Predict Breaches with Preemptive Detection and Response

Identify and visualize attacks in progress. Predict and anticipate future attacks.

Request a demo
Read the solution brief
zscaler-breach-predictor-threat-detection-and-response

Identify current attacks and anticipate potential breaches with the first preemptive threat detection and response solution.

contain-attacks-using-real-time-insights
Contain attacks using real-time insights

with the visibility to stop emerging threats across petabytes of security data

predict-and-prevent-potential-breaches
Predict and prevent potential breaches
by surfacing predictive attack paths that leverage ML analytics into unknown threats
reduce-cyber-risk-and-false-positives
Reduce cyber risk and false positives

by empowering your threat hunting and SOC teams with context for faster remediation

the problem

Cyberattacks show no signs of slowing

Ransomware, malware, and other cyberthreats are continuing to surge. Amid rising attacks and AI-powered threats, SOC teams face thousands of daily alerts.

Despite progress in automating security workflows, triage efforts led by SIEM solutions remain inundated by false positives. It takes deep, specialized SOC skill sets to investigate and resolve these alerts. When the volume of alerts alone can overwhelm even the biggest security teams, it's a serious challenge to stay ahead of potential threats.

This calls for a shift in focus—from reactive to proactive security. Organizations must be able to preemptively identify and shut down attack paths before they can be exploited.

Solution Overview

Predict and prevent threats with AI-powered Zscaler Breach Predictor

Breach Predictor leverages AI-powered algorithms to analyze patterns in security data, using attack graphs, user risk scoring, and threat intelligence to predict potential breaches, offer real-time policy recommendations, and enable teams to take preemptive action.

 

Sources include:

 

  • Best practices and past policies
  • Security data fabric context
  • IOCs and threat intelligence
  • Data from our SWG, ZTNA, and sandbox solutions
  • Deception technology and endpoints (forthcoming)
predict-and-prevent-threats-with-ai-powered-zscaler-breach-predictor
Benefits

Reduce breach risk and improve security posture

improve-attack-awareness
Improve attack awareness

Gain real-time visibility into attack pathways and malicious activity, including impacted users, to identify and contain attacks.

gain-preemptive-security
Gain preemptive security

Identify and close potential attack paths with AI-powered breach probability scoring, reducing your overall cyber risk.

enhance-soc-efficiency
Enhance SOC efficiency

Spend less time triaging false positives, and reduce the number of events requiring SOC responses, with optimized SOC workflows.

Solution Details

Preemptive security detection and response with AI-driven threat insights

ai-enriched-by-500-trillion-daily-signals
AI-enriched by 500T daily signals

Harness the insights of AI/ML engines trained on extensive threat intelligence and security data from the world's largest security cloud, which processes 500 trillion daily signals.

full-attack-path-visibility
Full attack path visibility

Visualize malware attack patterns (with IOCs mapped to MITRE TTPs) and the impact on users in a single dashboard, enabling targeted threat mitigation and faster remediation.

quantified-breach-probability-risk
Quantified breach probability risk

Generate a breach probability score, based on advanced algorithms, that forecasts the likelihood of a breach and an attacker’s next tactics, helping prioritize security efforts.

Use Cases

Stop attacks before they start

get-full-visibility-into-potential-threats
Get full visibility into potential threats

Track malware families, map indicators of compromise to the MITRE ATT&CK framework, understand compromised users, and drill down into attack activity.

transform-to-preemptive-security
Transform to preemptive security

Gain a holistic view of your breach probability and visualize attack paths mapped to the stages of an attack.