Oplane Continuous Threat Modeling is a Threat Modeling product by Oplane. Pricing is commercial (price not published).
Oplane Continuous Threat Modeling connects to a GitHub or GitLab repository via read-only access and automatically maps an application's architecture, including services, APIs, data flows, agent interactions, and third-party integrations. From this architectural map, the product generates a visual threat model that highlights potential security issues, explaining what is wrong, why it matters, and how to fix it. Because the model is regenerated as code and architecture change, it is intended to stay current rather than becoming a static document that is outdated by the next audit or penetration test. The product focuses on architectural-level threats that code scanners typically do not detect, such as missing authorization, access control gaps, unprotected data flows, and architectural blind spots, as distinct from scanner findings like unsafe code patterns, known CVEs, outdated dependencies, and hardcoded secrets. Example use cases described include identifying tenant isolation issues in multi-tenant SaaS products, prompt-injection and data-boundary risks in in-product AI assistants, and confused-deputy or over-permissioned MCP server access in agent-built features using tools like Claude Code or Cursor. The output is positioned as an artifact for compliance and certification programs including FDA/MDR, PCI DSS, SOC 2, ISO 27001, and DORA.</description> <parameter name="summary">Generates and continuously updates architectural threat models from a connected code repo
Common questions about Oplane Continuous Threat Modeling including features, pricing, alternatives, and user reviews.
Oplane Continuous Threat Modeling is Oplane Continuous Threat Modeling connects to a GitHub or GitLab repository via read-only access and automatically maps an application's architecture, including services, APIs, data flows, agent interactions, and third-party integrations.
From this architectural map, the product generates a visual threat model that highlights potential security issues, explaining what is wrong, why it matters, and how to fix it.
Because the model is regenerated as code and architecture change, it is intended to stay current rather than becoming a static document that is outdated by the next audit or penetration test.
The product focuses on architectural-level threats that code scanners typically do not detect, such as missing authorization, access control gaps, unprotected data flows, and architectural blind spots, as distinct from scanner findings like unsafe code patterns, known CVEs, outdated dependencies, and hardcoded secrets.
Example use cases described include identifying tenant isolation issues in multi-tenant SaaS products, prompt-injection and data-boundary risks in in-product AI assistants, and confused-deputy or over-permissioned MCP server access in agent-built features using tools like Claude Code or Cursor.
The output is positioned as an artifact for compliance and certification programs including FDA/MDR, PCI DSS, SOC 2, ISO 27001, and DORA.
Oplane Continuous Threat Modeling is built for security teams handling Threat Modeling, LLM Security, MCP Security, Prompt Injection. Teams typically adopt Oplane Continuous Threat Modeling when they need to application security capabilities integrated into their existing stack. Explore similar tools at https://cybersectools.com/alternatives/oplane-continuous-threat-modeling
Oplane Continuous Threat Modeling is a commercial Application Security solution. For detailed pricing information, visit https://www.oplane.com/product/continuous-threat-modeling or contact Oplane directly.
Popular alternatives to Oplane Continuous Threat Modeling include:
Compare all Oplane Continuous Threat Modeling alternatives at https://cybersectools.com/alternatives/oplane-continuous-threat-modeling
Oplane Continuous Threat Modeling is for security teams and organizations that need Threat Modeling, LLM Security, MCP Security, Prompt Injection, PCI DSS. It's particularly suitable for enterprises requiring robust, commercial-grade security capabilities. Other Application Security tools can be found at https://cybersectools.com/categories/application-security
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