Security Solutions

MITRE ATT&CK serves as the industry's most comprehensive framework for understanding adversary behavior in cybersecurity. This globally accessible knowledge base catalogs real-world tactics, techniques, and procedures (TTPs) used by threat actors across various attack scenarios. The framework draws from extensive observations of actual cyber attacks to provide security professionals with actionable intelligence.The knowledge base organizes adversary behavior into distinct matrices covering enterprise environments, mobile platforms, and industrial control systems. Each matrix details specific tactics that represent the adversary's tactical goals during an attack. Within these tactics, the framework documents hundreds of techniques that describe how adversaries achieve their objectives.Core components of the framework include:<ul><li>Enterprise Matrix covering Windows, macOS, Linux, and cloud environments</li><li>Mobile Matrix addressing iOS and Android threat landscapes</li><li>ICS Matrix focusing on industrial control system attacks</li><li>Detailed technique descriptions with real-world examples</li><li>Mitigation strategies and detection recommendations</li><li>Data sources for identifying malicious activity</li></ul>Security teams leverage ATT&CK for threat modeling, gap analysis, and adversary emulation exercises. The framework enables organizations to map their current security controls against known adversary techniques. This mapping process reveals coverage gaps and helps prioritize security investments based on actual threat actor capabilities.Threat intelligence analysts use the framework to structure and communicate threat information consistently. Security vendors integrate ATT&CK mappings into their products to provide context around detected activities. Red teams and penetration testers reference the framework to design realistic attack scenarios that mirror actual adversary behavior.The framework's collaborative development model ensures continuous updates as new threats emerge. MITRE works with the global cybersecurity community to validate techniques and incorporate new observations. This collaborative approach maintains the framework's relevance as the threat landscape evolves.ATT&CK has become the de facto standard for describing adversary behavior across the cybersecurity industry. Its structured approach to documenting threats enables better communication between security teams, vendors, and researchers. The framework's widespread adoption facilitates information sharing and collective defense efforts against sophisticated threat actors.

MITRE ATT&CK is a globally accessible knowledge base that documents real-world adversary tactics and techniques based on observations of cyber attacks.

MITRE ATT&CK framework provides comprehensive knowledge base of adversary tactics and techniques for cybersecurity threat modeling and defense.

MITRE ATT&CK

Malwarebytes Labs operates as a prominent research division within Malwarebytes, focusing on malware analysis, threat intelligence generation, and cybersecurity education. The laboratory serves as a critical resource for security professionals seeking detailed insights into emerging threats and attack methodologies. Their research efforts contribute significantly to the broader cybersecurity community's understanding of evolving malware landscapes.The research team conducts in-depth malware analysis across multiple threat categories, including ransomware, trojans, adware, and advanced persistent threats. Their analysts examine malware samples, reverse-engineer attack mechanisms, and document threat actor behaviors to provide actionable intelligence. The lab maintains extensive databases of malware signatures and behavioral patterns that inform both their own products and industry-wide security measures.Malwarebytes Labs distinguishes itself through its comprehensive threat intelligence publications and educational content. The team regularly publishes detailed threat reports, malware analysis breakdowns, and security advisories that help organizations understand current attack trends. Their blog serves as a trusted source for timely threat intelligence, featuring technical analyses that bridge the gap between complex research findings and practical security applications.The laboratory's research supports multiple audiences within the cybersecurity ecosystem. Security researchers and analysts rely on their detailed malware breakdowns and threat attribution work. IT administrators and security teams use their remediation guidance to respond to specific threats affecting their environments. The broader cybersecurity community benefits from their open sharing of threat intelligence and attack indicators.Their work extends beyond traditional malware analysis to cover emerging threat vectors and attack techniques. The lab investigates social engineering campaigns, examines exploit kits, and tracks the evolution of cybercriminal operations. This comprehensive approach ensures their intelligence remains relevant across the full spectrum of contemporary cyber threats.Within the threat intelligence landscape, Malwarebytes Labs occupies a unique position as both a commercial research entity and a contributor to open-source threat intelligence. Their combination of rigorous technical analysis, accessible reporting, and commitment to community education makes them a valuable resource for organizations seeking to enhance their threat awareness and defensive capabilities.

Malwarebytes Labs serves as a leading malware research and analysis laboratory that publishes comprehensive threat intelligence and remediation guidance for the cybersecurity community.

Malwarebytes Labs provides malware research, threat intelligence, and remediation guidance to help organizations defend against evolving cyber threats.

