Abstract
- Protecting sensitive data from criminals, hackers and other prying eyes is an important aspect of providing security for modern systems and applications.
- Data is central to business and whenever it is breached for any reason there will be repercussions, whether they be financial, regulatory, or otherwise.
- And the most important data is stored in a database management system. As such, database administrators are tasked with protecting the core data assets of their organizations.
- Data security and privacy are top corporate initiatives these days. Instead of being ignored and relegated to IT staff as in the past, today executives are being held accountable for data protection.
- This change has been driven, in many cases, by regulatory requirements, but also as a reaction to the publicity and negative impact of the ever-increasing number of data breaches.
- This shift has elevated data security and protection planning to the executive level.
Existing System
Currently, most email monitoring and alerting mechanisms rely on manual log reviews or static security configurations. These systems have the following drawbacks:
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Delayed Detection: Monitoring is performed periodically, not in real time, which delays the detection of suspicious activities.
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High Dependency on Administrators: Security staff or administrators must manually review logs or rely on preset triggers, which increases workload and the chance of human error.
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Generic Alerts: Existing monitoring tools may generate a high volume of false positives, overwhelming administrators without providing meaningful insights.
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No Automated Action: In most systems, alerts are just notifications and do not trigger automated responses or protective measures.
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Lack of Integration with Email: Current solutions rarely link email monitoring directly to database activity or sensitive data access, making end-to-end protection difficult.
Proposed System
The Trigger Activated Email Monitorer introduces a real-time, event-driven monitoring mechanism that enhances data protection and reduces response time.
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Trigger-Based Monitoring: Database triggers are used to detect specific activities (such as unauthorized access, modifications, or suspicious queries) immediately when they occur.
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Automated Email Alerts: Once a trigger condition is met, the system automatically sends an email notification to the administrator, ensuring instant awareness of potential breaches.
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Real-Time Response: The administrator can take corrective measures immediately instead of waiting for scheduled log reviews.
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Reduced False Positives: By defining precise trigger conditions, the system minimizes unnecessary alerts and ensures accuracy in detection.
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Executive-Level Visibility: Alerts can be configured to reach higher-level managers, ensuring accountability and oversight in data protection.
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Enhanced Security & Compliance: The system provides proactive monitoring, helping organizations comply with regulatory requirements while also reducing financial and reputational risks.
Hardware Requirements
- Processor: Intel Core 2 Duo
- Clock Speed: 2.2 GHz
- RAM: 2 GB DDR
- Storage: 16 GB HDD
Software Requirements
- Operating System : Windows 10 (or above)
- Platform: .NET (Visual Studio 2022)
- Framework: .NET Framework 4.0
- Database: SQL Server 2017
Architecture Diagram
Project Modules
- System Catalog Attack Module
- System Catalog Prevention module
- DBA Admin Creation Module
- DBA Admin Login Module with Reference Number
- Object Change and Approval Module
Components of Project Report
- Abstract
- Table of Contents
- List of Tables
- List of Figures
- Chapters
- Introduction
- Literature review
- Problem definition and requirement analysis
- Design and Implementation
- Testing and deployment
- Future enhancements
- Summary
- References
Project Report Pages : 80
Can be used in : Dotnet
Delivery Time : Within 2 hours.
Support / Query : Call +91-7449000533
Email [email protected]
