Cyber Threat Intelligence: How to Turn Raw Threat Data Into Actionable Security Decisions

Last updated: 2 November 2026

Security teams receive more alerts, logs and threat feeds every year. Most of it is data, not intelligence. NIST describes cyber threat information as any information that can help an organisation identify, assess, monitor and respond to cyber threats. This article explains how to turn raw threat data into decisions your team can act on.

What makes something intelligence, not just data

A list of malicious IP addresses is data. Knowing which of those addresses are used against financial firms in Southeast Asia is intelligence. It tells you whether the threat matters to you. NIST defines threat intelligence as threat information that has been aggregated, transformed, analysed, interpreted or enriched.

A widely used model describes six phases. ENISA, the EU cybersecurity agency, bases its threat landscape process on it. Direction sets the goals. Collection gathers information. Processing makes it usable. Analysis and production turn it into intelligence. Dissemination delivers it to the people who need it, and feedback improves the next round. Recorded Future describes this as a cyclical process, not a one-time task.

Types of threat intelligence

Definitions vary between organisations. ENISA describes three levels. Strategic intelligence is information about developments that can drive a high-level strategy. Tactical intelligence is information about the common tactics, techniques and procedures (TTPs) that attackers use. Operational intelligence is information about early signals of impending attacks, and it tends to include technical details such as indicators of compromise (IOCs).

Many vendors treat IOCs, such as IP addresses, domains and file hashes, as a separate technical level that feeds security tools. Whichever labels you use, match each type to the team that will act on it.

Where threat intelligence comes from

Open sources include security research and vulnerability databases. Commercial feeds offer curated indicators from vendors with research teams. Sharing communities let peers in your industry exchange information, and NIST says organisations that share threat information can improve their own security posture. Dark web monitoring watches attacker forums and leaked credentials. Your own telemetry from EDR, SIEM and email tools is often the most relevant source.

How enterprises put it to work

IOC feeds can go into detection tools. Detection rules can be mapped to attacker behaviour, and tactical intelligence helps analysts tune them. Incident responders use intelligence to scope an attack faster.

Vulnerability management is where intelligence pays off quickly. CISA says organisations should use its Known Exploited Vulnerabilities (KEV) catalog as an input to their prioritisation framework. The catalog helps you focus on flaws that are causing harm now. FIRST publishes EPSS, a model that estimates the probability that a published CVE will be exploited in the next 30 days. FIRST suggests combining EPSS with CVSS and KEV.

Having intelligence is not the same as using it

A feed that only creates alerts nobody has time to investigate adds cost, not protection. Decide who acts on IOC feeds and how fast. Decide who owns detection content and how often it is reviewed. Decide how strategic findings reach your security roadmap. Without owners, intelligence becomes a cost rather than a capability.

Where CYFIRMA and Primary Guard fit

CYFIRMA calls its platform an External Threat Landscape Management (ETLM) platform. It says the platform combines threat intelligence with attack surface discovery, vulnerability intelligence, brand intelligence and digital risk protection. CYFIRMA lists DeCYFIR and DeTCT among its products, and describes the platform as cloud-based software with agentless onboarding.

Primary Guard delivers CYFIRMA ETLM as a service. On its threat intelligence page, Primary Guard says its analysts monitor your exposure across the open, deep and dark web. They match it with your internal environment and issue prioritised advisories. On its Malaysia page, Primary Guard cites an early warning lead time of 48 to 72 hours. That is a company estimate, so ask for evidence for your own sector.

See also our threat intelligence service in Malaysia, managed threat intelligence and Managed SOC.

Not sure what attackers can already see about your company? Primary Guard offers a free exposure assessment. Contact us to start the conversation.

Frequently asked questions

Is a threat feed the same as threat intelligence?

No. A feed is usually a stream of indicators. NIST treats indicators as only one kind of threat information, alongside attacker tactics, techniques and procedures, recommended defensive actions and findings from incident analysis.

What is MITRE ATT&CK?

MITRE describes ATT&CK as a globally accessible knowledge base of adversary tactics and techniques based on real-world observations. It is free to use, and teams use it as a foundation for threat models and detection rules.

Should we share our own threat information?

Often yes, with rules. NIST says sharing can improve your own security posture, and advises setting rules that control how threat information is published and distributed.

Key takeaway

Intelligence is data that helps a decision. Define who uses it, tie it to your own risks, and use it to prioritise what you fix and what you detect.

Sources

NIST: SP 800-150 Guide to Cyber Threat Information Sharing (2016) | MITRE: ATT&CK | CISA: Known Exploited Vulnerabilities | FIRST: EPSS | ENISA: Cybersecurity Threat Landscape methodology (August 2025) | Recorded Future: Threat intelligence lifecycle | CYFIRMA

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This article is based on public and vendor documentation checked on 2 November 2026. Figures marked as Primary Guard estimates are company figures. Features can change, so confirm details with the vendor. It is general information, not advice.