Malwarebytes Labs

Digital Shadows operates as a leading digital risk protection platform that monitors and analyzes cyber threats across the open, deep, and dark web. The company focuses on providing organizations with comprehensive visibility into external threats that could impact their digital assets and operations.The platform combines automated threat intelligence collection with expert analysis to identify potential risks before they materialize into active attacks. Digital Shadows monitors millions of sources including criminal forums, marketplaces, social media platforms, and paste sites to detect mentions of client organizations, leaked credentials, and emerging threats.Core capabilities include:<ul><li>Continuous monitoring of surface, deep, and dark web sources</li><li>Brand and executive protection through social media surveillance</li><li>Credential exposure detection and breach monitoring</li><li>Threat actor profiling and campaign tracking</li><li>Vulnerability intelligence and exploit monitoring</li><li>Incident response support and takedown services</li></ul>The platform distinguishes itself through its combination of machine learning algorithms and human intelligence analysts who validate findings and provide context. This hybrid approach reduces false positives while ensuring critical threats receive immediate attention from security teams.Digital Shadows serves enterprise organizations across multiple sectors including financial services, technology, healthcare, and government agencies. Security operations centers utilize the platform to enhance their threat intelligence capabilities and improve incident response times.The solution integrates with existing security infrastructure through APIs and threat intelligence feeds, enabling automated ingestion into SIEM platforms and threat intelligence platforms. Security teams use Digital Shadows to supplement internal monitoring capabilities with external threat visibility.Within the broader cybersecurity ecosystem, Digital Shadows represents the evolution toward proactive threat hunting and external risk management. The platform addresses the growing need for organizations to understand their digital footprint and monitor threats that originate outside traditional network perimeters, supporting modern security strategies that extend beyond internal infrastructure monitoring.

Digital Shadows provides digital risk protection through comprehensive monitoring and analysis of cyber threats across the open, deep, and dark web.

Digital Shadows offers digital risk protection platform monitoring cyber threats across open, deep & dark web for enterprise security teams.

Digital Shadows

Mandiant Intelligence stands as a leading provider of threat intelligence and incident response services, renowned for its deep expertise in tracking advanced persistent threat (APT) groups and sophisticated cyber campaigns. The company has established itself as a trusted authority in the cybersecurity industry through decades of frontline experience responding to major breaches and nation-state attacks.The platform delivers comprehensive threat intelligence through multiple service offerings. Mandiant Advantage serves as the central threat intelligence platform, providing real-time insights into emerging threats, indicators of compromise, and detailed attribution analysis. The service includes extensive reporting on APT groups, their tactics, techniques, and procedures (TTPs), enabling organizations to understand and prepare for specific threat actors.Mandiant's incident response capabilities set it apart in the market. The company's consultants respond to critical security incidents worldwide, providing hands-on expertise in breach containment, forensic analysis, and recovery operations. This frontline experience directly informs their threat intelligence products, creating a feedback loop that enhances the accuracy and relevance of their insights.The organization maintains detailed profiles of hundreds of threat groups, tracking their evolution, campaigns, and targeting patterns. APT group tracking includes comprehensive analysis of state-sponsored actors, cybercriminal organizations, and hacktivist groups. This intelligence helps security teams understand which threats are most relevant to their industry and geographic region.Enterprise security teams, government agencies, and managed security service providers rely on Mandiant Intelligence for strategic threat awareness and tactical defense planning. The platform supports various use cases including threat hunting, security operations center (SOC) enhancement, and executive-level risk assessment reporting.Mandiant's integration capabilities allow organizations to incorporate threat intelligence feeds into existing security tools and workflows. The platform supports STIX/TAXII standards and provides APIs for seamless integration with SIEM platforms, threat hunting tools, and security orchestration systems.The company's position as both an intelligence provider and active incident responder gives it unique visibility into the global threat landscape. This dual perspective enables Mandiant to deliver actionable intelligence that reflects current attack methods and emerging threat trends across multiple industries and regions.

Mandiant Intelligence provides advanced threat intelligence and incident response services, specializing in tracking sophisticated APT groups and cyber campaigns.

Mandiant Intelligence offers threat intelligence and incident response services, tracking APT groups and campaigns for enterprise cybersecurity.

