We reject abstraction
We believe in bytecode
Bytecode is the only true form
Let’s code with bytes now

Bytecode is a low-level version of your smart contract. It’s what your Solidity code turns into before it gets deployed on the Ethereum blockchain (or any Ethereum compatible blockchain , a.k.a EVM compatible blockchain).

Think of it like this:

You write your contract in Solidity (a human-friendly language). Then the computer translates it into bytecode (a machine-friendly language). This bytecode is what the Ethereum blockchain actually understands and runs.

EVM stands for Ethereum Virtual Machine. It’s like a global computer that runs on every Ethereum node. Whenever someone deploys or interacts with a smart contract, the EVM is responsible for running that code.

The EVM doesn't understand Solidity (or any other smart contract language) directly. It understands bytecode, a set of very simple instructions, kind of like a recipe with tiny steps.

The EVM uses something called a stack to do its work. Think of a stack like a pile of plates. You can only:

• Push a new plate onto the top, or

• Pop the top plate off.

You can't reach into the middle. You always work with the top of the pile.

In bytecode, everything is done by combining simple instructions. You push values onto the stack, then use an operation like ADD to do something with them.

Here’s a small example:

Add: 2 + 5

To add two numbers together, the EVM needs to:

1. Push the number 2 onto the stack

2. Push another 5 onto the stack

3. Run ADD to add the top two numbers

👀 What’s happening on the stack:

This is the foundation of how smart contracts work under the hood. Bytecode may seem basic, but when you combine lots of small instructions like this, you can build powerful and complex contracts, all without touching Solidity.

Click that Subscribe button for weekly bytecode learnings.

Let’s reject abstraction together.

We reject abstraction
We believe in bytecode
Bytecode is the only true form
Let’s code with bytes now

Bytecode is a low-level version of your smart contract. It’s what your Solidity code turns into before it gets deployed on the Ethereum blockchain (or any Ethereum compatible blockchain , a.k.a EVM compatible blockchain).

Think of it like this:

You write your contract in Solidity (a human-friendly language). Then the computer translates it into bytecode (a machine-friendly language). This bytecode is what the Ethereum blockchain actually understands and runs.

EVM stands for Ethereum Virtual Machine. It’s like a global computer that runs on every Ethereum node. Whenever someone deploys or interacts with a smart contract, the EVM is responsible for running that code.

The EVM doesn't understand Solidity (or any other smart contract language) directly. It understands bytecode, a set of very simple instructions, kind of like a recipe with tiny steps.

The EVM uses something called a stack to do its work. Think of a stack like a pile of plates. You can only:

• Push a new plate onto the top, or

• Pop the top plate off.

You can't reach into the middle. You always work with the top of the pile.

In bytecode, everything is done by combining simple instructions. You push values onto the stack, then use an operation like ADD to do something with them.

Here’s a small example:

Add: 2 + 5

To add two numbers together, the EVM needs to:

1. Push the number 2 onto the stack

2. Push another 5 onto the stack

3. Run ADD to add the top two numbers

👀 What’s happening on the stack:

This is the foundation of how smart contracts work under the hood. Bytecode may seem basic, but when you combine lots of small instructions like this, you can build powerful and complex contracts, all without touching Solidity.

Click that Subscribe button for weekly bytecode learnings.

Let’s reject abstraction together.