SIRP Features

Lets users group and organize their endpoints to gather threat intelligence on specific technologies.

Reduces the need for IT and security professionals to iterate repetitive tasks associated with gathering threat information.

The process in which users integrate their existing security systems and endpoints to the threat intelligence platform.

A feature that allows security testing and information gathering to occur in a secure, resource independent environment.

Integrates additional security tools to automate security and incident response processes.

Collects information from multiple sources to cross reference and build contextual to correlate intelligence.

Stores information related to common threats and how to resolve them once incidents occur.

Offer pre-built and custom reporting and dashboards for quick insights into system states.

Prior to security incidents, the product will alert users when a new, relevant vulnerability or threat is discovered.

Provides multiple techniques and information sources to alert users of malware occurrences.

The ability for users to produce reports outlining detailed and personalized threat information

Analysis for users to examine threat intelligence data specific to their endpoint devices.

The product has a recurring examination process to update your intelligence reports as new threats emerge.

The ability to examine your application, website, or database's code to uncover zero-day vulnerabilities.

Diagnose and resolve incidents without the need for human interaction.

Guide users through the resolution process and give specific instructions to remedy individual occurrences.

Cuts off network connection or temporarily inactivate applications until incidents are remedied.

Gathers information related to threats in order to gain further information on remedies.

Clearly notifies users with relevant information and anomalies in a timely manner.

Sets a standard performance baseline by which to compare log activity.

Allows platform to scale to size of desired environment and configured with high availability and disaster recovery capabilities.

Information on each incident is stored in databases for user reference and analytics.

Produces reports detailing trends and vulnerabilities related to their network and infrastructure.

Analyzes recurring incidents and remedies to ensure optimal resource usage.

Gives alerts when incidents arise. Some responses may be automated, but users will still be informed.

Adminstrators can access and organize data related to incidents to produce reports or make data more navigable.

Administrators can organize workflows to guide remedies to specific situations incident types.

Visually displays connected applications and integrated data. Allows customization and management of workflow structures.

Streamline the flow of work processes by establishing triggers and alerts that notify and route information to the appropriate people when their action is required within the compensation process.

Reduces time spent remedying issues manually. Resolves common network security incidents quickly.

Constantly monitors logs to detect anomalies in real time.

Condenses long documents or text into a brief summary.

Use AI to produce concise summaries of complex threat reports or alerts.

Allows users to generate text based on a text prompt.

Condenses long documents or text into a brief summary.

Capability to perform complex tasks without constant human input

Ability to break down and plan multi-step processes

Anticipates needs and offers suggestions without prompting

Makes informed choices based on available data and objectives

Detect and link suspicious activities across systems in real time.

Identify and dismiss non‑threats through intelligent pattern recognition.

Reduce noise by automatically evaluating and prioritizing alerts based on risk and context.

Investigate alerts end‑to‑end, gathering evidence and building incident timelines.

Enrich cases with data from SIEM, EDR, cloud, identity, and threat‑intel feeds.

Create visual maps of threat propagation and lateral movement through networks.

Allow SOC teams to query agents via natural language about ongoing cases.

Improve agent performance through adaptive learning from security team corrections.

Provide human‑readable reasoning trails and decision justifications.

Track and lower MTTD/MTTR/MTTC through autonomous reactions.

Adapt remediation actions without requiring static SOAR playbooks.

Execute predefined or adaptive responses (e.g., isolate endpoints, revoke credentials).