Mandiant Intelligence

MITRE operates as a federally funded research and development center that serves the public interest across multiple domains of cybersecurity and national security. The organization functions as a not-for-profit corporation working with government agencies, academic institutions, and industry partners to advance cybersecurity capabilities and knowledge.The organization is widely recognized for developing the MITRE ATT&CK framework, a comprehensive knowledge base of adversary tactics, techniques, and procedures based on real-world observations. This framework has become an industry standard for threat modeling, security assessments, and defensive planning across organizations worldwide.MITRE's cybersecurity portfolio includes threat intelligence research, vulnerability analysis, and security technology development. The organization operates multiple research centers and laboratories focused on advancing defensive capabilities against emerging cyber threats. Their work spans areas including malware analysis, network security, cryptography, and secure software development.The Common Vulnerabilities and Exposures (CVE) program represents another significant MITRE contribution to the cybersecurity community. This standardized identifier system for publicly known cybersecurity vulnerabilities enables consistent vulnerability tracking and management across security tools and databases globally.Government agencies, defense contractors, financial institutions, and critical infrastructure operators rely on MITRE's research and frameworks for threat assessment and security planning. The organization's work directly influences cybersecurity standards, policies, and best practices across both public and private sectors.MITRE also operates federally funded research centers including the National Cybersecurity FFRDC and supports various government cybersecurity initiatives. Their research contributes to national cybersecurity strategy development and helps shape the broader understanding of evolving threat landscapes.The organization's position as a neutral, non-commercial entity allows it to facilitate collaboration between government agencies, academic researchers, and industry partners. This unique role enables MITRE to address complex cybersecurity challenges that require coordinated research and development efforts across multiple stakeholders in the cybersecurity ecosystem.

MITRE operates as a federally funded research and development center providing cybersecurity frameworks, threat intelligence, and security research across government and industry sectors.

MITRE federally funded R&D center delivering cybersecurity frameworks, threat intelligence, and security research for government and industry.

MITRE

Comprehensive cybersecurity services, tools, and threat intelligence for modern enterprises

The NIST Cybersecurity Framework stands as one of the most widely adopted cybersecurity standards globally. Developed by the National Institute of Standards and Technology, this voluntary framework provides organizations with a structured approach to identifying, protecting against, detecting, responding to, and recovering from cybersecurity incidents.The framework organizes cybersecurity activities into five core functions that work together to create a comprehensive security posture. Identify helps organizations understand their systems, assets, and risks. Protect focuses on implementing safeguards to limit or contain potential cybersecurity events. Detect enables timely discovery of cybersecurity incidents.Respond provides guidance for taking action when cybersecurity incidents occur, including detailed incident response playbooks. Recover outlines activities for restoring capabilities and services impaired by cybersecurity incidents. Each function contains categories and subcategories that break down into specific, actionable security controls.What distinguishes the NIST Framework is its flexibility and risk-based approach. Organizations can tailor the framework to their specific industry, size, and risk tolerance. The framework references established standards and guidelines from organizations like ISO, COBIT, and SANS, creating a unified approach that builds on existing best practices.The framework serves organizations across all sectors, from small businesses to large enterprises and government agencies. Critical infrastructure sectors particularly benefit from its comprehensive guidance. Many organizations use it as a foundation for security program development, risk assessment, and compliance reporting.Implementation typically involves creating a current profile of existing cybersecurity practices, developing a target profile based on business requirements, and identifying gaps between current and desired states. The framework's three implementation tiers help organizations understand their risk management processes and external participation levels.The NIST Cybersecurity Framework has become a cornerstone of modern cybersecurity governance. Its influence extends beyond individual organizations, shaping industry standards and regulatory expectations. Regular updates ensure the framework remains relevant as threats and technologies evolve, making it an essential reference for cybersecurity professionals worldwide.

The NIST Cybersecurity Framework provides a comprehensive approach to managing cybersecurity risks through five core functions and implementation guidance.

NIST Cybersecurity Framework offers incident response playbooks and cybersecurity best practices for organizations to manage and reduce cyber risks.

