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Invictus-backed cybersecurity company ThreatModeler acquires competitor IriusRisk for over $100 million | Fortune
The rise of AI coding tools means developers can create software applications faster than ever, but the risk for hacks and exploits is growing in lockstep. ThreatModeler, a cybersecurity company that helps developers identify vulnerabilities in their applications, announced on Thursday it is acquiring its largest competitor, IriusRisk. The deal is for over $100 million, according to a source with direct knowledge, who added that the annual recurring revenue for the combined companies is around $50 million. In an interview with Fortune, ThreatModeler CEO Matt Jones said that his company's goal is to "democratize" the practice of vulnerability detection at a time when many must rely on basic tools from larger platforms like Microsoft or turn to AI for threat modeling, which Jones argues is insufficient and can lead to massive risks. Jones said the acquisition will let ThreatModeler keep pace as firms are scaling up their coding capacity like never before. "For us to be able to bring the two leaders together," he said, "We can be much more aggressive on [our] roadmap." Founded in 2010, the New Jersey-based ThreatModeler provides automated software that helps coders review security flaws in their applications before launching them. For many organizations, the alternative is relying on experts known as security architects, who review codebases after they're live, which can be a cumbersome and often belated process. Originally bootstrapped by founder Archie Agarwal, ThreatModeler took its first institutional funding in 2024 from the growth equity firm Invictus, which bought a majority stake in the company. Invictus will now be a majority investor of the combined businesses as well. Until the acquisition, which closed at the end of 2025, ThreatModeler's largest competitor was the Spain-based IriusRisk, with ThreatModeler even filing a patent infringement lawsuit against IriusRisk in early 2025. Aside from resolving the litigation, Jones said that the deal made sense for customers by combining the two platforms, which he described as "80%" similar. "What we're going to do is take the best of both and bring them together," he said. The combined firms will have around 300 customers, which Jones said are mostly Fortune 1000 companies like banks and big tech operations, though he declined to name specific ones due to security concerns. While ThreatModeler was founded well before the Nov. 2022 launch of ChatGPT set off the current AI revolution, Jones said that his company has integrated AI into its workflow, including a plan to launch an agentic product in the second half of next year that can adapt organizations' threat models as their applications evolve. The flip side of AI is that as organizations' coding capacity increases, so does their need for software like ThreatModeler. "The more code that gets cranked out, the more that needs to be evaluated," Jones said. Different jurisdictions, including the U.S., Canada, and the European Union, are also implementing mandates for companies such as financial institutions and hardware manufacturers to maintain their own cyberthreat models. As potential vulnerabilities accelerate, ThreatModeler's new main competitor is likely companies turning to AI to develop their own threat modeling approach. But Jones said part of his company's role is to educate on the need for robust cybersecurity practices. "If you do it yourself, you're kidding yourself," he said. "You may be thinking you're doing threat modeling, when in fact you might be creating more risk for yourself."
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ThreatModeler acquires competing threat modeling startup IriusRisk - SiliconANGLE
ThreatModeler acquires competing threat modeling startup IriusRisk ThreatModeler Software Inc., a provider of cybersecurity posture analysis software, today disclosed that it has acquired a Spain-based rival called IriusRisk SL. The terms of the deal were not disclosed. When developers determine that an application may contain cybersecurity risks, they create what's known as a threat model. That's a diagram of the application's components and vulnerabilities. It also provides information on how a hacker might go about exploiting the vulnerabilities as part of a cyberattack. Creating threat models is a highly time-consuming task, particularly in large companies where developers may have to analyze dozens of applications. New Jersey-based ThreatModeler provides a platform that speeds up the process. Developers can use artificial intelligence features built into the software to automate certain aspects of the diagram creation workflow. According to ThreatModeler, its platform also speeds up certain related tasks. It can not only visualize the cybersecurity flaws in an application but also prioritize them by severity. For example, the platform might determine that a certain vulnerability should be prioritized because it's being actively exploited by a hacking group. The built-in AI generates remediation suggestions to speed up the remediation workflow. IriusRisk sells a competing threat modeling platform that automates many of the same tasks such as ThreatModeler. It also provides several features not supported by the latter company. At the start of a software project, developers put together a list of the features they plan to build. That list is often stored in Atlassian Corp.'s Jira platform. IriusRisk provides a tool called Bex AI that can analyze feature descriptions in Jira and flag any issues they contain. For example, the tool could point out if a proposed feature might weaken an application's encryption mechanism. Fixing vulnerabilities at the design stage is easier than in subsequent phases of the development workflow. Once a vulnerable feature is live, rewriting its code can take a significant amount of time. It may also require developers to update other application components that depend on the feature. IriusRisk says that its platform can be used to map out not only cybersecurity flaws but also other risks. The software highlights application components that breach data management regulations such as GDPR and HIPAA. Furthermore, companies can use the built-in diagramming features to visualize risks in their supply chains.
