Loading...
110 tools
Generate SPF records with automatic DNS lookup counter and optimization
Search CVEs, visualize vendor trends, analyze response times, and calculate CVSS scores
Security professionals and developers use the CWE Lookup Tool to navigate and search the MITRE Common Weakness Enumeration database with ease. It provides a streamlined interface for identifying specific software and hardware vulnerabilities, offering insights into the root causes of various security flaws. By entering a CWE ID or relevant keywords, users can instantly access standardized definitions and historical context for a wide range of security weaknesses. The application goes beyond simple definitions by presenting detailed mitigation strategies and technical requirements for each entry. It specifically tracks the CWE Top 25 most dangerous software weaknesses, helping teams prioritize their remediation efforts against the most prevalent and critical threats. This centralized resource simplifies security auditing and vulnerability management, allowing teams to integrate industry-standard security knowledge directly into their development and testing workflows.
Security professionals and system administrators utilize the CVSS Calculator to accurately assess the severity of software vulnerabilities. By implementing the Common Vulnerability Scoring System (CVSS) v3.1 standard, the application provides a consistent way to evaluate risk levels across different platforms and environments. Users can input specific metrics for Base, Temporal, and Environmental scores to determine the overall impact and urgency of a security flaw. The interface simplifies the complex process of generating CVSS vector strings and corresponding severity ratings. Analysts can fine-tune their assessments by adjusting variables such as attack vector, complexity, and required privileges. This granular approach ensures that remediation efforts are prioritized based on factual data rather than intuition. The result is a standardized output that can be shared across security teams to streamline incident response and vulnerability management workflows.
Defang and refang URLs, IPs, and domains for threat intelligence
Explore MITRE ATT&CK tactics and techniques for threat hunting
Detect homograph attacks and typosquatting. Analyze suspicious domains or generate protective variants
Check IP reputation, geolocation, and threat intelligence with fraud detection
Streamlining the process of gathering actionable intelligence, the IOC Extractor provides a dedicated utility designed to pull critical data points from raw text. Security analysts and researchers frequently encounter threat reports, blog posts, or emails containing valuable indicators that need to be parsed for defensive operations. The extractor automatically identifies and isolates key elements such as IP addresses, domain names, URLs, and various file hashes, saving significant time during manual investigations. Handling large volumes of unstructured threat data becomes more efficient by converting messy blocks of text into organized lists of indicators. The application manages the heavy lifting of pattern matching, ensuring that no critical piece of information is overlooked when reviewing complex intelligence documents. By providing a clean output of extracted indicators, it facilitates faster integration into security systems or blocklists, strengthening defensive capabilities through rapid and accurate data processing.
Security professionals often struggle with managing disparate streams of threat data from various providers. The Threat Intelligence Feed Aggregator simplifies this process by centralizing Indicators of Compromise (IOCs) from multiple sources into a single, unified interface. It automatically handles the heavy lifting of gathering data, allowing users to maintain a clearer view of the current threat landscape without manually visiting individual feeds. Designed for incident responders and security analysts, the aggregator improves workflow efficiency through automated deduplication. By removing redundant entries across different datasets, it ensures that investigations remain focused on unique, actionable intelligence. Users can then export these refined collections, making it easy to integrate findings into internal security systems or documentation for deeper forensic analysis.
String Extractor provides a specialized utility for security analysts and malware researchers to analyze binary files safely. By scanning through compiled code, the application identifies and retrieves both ASCII and Unicode strings that might reveal hidden functionality or configuration data. This process remains essential during the initial stages of static analysis, allowing users to peek into the contents of a file without risking execution. The application enhances discovery by incorporating pattern detection for common Indicators of Compromise (IOCs). It automatically highlights suspicious artifacts such as IP addresses, URLs, and domain names that are often embedded within malicious binaries. Forensic investigators can leverage these insights to map out potential network connections or persistence mechanisms, making it an effective asset for rapid incident response and threat intelligence gathering.
Binary file viewer and editor with hex/ASCII display, search, bookmarks, and byte editing
Build detection queries for Splunk SPL, Elastic KQL, and Microsoft Sentinel. Includes presets for authentication, network, malware, and threat hunting with MITRE ATT&CK mappings.
Look up geographic location, ISP, and threat intelligence for IP addresses
Accessing registration details for any domain name provides critical transparency for web developers, security professionals, and digital investigators. The WHOIS Lookup utility retrieves comprehensive data from global databases, revealing the official registrar, domain status, and registration history. By entering a URL, users can instantly verify the administrative and technical contact information associated with a specific web address. Monitoring expiration dates and nameserver configurations helps maintain domain health and prevents accidental service interruptions. Security analysts rely on these records to identify potential phishing sites or investigate the legitimacy of online platforms. Beyond security, these queries assist in finding domain availability or identifying the right contacts for purchasing existing names. It serves as an essential resource for navigating the technical architecture of the internet with accuracy and speed.
Security professionals and CISSP candidates can explore the technical nuances of identity and access management through the Biometric Performance Simulator. This interactive utility visualizes the critical relationship between False Acceptance Rates and False Rejection Rates, helping users understand how system sensitivity impacts overall security and user experience. By adjusting the sensitivity slider, practitioners can observe real-time changes in performance metrics, making complex theoretical concepts tangible and easier to grasp for exam preparation or system design. The simulator automatically calculates the Crossover Error Rate, providing a clear indicator of a biometric system's overall accuracy where the two error rates intersect. It also facilitates direct comparisons between different biometric modalities, such as fingerprint scans, iris recognition, or voice patterns, to evaluate their respective strengths and weaknesses in various deployment scenarios. This data-driven approach allows for a deeper analysis of how threshold adjustments influence security posture and operational efficiency within the context of access control systems.
NIST SP 800-88 decision-tree wizard that recommends Clear, Purge, or Destroy methods based on media type, data sensitivity, and asset disposition (CISSP Domain 2)
Educational simulator demonstrating how database inference and aggregation attacks work, and how countermeasures protect against them. Run queries against mock databases and see how combining aggregate results can reveal individual records. CISSP Domain 8.
Build complete threat models with STRIDE decomposition, DREAD scoring, auto-generated threat libraries, and prioritized mitigations. CISSP Domain 1.
Evaluate which formal security model (Bell-LaPadula, Biba, Clark-Wilson, Brewer-Nash) best fits your requirements with scored comparisons and implementation guidance. CISSP Domain 3.
Select the right federation protocol (SAML, OIDC, OAuth, Kerberos) with visual auth flow diagrams, protocol comparison, and Kerberos troubleshooter. CISSP Domain 5.
Generate cryptographic hashes (MD5, SHA-256, SHA-512) for files and text. Check malware with VirusTotal integration.
Disassemble x86/ARM/RISC-V machine code with assembler, shellcode detection, call graphs, and performance analysis
Identifying the true identity of a file is a critical step in maintaining digital security and system integrity. While many rely on extensions to determine file types, these suffixes are easily spoofed to hide malicious content. By analyzing the magic numbers or unique binary signatures embedded in file headers, users can accurately verify whether a document, image, or executable is exactly what it claims to be. Security professionals and developers utilize this checker to detect extension spoofing, a technique used to bypass filters or trick users into running dangerous scripts. The process scans binary data against a database of known signatures to ensure that a file matches its declared format. This provides an essential layer of validation for anyone handling untrusted uploads or mysterious attachments. Beyond security, the utility assists in troubleshooting corrupted files and identifying unknown data formats. It simplifies hex analysis into a quick, accessible process for immediate verification.