Admin User

NIST Cybersecurity Framework

HUNTER Platform serves as a comprehensive threat hunting solution designed to enhance organizations' proactive security capabilities. The platform provides security teams with structured approaches to identify potential threats before they cause significant damage. It focuses on transforming reactive security operations into proactive hunting initiatives.The platform's core strength lies in its extensive library of pre-built queries and hypotheses that guide security analysts through systematic threat hunting processes. These ready-made components eliminate the need for teams to develop hunting strategies from scratch. The queries target common attack patterns, suspicious behaviors, and indicators of compromise across various threat vectors.HUNTER Platform integrates with existing security infrastructure to analyze data from multiple sources including endpoints, networks, and cloud environments. The solution supports various data formats and security tools commonly found in enterprise environments. This integration capability allows organizations to leverage their current security investments while enhancing hunting capabilities.The platform distinguishes itself through its hypothesis-driven approach to threat hunting. Rather than relying solely on automated detection, it empowers analysts to test specific theories about potential threats. This methodology helps security teams develop deeper understanding of their environment and potential attack vectors.Enterprise security teams, managed security service providers, and security operations centers utilize HUNTER Platform to strengthen their threat detection programs. Organizations with mature security operations often deploy the solution to enhance their existing capabilities. The platform proves particularly valuable for teams seeking to move beyond traditional signature-based detection methods.The solution addresses the growing need for proactive security measures in today's threat landscape. As attackers become more sophisticated and evasive, traditional reactive approaches often prove insufficient. HUNTER Platform enables organizations to stay ahead of threats through systematic hunting methodologies.Within the broader cybersecurity ecosystem, HUNTER Platform complements SIEM systems, threat intelligence platforms, and incident response tools. The platform enhances overall security posture by providing structured approaches to threat discovery and investigation. It serves as a bridge between automated detection systems and human analytical capabilities.

HUNTER Platform is a threat hunting solution that provides security teams with pre-built queries and hypotheses for proactive threat detection and investigation.

HUNTER Platform offers threat hunting tools with pre-built queries and hypotheses for proactive cybersecurity detection and investigation.

HUNTER Platform

Sigma HQ serves as the central hub for the Sigma project, an open-source initiative that has established a generic signature format for Security Information and Event Management (SIEM) systems. The platform addresses one of the most persistent challenges in cybersecurity: the lack of standardization in detection rules across different SIEM platforms and security tools.The Sigma format functions as a universal language for describing detection methods, allowing security teams to write rules once and deploy them across multiple platforms. This approach eliminates the need to rewrite detection logic for each specific SIEM system, significantly reducing development time and potential errors. The format supports complex detection scenarios while maintaining readability for human analysts.Sigma HQ maintains an extensive library of detection rules covering various attack techniques, malware families, and suspicious behaviors. These rules are continuously updated by a global community of security researchers and practitioners. The platform categorizes rules according to the MITRE ATT&CK framework, providing structured coverage of known adversary tactics and techniques.Organizations using Sigma benefit from vendor-agnostic detection capabilities that can be translated into native query languages for platforms including Splunk, Elastic, QRadar, ArcSight, and many others. This flexibility prevents vendor lock-in and enables security teams to maintain consistent detection coverage even when changing SIEM platforms. The format also supports automated rule conversion through various translation tools.Security operations centers, threat hunters, and incident response teams rely on Sigma rules for standardized detection across their environments. The format proves particularly valuable for organizations operating hybrid security stacks or those seeking to implement detection-as-code practices. Many commercial security vendors have adopted Sigma as a standard format for sharing threat intelligence and detection content.The Sigma project represents a significant step toward democratizing threat detection capabilities. By providing a common framework for expressing detection logic, Sigma HQ enables smaller organizations to benefit from enterprise-grade detection rules while allowing larger organizations to share knowledge more effectively across the cybersecurity community.

Sigma HQ provides a generic signature format for SIEM systems that enables cross-platform detection rules and standardized threat hunting across diverse security environments.

Sigma HQ offers generic signature format for SIEM systems, enabling cross-platform detection rules and standardized threat hunting across security tools.

Sigma HQ

The Yara-Rules Project stands as one of the most comprehensive community-driven repositories of YARA rules available to security professionals worldwide. This open-source initiative aggregates detection rules from security researchers, malware analysts, and threat hunters to create an extensive database for identifying malicious software and suspicious activities.The repository contains thousands of YARA rules organized into categories covering major malware families, exploit kits, webshells, and emerging threats. Rules are continuously updated by contributors who analyze new samples and develop signatures for detecting variants of known threats. The project maintains strict quality standards through peer review processes and testing protocols.What distinguishes this repository is its collaborative nature and comprehensive coverage of the threat landscape. Contributors include researchers from major security vendors, independent analysts, and academic institutions. The project provides rules for both common malware families and sophisticated advanced persistent threat campaigns, making it valuable for organizations of all sizes.Security teams integrate these rules into their YARA scanning infrastructure to enhance malware detection capabilities across endpoints, network traffic, and file repositories. Incident response teams rely on the rules for forensic analysis and threat classification during security investigations. Malware researchers use the repository as a reference for understanding attack patterns and developing new detection methodologies.The project serves multiple use cases within enterprise security operations:<ul><li>Endpoint protection - Integration with antivirus and EDR solutions for real-time scanning</li><li>Network security - Detection of malicious payloads in network traffic and email attachments</li><li>Threat hunting - Proactive searching for indicators of compromise across enterprise environments</li><li>Malware analysis - Classification and family attribution during reverse engineering processes</li></ul>The Yara-Rules Project represents a critical resource in the cybersecurity community's collective defense efforts. Its open-source model enables rapid response to emerging threats while providing organizations with production-ready detection capabilities. The repository continues to evolve as new contributors join and threat landscapes shift, maintaining its position as an essential tool for modern security operations.

