---
title: 'Day Trading Strategy with Kimi – No Coding Needed'
source: 'https://youtube.com/watch?v=mW-ux497VNw'
video_id: 'mW-ux497VNw'
date: 2026-07-29
duration_sec: 382
---

# Day Trading Strategy with Kimi – No Coding Needed

> Source: [Day Trading Strategy with Kimi – No Coding Needed](https://youtube.com/watch?v=mW-ux497VNw)

## Summary

This video is a step-by-step tutorial on setting up a Python-based Ethereum arbitrage trading bot built with AI. The bot scans mempools for price discrepancies in stablecoins and executes profitable trades. The creator demonstrates deploying the bot on a cloud server, creating a smart contract, funding it with ETH, and running it to generate profit.

### Key Points

- **Bot Function Overview** [00:02] — The bot scans Ethereum mempools for stablecoin price differences and executes arbitrage trades to profit from the spread.
- **Tutorial Start & Free Guide** [00:15] — The tutorial uses a free guide linked in the description for all steps and necessary links.
- **Wallet Setup** [00:27] — Use MetaMask or other compatible wallets like Trust Wallet or Phantom Wallet to interact with the bot.
- **Cloud Hosting Setup** [00:53] — Use a cloud-hosted server (referenced in the guide) to host and run the bot.
- **Create Bot File** [01:07] — Create a new file with .py extension (e.g., bot.py) in the file explorer tab.
- **Paste Python Code** [01:23] — Copy the bot code from the guide and paste it into the code editor.
- **Compile and Build** [01:43] — Hit compile and build to download dependencies and compile the bot.
- **Deploy Bot Container** [02:10] — Deploy the bot container on the cloud using the deploy tab.
- **Smart Contract Requirement** [02:23] — The bot needs an Ethereum smart contract. You can paste an existing address or deploy a new one.
- **Deploy Smart Contract** [02:36] — Deploying a new smart contract costs around $0.50. Use the load smart contract function.
- **Verify Contract on Etherscan** [02:49] — Check the deployed contract on Etherscan to confirm ownership and successful deployment.
- **Fund Bot Contract** [03:01] — Copy the smart contract address and deposit ETH to fund the bot. Recommended at least 1 ETH.
- **Check Liquidity Balance** [03:45] — Use the update liquidity balance function to verify deposited funds appear in total liquidity.
- **Start Bot** [04:00] — Use the start bot function to begin trading. Initialization may take a few seconds.
- **Let Bot Run for 24 Hours** [04:36] — The bot is left running for 24 hours to search for profitable trades.
- **Check Results** [04:53] — After 24 hours, the bot generated profit, though results depend on network congestion and gas fees.
- **Stop Bot to Withdraw** [05:08] — Use the stop bot function before withdrawing liquidity.
- **Withdraw Liquidity** [05:30] — Use the withdraw liquidity function, which can take up to 30 seconds.
- **Tutorial Conclusion** [06:07] — The tutorial ends with a reminder to check the free guide in the description for more details.

### Conclusion

The Ethereum arbitrage bot can generate profit, but success depends on network congestion and gas fees. The tutorial provides a complete setup, though results may vary.

## Transcript

we can spot some profitable transactions it made on the Ethereum network. So, essentially, when the bot notices price differences on stablecoins mempools, it runs arbitrage trades to profit from the spread. If you [music] like this kind of
video, please leave a like. And now, let's begin the tutorial. Hey everyone. In this video, we're going to set up this Python trading bot I built with AI. For this, I'd suggest checking out the free guide I put
covers every step and link you'll need to get the bot running. To get started, you can use MetaMask to interact with your bot, just like I'm doing here, or you can pick another compatible browser
wallet, such as Trust Wallet or Phantom Wallet. You can also follow this built-in browser inside your mobile wallet app. linked in the description. It's built for developers who want to build and run
projects on cloud-hosted servers, and we'll be using it to host our bot. The first thing we need to do here is create our bot file. So, go to the files explorer tab, [music] click the new file button, and give it a .py extension.
I'll call mine bot.py, but you can use any name. Next, grab the Python bot code from the guide in the description >> [music] >> and paste it into the code editor.
tab and hit the compile and build button, which will download the button, which will download the dependencies and compile everything.
once the build is successful, head over to the deploy tab. environment button [music] to deploy your bot container on the cloud.
>> Nice. The deployment is now finished. The console has also popped up with all start interacting with it. At this point, the bot needs a smart contract on Ethereum before it can make any transactions. If you've already got one,
just paste its address into the loaded smart contract field. But since this is a fresh deployment, we'll need to deploy the smart contract on Ethereum mainnet. So let's make one by clicking the load smart contract function. You'll find
that deploying a contract is pretty cheap these days. It usually costs around 50 cents. Great. Now we can confirm that our smart contract has been deployed successfully by checking it on the Etherscan link. Here, [music] we can
see our smart contract is deployed on the Ethereum network, and we can also confirm that we're the actual owner of our bot smart contract. Heading back to the website, the next step is to fund our bot smart contract with enough
liquidity to trade. So to start, copy your smart contract address and deposit enough ether into it. Now I'm going to deposit some ether into our contract to fund the bot. My recommendation is to use at least one
ether, which makes sure your bot doesn't burn through profits on gas fees and has enough liquidity to trade. Keep in mind, too, the more you put in, the more profit your bot can earn from the spread between two [music] transactions.
use the update liquidity balance function to check the total liquidity function to check the total liquidity balance. deposited is now showing up in the total liquidity balance. Now, let's get it
going by using the start bot function. [music]
It might take a few seconds for the bot to start up and initialize.
I'll let it keep running on its own to search for profitable trades over the next 24 hours, and then we'll come back to check the results. to check the results. >> [music]
>> We're back after letting the bot run on its own for 24 hours. generated a fair amount of profit. This probably comes down to how congested the Ethereum network is along with gas fees, so it really depends on the stable coins
mempools. Now, to withdraw the liquidity, we'll first need to stop the bot. To do that, we'll use the stop bot function and wait for it to finish.
liquidity function, which can take up to 30 seconds. So let's wait.
now back in our wallet. And that's pretty much the whole tutorial, guys. If check out the free guide I left in the description. Please drop a comment, hit subscribe, and I'll see you in the next video.