Imperum is a SOAR platform that centrally manages cybersecurity, system, and network operations; analyzes incidents and converts them into automated actions. It manages the full lifecycle of security incidents from a single center by correlating data from SIEM, EDR, firewall, and other systems, analyzing events, and activating playbook-based action processes.
In organizations, SIEM, EDR, firewall, and other security systems usually operate independently from each other. This leads to delays in incident response processes, manual processing workloads, and operational inefficiency.
Security teams are forced to manually analyze, correlate, and take action on alarms coming from different systems. This process both increases the risk of error and results in delayed responses to critical threats. An expanding attack surface, high alarm volumes, and the necessity of 24/7 monitoring have become unsustainable with traditional methods.
Automates repetitive security tasks.
Provides real-time response to incidents.
Supports 24/7 uninterrupted security operations.
Gathers all systems onto a single platform.
Imperum centrally manages the entire lifecycle of security incidents. Thanks to playbook-based automation, incidents are analyzed, decision mechanisms are executed, and necessary actions are deployed automatically. Data from different security systems is gathered onto a single platform, given context through correlation, and automated or approved action scenarios are triggered depending on critical conditions.
Imperum supports security operations to remain continuously up to date and effective against changing threats.
Enables the generation of dynamic action scenarios according to incident types and the smart optimization of processes thanks to AI-powered playbook production.
Provides centralized visibility and management by combining data coming from SIEM, EDR, firewall, and other security systems onto a single platform.
Deploys actions such as IP blocking, user isolation, and alarm triggering instantly by analyzing threats in real time.
Integrates easily with existing corporate systems thanks to OpenAPI, REST API support, connector and app-based modular design, and scalable architecture.
