I’ve noticed systems don’t really show their true design when things are calm. They show it when activity suddenly jumps.
In Fogo, execution doesn’t wait for congestion to appear before reacting. As load starts building, transactions aren’t forced into a single queue. The scheduler routes them across independent execution lanes immediately, which keeps confirmation timing from stretching the way it usually does in busy conditions.
What matters is the timing of that behavior. It doesn’t activate after slowdown begins it’s already in place when demand rises. That means higher activity doesn’t automatically translate into delay, because the structure was built expecting pressure.
Real design shows itself under pressure, not during ideal conditions.
FOGOUSDT
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