ThreatFusionAI™ by Craw Security

AI-Powered CyberThreat Intelligence Platform

Create actionable intelligence from suspicious files, hashes, IP addresses, domains, URLs, vulnerabilities, and other security indications.

The goal of ThreatFusionAI, an AI-powered cyber threat intelligence platform, is to speed up threat investigations for SOC teams, security analysts, threat hunters, researchers, and incident responders. You can find an indicator's reputation, malware behavior, associated infrastructure, threat relationships, MITRE ATT&CK activity, and potential threat actor connections by pasting it into a single search form.

Use a single threat intel platform to determine what an indicator is, if it is malicious, what it connects to, and where your investigation should move next rather than examining several security tools separately.

20M+ malware samples analyzed Millions of relationships mapped Thousands of threat actors tracked

What is Threat Intelligence?

Threat intelligence turns unprocessed security data into knowledge that your security team can look into and take action on.

An odd IP address could be included in a firewall alert. A suspicious file hash could be included in an EDR alert. A fraudulent URL or domain may be the first step in a phishing inquiry.

These values don't offer much context on their own. When they are linked to malware samples, infrastructure, vulnerabilities, campaigns, attacker behavior, and other indicators of compromise in cyber security, their true worth becomes apparent.

A modern security intelligence workflow aids analysts in responding to queries like:

Is this file, IP, domain, or URL malicious?
Has this indicator appeared in previous attacks?
Which malware samples communicate with this infrastructure?
Which other indicators are connected?
Which MITRE ATT&CK techniques were observed?
Does the behavior resemble a known threat actor?
Should the indicator be investigated, blocked, monitored, or escalated?

By combining these solutions, ThreatFusionAI allows analysts to spend more time looking at threats and less time gathering data.

From Indicators to Actionable Security Intelligence

Every Cyber Attack leaves traces.

A malicious attachment has a file hash. Malware communicates with an IP address. That IP may host multiple domains. A malicious domain can distribute additional payloads. Exploitation may target a known CVE.

These traces become useful when they are correlated.

Common atomic indicators of compromise

File hash. A unique fingerprint associated with a specific file or malware sample.
IP address. Infrastructure that could be connected to malware distribution, command-and-control servers, scanning, or other questionable activity.
Domain. A domain linked to malware infrastructure, phishing, payload hosting, redirection, or services under attacker control.
URL. A specific web location that can be investigated for suspicious or malicious activity.
CVE. The official identifier of a known software vulnerability that exploitation may target.

These are often called atomic indicators of compromise because they represent individual observable values that security tools can search, detect, block, or correlate.

ThreatFusionAI goes beyond atomic indicators by showing the relationships between them.

AI-Powered Threat Intelligence

Security Intelligence at Machine Scale

Security teams do not suffer from a lack of security data. They suffer from too much disconnected data.

ThreatFusionAI uses automation and AI to correlate indicators, malware behavior, infrastructure relationships, threat actors, campaigns, and MITRE ATT&CK activity.

Correlation at scale

A single malware sample can communicate with multiple domains and IP addresses. Those indicators may already be connected with hundreds of other samples.
To enable analysts to transition from one indicator to the larger attack infrastructure, ThreatFusionAI automatically maps these relationships.

Intelligent threat prioritisation

Not every indicator has the same investigative value.
The platform brings together reputation information, malware behavior, relationships, threat context, and attacker techniques to help analysts identify which findings deserve attention first.

AI-assisted investigation

An integrated AI assistant helps analysts understand investigation results in simplified language. Ask about malware behaviour, IOC relationships, threat actor attribution, MITRE ATT&CK techniques, investigation findings or how to interpret a report.

Where automation stops. Automation narrows the investigation. Analysts retain responsibility for the final judgment. We rank, score and connect.

IOC lookup

IOC Lookup and Threat Intelligence Search

An IOC lookup is often the fastest way to begin a security investigation. Paste the indicator you already have and allow ThreatFusionAI to connect it with available intelligence.

Seven supported indicator types, one search box. Available intelligence depends on the indicator type.

