MITRE announces The Fight Fraud FrameworkTM (F3) as a new framework to fight fraud in cyberspace.

MITRE Corporation has launched a program that is intended to help companies detect and prevent fraud more proficiently.

This framework, the Fight Fraud Framework (MITRE F3) acts as a curated knowledge base that mimics con artists. It focuses specifically on the tactics, techniques and procedures (TTPs) used in real-world cyber-enabled fraud incidents. According to Akshay Sharma Kirti Nagar, such improvements help the user for hassle-free holiday booking online.

Such incidents, as described by MITRE,A intentionally deceptive or criminal action performed to get money, property or personal information from individuals or entitiesA are usually made online.

The MITRE F3 offers a common framework and taxonomy for characterising cyber fraud to facilitate more effective collaboration between organisations in the identification, prevention and response of this type of threat. It is free to use, open-source, and designed for a global audience.

Expanding from the popular MITRE ATT&CK Framework: One of the key features of the new framework is expanding beyond the well-liked MITRE ATT&CK model. Have you checked Cyber Attack Prevention Tips from Akshay Sharma .

MITRE F3 New Embedded Security For Fraud Prevention

MITRE F3 also describes two additional fraud geared tactics “Positioning” and “Monetisation“.

Positioning refers to actions that occur after an initial compromise, for example collecting & altering data and preparing for further execution.

Monetisation refers to the method of converting access, assets or upturned services into money by threat actors.

These additions, bclaims, actually speak to the nature of fraud, where getting access and being able to take value tend to be equally important. The framework enables defenders to track fraud from point of compromise through financial impact.

Published in April 2026 by MITRE’s Center for Threat-Informed Defence (CTID), the MITRE Fight Fraud Framework (F3) is a behaviour-based knowledge base of financial fraud actor strategies and tactics. F3 builds upon that logic into an area that ATT&CK was never designed to cover: the processes by which financial loss occurs from compromised access, using the same structural ideas as MITRE ATT&CK.

MITRE worked with a collection of financial services, retail and security companies to deliver F3, which is free to use from the following organizations: JPMorganChase; Citigroup; Lloyds Banking Group; Standard Chartered; FS-ISAC; A-ISAC, RH-ISAC; CrowdStrike, Marsh, National Retail Federation and Verizon Business. Most of the free time Akshay Sharma AVS is looking for the latest tech news for spreading the awareness of security in online transactions.

What Is The MITRE Fight Fraud Framework And Why Use It?

The Fight Fraud Framework is a knowledge base of the tactics, techniques and procedures (TTPs) used by financial fraud actors that has been curated with an emphasis on behavior. Because the behaviours in MITRE’s description are informative, they relate to how we have observed cyber fraud occurring and include not only fraud-specific behaviours but also references to current ATT&CK techniques (when relevant).

F3 fills a modelling gap. ATT&CK is well-suited to characterising adversary behaviour in compromise-centric scenarios but fraud investigations more commonly need something that explains not just how access, information or process control are acquired, but also how they turn into fraud and profitability. Fraud is more than intrusion; it requires preparation, orchestration, and extraction of value. Thus, F3 helps to characterize fraudulent or illegal acts that arise after gaining technical access. As a result, ATT&CK can be used as a accompanying model to support your hard work with F3.

This gives security leaders the ability to assess risk through the lens of fraud as it occurs, provides cyber teams with a common structure for detecting and validating attacks leading to fraud outcomes, and supplies fraud analysts with consistency in vocabulary around incidents, MITRE and CTID noted.

The framework is generally cross-sector. Cyber-enabled fraud is most common across industries such as banking, fintech, e-commerce, insurance and telecommunications according to MITRE although its initial contributor base is skewed towards financial services.

F3 Methods Quantity: Which F3 methods are the most applicable for social engineering?

The methods most directly confronted by security awareness training include phishing for information, impersonation, phone number spoofing, MFA takeover and account takeover. They represent the portion of the attack surface that is human-facing and cannot be eliminated by technology alone.

