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In this 2 minute Ask SME Anything video you’ll discover how data lineage provides a visual roadmap of your data’s journey—revealing exactly how it moves, mutates, and who touches it along the way.Hear from Product Marketing Director, Ankur Chadda, as he explains how pairing lineage with your DLP strategy creates a powerhouse toolkit that ensures no data movement goes unnoticed.
It is early 2026, and the intersection of AI and security has moved past the "hype" phase into a high-stakes arms race. We are currently seeing a massive shift from simple chatbots to "Agentic AI"—autonomous systems that can take actions on your behalf—which has created entirely new categories of risk. There are different types of AI agents based on reasoning complexity, functional role, system architecture and maturity level. 1. Categorization by Reasoning StrategyThis defines the "cognitive" depth of the agent—how it processes information and makes decisions.Reflexive Agents: The simplest "Trigger-Action" bots. They follow "if-then" rules (e.g., a thermostat or a basic auto-responder). Chain-of-Thought (CoT) Agents: Use LLMs to break down a prompt into a linear sequence of steps before acting. Reasoning-First Agents (ReAct/Tree-of-Thought): These agents "think" before and during execution. They use patterns like ReAct (Reason + Act) to observe the result of an action and adjust their
In this special edition of our Inside Netskope series, our internal leadership team will share our Fusion Team Framework. Hear how we integrated security architects into IT delivery cadences to resolve decision-right friction at Netskope, and the Metrics/Artifacts that validated our shift.Our CIO and CISO will cover: The Fusion Team Framework: An analysis of the shared charter and decision-rights model used to align CIO and CISO priorities Architectural Integration: A look at embedding security architects directly into IT delivery cadences to eliminate deployment friction Operational Metrics: A review of real-world data, including UAR cycle-time compression and SLA compliance for JML (Joiner/Mover/Leaver) processes Governance Artifacts: A deep dive into orphaned account remediation rates and the technical documentation powering the shift from theory to practice For more information, check out this article. View past events in this series!
Objective: Develop a comprehensive guide for configuring SAML-based Single Sign-On (SSO) between PingFederate and the Netskope Admin Console.Overview: This documentation will outline the methodology for enabling secure administrative access to Netskope using PingFederate as the Identity Provider (IdP).Prerequisites: Netskope Tenant: Local administrator privileges are required to modify SAML settings within the Netskope console. PingFederate: Administrative access to the PingFederate environment to configure the Service Provider (SP) connection. Workflow:Step 1 - Click on Application button in the top barStep 2 - Once the application page loads, click on SP Connections.Step 3 - In the SP Connections, Click on Create Connection. A SP (Service Provider) Connection is a configuration set that allows PingFederate (acting as the Identity Provider or IdP) to securely communicate and share identity data with an external application or service.Step 4 - Select Do not use a template for this co
Objective: Develop a comprehensive configuration guide for SCIM provisioning between PingFederate and Netskope.Scope: This guide will detail the end-to-end process for automating user provisioning via the SCIM protocol.Prerequisites: Netskope: Administrative access to the local tenant is required to configure SCIM settings. PingFederate: Administrative privileges within the PingFederate environment to manage application integration. Workflow:Step 1 - Login to your PingFederate Application using your login credentials.Step 2 - If it's your first time login then you will be asked to reset your password. Else, continue to the next step.Step 3 - Once you login successfully, you will see the home screen. In the home screen, you will find all the required actions items. Step 4 - Now, before enabling the SCIM integration, we need a service account for the PingFederate application to communicate with the netskope tenant. Login to your tenant which needs to be integrated for SSO / SCIM. URL w
In this guide, the Netskope Red Team outlines its strategic framework for identifying and mitigating vulnerabilities within AI/LLM ecosystems. Given the unique challenges and threat landscape associated with AI and LLM systems, a specialized methodology is essential to ensure the robustness, integrity, and confidentiality of our AI-driven features and services.Our methodology is designed to be comprehensive, covering the entire lifecycle of the AI/LLM application — from data ingestion and model training to deployment and continuous monitoring. 1. Phased Approach to AI Security TestingSecurity testing for AI applications is structured into four distinct phases, ensuring thorough coverage of all potential vulnerabilities. Phase Description Key Activities Phase 1: Design and Data Security Review Focuses on the foundational security elements before model development. Data Sanitization review, Data governance policy review, Threat Modeling for Produc
LLMs in enterprises have evolved extremely fast. What started as simple chatbots answering questions has now become AI agents that can perform real actions: like reading files, querying databases. or sending messages in Slack.But early GenAI integrations were messy. If a developer wanted an AI model to connect to PostgreSQL, Slack, and the local filesystem, they had to build three separate connectors, each with its own authentication logic, API handling, data formatting, and error management.As companies scaled, this created a major problem: AI apps + more tools = exponentially more integrations.This is the classic N × M integration problem, and it quickly becomes impossible to maintain securely. To solve this, Anthropic introduced the Model Context Protocol (MCP) in late 2024.MCP is often described as the “USB-C for AI applications.” Instead of building custom connectors for every system, MCP provides a standard way for AI hosts to connect to external tools and data sources through M
