ENISA Threat Landscape

Why it Matters

The ENISA Threat Landscape offers timely threat intelligence thatempowers organizations to proactively manage cybersecurity risks andregulatory challenges.

Key benefits include:

• Strengthen cyber risk governance

Enable informed decision-making by providing evidence-based analysisof evolving threats, attack trends, and vulnerabilities relevant toyour sector.

• Enhance regulatory alignment

Support compliance with EU and international cybersecurityrequirements through up-to-date intelligence that informs controlselection and risk assessments.

• Improve incident response readiness

Provide actionable insights on threat actors and attack vectors tooptimize detection capabilities and accelerate effective incidentresponse planning.

• Promote operational resilience

Reduce business disruption by anticipating threats and adapting cyberdefense strategies to safeguard critical infrastructure and services.

• Support data protection initiatives

Guide the implementation of technical and organizational measures toprotect sensitive data against emerging risks and regulatorynon-compliance. The ENISA Threat Landscape analyzes cybersecurityincidents, threat actor behavior, and attack patterns across multipleindustries and regions. It categorizes threats into major themes suchas ransomware, supply chain attacks, cyber espionage, and emergingvulnerabilities affecting digital infrastructure.

Each edition of the report evaluates attack motivations, threat actorcapabilities, and commonly exploited technologies. The framework alsohighlights how geopolitical developments, technological trends, andnew digital platforms influence the cybersecurity risk landscape.

Organizations use ENISA’s threat intelligence to informcybersecurity strategies, conduct risk assessments, prioritizedefensive controls, and improve incident detection capabilities. Theinsights help security teams anticipate emerging threats and alignsecurity investments with the most significant risks.

Within SmartSuite, organizations can operationalize ENISA threatintelligence by linking threat insights to risk registers, mappingthreats to security controls, and tracking mitigation actions acrosscybersecurity governance programs.

Key Elements

• Threat Classification and Analysis

Describes categories of cyber threats, attack techniques, andevolving actor motivations impacting the digital landscape.

• Attack Vector Enumeration

Organizes the main methods and channels through which cyberattacksand security breaches are executed.

• Vulnerability Landscape Assessment

Outlines current and emerging software, hardware, and systemicvulnerabilities observed across European sectors.

• Sectoral Impact Mapping

Specifies how different threat types affect distinct industries,including critical infrastructure and public sector organizations.

• Incident Reporting and Response Trends

Details observed patterns in incident disclosure, responsestrategies, and recovery challenges.

• Threat Actor Profiling

Provides an overview of threat actor types, their expertise, intent,and targeting patterns.

• Trends and Forecasting Methodology

Defines analytical approaches for tracking threat evolution andprojecting future cybersecurity risks.

Framework Scope

ENISA Threat Landscape is leveraged by government agencies, criticalinfrastructure operators, and private sector organizations to assessand address cyber threats impacting IT systems, operationaltechnology, and personal data environments. It is typically used whenupdating security controls, enhancing risk management frameworks, orsupporting assurance programs and data protection initiatives.

Framework Objectives

ENISA Threat Landscape provides organizations with actionableinsights to enhance cybersecurity risk management and regulatoryalignment.

Strengthen governance by informing strategic cybersecuritydecision-making and oversight

Improve risk management by prioritizing current and emerging cyberthreats

Enhance security controls based on analysis of attack vectors andvulnerability trends

Support data protection initiatives by addressing sector-specificthreat landscapes

Enable compliance with regulatory frameworks through up-to-datethreat intelligence

Promote operational resilience by guiding proactive incident responseplanning NIS2 Directive complements technical and governancestandards such as ISO/IEC 27001, the NIST Cybersecurity Framework,and ENISA guidance, aligning incident reporting and risk-managementobligations with operational controls. Organizations adopt NIS2primarily for regulatory compliance, cross-border criticalinfrastructure protection, strengthened incident response, andsupply‑chain security governance.

Framework in Context

NIS2 Directivecomplements technical and governance standards such as ISO/IEC 27001,the NIST Cybersecurity Framework, and ENISA guidance, aligningincident reporting and risk-management obligations with operationalcontrols. Organizations adopt NIS2 primarily for regulatorycompliance, cross-border critical infrastructure protection,strengthened incident response, and supply‑chain securitygovernance.

Common Framework Mappings

Organizations map the ENISA Threat Landscape to established standardsand taxonomies to align threat intelligence, scoring, controls,regulatory obligations, and detection/prioritization across securityand compliance programs.

Mapped frameworks include:

CIS Critical Security Controls

Common Vulnerability Scoring System (CVSS)

ISO/IEC 27001

MITRE ATT&CK

NIS2 Directive

NIST Cybersecurity Framework

NIST SP 800-53

STIX/TAXII Cybersecurity