Deep Instinct Data Security X (DSX)

Preemptive Data Security Powered by Deep Learning & GenAI

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Description

Deep Instinct Data Security X (DSX) provides a preemptive approach to cybersecurity, utilizing a purpose-built deep learning framework combined with generative AI. It is designed to prevent unknown threats, including zero-day attacks and sophisticated Dark AI malware, before they can compromise systems. This contrasts with traditional cybersecurity tools that primarily focus on detection and response after an attack has occurred.

The platform delivers real-time malicious verdicts with high efficacy (>99%) and exceptionally low false positives (<0.1%), significantly reducing security team workload and potential disruptions. DSX offers comprehensive protection across an organization's entire data estate, including cloud storage (like AWS S3), network-attached storage (NAS), applications, and endpoints. Notably, it can operate effectively in air-gapped environments without requiring constant cloud connectivity and is designed with privacy at its core, ensuring sensitive data does not leave the user's environment during analysis.

Key Features

Preemptive Threat Prevention: Prevents zero-day and unknown threats with >99% efficacy and <0.1% false positive rate.
Real-Time Malicious Verdicts: Delivers verdicts in under 20 milliseconds.
Deep Learning Framework: Utilizes a unique, purpose-built deep learning model for security.
GenAI Threat Explanation (DSX Companion): Generates detailed unknown malware analysis reports in under 10 seconds.
Full Storage Scan Capabilities: Natively integrated and certified for Dell, NetApp, and AWS.
Air-Gapped Operation: Functions without cloud connectivity, requiring only 1-2 updates per year.
Privacy-Focused Design: Analyzes data without sensitive information leaving the environment.
Flexible Deployment: Protects cloud, NAS, applications, and endpoints.
Lower Total Cost of Ownership (TCO): Claims potential for up to 10x reduction in infrastructure costs.

Use Cases

Securing cloud storage environments (e.g., AWS S3)
Protecting Network-Attached Storage (NAS) with native integration (Dell CAVA, NetApp Vscan)
Ensuring file integrity within applications via agentless scanning
Extending zero-day protection to user endpoints
Preventing ransomware and other advanced malware attacks
Analyzing and understanding unknown threats rapidly
Securing data in air-gapped or restricted connectivity environments