Autonomous SOC Across
the Entire Attack Lifecycle

AI agents working together before, during, and after the attack.

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Gartner GigaOm IDC QKS Group Cybersecurity Made in Europe — issued by the European DIGITAL SME Alliance

Across the lifecycle

From security signals to decisions and response. Every alert enters one pipeline: ingest, enrich, policy gates, RAG and KAG context, LLM decision, validate, audit and execute. Eligible noise closes on its own, uncertainty waits for an analyst, and threats become cases with the evidence attached. Repeat alerts Cerebrum already recognises resolve locally with no LLM call. Every agent in that flow can be customised, and new ones built, in Agent Studio.

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Autonomous SOC · operations pipeline

Across the lifecycle

Turn your procedures into working agents. Describe the job in plain words, choose the tools it may use and where it has to stop. Virtus Architect drafts the agent from your tenant’s own tools; you review the phases, set the approval gates and deploy. Start from one of 2,700+ templates or build your own, and every tool call from an agent you authored runs through the MCP Gateway.

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Virtus Architect · advanced graph builder

Before the attack

Close the gaps that make it possible. The work that decides how bad an incident gets happens before the alert, and Imperum runs all of it on the same data the response side uses.

Defensum. Imperum’s Continuous Threat Exposure Management (CTEM) module. It scores your posture from the assets, identities and exposures your existing tools already report, with no new agents to deploy, and links each exposure to the live alerts and attack paths behind it. The Outcomes tab then scores whether the fixing worked across 14 KPIs, risk reduction and recurrence among them, print-ready for the board.

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Exposure dashboards · executive + external surface

Virtus Sentinel. Imperum’s AI asset discovery and exposure management module. One radar shows every AI agent, browser AI user, MCP gateway call and endpoint AI asset in a single sweep, instead of piecing it together from separate settings pages. Virtus Veil redacts personal data before a prompt leaves your environment, and Virtus Sentinel licenses on its own. Closing this gap does not mean changing platforms.

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Dashboard · PII leaks radar

Cognitio. Imperum’s threat actor intelligence module. It merges 32 intelligence sources into one catalogue of 2,000+ adversaries and recognises each group by any vendor’s name for it. Two vendors naming the same actor differently stop costing you two investigations. A profile turns straight into detections you can deploy and hunts you can run. The Alerts & Advisories view does the same for a published advisory: pick it from a source such as CISA, fetch and analyze it into a detection profile, and Generate detection hands that profile to Virtus Optimus as a draft, not a live rule.

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Hostis Cognitio · actor catalogue

Virtus Optimus. Imperum’s Detection-as-Code (DaC) module. It watches every detection rule across every SIEM you run, grades each one on your analysts’ own verdicts, and drafts a reviewable, diffable fix for you to approve, never pushed live automatically. Your team spends far less time hand-auditing detections, and a silent rule is caught before it costs you visibility rather than after the incident review.

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Overview · detection estate

During the attack

A verdict, an owner and an action on every alert. Every alert is detected on your own telemetry, given a verdict with its evidence attached, routed to the right analyst at the right priority and, where your rules allow it, acted on. Analysts open finished work, not a raw queue.

Detection logic, telemetry search and indicator matching on one lake.

Detection Lake. Imperum’s detection workspace. Author or import Sigma and custom rules or pick from rule packs, bind them to a source and schedule as detectors, search the telemetry in Explore and turn a useful search into a rule draft, correlate events across log types on a shared field, and match indicators against threat-intelligence feeds. A stored rule is distinct from running coverage, and every finding becomes an alert the Autonomous SOC picks up.

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Right analyst first time, so the queue stops being reshuffled.

Casebook. Imperum’s case management module with AI case prioritization and routing. The Prioritizer scores every case on eight weighted risk signals and sets its priority and SLA. The Case Router ranks your analysts from their training profiles and assignment history, so a case lands with the right person first time and your strongest analyst stops absorbing everything. After closure the case keeps its full timeline and evidence. The War Room tab puts the internal and customer teams, the task board and the activity log on the case itself.

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Response at machine speed, stopped where you say so.

Automatio. Imperum’s playbook automation engine. A playbook is what starts it, what it checks and what it does, built from 16 node types in Automatio Studio. Containment runs the moment it is needed, including at three in the morning, and anything you have not signed off waits at a human approval node in the Approval Center, so speed never costs you the final say.

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Detection lake · rules + detectors

After the attack

Prove what happened, and make the next one cheaper. Recovery is where most SOCs stop. Imperum turns the closed case into evidence you can hand to an auditor and numbers leadership reads, with root cause and dwell time on the case itself.

