Use the comparison tool below to compare the top Threat Modeling tools on the market. You can filter results by user reviews, pricing, features, platform, region, support options, integrations, and more.
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The most powerful way to monitor and protect sensitive data at large scale. The all-in-one data security solution that doesn't slow down will help you reduce risk and detect abnormal behavior. You get a platform, a team, an approach, and a plan that gives you every advantage. Classification, access governance, and behavioral analytics all work together to secure data, prevent threats, and ease the burden of compliance. Our proven method to monitor, protect and manage your data is backed by thousands of successful rollouts. Hundreds of security professionals are able to create advanced threat models, update policies, and assist in incidents, allowing you to concentrate on other priorities.
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IriusRisk
IriusRisk
IriusRisk is an open Threat Modeling platform that can be used by any development and operations team – even those without prior security training. Whether your organization follows a framework or not, we can work with all the threat modeling methodologies, such as STRIDE, TRIKE, OCTAVE and PASTA. We support organisations in financial services, insurance, industrial automation, healthcare, private sector and more. IriusRisk is the industry's leading threat modeling and secure design solution in Application Security. With enterprise clients including Fortune 500 banks, payments, and technology providers, it empowers security and development teams to ensure applications have security built-in from the start - using its powerful threat modeling platform. Whether teams are implementing threat modeling from scratch, or scaling-up their existing operations, the IriusRisk approach results in improved speed-to-market, collaboration across security and development teams, and the avoidance of costly security flaws. -
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SD Elements
Security Compass
Today, Security Compass is a pioneer in application security that enables organizations to shift left and build secure applications by design, integrated directly with existing DevSecOps tools and workflows. To better understand the benefits, costs, and risks associated with an investment in SD Elements, Security Compass commissioned Forrester Consulting to interview four decision-makers with direct experience using the platform. Forrester aggregated the interviewees’ experiences for this study and combined the results into a single composite organization. The decision-maker interviews and financial analysis found that a composite organization experiences benefits of $2.86 million over three years versus costs of $663,000, adding up to a net present value (NPV) of $2.20 million and an ROI of 332%. Security Compass is the trusted solution provider to leading financial and technology organizations, the US Department of Defense, government agencies, and renowned global brands across multiple industries. -
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CAIRIS
CAIRIS
FreeYou can import or enter a wide variety of security, usability and requirements data to gain new insights. These include information about assets, countermeasures, personas, requirements, and architectural components. A single view cannot capture a complex system. Therefore, automatically generate 12 views of your emerging design, from different perspectives, including people, risks and requirements, architecture, physical location, and even physical locations. As your design develops, automatically generate threat models such Data Flow Diagrams. Open source intelligence about possible attacks and candidate security architectures can be used to assess your attack surface. Showcase all security, usability, design, and risk factors associated with your product. -
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You can't fix all the vulnerabilities. Use extensive threat intelligence and patented prioritization techniques to reduce costs, save time and keep your team focused on reducing your biggest risks. This is Modern Risk-Based Vulnerability management. We developed Risk-Based Vulnerability Management and are now defining the modern model. Show your IT and security teams which infrastructure vulnerabilities need to be remedied, and when. Our latest version shows that exploitability is measurable, and accurately calculating exploitability will help you minimize it. Cisco Vulnerability Management, formerly Kenna.VM, combines real-world exploit and threat intelligence with advanced data science in order to determine which vulnerabilities are the most risky and which can be deprioritized. Spoiler alert! Your mega-list will shrink faster than the woolen sweater-vest on a hot wash cycle.