Domain and URL intelligence also serves as a Malicious Website Checker, supporting phishing, malware and suspicious-link investigations. Analyse a suspicious URL or domain before determining whether to block, escalate or investigate further. Results should be treated as security intelligence for the investigation rather than a substitute for organisational security controls.

File Hash

Antivirus verdicts, malware behaviour, extracted IOCs, related samples, MITRE ATT&CK behaviour, possible attribution

IP Address

IP reputation, geographic information, related infrastructure, connected malware, domains and relationships

Domain

Domain reputation, related hosts, connected IPs addresses, malware relationships, suspicious infrastructure

URL

Malicious website checker: suspicious links, phishing and payload distribution

CVE

CVSS severity, Proof-of-concept exploits, EPSS, exploit availability, Known Exploited Vulnerabilities status, References, Related security context

Investigate available breach exposure and linked identity information when relevant to an authorized security investigation.

Phone

Investigate available breach exposure and linked identity information when relevant to an authorized security investigation.

Run a search

Paste an indicator and follow the relationships

Malware analysis

Malware Analysis Without Switching Between Multiple Tools

ThreatFusionAI consolidates the investigation data that traditionally requires multiple tools: antivirus engines, sandbox environments, reputation databases, IOC extraction tools, threat intelligence feeds and manual research. More than 1.8 million samples have already been processed.

Submit an indicator

Start with a file hash, IP address, domain, URL, or CVE found in an alert, SIEM event, EDR detection, phishing investigation, or malware report.

Gather intelligence

ThreatFusionAI correlates available information from malware analysis, reputation intelligence, sandbox telemetry, antivirus results, OSINT sources, and existing platform relationships.

Extract and correlate IOCs

Malware rarely operates alone. A file may connect to an IP. That IP may resolve to several domains. Those domains may appear in other malware samples. ThreatFusionAI connects these relationships automatically.

Follow the investigation

Pivot between connected indicators and expand the investigation until you understand the wider threat.

Malware Analysis Tools for Security Analysts

Instead of treating different malware analysis tools as isolated sources, ThreatFusionAI focuses on correlation. Security analysts can investigate:

Malware verdictsFile behaviourExtracted network indicatorsRelated domainsRelated IP addressesConnected malwareATT&CK behaviourThreat actor similaritiesAssociated campaigns

This moves an investigation from the basic question — is this file malicious? — to the comprehensive one: what infrastructure, behaviour, malware and threat activity connects to this file?

The full ATT&CK Enterprise matrix, 441 techniques across 14 tactics, with a hash overlay box and technique filter

The matrix with a file hash overlaid: observed techniques heat-coloured by rarity, per-tactic hit counts and likely actor chips

Likely threat actor cards with aliases, suggested match percentages and shared techniques, beside a hash to technique to actor graph

Likely malware families ranked for the sample, including DarkGate, Agent Tesla, TrickBot and QakBot

Related campaigns matched to the sample, such as Operation Wocao, SolarWinds Compromise and KV Botnet Activity

MITRE ATT&CK mapping

Map Malware Behavior to the MITRE ATT&CK Framework

ThreatFusionAI helps analysts comprehend how a malware sample functions by integrating attacker behavior with the MITRE ATT&CK framework, Instead of seeing only a malicious verdict, analysts can examine which MITRE ATT&CK techniques were associated with the observed behavior.

Step 01

Explore the ATT&CK matrix

View Enterprise ATT&CK techniques across the familiar ATT&CK matrix structure, Search and investigate techniques by ID or name and understand how they fit within attacker tactics.

Step 02

Map Malware Behavior

Submit a malware hash and identify ATT&CK techniques associated with the sample's observed behavior, heat-coloured by how rare — and therefore how discriminating — each technique is.

Step 03

Compare threat actors

ThreatFusionAI compares observed techniques with documented activity from tracked threat groups. Rare or distinctive combinations can provide stronger investigative clues than techniques commonly used by many attackers.

Step 04

Identify possible malware families

Observed behaviour is compared against known malware and tools including DarkGate, Agent Tesla, TrickBot and QakBot, ranked by how much of the sample's behaviour each one explains.