We have two major releases to announce for our ServiceNow ecosystem — the brand-new Netskope CMDB Integration app, now available on the ServiceNow Store, and version 3.0 of the Netskope SecOps (SIR) app, which brings significant new capabilities to security operations workflows.Whether you're an IT operations team looking to bridge your CMDB with Netskope's Zero Trust visibility, or a SOC team wanting richer incident response automation — there's something here for everyone. PART 1 — NEW APP Introducing the Netskope CMDB Integration AppThe Netskope CMDB Integration app is a first-of-its-kind release that connects Netskope's Security Service Edge (SSE) platform directly to ServiceNow's Configuration Management Database. This app is purpose-built for IT and security operations teams who want Netskope's asset, policy, and access data living natively within their ServiceNow CMDB — no custom scripts, no middleware, no manual exports. 1. Private App Bidirectional SyncThe CMDB app supports
Hear from our security engineers as they demonstrate how CE's three integration pillars of Cloud Threat Exchange (CTE), Cloud Ticket Orchestrator (CTO), and Cloud Risk Exchange (CRE) connect Netskope to the tools we already rely on, turning isolated signals into coordinated, automated action.Learn how to: Automatically ingest curated threat feeds and STIX-formatted IOCs from Feedly's AI-powered intelligence engine and any TAXII-compliant source Bidirectionally share email-borne threat indicators from Mimecast and endpoint-detected IOCs from CrowdStrike Falcon Propagate AWS infrastructure threat findings from GuardDuty and supply chain risk signals from GitHub directly into Netskope's threat intelligence pipeline Feed Mimecast email threat signals into Netskope's User Confidence Index (UCI), dynamically adjusting cloud access policies For more information, check out our blog post. View past events in this series! Check out some customer questions below, or feel free to comment
This is a demo covering how Netskope provides full visibility, control, and protection for genAI app usage. Learn more.
This is a demo of the Netskope One Agentic Broker, which provides unified visibility and real-time protection for the autonomous AI ecosystem by decoding and securing Model Context Protocol (MCP) traffic between AI agents and data sources. Learn more about Netskope One Agentic Broker.
Netskope One AI Guardrails provides real-time content moderation for every interaction, securing the enterprise against emerging AI-specific threats including prompt injection and jailbreak attempts, and unsafe use. Learn more.Netskope One AI Gateway secures the API traffic fueling your AI-powered applications. By centralizing authentication, traffic management, and content inspection between private apps and LLMs, we ensure autonomous agentic data flows remain governed and secure. Learn more.
Author: Stevan Pierce & Madhura SridharDate: March 16, 2026Modern security teams are drowning in “partial truths.”Your email gateway flags suspicious links. Your EDR finds a questionable process. Your SASE platform sees risky SaaS behavior. Your IAM solution logs a strange login pattern. Each tool is doing its job yet each is also speaking its own language, in its own console, with its own definition of “risk.”The result is a familiar and frustrating reality:Analysts jump between dashboards Teams argue over whose alert is “right” Critical context is trapped in silos And incident response lags behind the adversaryAt Netskope, we faced this exact problem in our own environment. As “Customer Zero,” our security team not only secures Netskope but also pushes our own platform to its limits, trying to solve the same challenges our customers wrestle with every day. This is where Netskope Cloud Exchange (CE) comes in.Cloud Exchange is how we connect the Netskope One platform with the tool
Proactively identify and address vulnerabilities in private AI deployments. Automate adversarial simulations to find and fix vulnerabilities, to ensure your AI is resilient and production-ready before it reaches your users. Learn more about Netskope One AI Red Teaming.
The "Missing Chapter" Problem in Product RequirementsEvery new product feature begins with a Product Requirement Document (PRD)—the blueprint of what is to be built. But for security architects, reviewing these documents often feels like looking for a needle in a haystack, or worse, looking for a needle that isn't even there yet.The challenge isn't just finding security flaws; it's identifying architectural omissions before a single line of code is written. Engineers focus on functionality, often leaving security as an "implementation detail" rather than a design constraint. This leads to the "Missing Chapter" problem: PRDs that describe what works, but not how it remains secure. Reviewing these manually is mentally taxing. It requires a Principal-level mindset to look at a high-level plan and immediately spot that the lack of defined tenancy boundaries will likely lead to data leakage.I realized we didn't just need a vulnerability scanner; we needed a design partner. We needed a virtu
Hear from our internal IT and security team as we share how we deployed Netskope Enterprise Browser within our managed endpoints here at Netskope. We will cover: Overview of high impact use cases Deployment to Windows Endpoints: Leveraging Intune with the focus on Auto Enrollment deployment internally Deployment to MacOS Endpoints: Leveraging Kandji with the focus on Auto Enrollment deployment internally Troubleshooting deployment issues and remediation examples Alternative Deployment Method: Manual user invite—Non managed device user install and enrollment For more information, check out our resources below: Deploying to Mac Fleet | Deploying to Windows Fleet | Enterprise Browser Usage Dashboard | Enterprise Browser Risk Dashboard | How to Import a Dashboard into Advanced Analytics View past events in this series! Check out some customer questions below, or feel free to comment and continue the discussion! Q: Do users need admin permission to install?A: Users do not need l
Looking for nice well presentation for netskope with video shots
Hear from our Product Management and Product Adoption leads as they cover the latest platform updates from Release 130, 131, and 132. Key product updates: DNS as a Service (DNSaaS) provides a high-performance cloud-hosted recursive DNS resolver, DNS security, and DNS content filtering for business and security risk categories DLP for FTP prevents data exfiltration over non-web FTP file transfers DLP on Demand enables new data protection integrations for Netskope technology alliance partners and on-premises support for customers NextGen Data Protection for Microsoft Co-pilot can now support policy creation, DLP, threat protection using ongoing scan, alerts, and more NG SWG allows seven new granular subcategories for Generative AI, available within URL categorization, enabling their use in Real-Time Policies Explore past webinars in this series!
