The abstract of formulating rose indicators from rose petals involves extracting natural pigments from the petals through maceration and solvent extraction. The extracted pigments are then incorporated into a solution to create a pH-sensitive indicator. This process explores the feasibility of utilizing plantderived materials for producing sustainable and biodegradable pH indicators. The resulting rose-based indicators demonstrate color changes at specific pH levels, offering potential applications in fields like education, environmental monitoring, and natural product development. This abstract summarizes the innovative approach of harnessing botanical resources for creating functional indicators with ecological benefits. Natural pH indicators derived from rose petals offer a sustainable alternative to synthetic indicators. This study explores the formulation of rose indicators by extracting pigments from rose petals using solvent extraction techniques. The extracted pigments are incorporated into a solution to create pHsensitive indicators. The performance of these indicators is evaluated by observing color changes at different pH levels. The feasibility and effectiveness of utilizing rose-based indicators in various applications, including educational demonstrations and environmental monitoring, are discussed. This research highlights the potential of botanical sources for developing eco-friendly pH indicators with diverse practical uses.