Rebuild the attack from the artifacts, with root cause and dwell time.

Forensics. Imperum’s digital forensics and incident response (DFIR) module. Artifacts collected from Windows, macOS and Linux endpoints are indexed onto one timeline of file system, process, network, registry, auth and persistence events. Root cause and dwell time land on the Casebook case the incident was worked in, chain of custody kept. How long they were inside is a query rather than a week of reconstruction.

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Forensic investigation · timeline

Numbers leadership reads, computed from the cases themselves.

Reports + KPI Dashboard. Imperum’s SOC reporting module. Platform KPI tracks MTTD, MTTA, MTTC, MTTR, SLA compliance and reopen rate live, per priority, analyst and shift. Reports turns them into executive, SOC operations, compliance or client reports from 49 widget types, on a daily, weekly or monthly schedule. The board pack is generated from the cases, not assembled by hand the week before.

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Reports · platform KPI

When someone says prove it, the answer is an export.

Audit + Evidence Report. Imperum’s audit trail. Every login, approval, response action, export and configuration change is recorded with actor, resource and outcome, and exports to CSV or JSON. Each Virtus Pilot investigation closes with an incident report written from the case itself. An auditor asking you to prove it gets a filter and an export, not a project.

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Settings · audit log

Beneath all three stages

One catalogue of tools, and a gateway on every call. The Marketplace holds your connectors, playbooks and utilities: 1,551 catalogue entries across 40 categories. The MCP Gateway publishes them as tools to the agents you build and to the AI clients you already use, and every call passes validation, role check, rate limit, approval gate and audit. Register an external MCP server and its tools join the same catalogue.

Explore MCP Gateway Browse integrations

Marketplace · MCP Gateway, MCP Server, MCP Client

New in Imperum

Virtus Sentinel

Virtus Sentinel

See every AI in your estate, then do something about it.

See Virtus Sentinel

  1. MCP servers, AI tools, agent processes and browser extensions across endpoints and workloads, the ones nobody approved included.

  2. One radar, three modes: PII leaks, AI assets, prompt injections.

  3. Allow, Redact, Hide, Monitor Only, Requires Approval, Deny or Quarantine — scope-, tenant-, direction- and audit-checked server-side.

  4. Virtus Veil redacts personal data before a prompt reaches a cloud model, then restores it in the reply so the work still gets done.

“The only autonomous SOC that runs before, during and after the attack — across the entire kill chain.”

Run at any scale.
Production-grade for your SOC and the agents in it.

  • 1,500+connectors
  • 29,000+connector actions
  • 2,700+agent templates
  • 14,000+detection rules

Trusted by security teams worldwide

Wire services, banks and critical infrastructure run their security operations on Imperum.

  • Anadolu AgencyNews Wire
  • Dana GasEnergy
  • HalkbankBanking
  • Bank of AfricaBanking
  • AEKSports
  • Innovatech ConsultingConsulting
  • Tessa GroupIndustry
  • InfrasisIntegrator

See how Imperum would work in your SOC

Bring one alert type, one investigation bottleneck or one MSSP scaling problem. We will show how Imperum connects to the relevant tools, investigates the activity and routes the decision through your controls.

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Common questions

1What is an autonomous SOC?

An autonomous SOC uses AI agents and your organizational context to run alert triage, investigation, prioritization and response steps that would otherwise be repetitive manual work. Analysts keep control of critical decisions.

2Does Imperum replace our SIEM or EDR?

No. Imperum connects to your existing stack and works across it. It adds investigation, context, prioritization and controlled response on top of the tools you keep.

3How is Imperum different from traditional SOAR?

SOAR runs the playbooks you predefine, and stops when reality steps outside them. Imperum's agents evaluate the evidence in front of them, choose relevant investigation steps within the boundaries you set, and document a verdict. Imperum also ships deterministic automation for the cases where a fixed playbook is exactly right.

4Can AI agents act without human approval?

Only where you allow it. Permissions, policies and risk levels decide what runs automatically. Containment and other sensitive actions can always require analyst or manager approval.

5Can Imperum run on-premises?

Yes. On-premises, cloud, hybrid and air-gapped deployments are all supported, and the AI can run entirely inside your environment.

6How does Imperum support MSSPs and MDR providers?

Multi-tenant operations with per-tenant data isolation, credentials, permissions and AI resources, plus customer-facing portals and reporting. Shared and dedicated deployment models are both supported.

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