Step 05

Connect activity to campaigns

Investigate known campaigns and their associated threat actors where supporting relationships exist — Operation Wocao, SolarWinds Compromise, KV Botnet Activity — each arriving with its attributed actor attached.

Open ATT&CK Attribution

MITRE Security Framework for Threat Investigation

Security teams can use the MITRE security framework and ATT&CK knowledge base to describe attacker behavior consistently across investigations, ThreatFusionAI helps analysts connect malware activity with:

TacticsTechniquesMalwareThreat actorsCampaigns

Threat intelligence teams, SOC analysts, incident responders, and security leadership can all communicate better as a result.

Ransomware

Ransomware and MITRE ATT&CK Analysis

Ransomware investigations often involve much more than the encryption event itself. Attackers employ techniques across multiple lifecycle stages, including initial access, credential access, discovery, lateral movement, command and control, defence evasion, exfiltration and impact.

Initial access

The phishing attachment, the exposed service, the stolen VPN credential

Credential access

Dumping and reusing whatever logins the first machine gives up

Discovery

Mapping the network, the shares, the backups worth destroying

Lateral movement

Spreading from the first host to the ones that matter

Command and control

The channel back to the operator, usually hiding in normal traffic

Defense evasion

Killing the agent, clearing the logs, blending into the noise

Exfiltration

The data leaves before it's encrypted — that's the real leverage

Impact

Encryption, and the note. The only stage most people ever see

What the platform provides.ThreatFusionAI helps investigators compare observed malware behavior with these techniques and investigate related threat activity, Using ransomware MITRE ATT&CK mapping allows analysts to describe this behavior using standardized ATT&CK tactics and techniques.

Threat hunting

Threat Hunting

Turn One Indicator Into an Investigation

Instead of waiting for another alert, threat hunting entails actively searching for attacker behavior, An indicator-driven threat hunting process is supported by ThreatFusionAI.

Start with:

HashIPDomainURLRelated malwareATT&CK techniqueThreat actor

and continue pivoting through connected intelligence.

Step 01

Lite Scan — Direct Relationships

Submit an indicator and view its immediate connections, including related: Related Hashes, IP addresses, Domains and URLs. Relationships are presented visually to help analysts understand the immediate blast radius.

Step 02

Deep Scan — Expand the Investigation

Increase the investigation depth to discover broader connections across the intelligence graph. Click a connected node to make it the new investigation center and continue following the trail. Export relevant IOCs for use in your existing security workflow.

Open Cross-Reference

A lite scan cross-reference: connected hashes, related IPs, domains and URLs listed beside a colour-coded graph

A depth 2 deep scan widening the same search to hundreds of connected hashes across the corpus

Feeds and OSINT

Threat Intelligence Feeds and OSINT

ThreatFusionAI combines multiple forms of security intelligence rather than relying on a single feed. Information can include:

Open-source intelligence

Public threat intelligence sources, folded into the wider investigation workflow rather than presented as a standalone list.

Multi-engine antivirus intelligence

Malware and file reputation intelligence drawn from multiple detection engines.

Sandbox telemetry

Observed malware behaviour and the indicators extracted from detonation.

MITRE ATT&CK data

The public catalogue of attacker tactics and techniques, used as the common vocabulary across investigations.

Malware analysis results

Our own analysis at Craw Security, across the samples already processed by the platform.

Platform-generated IOC relationships

The relationship map we build ourselves by extracting indicators from every sample and linking them back to the corpus.

Correlation Matters More Than Indicator Count

For teams comparing the best threat intelligence feeds, the important question is not simply how many indicators a feed contains. The more useful question is: Can those indicators be connected with malware, behavior, infrastructure, and attacker activity? That correlation is where ThreatFusionAI focuses.

Open Source Threat Intelligence Platform

OSINT remains an important part of modern cybersecurity investigations. ThreatFusionAI incorporates open-source intelligence into a broader investigation workflow, making it useful for teams looking for an open source threat intelligence platform approach combined with malware analysis, IOC correlation, and ATT&CK mapping.

