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Sekoia Integrates Zimperium MTD for Unified Mobile Threat Investigation

The new integration connects Zimperium telemetry to Sekoia’s autonomous SOC platform, enabling AI agents to investigate mobile alerts alongside other security data.

Illustration: A sleek smartphone rests on a dark desk, its blank screen glowing softly.
AI-generated illustration: Threat Times

Key points

  • Sekoia and Zimperium launched an integration to unify mobile threat detection with broader SOC operations.
  • Zimperium provides real-time on-device telemetry across Android, iOS, and ChromeOS environments.
  • Sekoia Elevate AI agents use this data to autonomously investigate mobile alerts in context.

Sekoia and Zimperium have released a new integration that connects Zimperium Mobile Threat Defense telemetry directly into the Sekoia autonomous SOC platform. This partnership allows security operations centers to investigate mobile security alerts using Sekoia’s AI agents alongside other enterprise security data, reducing the isolation of mobile threats.

The integration addresses the growing complexity of mobile-first attack strategies adopted by cybercriminals. According to Sekoia, organizations now face threats including mobile phishing, malicious applications, network attacks, and zero-day exploits. Previously, these mobile security events were often handled separately from the rest of the security environment, creating blind spots for SOC teams that struggled to determine if an alert was part of a broader campaign.

Unified Security Operations Context

Zimperium Mobile Threat Defense protects corporate-owned and bring-your-own-device environments across Android, iOS, and ChromeOS. Its detection engine operates in real time on the device itself, covering four primary threat vectors: device, network, application, and phishing. This on-device approach is critical because mobile users frequently operate outside traditional enterprise network perimeters, such as when connecting to public Wi-Fi or using personally owned devices.

Traditional network-centric controls often fail to capture the full picture in these scenarios. By placing protection close to the point of occurrence, Zimperium detects suspicious activity even when the device is offline. However, detection alone is insufficient. Security teams require additional context to assess importance, identify related activity, and determine the appropriate response steps.

Autonomous Investigation Capabilities

The integration collects Zimperium threat telemetry and makes it available within the Sekoia platform for threat-focused collection, detection, and investigation workflows. Instead of forcing analysts to switch between separate consoles, mobile security events can be investigated alongside other evidence available in the SOC. This creates a more complete operational view where Zimperium contributes specific mobile telemetry while Sekoia combines events, detections, cases, and additional threat intelligence.

Sekoia’s agentic SOC capability, Sekoia Elevate, is designed to address the challenge of alert volume and investigation depth. Most SOC teams already struggle with more alerts than analysts can investigate manually. The integration allows organizations to use Sekoia’s detection and investigation capabilities to analyze Zimperium events, helping teams gather enough context to decide whether an alert represents a genuine threat and prioritize the right response.

What should you do?

Security leaders should evaluate whether their current SOC processes isolate mobile alerts from broader enterprise security data. If mobile threats are investigated in silos, teams may miss connections to wider attack campaigns. Organizations using Zimperium should review the integration setup process, which requires configuring Sekoia to connect to Zimperium APIs using credentials generated in the Zimperium console.

Background: Threat intelligence program

A cyber intelligence program collects, analyzes, and distributes data about threats to help you defend your organization. It works by connecting external threat feeds to internal telemetry. You affect your security posture by prioritizing context over volume, ensuring every alert ties to a specific business risk or asset.

Read the full guide: Build a Cyber Intelligence Program That Cuts Noise and Finds Threats

What to do and how to stay safe: Sekoia

  • Review current SOC workflows to identify if mobile security alerts are investigated in isolation from other enterprise telemetry.
  • Verify that Zimperium Mobile Threat Defense is configured to send telemetry to your central security platform for unified analysis.
  • Assess whether your team has the capacity to manually investigate mobile alerts or if autonomous investigation tools are needed.
  • Monitor for mobile-specific threats such as smishing and malicious applications that operate outside traditional network perimeters.

Step-by-step guide: Prompt Injection Warning Signs: How to Spot AI Manipulation

General security guidance from the Threat Times newsroom. It is not confirmed advice from the organisations named in this story.

Frequently asked questions

How does the Sekoia-Zimperium integration improve mobile threat visibility?

It brings Zimperium’s mobile threat telemetry into the Sekoia platform, allowing analysts to investigate mobile alerts alongside other security events and threat intelligence in a unified environment.

Which platforms does Zimperium Mobile Threat Defense protect?

Zimperium MTD protects corporate-owned and BYOD devices across Android, iOS, and ChromeOS, providing on-device, AI-empowered threat detection in real time.

What is Sekoia Elevate?

Sekoia Elevate is an agentic SOC capability built to address investigation challenges by using AI agents to autonomously investigate alerts and gather context for prioritization.

Sources

  1. Sekoia
SekoiaZimperiumMobile Threat DefenseSOCSekoia Elevate
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