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ThreatModeler
ThreatModeler
ThreatModeler™, an enterprise threat modeling platform, is an automated solution that reduces the effort required to develop secure applications. Today's information security professionals have a pressing need to create threat models of their organizations' data and software. We do this at the scale of their IT ecosystem and with the speed of innovation. ThreatModeler™, which empowers enterprise IT organizations, allows them to map their unique security requirements and policies directly into the enterprise cyber ecosystem. This provides real-time situational awareness of their threat portfolio and risks. InfoSec executives and CISOs gain a complete understanding of their entire attack landscape, defense-in depth strategy, and compensating control, which allows them to strategically allocate resources and scale up their output. -
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Threagile
Threagile
FreeThreagile allows teams to perform Agile Threat Modeling as seamlessly as possible, even when it is highly integrated into DevSecOps environments. Threagile, an open-source toolkit, allows you to model an architecture and its assets in an agile declarative fashion using YAML files directly within the IDE or any YAML editor. The Threagile toolkit executes security checks against the architecture model. It then creates a report that includes mitigation advice and potential risks. You can also create beautiful data-flow diagrams and other output formats (Excel or JSON). The Threagile YAML file can be used to track risk. This allows for reporting on the state of risk mitigation. Threagile can be run from the command-line (also a Docker Container is available) or as a REST -Server. -
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ARIA ADR
ARIA Cybersecurity Solutions
ARIA Advanced Detection and Response is an automated AI SOC solution that integrates seven security tools. This includes SIEMs and IDS/IPSs as well as EDRs, Threat Intel Tools, EDRs and Threat Intel tools. Organizations will no longer need to compromise on the threat surface coverage or struggle with integrating and maintaining disparate tools at a high cost and low return. ARIA ADR's AI-powered threat models are machine learning-powered and can detect and stop the most dangerous network-borne threats, such as ransomware and malware, intrusions and zero-day attacks, APTs, and more. This is done in just minutes. This is a significant advantage over traditional security operations methods that are more noisy than they are dangerous and require highly-trained security personnel. ARIA ADR can also be accessed via the cloud, which is a great option for companies looking to start. -
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The Securonix Security Operations and Analytics Platform combines log monitoring, user and entity behavior analytics, next-generation security information and management (SIEM), network detection and response, (NDR), and security orchestration automation and response. It is a complete, end to end security operations platform. Securonix's platform is able to scale up to unlimited levels, thanks to advanced analytics, behavior detection and threat modeling, as well as machine learning. It improves security by increasing visibility, actionability, security posture, and management burden. The Securonix platform supports thousands of third-party vendors, technology solutions, making security operations, events and escalations much easier. It scales easily from startups to large enterprises, while offering the same security ROI and transparent and predictable cost.
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MITRE ATT&CK
MITRE ATT&CK
MITRE ATT&CK®, a global-accessible knowledge base that provides information about adversary tactics and techniques based upon real-world observations, is available at MITRE ATT&CK®. The ATT&CK knowledge database is used to develop specific threat models and methods in the private sector, government, and the cybersecurity product- and service community. MITRE's mission is to solve problems and create safer worlds by bringing together communities to improve cybersecurity. ATT&CK is free and open to all. To gather information that can be used in targeting, adversaries may perform active reconnaissance scans. Active scans involve the adversary probing victim infrastructure via network traffic. This is in contrast to other forms of reconnaissance which do not involve direct interaction. -
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Microsoft Threat Modeling Tool
Microsoft
Microsoft Security Development Lifecycle, (SDL) is a core component of threat modeling. It's an engineering technique that you can use to identify threats, attacks and vulnerabilities that could affect your application. Threat modeling can be used to help you design your application, meet your company's security goals, and reduce risk. Microsoft Threat Modeling Tool makes it easier to threat model by providing a standard notation that allows you to visualize system components, data flows, security boundaries, and other information. It helps threat modelers to identify the classes of threats they should be considering based on their software design. The tool was designed with non-security professionals in mind. It makes threat modeling easy for all developers by providing clear guidance and instructions on how to create and analyze threat models. -
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OWASP Threat Dragon
OWASP
OWASP Threat Dragon is a modeling program that creates threat model diagrams as part a secure development cycle. Threat Dragon adheres to the principles and values of the threat modeling manifesto. It can be used to identify possible threats and determine their mitigations. It also provides visual information about the threat model components as well as threat surfaces. Threat Dragon can be used as a web or desktop application. The Open Web Application Security Project is a non-profit foundation that works to improve software security. Anyone interested in improving the security of applications can access all our tools, documents, forums and chapters at no cost. -
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Tutamen Threat Model Automator
Tutamantic Sec
Flexibility, ease of use, common taxonomies All the details are here. The Tutamen Threat Model Automator was designed to allow security at the architectural stage where it is most cost-effective to fix flaws. With a single input of variables, human error and inconsistencies can be reduced. A living threat model can be created that adapts to changes in the design. The Tutamen Threat Model Automator can generate multiple reports for different stakeholder group in your company. Not just for your project. It is easy to use. There is no need to learn new software. The Tutamen Threat Model Automator lets you enter threat data with tools you already use, such as Excel and Microsoft Visio.
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Threat Modeling Tools Overview
Threat modeling tools are a type of software used to identify potential areas of risk within an IT system environment and develop strategies for mitigating those risks. By analyzing application and network architecture, business processes, and other data points, threat modeling tools can help organizations assess their security posture to identify weaknesses in their system that could be exploited by malicious actors. The goal of these tools is to enable organizations to prioritize the implementation of security measures based on their identified risks and reduce the impact of threats before they happen.
At a high level, the process for using a threat modeling tool typically consists of four main steps: asset identification, risk assessment and analysis, building controls, and monitoring. During asset identification, the threat modeler will examine all assets present in the organization's system (e.g., applications, databases, servers) as well as any external components that may interact with it (e.g., third-party services or APIs). Through this process, critical assets can be identified that should be given special attention during risk assessment & analysis.