Community-driven repository providing open-source YARA rules for malware detection, threat hunting, and security research across diverse threat landscapes.

Open-source YARA rules repository for malware detection & threat hunting. Community-driven security research platform with comprehensive rule sets.

Yara-Rules Project

Dragos operates as a specialized industrial cybersecurity company focused exclusively on protecting operational technology (OT) environments and critical infrastructure systems. The platform addresses the unique security challenges faced by industrial control systems, SCADA networks, and manufacturing operations that traditional IT security solutions often cannot adequately protect.The company's core offering centers around the Dragos Platform, which provides comprehensive visibility into industrial networks and assets. This platform combines asset discovery, network monitoring, and threat detection capabilities specifically designed for OT environments. The solution identifies unauthorized changes, suspicious communications, and potential security incidents within industrial systems.Threat intelligence services represent another key component of Dragos' offerings. The company maintains dedicated research teams that track industrial-focused threat actors and attack campaigns targeting critical infrastructure. This intelligence feeds directly into the platform's detection capabilities and helps organizations understand emerging threats to their specific industry sectors.Dragos distinguishes itself through its exclusive focus on industrial cybersecurity rather than attempting to adapt general IT security tools for OT use. The platform understands industrial protocols, recognizes normal operational patterns, and can differentiate between legitimate operational activities and potential security threats. This specialization extends to the company's incident response services, which include teams trained specifically in industrial system recovery and forensics.The platform serves electric utilities, oil and gas companies, water treatment facilities, manufacturing organizations, and other critical infrastructure operators. These organizations typically deploy Dragos to gain visibility into previously unmonitored OT networks, detect advanced persistent threats, and maintain compliance with industrial security regulations.In the broader cybersecurity landscape, Dragos fills a critical gap between traditional network security solutions and the specialized requirements of industrial environments. The platform integrates with existing security operations centers while providing the industrial-specific context and expertise that general cybersecurity tools typically lack. This positioning makes Dragos particularly valuable for organizations operating critical infrastructure that requires both robust security and uninterrupted operational availability.

Dragos is an industrial cybersecurity platform specializing in operational technology (OT) and critical infrastructure protection through threat detection, vulnerability management, and incident response services.

Dragos industrial cybersecurity platform protects critical infrastructure and OT environments with threat detection, vulnerability management, and response.

Dragos

Threat Care

Services

Tools

Threat intelligence and security research

Intelligence

Security research organizations represent leading institutions, academic centers, and specialized research groups that conduct original cybersecurity research, publish threat intelligence findings, and advance the overall understanding of cyber threats through systematic investigation and analysis. These organizations provide authoritative research publications, threat intelligence reports, and security insights that inform industry best practices and strategic security decision-making across organizations worldwide.

Prominent security research organizations include academic institutions with cybersecurity research programs, independent research institutes focused on threat intelligence, government-sponsored research centers, industry research consortiums, and commercial research divisions within security vendors. These organizations typically publish peer-reviewed research, conduct longitudinal threat studies, develop new threat detection methodologies, and provide expert analysis on emerging threats and attack trends.

Organizations engage with security research institutions to access cutting-edge threat research, validate security strategies against academic findings, participate in collaborative research initiatives, recruit security talent from research programs, and contribute to industry knowledge advancement through research partnerships. These relationships provide access to authoritative security research, early insights into emerging threats, and opportunities to influence research directions that address practical security challenges.

Top security research organizations publishing threat research and analysis.

Security Research Organizations

Threat actor profiling services provide comprehensive analysis and tracking of Advanced Persistent Threat (APT) groups, cybercriminal organizations, and individual threat actors through systematic collection and analysis of attack patterns, tools, techniques, and procedures (TTPs). These services enable organizations to understand who might target them, how attackers operate, and what defensive measures are most effective against specific threat actor groups based on historical attack data and behavioral analysis.

