chouaibtogola/Threat-Intelligence-Data-Collection-and-API-Integration-EC-COUNCIL-Lab

# Threat Intelligence Data Collection and API Integration Lab ## Overview The lab demonstrated the importance of threat intelligence in modern cybersecurity operations by showing how security teams can proactively identify malicious activity, track vulnerabilities, and improve incident response capabilities. # Objectives # Tools and Platforms Used ## Microsoft Windows 11 Used as the primary operating system for conducting the lab exercises. ## Google Chrome Used to access threat intelligence platforms and subscription services. ## MS-ISAC (Multi-State Information Sharing and Analysis Center) ### Key Features - Vulnerability advisories - Threat notifications - Security recommendations - CVE tracking - Incident awareness ## CISA (Cybersecurity and Infrastructure Security Agency) ### Key Features - Cybersecurity advisories - ICS security alerts - Vulnerability summaries - Threat bulletins - Patch information ## VirusTotal Used to analyze malicious URLs, files, and IP addresses. ### Key Features - Multi-engine malware scanning - URL reputation analysis - IP reputation analysis - Community intelligence - Threat detection statistics - Sandbox analysis ## URLhaus Used as a source of malicious URLs for testing and threat analysis. ### Key Features - Malware URL database - Threat-sharing platform - Open-source intelligence source - Real-time malicious URL feeds ## PowerShell Used to automate threat intelligence queries and API interactions. ## VirusTotalAnalyzer PowerShell Module Used to interact with the VirusTotal API directly from PowerShell. # Lab Activities ## 1. Subscribing to Threat Intelligence Feeds The first part of the lab involved subscribing to cybersecurity advisories from MS-ISAC and CISA. ### MS-ISAC Subscription The subscription process required entering contact information and selecting advisory notifications. After subscribing, vulnerability reports and cybersecurity alerts could be received through email. ### CISA Subscription - Cybersecurity Advisories - ICS Cybersecurity Advisories - Vulnerability summaries - Threat notifications These subscriptions help security professionals stay informed about emerging vulnerabilities and active cyber threats. # 2. Threat Intelligence Analysis with VirusTotal The second part of the lab focused on analyzing malicious URLs. ## Steps Performed 1. Accessed the URLhaus database 2. Selected and copied a malicious URL 3. Submitted the URL into VirusTotal 4. Reviewed: - Detection results - Community scores - Security vendor analysis - Threat descriptions - URL attributes ## Key Observations - VirusTotal aggregates results from multiple security vendors - Different vendors may classify threats differently - Community comments can provide additional intelligence - URL analysis includes technical details and network indicators # 3. VirusTotal API Integration with PowerShell The final section of the lab focused on API integration and automation. ## PowerShell Commands Used ### Set Execution Policy Set-ExecutionPolicy RemoteSigned ### Install VirusTotalAnalyzer Module Install-Module VirusTotalAnalyzer -Force ### Import Module Import-Module VirusTotalAnalyzer ### Store API Key $VTAPI = '[api_key]' ### Retrieve URL Report $T1 = Get-VirusReport -ApiKey $VTAPI -Search '[url]' ### Display Report $T1 ### Display Detailed URL Attributes $T1.Data.Attributes # Skills Learned * Threat intelligence collection * OSINT research techniques * Threat feed subscription management * URL and IP reputation analysis * API integration * PowerShell automation * Threat analysis workflows * Vulnerability tracking # Key Takeaways This lab demonstrated how organizations use threat intelligence to improve cybersecurity defenses and proactively monitor threats. The integration of intelligence feeds, malicious URL databases, and automated API queries provides security teams with valuable information for detecting and responding to cyber threats. Using platforms such as VirusTotal, URLhaus, CISA, and MS-ISAC allows analysts to gather real-time intelligence about malicious infrastructure, malware campaigns, and vulnerabilities. Additionally, automating intelligence collection through PowerShell and APIs increases efficiency and improves incident response workflows. # Conclusion These skills are important for SOC analysts, DFIR investigators, and cybersecurity professionals who work with threat intelligence and incident response in real-world environments. # Technologies and Concepts * Threat Intelligence * OSINT * APIs * PowerShell * VirusTotal * URLhaus * CISA * MS-ISAC * IOC Analysis * Malware Analysis * Cyber Threat Monitoring * Vulnerability Intelligence