Fogochain simplified

John is a businessman with one simple rule, he only eats Domino’s pizza. Whether he’s in Lagos, Ogun, or Abuja, he expects his favorite pizza to arrive quickly and just the way he likes it.

I promote the values of Web3 projects through content writing

To meet John's demand, Domino doesn’t rely on a single kitchen. Instead, it operates multiple kitchens in different regions.

How does Domino keep John happy?

Through a multi-local consensus mechanism. Whenever John travels to any region for work, he doesn’t have to wait for a pizza delivery from the company’s main kitchen.

Decentralisation: No single location controls John's pizza supply

Imagine if Domino's pizza branch in John's region were to catch fire. That would mean John would not be able to eat his favorite pizza. To prevent such, Domino's pizza has other branches where John can order from.

This is exactly how Fogo’s decentralized system works. No single region has control over the entire network, making it more reliable.

Scalability (MTT 420-RR "Firedancer" for fastest delivery)

To make sure John gets his pizza as quickly as possible, Domino's pizza uses MTT 420-RR, the fastest motorbike in the world to deliver John's pizza.

Fogo’s Firedancer plays a similar role. Being the fastest client, it processes transactions at high speed, reducing congestion.

Behind every perfect pizza there is a highly trained chef (Curated validator)

Not just anyone can make John's pizza. The company ensures only the best chefs make John’s pizza.

Fogo takes the same approach with its validators. Only the most efficient and reliable ones are selected to process transactions, keeping the network efficient.

John can easily place order at the nearest Domino’s pizza, ensuring  he gets his pizza wherever he goes. 
Similarly, Fogo network doesn’t depend on a single region for validators to process transactions. Transactions can be processed in different regions for flexibility.