SIEM & XDR

Beyond playbooks. Autonomous response.

Simbian AI agents integrate with Splunk SOAR to autonomously triage and investigate alerts that flow through your orchestration platform. Reasoning-based automation that adapts — no playbook maintenance required.

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Splunk SOAR
Splunk SOAR
Playbook Trigger · Event ingested
Alert
Simbian logo
AI SOC Agent
Investigates · reasons · decides
Analyzing
Context Lake™
Cross-platform enrichment
Enriching
Security
SIEM · EDR · IAM · TI
Non-Security
CMDB · HR · Cloud
Response Actions
Autonomous · policy-governed
Executing
Run enrichment Contain host Notify SOC

Trusted by leading enterprises and MSSPs

AI-Powered Alert Triage Beyond SOAR Playbooks

Simbian ingests alerts from Splunk SOAR and applies AI reasoning to investigate and act — complementing your existing playbooks with autonomous decision-making.

Autonomous Alert Ingestion

Simbian ingests events and containers from Splunk SOAR, applying contextual reasoning to triage alerts that playbooks cannot handle or were never built for.

Context-Driven Investigation

For every ingested alert, Simbian queries connected tools and enrichment sources to build the full incident picture — going beyond what static playbook actions can assemble.

Adaptive Response Logic

While playbooks follow fixed paths, Simbian reasons about each alert individually, adapting its investigation and response to threats that don't match predefined patterns.

Cross-Tool Correlation

Correlate SOAR container data with signals from your SIEM, EDR, identity provider, and threat intelligence — providing the context that individual playbook actions miss.

Playbook Gap Coverage

Handle the alerts that fall outside your playbook library. Simbian covers edge cases, novel attack patterns, and low-priority alerts that would otherwise sit unaddressed.

Context Lake™ Enrichment

Every SOAR alert is enriched with org-specific tribal knowledge, SOPs, past investigations, and analyst feedback along with security telemetry from across your environment.

Use AI to Automate SOAR Responses

Most SOC teams spend 80% of their time on alerts that turn out to be false positives. Simbian closes them in seconds.

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How Simbian investigates a Splunk SOAR alert.

A real-world investigation, end to end. From container to verdict in 26 seconds — every reasoning step auditable.

Detection
Splunk SOAR Container
Suspicious outbound connection · MEDIUM · T1071.001 · FIN-APP-03
T+0s
Container ingested from Splunk SOAR
container_id 5512 · No matching playbook · source: Splunk ES forwarded
T+2s
Extracted indicators, queried threat intel
dest IP 203.0.113.88 → known C2 infrastructure (TI match conf 0.87)
T+6s
Queried EDR for source process
FIN-APP-03 · java.exe (PID 3344) spawned by tomcat9.exe · web shell indicators
T+11s
Checked network logs for related traffic
203.0.113.88 contacted by 1 additional host (STAGING-01) over port 8443
Response
Autonomous Response by AI SOC Agent
policy match · Tier-1 autonomous · no analyst involved
T+20s
Block C2 IP, isolate host, update SOAR container
203.0.113.88 · FIN-APP-03 · container #5512 status → resolved
T+26s
Investigation notes written to container
Full timeline + MITRE mapping + response summary attached
Verdict:TRUE POSITIVEconf 0.91 · 26s
C2 IP blockedfirewall API
Host isolatedEDR API
Container resolvedSOAR API
!
Escalated to L2web shell on app server
Human in Control
Escalation to L2
Web shell identified on production application server FIN-APP-03. Awaiting analyst review for incident response coordination and application forensics.
HoldApprove

Four Steps to Autonomous SOC Operations Beyond Playbooks

From SOAR connection to reasoning-based response, Simbian handles the alerts your playbooks can't — without adding maintenance overhead.

01

Connect

Simbian connects to Splunk SOAR via its REST API using API token authentication. No custom apps to build, no playbook modifications needed.

02

Monitor

AI agents ingest containers and events from Splunk SOAR continuously — catching alerts from every configured data source, including those without dedicated playbooks.

03

Investigate

For every alert, Simbian reasons from context rather than following a fixed path. It queries connected tools, correlates cross-domain signals, and builds investigation narratives that static playbooks cannot.

04

Respond

Deliver verdicts, update container status, and trigger containment through connected integrations. Simbian writes results back to SOAR so your existing workflows stay informed.

Real Threats. Autonomous Outcomes.

See how Simbian and Splunk SOAR work together to close the gaps that playbook-based automation leaves open.

Playbook Gaps

Cover Alerts Without Matching Playbooks

When alerts arrive in Splunk SOAR without a matching playbook, they sit in queue. Simbian picks up these orphaned containers, investigates using AI reasoning, and delivers verdicts — ensuring no alert goes untriaged.

Novel Threats

Respond to Attacks Playbooks Never Anticipated

Playbooks fail on novel attack patterns. Simbian reasons from the alert context, queries relevant tools dynamically, and determines the correct response — handling threats that would have required emergency playbook development.

Alert Overflow

Scale Through Alert Volume Spikes

During high-volume incidents, SOAR playbooks compete for execution resources. Simbian absorbs the overflow, triaging and investigating alerts in parallel — maintaining response SLAs when your SOAR reaches its throughput ceiling.

More SIEM & XDR Integrations

Simbian connects to every major SIEM and XDR platform. Unify your detection stack under autonomous SOC operations.

Frequently Asked Questions

SOAR automation follows fixed playbook paths — if-this-then-that logic that requires manual creation and constant maintenance. AI SOC automation reasons from context, adapting its investigation and response to each alert individually. Simbian handles novel threats, edge cases, and alerts without matching playbooks — all without predefined rules.

AI picks up every alert that flows through Splunk SOAR — including containers without matching playbooks and volume spikes that exceed SOAR throughput. Simbian resolves up to 92% of alerts autonomously with contextual reasoning, eliminating the alert fatigue cybersecurity teams face when playbook coverage gaps leave alerts unaddressed.

For most alert types, yes. Simbian's AI agents reason about each alert individually rather than following static paths, making them a practical playbook alternative that handles novel threats without updates. Your existing playbooks can remain active for specific use cases where you prefer deterministic logic, but they are no longer required for coverage.

Under 15 minutes. Simbian connects via Splunk SOAR's REST API using an API token — no custom apps to develop, no playbooks to modify, no Phantom infrastructure changes. The autonomous SOC starts ingesting containers immediately after authentication.

No. Simbian complements Splunk SOAR, not replaces it. SOAR continues running your existing playbooks for deterministic workflows — Simbian covers the gaps: alerts without playbooks, novel attack patterns, and volume surges. Your team maintains full control with escalation rules and human-in-the-loop approvals.

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