Fog Computing Based Signature Verification: A Scenario-Based Approach

Today, the development of technology greatly facilitates our lives in all areas. However, transactions over the internet bring about the security threat. For this reason, controls and studies are carried out to prevent unauthorized access to personal data. One of the most important of these controls is the signature information received from the users. However, since the signature information can be simulated and played, the visual control is insufficient. For this reason, signature-specific characteristic information is the most accurate approach to be signed out, recorded and compared with subsequent signatures. Such transactions have been made and developed on cloud computing. Since all data is sent and shared over the Internet in traditional cloud computing architecture, it has disadvantages such as bandwidth, energy consumption and security. Therefore, fog information architecture has been improved and the deficiencies in traditional cloud computing have been largely eliminated. In this study, fuzz computing-based signature verification approach has been developed. A scenario has been developed and evaluated in this scenario for banks from institutions where security is handled intensively. As a result of the study; a more secure signature verification framework has been developed compared to traditional cloud computing. The study will lead the studies to be carried out