One step past zero trust access and a legacy of allow/deny controls surface, lacking context for app instance, app trust, user trust, activity, data sensitivity and other variables to refine least privilege access to support zero trust.
Context is key for zero trust and supporting hybrid work where adaptive access controls can provide real-time coaching and justification alerts, request step-up authentication, and limit data exfiltration based on the content and context of business transactions.
SSE platforms within SASE architecture require data protection controls and DLP for web, managed SaaS, shadow IT, cloud providers, and email in one platform where Zscaler falls short for visibility, controls, and data protection.
OneDrive and Sharepoint make up over 50% of cloud-delivered malware today, where bypassing office productivity suites for traffic inspection is a high risk game for Zscaler customers. Add in weak standard sandboxing and the risks are even higher for new threats.
Key to zero trust principles is continuous monitoring to refine least privilege access controls. Protecting users, apps, and data for hybrid work requires deep analytic reporting and visualizations to expose the unknown and behavior anomalies.
One step past zero trust access and a legacy of allow/deny controls surface, lacking context for app instance, app trust, user trust, activity, data sensitivity and other variables to refine least privilege access to support zero trust.
Context is key for zero trust and supporting hybrid work where adaptive access controls can provide real-time coaching and justification alerts, request step-up authentication, and limit data exfiltration based on the content and context of business transactions.
SSE platforms within SASE architecture require data protection controls and DLP for web, managed SaaS, shadow IT, cloud providers, and email in one platform where Zscaler falls short for visibility, controls, and data protection.
OneDrive and Sharepoint make up over 50% of cloud-delivered malware today, where bypassing office productivity suites for traffic inspection is a high risk game for Zscaler customers. Add in weak standard sandboxing and the risks are even higher for new threats.
Key to zero trust principles is continuous monitoring to refine least privilege access controls. Protecting users, apps, and data for hybrid work requires deep analytic reporting and visualizations to expose the unknown and behavior anomalies.
Unrivaled visibility. Real-time data and threat protection.
Netskope Intelligent SSE is built on the Netskope Security Cloud, a platform that provides unrivaled visibility and real-time data and threat protection when accessing cloud services, websites, and private apps from anywhere, on any device.
Starting your transformation with zero trust access and ending in legacy secure web gateway controls has its limits. The full SASE transformation journey spans networking, security, applications, and data, where each stage is key for supporting hybrid work and zero trust principles.
Netskope inspects web traffic and thousands of apps and cloud services with the ability to decode business transactions to understand content and context in real-time, all backed by a 50ms round-trip SLA for TLS traffic inspection.
Rich context enables adaptive access controls by app, instance, app risk, user trust, 100+ app activities, and data sensitivity, plus providing real-time coaching and advisory alerts, requesting step-up authentication, or limiting data movement.
Context also enables data protection policies to reduce the surface of risky activities and behaviors before applying DLP, including AI/ML classifiers for documents and images across web, SaaS, IaaS, and email with one platform, console, and policy engine.
Scan everything with anti-malware, PE file ML-based analysis, web IPS, and automated IOC sharing with Cloud Threat Exchange. Deep analysis includes heuristics, pre-execution analysis, multi-stage sandboxing with MITRE ATT&CK analytics, plus Patient Zero alerts, and a RetroHunt API. Extend your protection with Netskope Targeted RBI and Cloud Firewall.
Maximize your continuous monitoring to refine least privilege with Netskope Advanced Analytics providing insightful visualizations on app risks, data movement, user behavior, threats, insiders, risky users, and data theft. Analyze web, SaaS, IaaS, email, and private access activities in one platform with ready to use dashboards.
Netskope inspects web traffic and thousands of apps and cloud services with the ability to decode business transactions to understand content and context in real-time, all backed by a 50ms round-trip SLA for TLS traffic inspection.
Rich context enables adaptive access controls by app, instance, app risk, user trust, 100+ app activities, and data sensitivity, plus providing real-time coaching and advisory alerts, requesting step-up authentication, or limiting data movement.
Context also enables data protection policies to reduce the surface of risky activities and behaviors before applying DLP, including AI/ML classifiers for documents and images across web, SaaS, IaaS, and email with one platform, console, and policy engine.
Scan everything with anti-malware, PE file ML-based analysis, web IPS, and automated IOC sharing with Cloud Threat Exchange. Deep analysis includes heuristics, pre-execution analysis, multi-stage sandboxing with MITRE ATT&CK analytics, plus Patient Zero alerts, and a RetroHunt API. Extend your protection with Netskope Targeted RBI and Cloud Firewall.
Maximize your continuous monitoring to refine least privilege with Netskope Advanced Analytics providing insightful visualizations on app risks, data movement, user behavior, threats, insiders, risky users, and data theft. Analyze web, SaaS, IaaS, email, and private access activities in one platform with ready to use dashboards.
The Gartner 2023 Magic Quadrant for Security Service Edge (SSE) describes vendors positioned to drive success across the complete security stack needed for Secure Access Service Edge (SASE). SSE successfully modernizes your technology architecture by converging Web Proxy (SWG), ZTNA, CASB, and DLP into one, powerful, high-performing solution.
In the new report, you can find out how we received our position as Highest in Ability to Execute and Furthest to the right in Completeness of Vision. You will also get an understanding of:
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