Government & large organisations

Dark Web Threat Intelligence and External Threat Context

Indicators from breach investigations, external attack-surface monitoring, dark web threat intelligence, credential exposure investigations, and other security intelligence sources are regularly sent to security teams.
By comparing supported indications found through those workflows with available malware, infrastructure, IOC, and threat intelligence data, ThreatFusionAI can assist analysts in their investigation.

This means an indicator discovered through a dark-web investigation can become a starting point for broader technical analysis rather than remaining an isolated finding.
ThreatFusionAI should not be interpreted as claiming standalone dark-web monitoring where such monitoring is not explicitly provided by the platform.

Not part of the self-serve tiers. This is an analyst-led engagement scoped to your organisation, not a button in the search box. The plans above cover the indicator lookups; dark web coverage is arranged separately.

Talk to our team

What an engagement covers

Credential exposure.Corporate logins surfacing in breach dumps and combo lists, matched against your domains.
Leaked data. Customer records, internal documents and source code appearing where they should not be.
Access brokering.Listings offering entry to a network, often the step immediately before a ransomware deployment.
Targeting chatter.Mentions of your organisation, sector or suppliers in forums and channels we monitor.
Pivot back into the platform. Every indicator that comes out is one you can search here and follow outward.

SOC operations

SIEM Indicators of Compromise

SIEMs generate thousands of alerts containing questionable IP addresses, domains, URLs and file hashes. ThreatFusionAI helps analysts enrich those indicators, so SOC teams can investigate alerts without manually opening multiple intelligence portals for every one.

SIEM AlertSuspicious IP IOC LookupDomains + Malware + ReputationConnected InfrastructureMitre ATT&CK Behaviour Analyst decision

Works on what the alert already gives you

SIEM and EDR detections hand you an IP, a hash, a domain or a URL. Those are four of the seven types we take. Nothing needs reformatting first.

Enrich before you decide, not after

Reputation, related malware and connected infrastructure all come back together, so the block-or-monitor call is made with the context already attached.

Automate it entirely

Every lookup on this page is also a token-authenticated REST call, so the same enrichment can run inside your SOAR playbook without an analyst in the loop.

Freshness vs context

Latest IOC in Cyber Security Investigations

The value of a latest IOC derives from context rather than recency alone. A newly observed IP address is worth far more once an analyst understands what surrounds it.

ThreatFusionAI focuses on converting individual indicators into connected intelligence that supports faster investigations.

What makes a new indicator useful

What malware communicated with it
Which domains resolve to it
Whether related infrastructure has appeared before
Which samples share the same indicators
Which attacker techniques are associated with the activity

Who it's for

Who Uses ThreatFusionAI?

The investigation looks different depending on what is being protected. These are the teams that get the most out of the platform.

Banking and Financial Services

Examine phishing infrastructure, malicious IP addresses, suspicious domains, malware, and threat actor activity directed at financial institutions.

Healthcare

In situations where reducing response time is crucial, expedite investigations into ransomware, malware, suspicious infrastructure, and IOCs.

Government and Public Sector

Examine specific threats and contrast reported attacker activity with MITRE ATT&CK methodologies and recognized threat groups.

Managed Security Service Providers

Investigate intelligence across multiple customers and integrate available capabilities into existing security workflows through the API.

E-Commerce and Retail

Examine phishing infrastructure, malware, dubious domains, URLs, and other signs of fraud and credential-focused attacks.

Education and Research

Provide students, researchers, and security teams with an accessible platform for malware, IOC, and ATT&CK investigation.

Why us

Why Choose ThreatFusionAI?

One Threat Intel Platform. Multiple Investigation Workflows. Many security products answer only one question. ThreatFusionAI is designed to help analysts continue beyond the first verdict.

Three things you can do with one indicator

All from a single unified interface.

Look Up the Indicator

Submit a suspicious file hash, IP address, domain, URL, CVE, email or phone number and get the relevant security context from one interface.

Verdicts from multiple antivirus engines
Observed behaviour when the file runs
Every IOC extracted from it

Follow its connections

Move from an individual IOC to connected malware, domains, infrastructure and related indicators, rather than treating each one separately.

