The InterPlanetary File System(IPFS) is an emerging peer-to-peer hypermedia protocol designed to enhance the speed, security, and openness of the web. Utilizing content-based addressing, IPFS establishes a decentralized, distributed, and trustless network for data storage and delivery. Despite its growing popularity, the inherent openness of IPFS raises concerns about accidental sharing of sensitive files, posing potential threats to user privacy and security. In this paper, we conduct a measurement study to investigate the extent of sensitive file sharing on the IPFS network. Using IPFS-search, a widely-used search engine indexing IPFS content, we identified over 2,000 files containing sensitive information such as API keys and private SSH keys. However, as IPFS-search operates on a centralized infrastructure, access restrictions may limit opportunistic attacks. To demonstrate the feasibility of identifying sensitive content, we deployed two IPFS nodes, recording file announcements from nearby peers, and identified over 700 sensitive files. Furthermore, we deployed honeypot IPFS nodes to gauge potential exploitation of these sensitive files by malicious actors over a six-month period. Our findings indicate that while sensitive files are indeed being shared on the IPFS network, there is currently no evidence of exploitation by attackers. However, with the increasing popularity of IPFS, the risk of such attacks is likely to rise. Our study underscores the importance of acknowledging the risks associated with sharing files on the IPFS network. As IPFS continues to gain traction, proactive measures must be taken to address vulnerabilities and safeguard sensitive data from potential exploitation.