With the growing usage of thin computing devices such as smartphones and tablets equipped with technologies like 3G, Wi-Fi, and GPS, information has become readily available at the fingertips of users. The primary objective of this paper is to enable efficient data delivery in ad-hoc networks. While current technologies rely heavily on internet-based services for sharing location-aware content, this paper demonstrates that similar outcomes can be achieved by deploying Wi-Fi infostations. In the latter part of the study, two algorithms are proposed based on sender-side and receiver-side approaches during information broadcasting. These algorithms also help in reducing network congestion and ensure reliable data transmission without data loss. The proposed method addresses several limitations of traditional data transfer techniques such as unicast and broadcast, thereby improving overall communication efficiency. The approach further incorporates node-to-node delivery along with both unicast and broadcast mechanisms to enhance network performance.