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Cybersecurity Threat Vectors
Threat vectors in cybersecurity can be broadly classified into people, process, and technology, each representing unique areas of vulnerability that organisations must address to secure their systems. The people threat vector is driven by human actions, which can either be intentional, such as insider threats or sabotage, or accidental, like falling for phishing attacks or mishandling sensitive data. Human error remains one of the most significant security risks. To mitigate these threats, organisations need continuous security awareness training, strong access control policies, and user behaviour monitoring to detect anomalies. Additionally, fostering a security-conscious culture is crucial, where employees are encouraged to report suspicious activities without fear of reprisal.
The process threat vector refers to weaknesses or gaps in an organisation's policies, procedures, and operational workflows that can leave security exposed. Examples include poor incident response plans, insufficient patch management, or the failure to comply with regulatory requirements. These gaps can lead to vulnerabilities being overlooked or threats being poorly handled. To address process-related risks, organisations should implement well-defined security frameworks such as NIST or ISO 27001, conduct regular security audits, and establish clear procedures for identifying, responding to, and recovering from security incidents.
The technology threat vector involves vulnerabilities in the organisation's infrastructure, software, or hardware that can be exploited by attackers. This includes unpatched systems, insecure endpoints, misconfigured networks, and emerging risks from technologies like IoT devices. Cyber attackers often exploit these technological weaknesses, making it essential to deploy robust security technologies, such as firewalls, intrusion detection systems, and automated patch management tools. Additionally, adopting a zero-trust architecture and leveraging advanced technologies like AI for threat detection can significantly reduce the risk posed by technological vulnerabilities.
In conclusion, addressing the threat vectors of people, processes, and technology requires a comprehensive cybersecurity strategy that integrates awareness training, structured policies, and strong technological defences. By focusing on all three dimensions, organisations can build a resilient security posture capable of defending against a wide range of evolving threats.
Introduction to Cybersecurity Risk
Drivers for Cybersecurity Management
Governance, Risk and Compliance
Benefits of Cyber Risk Management
Cybersecurity Strategy
EU Cyber Resilience Act
Digital Operational Resilience
DORA and IT Suppliers
ISO 27005 Risk Management
Technical and Business Impact
Risk Appetite
Security Risk Register
Cybersecurity Risk Assessment
Cybersecurity Vulnerability Risk Rating
Assessing Security Risks
Assessing Risk in Unsupported Systems
Cybersecurity Vulnerability Rating
Cybersecurity Threat Vectors
Cybersecurity Kill Chain
NCSC Cyber Assessment Framework
Plan-Do-Check-Act (PDCA) Cycle
Business Continuity Planning
Business Impact Analysis
Intrusion Detection System
Next-Generation Firewalls
More Next-Generation Firewalls
SIEM
Effective SIEM Management
Effective Incident Management
Roles and Responsibility Matrix
10 Steps of Cyber Security
10 Steps of Cyber Security P2
Vulnerability Management
Identity and Access Management
Cyber Security Risk-based Approach
Cyber Security Baseline Management
Cyber Resilience Framework
Supply Chain Risk Management
Supply Chain Risks
Incident Response
Incident Response Lessons Learned
Red Teams
Cybersecurity Training Videos
Cybersecurity Kill Chain
10 Steps to Cybersecurity
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