AI SECURITY OPERATIONS PLATFORM

See the whole attack.
Respond with evidence.

CERYNZA connects security signals across applications, identities, endpoints, cloud, and network—then uses governed AI agents to investigate incidents, recommend actions, and execute approved responses.

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Deployment under your controlOn-premises · Private cloud · Hybrid

Multi-source evidenceConnect security signals without discarding their origin.

Explainable investigationSee evidence, reasoning, confidence, and uncertainty.

Human-governed automationControl approval, scope, timeout, and rollback.

Flexible private deploymentDesign for on-premises, private cloud, or hybrid needs.

CERYNZA SECURITY FABRIC

From every signal to one defensible decision.

Keep your current security stack. Add the evidence model, investigation workflow, and response governance required to understand and act on a complete incident.

Collect

Bring in the security signals required for the use case while preserving source context.

Correlate

Connect users, assets, processes, IPs, domains, alerts, and vulnerabilities into evidence.

Decide

Use governed AI to investigate, explain confidence, and recommend a bounded response.

Respond

Execute approved playbooks with scope, timeout, rollback, and complete audit evidence.

THE OPERATING PROBLEM

Your SOC does not need more alerts.
It needs connected evidence.

Fragmented telemetry

Alerts live across WAF, endpoint, identity, network, cloud, email, and vulnerability systems.

Manual investigation

Analysts pivot between consoles before they can explain what happened and what is affected.

Unsafe automation

Response without evidence, approval, scope, and rollback creates a new operational risk.

CERYNZA turns fragmented alerts into one explainable incident narrative.Evidence stays connected to its source and to every decision that follows.

INTERACTIVE INCIDENT STORY

Follow the evidence, not the dashboard decoration.

This illustrative workflow shows how signals become an investigation, a decision, and a governed response. Technical validation should replace the scenario with your own anonymized incident.

HIGH-CONFIDENCE INCIDENT

Step 1 of 5

Suspicious mining behavior appears

Network telemetry observes repeated miner check-in behavior and connections to infrastructure associated with mining activity.

Periodic outbound connection
Known mining protocol pattern
New destination for this asset

Evidence-backed conclusionSources and confidence remain visible to the analyst.

HOSTprod-app-07Affected asset

DOMAINpool.exampleMining infrastructure

IDENTITYsvc-deployRecent session

NETWORKOutbound flowPeriodic behavior

Correlated incident4 sources · 7 observations

PLATFORM ARCHITECTURE

A readable path from source to response.

Each layer has a distinct responsibility. The architecture review confirms where data moves, where AI runs, and which systems can enforce an approved action.

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Sources

WAF · Endpoint · Identity · DNS · Network · Cloud · Email · Vulnerability

Security Data Fabric

Collectors · Parsers · Normalization · Deduplication · Enrichment · Retention

Evidence Graph

User · Host · IP · Domain · Process · Alert · Vulnerability · Incident

Detection & AI

Detection rules · Behavior analytics · Risk scoring · AI investigation · Incident narrative

Governed Response

Approval · Separation of duties · Dry run · Timeout · Rollback · Audit trail

AUTONOMY UNDER YOUR CONTROL

Choose how much autonomy you allow.

Set boundaries by incident type, asset group, action risk, approver, operating window, confidence, timeout, and rollback requirement.

LevelHow it worksControl boundary

1AssistAI summarizes and retrieves evidence.No response action

2RecommendAI proposes a verdict and response.Analyst decides

3Approve to executeThe analyst reviews evidence and approves.Named action and assets

4Bounded autonomyPolicy permits automation under defined conditions.Incident, confidence, action, time

5Automated workflowA validated playbook runs inside a fixed boundary.Explicit playbook and asset scope

PRODUCT MODULES

One evidence model. Six focused capabilities.

Every product page explains its workflow, technical boundaries, validation questions, and path to a controlled deployment.

AI SOC

CERYNZA SOC links identities, assets, processes, network activity, application events, and historical alerts into one explainable investigation.

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XDR & SIEM

Collect and normalize signals from your existing environment, then connect them around the users, assets, processes, and incidents your team needs to investigate.

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Network Detection

Connect DNS, flow, protocol, destination, and asset context to expose command-and-control, lateral movement, suspicious egress, and policy violations.

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WAF & API Security

Apply adaptive application controls, virtual patching, API visibility, abuse prevention, and evidence export through a deployment model your team can validate.

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Threat Intelligence

Combine external indicators with assets, identities, incidents, local sightings, exposure context, and indicator aging.

Explore Threat Intelligence

Security Automation

Every action follows defined approval, scope, timeout, rollback, error-handling, and audit policies.

Explore Security Automation

DEPLOYMENT & DATA CONTROL

Deploy where your security data needs to stay.

Design CERYNZA for on-premises, private cloud, virtual appliance, or hybrid operations. Validate model location, data movement, retention, tenancy, availability, and recovery before production.

Customer-controlled data path
Distributed sensors and collectors
Architecture for private and sovereign environments

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CUSTOMER ENVIRONMENT

CERYNZAManagement & Evidence

Sensors

Collectors

Security data

AI inference

Your policy defines where data and AI processing reside.

INTEGRATIONS

Connect the controls and telemetry you already operate.

Integration status should be explicit—Native, API, Syslog, Webhook, or Planned—after connector validation.

Review the integration model

FirewallWAFEndpointIdentityCloudEmailVulnerabilityTicketingCollaborationThreat intelligence

TECHNICAL VALIDATION

Bring one real incident. See how CERYNZA investigates it.

Walk through an evidence-driven investigation using your security architecture, telemetry sources, and response requirements.

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See the whole attack.Respond with evidence.