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ThreatModeler has acquired its largest competitor IriusRisk in a deal worth over $100 million, creating a unified cybersecurity company focused on threat modeling. The combined entity will serve around 300 customers with $50 million in annual recurring revenue. The acquisition addresses growing security risks as AI coding tools accelerate software development.
New Jersey-based cybersecurity company ThreatModeler has completed its acquisition of Spain-based competitor IriusRisk in a deal valued at over $100 million
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. The transaction, which closed at the end of 2025, brings together the two dominant players in threat modeling software at a critical moment when AI coding tools are transforming the software development landscape. The combined companies now generate approximately $50 million in annual recurring revenue and serve around 300 customers, primarily Fortune 1000 companies including major banks and technology firms1
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Source: Fortune
The acquisition comes as developers leverage AI to create software applications at unprecedented speed, simultaneously increasing cybersecurity risk identification challenges. ThreatModeler CEO Matt Jones emphasized that the deal positions the company to "democratize" vulnerability detection practices at a time when many organizations rely on insufficient basic tools from larger platforms like Microsoft or attempt threat modeling with AI alone, which Jones argues creates massive risks
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. The merger also resolves a patent infringement lawsuit ThreatModeler filed against IriusRisk in early 20251
.Threat modeling involves creating detailed diagrams of application components, vulnerabilities, and potential exploit paths that hackers might use. Both platforms automate this traditionally time-consuming process, which is particularly burdensome in large enterprises analyzing dozens of applications
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. ThreatModeler's software incorporates artificial intelligence features that help developers visualize security flaws and prioritize them by severity, such as identifying vulnerabilities actively exploited by hacking groups. The platform also generates remediation suggestions to accelerate fixes2
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Source: SiliconANGLE
IriusRisk contributes distinct features that complement ThreatModeler's offerings. Its Bex AI tool integrates with Atlassian's Jira platform to analyze feature descriptions at the design stage, flagging potential issues before code is written—such as weaknesses in encryption mechanisms
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. This early intervention proves more efficient than fixing vulnerabilities after features go live, which often requires extensive code rewrites. IriusRisk's platform also maps compliance risks, highlighting application components that breach regulations like GDPR and HIPAA, and extends beyond application security to visualize supply chains risks2
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Founded in 2010 by Archie Agarwal, ThreatModeler operated as a bootstrapped company until 2024 when growth equity firm Invictus acquired a majority stake. Invictus will maintain majority ownership of the combined entity
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. The merger positions ThreatModeler to capitalize on expanding regulatory requirements, as jurisdictions including the United States, Canada, and the European Union implement mandates requiring financial institutions and hardware manufacturers to maintain cyberthreat models1
.Matt Jones described the two platforms as "80%" similar and plans to integrate the best features from both to create a unified offering for customers
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. ThreatModeler plans to launch an agentic product in the second half of 2026 that can dynamically adapt organizations' threat models as their applications evolve1
. Jones noted that as coding capacity increases through AI, so does the volume of code requiring security evaluation. He warned that organizations attempting DIY approaches with AI risk creating more vulnerabilities than they prevent, positioning specialized platforms as essential alternatives to relying on security architects who typically review codebases only after deployment1
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