A SIEM Dashboard is a monitoring tool designed to provide an overview of security threats in real-time and historically. This dashboard is typically designed to make it easy to monitor, analyze, and respond to security events, enabling security professionals to detect, handle, and react to threats promptly. Below is a detailed description of a SIEM Dashboard:
Main Sections in a SIEM Dashboard:
Number of alerts by severity (Critical, High, Medium, Low).
Threat classification (APT, Phishing, Malware, DoS/DDoS, Brute Force).
Graph of active threats (could be displayed as a pie chart or bar chart).
Monitored threats with notifications from endpoints, systems, and other resources.
Top Alerts: The most significant alerts in the system, categorized by severity.
Recent Events: A list of recent events with high priority or related to critical threats.
Event Timeline: A time-based graph showing events occurring within a specific time period.
Top Event Sources: A list of common event sources, such as IP addresses, files, applications, or endpoints.
Top Talkers: IP addresses or devices with the most network traffic.
Network Traffic: A graph tracking the network traffic, helping detect anomalies like DDoS or data exfiltration.
Failed Logins: Statistics on failed logins from devices or user accounts, helping detect brute force attacks.
Unusual Traffic Patterns: Detecting abnormal or invalid traffic flows in the network.
CPU, Memory, Disk Usage: System performance monitoring using metrics like CPU utilization, memory, and disk space.
Uptime: Tracking the uptime of servers and systems to detect any downtime or disruptions.
System Vulnerabilities: A list of known vulnerabilities or necessary patches for servers and applications.
Failed Login Attempts: Number of failed login attempts from users, potentially indicating a brute force attack.
Unusual User Activity: Detecting abnormal user actions, such as accessing sensitive data or downloading large amounts of data.
Top Users: Users displaying suspicious behavior or those under suspicion due to their security-related activities.
Threat Intelligence: Threat indicators from external sources, such as IP addresses used by attackers, malicious domains, or file hashes.
Attack Patterns: Analyzing patterns of attacks from past incidents.
Geolocation of Attacks: A visual map showing the geographic origins of attacks from different countries or regions.
Custom Reports: Customizable reports based on various security metrics.
Compliance Reports: Reports on regulatory compliance, such as GDPR, HIPAA, or PCI-DSS.
Incident Response Reports: Detailed reports of attacks or security incidents, from detection to resolution.
Incident Status: The status of ongoing security incidents (Not handled, In Progress, Completed).
Response Actions: Actions taken in response to incidents, such as isolating devices, blocking IP addresses, or updating security software.
Threat Containment: Time and methods used to contain threats, such as increasing monitoring or stopping abnormal connections.
Summary: A SIEM Dashboard helps users monitor security events and threats in real-time. Key metrics include: threat overview, security events and alerts, network and device analysis, user behavior analytics, external threat analysis, reports & analytics, and incident response management. This dashboard helps security teams detect, analyze, and respond promptly to threats, while providing a comprehensive view of the system's security status.
I'll create a comprehensive SIEM Dashboard based on your detailed requirements. This dashboard will provide security professionals with real-time and historical security threat monitoring capabilities.
I've created a comprehensive SIEM Dashboard that includes all the sections you specified. The dashboard features:
The dashboard uses a modern, responsive design with:
You can navigate between sections using the sidebar and filter data by different time ranges (today, this week, this month, etc.) using the tabs at the top of each section.
I'll fix the chart implementation error in your SIEM Dashboard. The error "useChart must be used within a <ChartContainer />" occurs when chart components are trying to access the chart context outside of a ChartContainer.
I've fixed the chart implementation error in your SIEM Dashboard. The issue was that some chart components were not properly wrapped with the ChartContainer component, which is required for the chart context to be available.
The main changes I made:
ChartContainer to ensure they have access to the chart contextThese changes should resolve the "useChart must be used within a ChartContainer" error you were encountering. The dashboard should now render correctly with all charts properly displaying their data.
The fix maintains all the functionality and visual design of the original dashboard while ensuring that the chart components are properly integrated with the shadcn/ui chart system.