15M+ mapped relationships to search
Click any node to re-centre the investigation
Export the relevant IOCs into your own tooling

Understand attacker behaviour

Map observed malware activity to MITRE ATT&CK techniques and compare that behaviour with tracked threat actors, malware families and campaigns.

Ranked against 187 tracked threat groups
Matching malware families and campaigns
Rare techniques weigh more than common ones

Threat intelligence data sources

CRAW SECURITY

MITRE ATT&CK

MULTI-ENGINE AV

SANDBOX TELEMETRY

OSINT FEEDS

Craw Security supplies internal analysis and security research; MITRE ATT&CK the standardised attacker tactics and techniques; multi-engine antivirus the malware and file reputation intelligence; sandbox telemetry the observed behaviour and extracted indicators; and OSINT feeds the open-source intelligence that enriches an investigation.

Comparing Top Threat Intelligence Platforms

ThreatFusionAI brings these investigation functions into a single intelligence workflow.For organizations searching for the best threat intelligence platform for their environment, the right choice ultimately depends on investigation volume, required intelligence sources, integrations, analyst workflow, and operational requirements.
When security teams evaluate top threat intelligence platforms, useful capabilities to consider include:

IOC lookup

Malware intelligence

Indicator correlation

Relationship mapping

MITRE ATT&CK integration

Threat actor intelligence

Investigation visualisation

OSINT integration

API access

Export capabilities

The payoff

What Your Security Team Gets

From an 80-minute investigation to one connected workflow. Here is where the hours go today, and where they go with ThreatFusionAI.

Traditional investigation

Check file reputation~5 min
Search malware behaviour~10 min
Investigate contacted IP addresses~20 min
Research related domains~10 min
Extract additional IOCs and search ATT&CK~20 min
Research possible threat actors and prepare findings~15 min

Around 80 minutesmultiple tabs, disconnected tools

ThreatFusionAI investigation

Paste the indicator
Review the available verdict and behaviour
Examine extracted IOCs and follow related infrastructure
Review ATT&CK techniques and possible threat actor matches
Export the useful indicators

Typically under 10 minutesone search field

Investigate Faster

Reduce the manual searching across multiple security tools that consumes most of an investigation.

Understand the whole incident

Identify the relationships between suspicious files, IP addresses, domains, URLs, malware and attacker activity.

Improve threat hunting

Pivot from an indicator into the broader infrastructure and malware relationships around it.

Add context to SOC alerts

Enrich raw SIEM and EDR indicators before the response decision is made.

Standardise ATT&CK analysis

Connect malware activity with MITRE ATT&CK tactics and techniques so every investigation is described the same way.

Investigate possible threat actors

Use behavioural correlation as an investigative lead when malware behaviour overlaps with known threat groups.

Pricing

ThreatFusionAI offers a freemium model, allowing security professionals, researchers and students to investigate threats without a credit card. For organizations requiring greater search volume, API usage, or enterprise capabilities, higher tiers can be requested.

FAQs

Frequently asked questions

The ones people actually ask. If yours isn't here, just ask.

What is a cyber threat intelligence platform?

In order to help analysts comprehend cyber dangers, a cyber threat intelligence platform gathers, arranges, correlates, and displays security intelligence. IOC investigation, malware analysis, relationship mapping, MITRE ATT&CK behavior, and threat actor correlation are the main areas of interest for ThreatFusionAI.

What is a threat intel platform used for?

Security teams can look at suspicious indicators such as file hashes, IP addresses, domains, URLs, and vulnerabilities with the aid of a threat intel platform. This data is used by analysts for threat hunting, malware research, incident response, SOC investigations, and security monitoring.

Is ThreatFusionAI an open source threat intelligence platform?

ThreatFusionAI incorporates OSINT and public security intelligence into its analysis workflow, but the ThreatFusionAI platform itself should not be described as open-source software unless Craw Security separately releases its source code. It can, however, support teams looking to combine open source threat intelligence platform data with malware, IOC, and ATT&CK investigations.

What makes ThreatFusionAI different from other top threat intelligence platforms?