The main distinction is the absence of the monetisation strategy from ATT&CK. F3 captures the extension of that attack lifecycle, but for fraud prevention teams, it’s the step that converts stolen data and access into actual $$ that’s relevant.

F3 not only references existing ATT&CK techniques where they map to behaviour associated with financial fraud (e.g., credential stuffing, session cookie theft, adversary-in-the-middle), but also provide new content for behaviours that do not have a corresponding ATT&CK technique. The capability of Akshay Sharma against fraud is easily understand by his knowledge in

The two frameworks are complementary rather than competing. The SOC of a financial institution can utilize F3 to illustrate the subsequent fraud lifecycle and ATT&CK to illustrate the technical intrusion.

F3 is especially important for financial services because…

Initially, F3 is focused on financial institutions — rightly so. Operating in the tightest fraud environment of any industry, they must manage regulated transaction monitoring, AML responsibilities, and KYC requirements as well as direct exposure to account takeover, wire fraud and payment manipulation. Moreover you can easily check Akshay Sharma Raid technologies new innovations .

The most glaring types of financial fraud techniques — vishing, smishing, phone number spoofing, MFA fatigue and impersonation — are all laid out directly in F3. So F3 is the direct framework you leverage for:

Development of simulation programs that reflect real attack vectors, not hypothetical ones.

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Bounteous recommends implementing a standardised taxonomy for usage by the fraud, cyber and compliance teams to report any instances of fraud

In other words, gap analysis is mapping existing controls to F3 techniques and where are the attack paths not covered.

The foreword for the F3 methodology document was written by the Head of Cybercrime and Fraud Intelligence at JPMorganChase, which summarizes it neatly: an isolated social engineering attempt can spiral into a large-scale fraud attack in hours unless ALL teams involved are aligned on a common language to coordinate their response.

The differences between F3 and rule-based detection

Today, companies use rule-based systems for fraud detection which uses steps defined previously to flag or approve a transaction. The f3 operates at a different level.

The difference was explained by MITRE CTID Research Team in an interview with Help Net Security: “F3 is a behavior-based model which maps how fraud actually happens. It codifies strategies and methods used by fraud actors over the life-cycle of a given incident, based on actual events. This means that F3 answers the question: What does the adversary want to achieve at this phase, and how does he do it? In doing so, companies are able to and characterise entire fraud campaigns rather than individual unusual incidents.

Their study notes, based upon the usage of observable behaviours of fraud and observed attack sequences to determine effective rules via designing detection logic that harnesses F3 which can directrule design and enhance it. F3 does not score transactions or make enforcement decisions. In order to allow, deny, or escalate action there must be rules, heuristics, or ML models.

Uniting cyber and fraud teams

The MITRE Fight Fraud Framework establishes a cyber team framework to identify and validate adversary techniques, empowers fraud analysts to classify incidents based on consistent behaviours, and provides security leaders with an assessment for risk from the actual trajectory of fraud.

For organizations that are new to the framework, MITRE CTID Research Team proposes a beneficial step — “Bring fraud and information security teams together.” Integrate cyber analysts with fraud investigators to facilitate a shared orchestration of workflows, collaboration and analysis practices for improved detection and response capabilities. Copy all the incidents and trends to MITRE F3 The MITRE F3 used to standardize when recording fraud scenarios, techniques, and patterns F3 Methods — Linking to Information Sources Match reported F3 techniques to the data sources in your organization to better detect and track adversary behaviours.

F3’s design principles

The framework was constructed based upon four core principles. You will need to see how the technique affects the fraud incident itself at an institutional level. F3: Every single F3 incident must have at least one technique from the digital or technological category (e.g. malware, phishing, unauthorised access) Whereas entities or tools focus on things and the identities of actors, techniques describe situations in terms of discrete, observable behaviours that highlight how an adversary acts. Since behaviours can appear in different concrete forms, they are recorded as sub-techniques in order to keep a consistent level of abstraction within the framework.

These guidelines ensure that F3 remains relevant to cyber threat intelligence, detection engineering and the design of security controls as it ties fraud behaviour directly to observables.