Risk-Optimized Crypto Trading Bot

Abstract

Cryptocurrency has become one of the biggest digital assets. One of the problems arising in the cryptocurrency market is that the investors/traders cannot maximize the profit due to the volatility and ability to accurately the future price. Moreover, the investor must monitor the progress 24 hours to maximise profits and prevent lossesThis paper introduces a bot that can work 24 hours and can monitor, predict and trade so that it is best to maximize the benefits. Our tool provides suggestions for buy and sell point and price prediction using random forest regression. The regression results show a high r-squared value of more than 0.9.The trading bot also provides three different trading strategies, which are aggressive, conservative, and moderate modes which suit different types of users. The aggressive mode is more suitable for users who prefer higher risks with an opportunity for high returns. On average, the aggressive mode yields the best profits but can result in huge losses in return. However, the conservative strategy provides the lower risk strategy, which creates minimum loss but results in less benefit. Finally, the moderate strategy provides a combination of the two strategies. The result shows that the moderate strategy is the most balanced strategy between profit and loss.This paper presents a comprehensive overview of the development process, from system architecture to the deployment of the trading bot. It also evaluates the performance of the model using various metrics such as r-squared(R2) and mean squared error (MSE) and highlights the potential risks and limitations of automated trading systems.