About the Project

Inspiration

The inspiration for SecureOps came from the increasing concerns around web security and privacy. With the growing number of online threats, I realized that many users need better ways to secure their most sensitive websites and personal accounts. Most users rely on passwords, but it’s often not enough to prevent unauthorized access. I wanted to create a solution that adds an extra layer of protection by locking websites behind a master password and ensuring that browsing data is cleared after repeated failed attempts.

What it does

SecureOps is a Chrome browser extension that:

  • Locks websites with a master password, requiring authentication before accessing specific sites.
  • Rate-limits failed login attempts, triggering security measures (like clearing browsing data) if too many incorrect attempts are made within a short time frame.
  • Clears browsing data, including cookies, history, and session storage, to protect sensitive information when unauthorized access is suspected.
  • Provides a simple, intuitive UI that lets users easily manage locked websites, set passwords, and monitor attempts.

How we built it

We built SecureOps using the following tools and technologies:

  • HTML, CSS, and JavaScript: For building the user interface and handling user interactions such as locking/unlocking websites.
  • Chrome Extensions APIs: Utilized the storage, webNavigation, browsingData, and cookies APIs to manage user data and track website visits.
  • Manifest V3: Transitioned the extension to Manifest V3, utilizing service workers and enhanced security features to ensure the extension works efficiently and securely.

Key features such as rate-limiting and data clearing were implemented using JavaScript to interact with the browser’s APIs, while the UI was designed to provide a seamless experience for the user.

Challenges we ran into

  • Handling Security Breaches: Designing an effective security system that detects multiple failed login attempts and automatically clears sensitive data was a challenge. We had to ensure that the system triggered these actions only when necessary, without disrupting the user experience.
  • Migrating from Manifest V2 to V3: With Google’s move to Manifest V3, I had to update the extension to use service workers and deal with stricter content security policies.
  • Website Compatibility: Websites have different structures and security mechanisms, so ensuring that the extension worked consistently across various platforms required custom logic for each locked site.

Accomplishments that we're proud of

  • Successfully created a robust rate-limiting system that detects multiple failed password attempts and triggers security actions.
  • Built a secure and functional extension that locks websites behind a password and clears sensitive browsing data after suspicious activity.
  • Transitioned the extension to Manifest V3, ensuring future compatibility with Chrome’s evolving standards.
  • Designed a user-friendly interface that provides clear feedback on locked sites and login attempts.

What we learned

  • Web Security Practices: Gained a deeper understanding of securing browser extensions and implementing measures like rate-limiting, cookie management, and data clearing.
  • Chrome Extensions APIs: Learned how to effectively use Chrome’s APIs to interact with browser data and create a seamless extension experience.
  • Manifest V3: Became familiar with the features and limitations of Manifest V3 and adapted the extension accordingly.
  • Error Handling: Developed skills in handling edge cases and errors (e.g., failed login attempts) while ensuring a smooth user experience.

What's next for SecureOps

  • Multi-Platform Support: Extend SecureOps to support other browsers and platforms (e.g., Firefox, Edge).
  • User Analytics: Introduce features to track and visualize login attempts and security breaches for users.
  • Password Recovery: Implement a password recovery system in case users forget their master password.
  • Enhanced Security Features: Add more advanced security features like multi-factor authentication and remote lock/unlock capabilities.

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