It's not easy to lose connection, nor is it easy to suddenly go haywire. Why? Because its execution layer and DA layer are separated, the pressure won't crush the entire chain at once. Additionally, the batch scheduling logic is well-designed, so even if the transaction density increases, it won't easily lead to disorder or high latency.

What are the practical benefits for the ecosystem? The AI protocol can continuously write data without failing halfway, high-frequency operations in blockchain games won't suddenly freeze, the POI records of content protocols will be stably written on-chain, and when DeFi is doing arbitrage or path calculations, it won't experience price fluctuations due to latency.

To put it in a more relatable way: the underlying layer of Mantle is like a "highway that won't suddenly get congested." You can go fast or steady, but the most important thing is that you won't suddenly have to stop.

This may seem quite ordinary, but those who actually build products on the chain will tell you — stability is more practical than any "narrative" or "inflated performance".

The activities of the second season of #XHunt × #Mantle can run smoothly, and the POI records can be updated in real-time, which is supported by the stable execution + DA combination of Mantle.

The advantage of Mantle is not in the shouting, but in the operational level where it "rarely has issues."
#Mantle @Mantle_Official @0xMantleCN $MNT #XHunt