How Fogo Prevents Network Congestion
Blockchains need to share blocks rapidly. After someone checks a block, everyone should receive it quickly to verify and vote. If it drags, the system lags.
A lot of networks have probs because blocks aren't shared so well, or the data goes too far. It gets worse when blocks and transactions get bigger.
Fogo solves this with a quicker, simpler system that saves on bandwidth.
Instead of sending the whole block all at once, it splits it into smaller bits that you can easily put back together. Validators can get started on parts of the block, even if they don't have all the pieces yet.
Plus, it can fix errors automatically. If some bits go missing, validators can rebuild the block without asking for a redo. The network stays solid, esp when there's a lot going on.
Rather than just blasting data everywhere, the system uses specific routes. Validators are set up like a tree, so data only goes where it needs to, which cuts down on extra traffic and makes sure blocks get to the right place.
The validator locations help too. Since most voting is in the same spot, most data travels shorter distances. Stuff is quick, so validators get blocks faster.
The faster blocks spread, the faster things get confirmed.The validator setup is useful because sending data is separate from other jobs. Specific bits handle the data flow, so sending doesn't slow people down.
Some system tricks cut down work by letting network packets jump right into the application's memory.
All these design features and system changes add up to seriously fast block data movement.
As the industry handles more transactions, good block sharing matters. Networks that are slow at sending data might get stuck, no matter how good they are otherwise.
Fogo's design knows that being good is about calculating quickly and how fast data moves.#fogo @Fogo Official $FOGO