Threat actor profiling typically includes APT group identification and classification, cybercriminal organization tracking, individual threat actor attribution, attack campaign correlation across multiple incidents, tool and infrastructure analysis, victim targeting pattern identification, and motivation and capability assessments. Advanced profiling services provide predictive analysis about future threat actor activities, targeting likelihood assessments, and tactical recommendations for defending against specific threat groups.

Organizations utilize threat actor profiling to understand which threat groups pose the greatest risk to their industry or organization, tailor defensive strategies to counter specific threat actor TTPs, prioritize security investments based on actual threat actor capabilities, improve incident attribution and response effectiveness, and develop threat-informed security architectures. This intelligence enables more targeted defense strategies, better resource allocation, and improved threat hunting focus based on actual adversary behaviors and capabilities.

Threat actor profiling services tracking APT groups and cybercriminal organizations.

Threat Actor Profiling

Campaign tracking services provide real-time monitoring and analysis of ongoing cyber attack campaigns, enabling organizations to understand current threat activities, identify emerging attack patterns, and implement proactive defenses based on active threat intelligence. These services correlate attack indicators across multiple victims and timeframes to identify coordinated threat actor activities and provide early warning of large-scale attack campaigns targeting specific industries or geographic regions.

Campaign tracking capabilities include real-time attack campaign identification, multi-victim attack correlation, infrastructure tracking across campaign lifecycles, tool and technique evolution monitoring, victim targeting pattern analysis, and campaign attribution to known threat actor groups. Advanced services provide predictive analysis about campaign expansion, targeting likelihood assessments, and tactical recommendations for defending against active campaigns affecting similar organizations.

Organizations leverage campaign tracking to receive early warning of attacks targeting their industry or region, understand current threat actor tactics and techniques, implement proactive defenses based on ongoing campaign intelligence, coordinate threat information sharing with industry peers, and validate security controls against current attack methodologies. This real-time intelligence enables faster threat response, more effective defense preparation, and improved security posture based on current threat actor activities and campaign developments.

Services tracking and analyzing ongoing cyber attack campaigns globally.

Campaign Tracking

Malware family analysis services provide comprehensive research and classification of malicious software variants, enabling organizations to understand malware capabilities, evolution patterns, and defensive requirements through systematic analysis of malware samples, behavioral characteristics, and code relationships. These services help security teams identify malware variants, understand attack capabilities, and implement appropriate detection and mitigation strategies based on malware family characteristics and behaviors.

Malware family analysis typically includes static and dynamic malware analysis, family classification and variant identification, behavioral analysis and capability assessment, command and control infrastructure tracking, malware evolution and development tracking, and YARA rule development for detection. Advanced services provide predictive analysis about malware development trends, custom malware analysis for incident response, and integration with threat intelligence platforms for contextual analysis.

Organizations utilize malware family analysis to improve malware detection capabilities, understand specific threats targeting their environment, develop appropriate incident response procedures, validate security control effectiveness against known malware families, and inform security architecture decisions based on malware capabilities. This analysis enables more effective malware defense strategies, better threat hunting focus, and improved security tool tuning based on actual malware behaviors and attack techniques.

Malware family analysis and classification for threat identification.

Malware Family Analysis

Attack technique documentation services provide comprehensive analysis and documentation of threat actor tactics, techniques, and procedures (TTPs) aligned with standardized frameworks like MITRE ATT&CK, enabling organizations to understand attack methodologies, implement appropriate defenses, and improve threat detection capabilities based on documented adversary behaviors. These services bridge the gap between raw threat intelligence and actionable defense strategies through structured analysis of attack techniques and defensive recommendations.

Attack technique documentation includes MITRE ATT&CK technique mapping, TTP analysis and categorization, defensive technique recommendations, detection rule development guidance, attack simulation scenarios, and threat hunting hypothesis development. Advanced services provide custom technique analysis for organization-specific threats, attack technique evolution tracking, and integration with security tools and frameworks for automated technique detection and response.

Organizations leverage attack technique documentation to improve threat detection rule development, enhance security control validation through technique-based testing, develop comprehensive threat hunting programs, align security investments with actual attack techniques, and standardize threat communication across security teams. This structured approach enables more effective defense planning, better security tool configuration, and improved incident response preparation based on documented adversary attack patterns and proven defensive techniques.

Documentation of attack techniques, tactics, and procedures (TTPs).

Research & Analysis

Filter Security Solutions

MITRE ATT&CK

Malwarebytes Labs

Digital Shadows

Mandiant Intelligence

MITRE