In this hands-on course grounded in first-principle thinking, you will learn to develop and deploy probabilistic play-to-earn games from scratch in Solidity.

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Ethereum

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Solidity is a high-level programming language used for implementing smart contracts. Solidity is widely-used in developing Play-to-earn (P2E) games. P2E are NFT-gated games on the blockchain, where players can earn cryptocurrency and prizes that have real-world value. The ability to make these games is currently one of the most sought-after skills among blockchain developers.

In this course, you will be introduced to Solidity and the fundamentals of the Ethereum network. This course also gives a preliminary introduction to blockchains so users who don’t have any prior knowledge of it can brush up on their concepts—to assist them in developing and deploying P2E smart contracts in Solidity. Next, this course will also address a few technical challenges that P2E games present. 

By the end of this course, you will be able to create and deploy your own P2E game on an Ethereum test network.

Developing Play-to-Earn Games in Solidity

Which play-to-earn game is not NFT-gated?

Tip: dappradar.com is a good place to perform basic research on play-to-earn games.



Which play-to-earn game is not NFT-gated?
Tip: <a href="http://dappradar.com">dappradar.com</a> is a good place to perform basic research on play-to-earn games.

Which play-to-earn game does not use its own game token?

Which play-to-earn game does not use its own game token?

Which play-to-earn game is multiplayer?

1,024 players enter a tournament for a fee of 0.1 ETH each. They face each other in randomly drawn pairs, and each player has a 50% chance of winning. The winner advances to the next round, where they face another winner with the same odds. 

The process repeats until there is only one player left. They are awarded 70% of the pot (the sum of fees paid by all players). The remaining 30% goes to the house.

Each player can exit the game at any round by selling an NFT for a price representing their expected monetary outcome at that point in the game.

What is the value of a player's NFT before facing their first opponent?





1,024 players enter a tournament for a fee of 0.1 ETH each. They face each other in randomly drawn pairs, and each player has a 50% chance of winning. The winner advances to the next round, where they face another winner with the same odds.
The process repeats until there is only one player left. They are awarded 70% of the pot (the sum of fees paid by all players). The remaining 30% goes to the house.
Each player can exit the game at any round by selling an NFT for a price representing their expected monetary outcome at that point in the game.
What is the value of a player’s NFT before facing their first opponent?

1,024 players enter a tournament for a fee of 0.1 ETH each. They face each other in randomly drawn pairs, and each player has a 50% chance of winning. The winner advances to the next round, where they face another winner with the same odds. 

The process repeats until there is only one player left. They are awarded 70% of the pot (the sum of fees paid by all players). The remaining 30% goes to the house.

Each player can exit the game at any round by selling an NFT for a price representing their expected monetary outcome at that point in the game.

What is the value of a player's NFT once they've beaten two opponents?

1,024 players enter a tournament for a fee of 0.1 ETH each. They face each other in randomly drawn pairs, and each player has a 50% chance of winning. The winner advances to the next round, where they face another winner with the same odds.
The process repeats until there is only one player left. They are awarded 70% of the pot (the sum of fees paid by all players). The remaining 30% goes to the house.
Each player can exit the game at any round by selling an NFT for a price representing their expected monetary outcome at that point in the game.
What is the value of a player’s NFT once they’ve beaten two opponents?

Introduction

Ethereum Fundamentals

Solidity Smart Contract Structure and Syntax

Inheritance

Off-Chain Oracles

Putting it All Together: The Treasure Hunt Game

Conclusion

Quiz: Introduction