Building a Smart Contract Scanner with Python and AI

MikeOpS — Tue, 19 May 2026 18:01:10 +0000

Building a Smart Contract Scanner with Python and AI

In this tutorial, we'll build a smart contract scanner using Python, AI, and Web3.js. This tool will help us identify and analyze smart contracts on the Ethereum blockchain. We'll leverage MikeOps infrastructure to create a scalable and efficient system.

Step 1: Setting up the Environment

To start, we need to set up our development environment. We'll use Python 3.9, Web3.py, and the API. Install the required packages using pip:

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We'll also need to install the library, which provides pre-trained models for natural language processing tasks. We'll use the library to integrate AI into our smart contract scanner.

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Step 2: Creating the Smart Contract Scanner

We'll create a Python script that uses Web3.py to connect to the Ethereum blockchain and retrieve smart contract data from Etherscan. We'll store this data in a CSV file.

Step 3: Integrating AI into the Smart Contract Scanner

We'll use the library to integrate AI into our smart contract scanner. We'll use a pre-trained model to analyze the contract data and provide insights.

Step 4: Setting up MikeOps Infrastructure

To make our smart contract scanner scalable, we'll use MikeOps infrastructure to set up a cloud-based system. We'll use MikeOps to create a scalable architecture with load balancing, auto-scaling, and containerization.

Step 5: Deploying the Smart Contract Scanner

Finally, we'll deploy the smart contract scanner to the cloud using MikeOps infrastructure. We'll use MikeOps to create a scalable and efficient deployment.

Full Source on GitHub

Full source code for this tutorial is available on GitHub:

https://github.com/forgejo/smart-contract-scanner

Tags: #tutorial #defi #python #web3

This tutorial demonstrates how to build a smart contract scanner using Python, AI, and Web3.js. By following these steps, you can create a scalable and efficient system for analyzing smart contracts on the Ethereum blockchain. Don't forget to check out the full source code on GitHub.

Decoding Deception: A Developer's Guide to Unmasking Honeypot Smart Contracts

MikeOpS — Tue, 12 May 2026 18:00:42 +0000

Decoding Deception: A Developer's Guide to Unmasking Honeypot Smart Contracts

The decentralized finance (DeFi) landscape is a Wild West of innovation, offering unprecedented opportunities for financial growth and technological advancement. Yet, beneath the allure of high APYs and revolutionary protocols lies a treacherous underbelly: the honeypot. Many developers and investors, seduced by promises of exponential returns, have fallen victim to these cunningly crafted smart contracts, designed not to facilitate fair trading, but to trap your funds.

For anyone building or investing in Web3, understanding how to identify these digital traps is not just prudent—it's essential for survival. This article will dissect the anatomy of honeypot contracts, equip you with the technical skills to spot them, and provide actionable strategies to protect your investments and your users.

What Exactly is a Honeypot Smart Contract?

At its core, a honeypot smart contract is a malicious piece of code intentionally deployed to trick users into sending funds, with no legitimate mechanism for them to withdraw or sell those funds back. While appearing to function like a normal token or DeFi protocol initially (allowing buys, for example), a hidden logic or subtle vulnerability ensures that only the contract's creator can drain the trapped assets.

Unlike a rug pull, where liquidity is suddenly removed after an initial period, a honeypot often prevents any user from selling their tokens from the outset, or through mechanisms that activate under specific, creator-controlled conditions. It's a digital roach motel: funds check in, but they don't check out.

The Anatomy of Deception: Common Honeypot Mechanisms

Honeypots leverage various smart contract functionalities to achieve their malicious goals. Here are some of the most prevalent techniques:

Manipulated Transfer Logic: This is the most common and often the most difficult to spot. The function (or a similar internal transfer mechanism in ERC-20 tokens) is overridden with conditions that allow purchases but prevent sales or transfers for external users.
Dynamic or Hidden Taxes: The contract imposes extremely high or variable sell

🧊⚡ What if we ran the world's southernmost Bitcoin Node — in Antarctica?

MikeOpS — Sat, 11 Apr 2026 23:07:37 +0000

🧊⚡ What if we ran the world's southernmost Bitcoin Node — in Antarctica?

No node exists there yet. We're planning to change that.

The idea: raise funds, partner with research stations, and deploy the first Bitcoin full node on the Antarctic continent.

Why it matters:
→ Censorship resistance from the most remote place on Earth
→ Proves Bitcoin runs everywhere, for everyone
→ A symbol: decentralization has no borders

We're building the community around this mission.

Join us on Telegram → https://t.me/mikeops_bot32

🚀 Trending Tokens: Zcash & Bittensor — Hidden Risks in Emerging Tech?

MikeOpS — Tue, 31 Mar 2026 20:20:39 +0000

🚀 Trending Tokens: Zcash & Bittensor — Hidden Risks in Emerging Tech?

Zcash ($ZEC), Bittensor ($TAO)... new narratives, new contracts, new risks. Euphoria blinds investors to vulnerabilities: untested codebases, inter-protocol dependencies. Trending tokens attract hackers. If the contract is new, risk is amplified.

Before you dive in, scan the code!
Free scans: https://cryptoguard.mikeops.ai
Discord: https://discord.gg/7xqmDbzFkn
Telegram: https://t.me/mikeops_bot32

Zcash #Bittensor #TrendingCrypto #DeFiSecurity

DEV Community: MikeOpS

**Building a Smart Contract Scanner with Python and AI**

Step 1: Setting up the Environment

Step 2: Creating the Smart Contract Scanner

Step 3: Integrating AI into the Smart Contract Scanner

Step 4: Setting up MikeOps Infrastructure

Step 5: Deploying the Smart Contract Scanner

Full Source on GitHub

Decoding Deception: A Developer's Guide to Unmasking Honeypot Smart Contracts

What Exactly is a Honeypot Smart Contract?

The Anatomy of Deception: Common Honeypot Mechanisms

🧊⚡ What if we ran the world's southernmost Bitcoin Node — in Antarctica?

🚀 Trending Tokens: Zcash & Bittensor — Hidden Risks in Emerging Tech?

Zcash #Bittensor #TrendingCrypto #DeFiSecurity

Building a Smart Contract Scanner with Python and AI