Senior Software Engineer
Xerox Corporation
Total years of experience :7 years, 3 Months
React and .NET 7 Application Development with CI/CD deployments. Works as a scrum master and Devops well.
6 years of professional IT experience in .NET Framework, .Net Core 3.0 with the programing language C#, VB.NET and presently working as an Application Engineer.
1. Software Design & Development in .NET Framework and .NET Core.
2. Extensive programming experience in C#, ASP.Net Core, MVC, AngularJS, Web API, WCF, ADO.NET and Entity Framework.
3. Good experience with HTML, CSS, jQuery, Bootstrap and JavaScript.
4. Strong expertise and knowledge in RDBMS, Normalization of Database Schema, writing Stored Procedures, User Defined Functions, Triggers, Views and Joins in SQL Server and Oracle, PL/SQL.
5. WPF, WinForms (Desktop Applications - XAML).
6. Angular.
7. SSIS and SSRS.
8. Microsoft UI Flows/Power Automate.
9. Troubleshooting & Issue Resolution.
10. Efficient in working closely with teams to
ensure high quality and timely delivery of
builds and releases using Azure.
11. Experience in working with Tracking
Tools like JIRA & Trello
12. Repositories - Azure DevOps, SVN, Bit
bucket & Git.
13. Excellent communication, interpersonal &
analytical skills.
14. Providing and enhancement support with
regards to the software application.
15. Experience in working with Amazon
Relational Database Service.
• Three-way authentication factor for fine-grained access control in cloud computing. The project is to enhance the security of a web application.
• The three-factor authentication methods are User Login with AES (Advanced Encryption Standard) encryption and decryption, OTP to the registered mobile of the user and the biometric device given to the user.
• The Biometric scans the user credentials with the API call device attached (Artificial Intelligence) using Raspberry Pi
• Three-way authentication factor for fine-grained access control in cloud computing. The project is to enhance the security of a web application. • The three-factor authentication methods are User Login with AES (Advanced Encryption Standard) encryption and decryption, OTP to the registered mobile of the user and the biometric device given to the user. • The Biometric scans the user credentials with the API call device attached (Artificial Intelligence) using Raspberry Pi.
In this system, propose a fine-grained two-factor access control protocol for web-based cloud computing services, using a lightweight security device. The device has the following properties: (1) it can compute some lightweight algorithms; and (2) it is tamper resistant. The protocol provides a 2FA security. First the user secret keys are required and second the user fingerprint image. In addition, the security device should be also connected to the computer in order to authenticate the user for accessing the cloud. The user can be granted access only if he has both items. Furthermore, the user cannot use his secret key with another device belonging to others for the access. The focus of this proposed method is on preventing private information leakage at the phase of access authentication. Thus we make some assumptions on system setup and communication channels. We assume each user communicates with the cloud service provider through an anonymous channel or uses IP-hiding technology