OpenText Webroot Unity - MediaViz AI Integration and Automation

Common Integration Use Cases Between OpenText Webroot Unity and MediaViz AI

1. Automated Threat-Driven Media Triage

Data flow: OpenText Webroot Unity - MediaViz AI

When OpenText Webroot Unity detects suspicious files, phishing attachments, or endpoint activity linked to media files, it can send the file metadata, hash, and incident context to MediaViz AI for deeper content analysis. MediaViz AI can classify the media, identify manipulated or malicious visual content, and return a risk score or content summary to security teams. This helps SOC analysts quickly determine whether a file is a legitimate business asset or part of a threat campaign.

Business value: Faster incident triage, reduced analyst workload, and better prioritization of security events.

2. Security Incident Enrichment with Visual Evidence

Data flow: Bi-directional

OpenText Webroot Unity can push endpoint incident details to MediaViz AI, which can extract and summarize relevant visual evidence from screenshots, images, or video captured during investigations. MediaViz AI can then return annotated findings to the security platform or a connected case management system. This supports investigations involving phishing lures, fake login pages, malicious QR codes, or social engineering content.

Business value: Stronger incident context, improved investigation quality, and faster root-cause analysis.

3. Phishing and Brand Abuse Detection for Security Operations

Data flow: MediaViz AI - OpenText Webroot Unity

MediaViz AI can analyze incoming image-based content from email attachments, web uploads, or internal collaboration channels to detect brand impersonation, fraudulent logos, or suspicious visual patterns. If a threat is identified, MediaViz AI can send indicators and classification results to OpenText Webroot Unity so endpoints associated with the campaign can be monitored, isolated, or flagged for remediation. This is especially useful for phishing kits that rely on image-heavy lures.

Business value: Better detection of visually driven phishing attacks and faster containment across endpoints.

4. Secure Media Workflow for Investigations and Compliance

Data flow: OpenText Webroot Unity - MediaViz AI

Security teams can use OpenText Webroot Unity to identify and quarantine suspicious media files from endpoints, then transfer those files to MediaViz AI for classification, redaction support, or content review. MediaViz AI can help determine whether the media contains sensitive information, policy violations, or evidence relevant to an investigation. This creates a controlled workflow for handling potentially risky media without exposing users or analysts to unnecessary threats.

Business value: Safer handling of suspicious content, improved compliance support, and reduced exposure risk.

5. Endpoint Alert Prioritization Based on Media Risk

Data flow: MediaViz AI - OpenText Webroot Unity

MediaViz AI can score media assets discovered on endpoints or in user workflows based on sensitivity, anomaly detection, or suspected manipulation. Those scores can be sent to OpenText Webroot Unity to enrich endpoint alerts and help security teams prioritize devices or users associated with high-risk content. For example, endpoints storing altered executive images, fraudulent documents, or suspicious campaign assets can be escalated automatically.

Business value: Better alert prioritization, improved risk-based response, and more efficient SOC operations.

6. Investigation Case Creation with Media Intelligence

Data flow: OpenText Webroot Unity - MediaViz AI

When OpenText Webroot Unity generates a high-severity endpoint alert, it can automatically create a case in MediaViz AI with the relevant file samples, timestamps, device identifiers, and threat indicators. MediaViz AI can analyze the associated media and attach findings back to the case, giving investigators a single view of the security event and the media evidence involved. This is useful for ransomware notes, extortion images, or malicious visual payloads.

Business value: Streamlined case handling, fewer manual handoffs, and faster resolution times.

7. Executive and Legal Review of Security-Related Media

Data flow: Bi-directional

OpenText Webroot Unity can identify incidents involving sensitive media, then route the files to MediaViz AI for review, classification, and redaction recommendations. MediaViz AI can return a sanitized version or structured summary for legal, HR, or executive stakeholders while preserving the original evidence in the security system. This supports internal investigations, litigation holds, and policy enforcement without overexposing sensitive material.

Business value: Better governance, safer information sharing, and more efficient cross-functional review.

8. Threat Intelligence Feedback Loop for Media-Based Attacks

Data flow: Bi-directional

MediaViz AI can identify recurring visual patterns in malicious media, such as reused logos, templates, or image fingerprints, and send those indicators to OpenText Webroot Unity as threat intelligence. OpenText Webroot Unity can then correlate those indicators with endpoint detections and feed back new samples or incident outcomes to MediaViz AI for model refinement. This creates a continuous improvement loop for detecting media-based attack campaigns.

Business value: Stronger detection over time, improved threat intelligence, and better resilience against repeat attacks.