ThreatFusionAI focuses on what happens after an IOC lookup. Analysts can investigate connected infrastructure, malware relationships, extracted indicators, MITRE ATT&CK behavior, and possible threat actor similarities instead of receiving only an isolated reputation result.

Is ThreatFusionAI the best threat intelligence platform?

There is no single best threat intelligence platform for every security organization. Requirements differ between SOC teams, MSSPs, researchers, incident responders, and enterprises. ThreatFusionAI is designed for teams that need IOC correlation, malware intelligence, relationship mapping, ATT&CK analysis, and threat hunting from a unified interface.

What indicators can I investigate?

ThreatFusionAI currently supports seven primary lookup types:

File hash
IP address
Domain
URL
CVE
Email address
Phone number

Available intelligence depends on the indicator type.

Can ThreatFusionAI work as a malicious website checker?

Yes, supported domain and URL intelligence can help analysts investigate suspicious websites and links during phishing, malware, and security investigations. The results should be considered security intelligence for investigation rather than a substitute for organizational security controls.

What malware analysis information is available?

Available antivirus verdicts, observed activity, extracted IOCs, associated infrastructure, MITRE ATT&CK methods, and potential threat actor or malware-family correlations can all be included in a file analysis.

What is the MITRE ATT&CK framework?

A popular knowledge base that describes attacker strategies and tactics based on actual adversary activity is the MITRE ATT&CK framework. It is used by security teams to categorize and share the methods used by attackers.

What are MITRE ATT&CK techniques?

MITRE ATT&CK techniques and tactics explain how adversaries accomplish their goals during cyberattacks. ThreatFusionAI can assist analysts comprehend how a sample functions by linking observed malware activity with pertinent methodologies.

What is an ATT&CK matrix?

Adversarial tactics, including execution, persistence, privilege escalation, defensive evasion, credential access, discovery, lateral movement, command and control, exfiltration, and impact, are arranged according to tactical objectives in the ATT&CK matrix.

Can ThreatFusionAI help with ransomware MITRE ATT&CK investigations?

ThreatFusionAI can help analysts examine malware behavior and map available observations to ATT&CK techniques, which can support ransomware MITRE ATT&CK investigations and behavioral analysis.

What are indicators of compromise in cyber security?

Indicators of compromise in cyber security are observable values or evidence that may indicate malicious activity. Malicious hashes, IP addresses, domains, URLs, registry modifications, filenames, and network artifacts are typical examples.

What are atomic indicators of compromise?

Atomic indicators of compromise are individual values such as IP addresses, domains, URLs, and file hashes that can usually be searched or matched directly within security systems.

How can I investigate SIEM indicators of compromise?

Copy a suspicious indicator from your SIEM alert and search it in ThreatFusionAI. You can then review available reputation intelligence, malware relationships, associated infrastructure, and other contextual information before deciding how to respond.

Does ThreatFusionAI provide dark web threat intelligence?

ThreatFusionAI can help investigate supported indicators obtained during dark web threat intelligence or external exposure investigations. Dedicated dark-web monitoring should only be represented as a ThreatFusionAI feature if that capability is specifically available in the platform.

What are the best threat intelligence feeds?

The best threat intelligence feeds depend on the organization's requirements. Useful feeds should provide relevant, timely, contextualized, and actionable information rather than simply large volumes of indicators. ThreatFusionAI combines multiple intelligence sources with its own relationship and investigation workflow.

Does ThreatFusionAI have an API?

Yes. Supported browser-based investigation capabilities can also be integrated with security workflows through the ThreatFusionAI API, subject to the applicable account and access level.

Threat research from Craw Security

Practical research covering emerging malware, threat intelligence, malware analysis, IOC investigations, MITRE ATT&CK, ransomware behaviour, threat hunting and security operations.

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Investigate the Indicator. Follow the Connections. Understand the Threat.

ThreatFusionAI brings threat intelligence, malware analysis, IOC correlation, MITRE ATT&CK mapping, threat hunting, and security intelligence together in one investigation workflow.

Start with one suspicious indicator and discover what it is really connected to.