The Microsoft Threat Modeling Tool 2016 (MTMT) :
A threat modeling and analysis tool based on the STRIDE approach that can assist users in identifying possible risks early in the system design process. To explain the communication between different components of the system, the user needs first to create a data flow diagram (DFD). MTMT identifies and analyses the DFD automatically.
Finally, it will offer a list of the system's probable dangers. MTMT may also generate reports that users can see at any time to record the findings of threat modeling and analysis. Although MTMT can correctly and fully represent the system's possible threats, it cannot relate the threats to the asset losses produced by the assault, nor can it give a complete system perspective for threat analysis and risk management
GROOVE:
GROOVE is a tool that transforms a generic graph using simply labeled graphs and single push-out (SPO) transformation rules. GROOVE may apply transformation rules to a graph in a recursive manner. GROOVE can simulate the vehicle's network architecture. It may construct the matching state space, which is the attack graph, based on the model's initial state and the preset conversion process. If a state in the attack graph has weaknesses, that state might be considered the root of the attack tree. The equivalent attack tree may be determined by checking the other state in the attack tree.
Practical Threat Analysis:
PTA (Practical Threat Analysis) is a tool that may be used in a variety of situations. used to model threats and calculate risk automatically, the outcome of the evaluation must first define some factors, including system assets, threats, exploited vulnerabilities, mitigation methods, attack kinds, and so on. In a PTA project, attack entrance points. The danger model Information is maintained in a dynamic database to allow for dynamic changes in model parameters. By continuing to do so. It is possible to ensure that the model's parameters are revised. The process of risk assessment and security management can be complicated.
OMNeT++:
OMNeT++ is a C++ simulation toolkit and framework that may be used to model vehicle networks. It is open-source, modular, and component-based. OMNeT++ is simple to use and features a high level of simulation granularity. It also can simulate network attacks and do threat assessments. The impact of various forms of assaults on-network data can be reflected by the data recording function.
SeaMonster:
SeaMonster is a threat model security modeling tool. It facilitates the creation of attack trees and misoperation models using standard visual symbols, and freshly produced models may be attached to the database to be shared and reused. OWASP, rest Dragon is another tool that creates a threat model diagram using visual symbols. It is compatible with STRIDE, LINDDUN, and CIA (confidentiality, integrity, and availability). It may automatically build possible threats in the model and deliver associated mitigations based on the threat modeling diagram and rule engine given.
Summary of Cybersecurity Threat Analysis Tools
MTMT → Conducts threat modeling to generate threat assessment and analysis reports.
GROOVE → Builds attack graphs by modeling network architecture for cybersecurity analysis.
Practical Threat Analysis → Evaluates threats and risk assessment outcomes, analyzing security parameters and countermeasure effectiveness.
OMNeT++ → Simulates network attacks and provides threat analysis results.
SeaMonster → Develops attack tree models and misbehavior models for threat analysis.
These tools help identify, assess, and mitigate cybersecurity risks in various network and system architectures.