Context is King
Context ensures accurate risk assessment and efficient vulnerability management, preventing misallocation of dev resources and safeguarding against major security threats.
Start with what matters most
Teams need more than a CVSS score to understand and prioritize which vulnerabilities really need fixing. When given proof that a library is in use teams can easily eliminate false positives and prioritize.
Where is this library being used?
A package name and version are not enough. Devs need to know where and how the package is being used, including the Kubernetes environment, the cloud environment in which it runs, and the stack trace so that they can understand the real severity and priority.
Helios provides the following forensics:
Runtime Insights
We leverage various low-friction data collection techniques to answer the following questions:
Container Environment
We provide the full container environment, including image, Kubernetes pod/replicaset/cluster. This allows you to investigate and understand how the environment was set up and whether any changes may have impacted security.
Cloud Provider Details
Helios provides all the relevant cloud provider details, including the account ID and region. This gives you complete transparency into the environment and any potential threats.
Stack Trace
We also provide a detailed stack trace for vulnerable function invocations. With Helios, you can easily trace how a vulnerability occurred and what function calls were made that led to the issue. We also offer analytics about the invocations, so you can detect patterns and identify areas for improvement.
Applicative Context
Helios provides context for vulnerable function invocations. This includes the state of the environment at the time of the invocation, any relevant system information, and even details about the API that made call. This contextual information helps you quickly assess the situation and respond accordingly.
Teams need more than a CVSS score to understand and prioritize which vulnerabilities really need fixing. When given proof that a library is in use teams can easily eliminate false positives and prioritize.
Start with what matters most
Where is this library being used?
A package name and version are not enough. Devs need to know where and how the package is being used, including the Kubernetes environment, the cloud environment in which it runs, and the stack trace so that they can understand the real severity and priority.
Helios provides the following forensics:
Runtime Insights
We leverage various low-friction data collection techniques to answer the following questions:
Container Environment
We provide the full container environment, including image, Kubernetes pod/replicaset/cluster. This allows you to investigate and understand how the environment was set up and whether any changes may have impacted security.
Cloud Provider Details
Helios provides all the relevant cloud provider details, including the account ID and region. This gives you complete transparency into the environment and any potential threats.
Stack Trace
We also provide a detailed stack trace for vulnerable function invocations. With Helios, you can easily trace how a vulnerability occurred and what function calls were made that led to the issue. We also offer analytics about the invocations, so you can detect patterns and identify areas for improvement.
Applicative Context
Helios provides context for vulnerable function invocations. This includes the state of the environment at the time of the invocation, any relevant system information, and even details about the API that made call. This contextual information helps you quickly assess the situation and respond accordingly.
Save time with runtime
Save time with runtime
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