Users are instructed to install Foundry via terminal commands and verify they are running the latest version by executing 'anvil --version'.

The guide details the Raffle contract, emphasizing the significance of state variables, ticket pricing, and user entry functions to facilitate participation in the raffle.

A trap contract, known as RaffleStuckTrap, is introduced to monitor the state of the raffle contract, ensuring it does not become stuck during the winner selection process.

Instructions for deploying the trap include using the Drosera CLI and hydrating it with tokens to activate its monitoring capabilities.

A new guide has been released that focuses on setting up a Raffle Draw smart contract trap using Drosera, which is designed to enhance the security of smart contracts.

To get started, users need to have key prerequisites in place, including Visual Studio Code (VSCode), Foundry for blockchain emulation, and the Drosera CLI for deploying the trap.

Deployment instructions also cover setting up a script for deploying the raffle contract, making use of environment variables for managing sensitive data.

Finally, the guide underscores the importance of real-time monitoring in smart contract testing to identify issues that traditional testing methods might overlook.

The article discusses the use of events in smart contracts for external notifications, highlighting the necessity of verifiable randomness in winner selection through Chainlink VRF.