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Runtime Threat Modeling
Prioritize Vulnerabilities Based on Real Exploitability and Business Impact
Runtime Context for Real Risk
Understand How Risk Actually Exists in Your Applications
Automated Exploitability Analysis
Heeler combines runtime context with exploit intelligence to prioritize vulnerabilities based on real-world risk.
Mitigation Detection, Internet Exposure and Reachability
Analysis takes into account mitigations in code or cloud, Internet exposure, and runtime library reachability.
Business Impact
Understands service criticality, environmental boundaries, and service relationships.
Threat Intelligence
Exploit maturity, EPSS probability, and CVSS severity are combined to evaluate the likelihood of exploitation.
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Code to Cloud Correlation
Every running service originates from a specific change in source code. Heeler automatically reconstructs this lineage across the entire environment.
Changeset-to-Deployment Traceability
Heeler traces deployed artifacts from containers, VMs, and serverless workloads back to the exact repository, project, and changeset that produced them.
Service Relationship Discovery
Heeler automatically maps service-to-service communication paths to reveal how applications function.
Zero Configuration Mapping
This mapping is created automatically without agents, tagging, CI/CD changes, or reliance on developer hygiene.
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Clear Ownership
Connect every risk to the team responsible for fixing it.
Developer & Commit Attribution
Every deployment can be traced to the exact repository, branch, and developer commit responsible for introducing the change.
Monorepo-Aware Mapping
Heeler automatically segments monorepositories into individual projects and services, ensuring vulnerabilities are attributed to the correct team and application component.
Service & Application Ownership
Ownership defined at the application or service level propagates across deployments, ensuring every finding has a clear responsible team.
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The Missing Context in Application Security
Traditional application security tools still analyze code in isolation, leaving teams without the context needed to understand real risk.
Findings Without Runtime Context
Rapidly changing application components, APIs, and services make manual threat modeling impossible to keep up with.
Endless Manual Investigation
Security teams spend significant time researching vulnerabilities across tools just to determine whether they are exploitable.
Ownership is Difficult to Determine
In complex environments, especially those using microservices and monorepos, it’s often unclear which team owns the affected service or where the vulnerable code originated.
Benefits
Prioritization Built on How
Applications Actually Run
Focus on Exploitable Risk
Heeler identifies vulnerabilities that attackers could realistically reach through mitigation detection, Internet exposure, and library usage.
Align Security and Engineering
Clear ownership, monorepo-aware mapping, and service-level context ensure vulnerabilities are routed to the teams best equipped to fix them, reducing friction and accelerating remediation.
From Theoretical to Practical
Instead of relying on theoretical assumptions and speculative models, security teams now work with real-world data derived from the live application, making threat models far more accurate and actionable.
What experts are saying about us
"Heeler redefines AppSec with a secure-by-design approach, providing contextual insights to prioritize high-impact risks while seamlessly embedding security into developer workflows for resilient, continuous code protection."
“As innovation accelerates cloud and application complexity, Heeler’s ProductDNA provides a scalable and simplified approach to maintaining a holistic, real-time view of SDLC security and lineage with quickly actionable ownership, integrity, and security risk context.“
"Modern software development moves fast, forcing security and engineering teams to constantly reassess application threats. Heeler maps deployments back to source code in real-time creating a contextualized application model. With boundary awareness, Heeler detects material changes, like new APIs, and uses a groundbreaking prioritization model to focus teams on the most urgent, business-critical vulnerabilities."
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“Imagine having the precise DNA of every application in production, allowing you to instantly identify which systems are affected when new vulnerabilities emerge and eliminate false positives that waste valuable time. This visibility transforms security from a reactive fire-fighting exercise into a proactive risk management program.”
Explore our Use Cases
Build customer trust by shifting security left for faster, safer software delivery.
Who is Heeler built for?
Heeler is designed for CISOs, Application Security, Product Security, DevSecOps, and software developers seeking to integrate security into the development process. It offers insights that bridge security and development, helping all stakeholders make faster, risk-informed decisions for cloud-based applications.
Is Heeler suitable for companies of all sizes?
Heeler is ideal for companies of all sizes that run applications in public cloud environments. It’s particularly suited for organizations looking to integrate security into their development process without compromising speed or flexibility.
What environments and tech stacks does Heeler support?
Heeler is optimized for cloud-first environments and supports applications running on AWS, GCP and Azure, using source control management systems like GitHub or GitLab, and development languages like Python, Java, Go, JavaScript and TypeScript. Learn more about our integrations here.