In the second step – risk assessment & analysis – findings from the asset identification phase are taken into account while assessing possible risks posed by malicious actors targeting each component of the organization’s system environment. This includes identifying entry/exit points where data breaches could take place as well as what types of attacks might be used against each component (e.g., SQL injection or cross-site scripting). By understanding these attack vectors ahead of time, organizations can better prepare themselves by setting up protocols such as authentication systems or firewalls that protect against them before they become an issue.
The third step involves leveraging those findings from the previous two phases to build effective controls for safeguarding against security threats. This involves developing plans on how to both prevent attacks from occurring as well as limit damage if one does take place–all while keeping user experience in mind so that users don’t feel overwhelmed or frustrated by excessive security measures when accessing services provided by the organization’s system environment.
Finally, once all controls have been implemented and tested appropriately it is important to continuously monitor them to ensure they still hold up against evolving threats over time. Threat models typically come with built-in monitoring capabilities; however many also provide integrations with other systems such as SIEM solutions for more detailed log reporting so organizations can gain insights into any potential attack activities taking place within their system environment quickly should something slip through their defenses initially.
In conclusion, threat modeling tools provide an invaluable service for any organization looking to protect itself from malicious attack activities online today; however, like anything else related to cybersecurity, it is important that those responsible for setting up these solutions stay vigilant about keeping up with new threats & best practices over time so their systems remain secure moving forward.
Why Use Threat Modeling Tools?
- Speed up development: Threat modeling tools can be used to identify potential security problems at the early stages of software development, saving valuable time and helping you get your product to market faster.
- Automate manual processes: Manual threat modeling processes can be tedious and time-consuming, but automated threat modeling tools enable efficient analysis of applications and systems in a fraction of the time it would take manually.
- Identify threats quickly: Automated threat modeling tools enable developers to quickly analyze their applications for potential security risks and identify any vulnerabilities or weaknesses that could lead to a breach or attack.
- Keep up with evolving threats: The threat landscape changes constantly, making it difficult for developers to stay informed about new threats and vulnerabilities that could affect their applications or systems. Automated security testing tools allow developers to be up–to–date on the latest security issues, enabling them to better protect against attacks from criminals or other malicious actors.
- Reduce costs: By using automated threat modeling tools, businesses can reduce labor costs associated with manual processes such as manual coding and test cases, thereby reducing the overall cost of developing secure products and services.
The Importance of Threat Modeling Tools
Threat modeling is an important tool for understanding and mitigating cybersecurity risks. By proactively identifying potential security threats, organizations can prioritize the implementation of necessary measures to protect their data and systems from unauthorized access or malicious attacks. The process of threat modeling helps security professionals understand the goals of attackers, identify weaknesses in existing solutions, and design more effective defensive strategies.
Today’s ever-evolving security landscape requires constant vigilance against potential threats that may arise from either inside or outside the organization. Threat models help organizations remain ahead of potential risks by allowing them to analyze patterns in current attack trends and identify ways to improve their defenses against emerging attacks. This is especially relevant when dealing with sophisticated threat actors like nation-states or organized crime groups who target specific companies with unique tactics and methods that other attackers may not consider.
Threat models also allow organizations to develop more comprehensive risk management programs by considering a broader set of factors than traditional vulnerability assessments. By taking into account internal policies and procedures, organizational objectives, personnel capabilities, regulatory requirements, physical security measures, system architecture, and processes for responding to detected risks and other related issues - all within the context of a targeted attack scenario - threat modeling provides a holistic view of an organization’s vulnerability posture.
Modern-day cyberattacks involve complex combinations of technical vulnerabilities combined with social engineering techniques such as phishing scams or malicious code injection tactics that are often undetectable until it's too late. As these threats become increasingly sophisticated and difficult to detect manually it is essential that businesses employ automated tools like threat modeling to anticipate potential points of exploitation before they occur so appropriate countermeasures can be put in place ahead of any real incident occurring.
Features Offered by Threat Modeling Tools
- Risk Analysis: Threat modeling tools provide comprehensive risk analysis features that help to identify potential threats and the associated risks. This includes identifying weak points in existing security platforms, assessing the level of risk for different assets, and creating a detailed report outlining any identified risks and recommendations for mitigating them.
- Vulnerability Scanning: Many threat modeling tools offer automated vulnerability scanning features which search for weaknesses (in code, architecture, etc.) that could be exploited by attackers to gain access to sensitive data or systems.
- Attack Simulation: Some threat modeling tools also provide attack simulation capabilities that simulate potential threats from an attacker’s perspective so that organizations can validate their security controls and improve their defense strategies against malicious actors.
- Asset Discovery: Threat modeling tools allow organizations to quickly discover all their assets (servers, applications, databases, etc.) and create an inventory of them to monitor over time so they can keep track of changes in their environment and adjust security policies accordingly.
- Remediation Analysis & Reporting: These tools offer remediation analysis functionality as well as reporting features so that organizations can analyze the results of their risk assessments/vulnerability scans and generate reports outlining specific actions they should take in order to reduce or eliminate identified risks or vulnerabilities.
What Types of Users Can Benefit From Threat Modeling Tools?
- Developers: Threat modeling tools can help developers identify potential security risks early in the development process and make appropriate modifications to prevent breaches. This could include creating secure architectures, coding safely, implementing secure configurations, and testing for vulnerabilities.
- Management: Threat modeling tools provide organizations with visibility into their security risk profiles, allowing managers to develop better plans and strategies for data protection. Additionally, these tools can help inform decision-makers about areas of improvement that will yield tangible results when pursuing investments in cybersecurity solutions.
- Security Engineers: Security engineers are able to use threat modeling tools to quickly detect and assess threats within a network or system. By understanding the components of a system as well as app functionality, they can apply specific countermeasures such as applying patches or reconfiguring settings that improve an overall organization's security posture.
- System Administrators: The ability to visualize detailed information on application services provides administrators with an oversight capability that allows them to respond quickly when a threat is discovered within a system - reducing downtime while still offering maximum protection against possible malicious activity.
- Network Analysts: Threat models utilized by network analysts allow for close examination of internal networks and detection of any suspicious connections from external sources—providing valuable insight into improving existing protective mechanisms and preventing targeted attacks from being successful.
How Much Do Threat Modeling Tools Cost?
Threat modeling tools can cost anywhere from free to tens of thousands of dollars, depending on the type and complexity of tool. For example, basic threat models are often available for free from vendors or open-source organizations.
More complex and comprehensive tools, such as those that provide a broad range of features across multiple platforms, may come with a higher price tag. Additionally, if extra customization is needed to meet specific requirements or industry standards, expect to pay more for these special versions of the software. Furthermore, some larger organizations may opt for enterprise-level packages which include support and other features in addition to the core functionality – these could come with an even higher cost.
In short, it really depends on what kind of threat modeling you need and how much customization is required in order to get the most out of your investment. If budgeting is an issue then the best option is to assess your needs carefully so that you can make sure you’re getting the right tool without breaking the bank.
Risks Associated With Threat Modeling Tools
- Human Error: Mistakes in identifying threats, assigning threat levels, and implementing countermeasures can have costly consequences.
- False Positives: Automated solutions may detect false positive security risks that are not actual threats. This can lead to wasted time and resources chasing down non-existent problems.
- Overwhelming Results: Tools may produce too much data that is difficult to interpret or analyze correctly.
- Costly Solutions: The cost of purchasing and implementing a threat modeling tool can be high relative to its benefit. Additionally, if the incorrect tool or solution is chosen, money may be wasted on an ineffective product.
- Data Inaccuracies: If a tool isn't configured properly or updated regularly it may not accurately represent real-world IT environments which could result in wrong conclusions being made about overall security risk levels.
- Lack of Security Knowledge: Many tools assume users already understand basic concepts of information security; however, this isn’t always the case leading to inadequate results from these solutions.
Types of Software That Threat Modeling Tools Integrate With
Software integration can play an important role when it comes to threat modeling. Many programs out there are designed to work in conjunction with threat modeling tools, providing additional features and capabilities that greatly enhance the overall security of a system. Some examples of software that can integrate with threat modeling tools include network analysis and cryptography software, web application security scanners, antivirus suites, identity management systems, enterprise mobility management solutions, password managers, and more. Each of these pieces of software helps to detect potential security risks within a system so they can be addressed before they cause any problems. Integrating them with your threat modeling tool not only makes detecting threats easier but also gives you the ability to react quickly should something go wrong. This could mean the difference between recovering from a breach or having data stolen or lost altogether.
Questions To Ask Related To Threat Modeling Tools
- What is the cost of the tool?
- Does it provide code review, vulnerability scanning or manual risk assessment?
- How does it identify data flows, trust boundaries and components for threat modeling analysis?
- Is there a training program offered by the vendor to help users become more proficient in using their threat modeling tools?
- Does the tool include features such as automated visualizations, reporting capabilities and customization options for assets and threats?
- Can users access detailed information about reported security issues and export results into other formats (e.g., PDF, XML)?
- Is the application compatible with existing network architectures and systems security policies?
- Does the tool enable users to define custom threat models specific to their environment with ease?
- Are there any applicable customer support plans available if end-users need assistance while using the software product?