Goal: Create a guide on how to pass Tenant Admin role from Okta to Netskope.Example: When logging in to Netskope Admin Console through Okta, different roles should be passed as per the requirement of the flow.Information coming from Partner: Administrator should be able to configure different roles for different members as per the requirement definition.Limitations: For a single Okta application, only 1 SSO can be configured in Netskope. To achieve this either we need to have multiple groups or single application with defined role.Key Concepts:Netskope Tenant - Admin should have local tenant admin account access to the Netskope tenant so that he can create custom roles / see the predefined roles during first time configuration. Workflow:This can be solved using 2 methods. Method 1 - Using Group AttributesIn this method you can create multiple groups. Just remember that the group name should be the same as the Predefined role / Custom role configured in the Netskope Tenant. Steps:1 - S
The Netskope Model Context Protocol (MCP) server was initially introduced as a self-hosted prototype, marking a significant first step in integrating Netskope’s rich security context directly into Large Language Model (LLM) workflows. This initial version demonstrated the power of the concept, enabling pioneering users to run a Docker image and establish a vital link between their LLM agents and the Netskope platform.Today, we are announcing the Netskope MCP Server Hosted Version in Technology Preview, building upon the capabilities of the initial prototype while dramatically simplifying deployment and adoption.📈 Enhanced Accessibility: Zero Infrastructure, Immediate ValueWe have moved from a "bring your own infrastructure" model to a fully managed service, eliminating the overhead of self-management. The benefits are clear:No Containers Required: We have eliminated the need for local Docker execution or complex infrastructure setup. Instant Connection: Access is provided via a direct
Hear from our internal security team as they share how we use Enterprise Browser to provide the granular visibility and control needed to secure all web activity at Netskope. We will cover: Preventing Data Loss (DLP): How to enforce real-time policies to stop data exfiltration by controlling copy/paste, screen captures, file downloads, and printing, all within the Enterprise Browser. Securing Unmanaged Devices: Strategies for safely enabling BYOD and third-party contractor access to corporate apps without requiring an installed agent or VDI. Advanced Threat Protection: Blocking phishing, malware, and malicious websites at the browser level before they can impact the endpoint or network as well as control 3rd party browser extensions. Enforcing Zero Trust Access: Integrating with your identity provider to apply adaptive access controls and ensure only authorized users access specific applications. For more information, check out our blog post. View past events in this series!
The Blank Page Problem in Security TestingEvery security assessment begins with a mountain of documentation and a crucial question: "Where would an attacker start?" For testers, translating functional specs, architectural diagrams, and API details into a concrete set of high-impact security tests is one of the most challenging and time-consuming parts of the job. It's a process that relies heavily on experience, intuition, and a meticulous, almost paranoid, mindset.The "blank page" problem is real. You can spend hours sifting through documents, trying to connect the dots between a new feature and a potential vulnerability. It’s easy to get lost in the details, miss a subtle logic flaw, or simply run out of time and fall back on a generic checklist. I realized that what we needed wasn't just another tool, but a partner—a virtual expert that could do the heavy lifting of analysis and brainstorming, allowing testers to focus on verification and exploitation. This led me to create the Abus
How to Finally Solve the BYOD, Contractor, and M&A Access DilemmaAuthor: Stevan PierceDate: November 9, 2025 The perimeter is long gone, and the "unmanaged device" is the new CISO headache. How do you grant access to contractors, BYOD users, and new M&A employees without opening a Pandora's Box of data-leakage risk?The Netskope One Enterprise Browser is an approach that isolates the application, not the device. It’s a hardened, corporate-managed browser that integrates directly into the Netskope One platform, acting as a new enforcement point for your Security Service Edge (SSE).It is a self-contained corporate workspace that:Separates Work & Personal: Creates a distinct corporate profile on any device, managed or unmanaged, separating all corporate browsing activity and data. Provides Granular DLP: Enforces in-browser controls like copy, paste, print, and screenshots—stopping data leaks at the source. Delivers Agentless ZTNA: Bakes Netskope Private Access (NPA) capabilitie
why does netskope selects the pop's in another country when GSLB is enabled
Hear from our internal security team as they demonstrate how we use the Netskope One platform to gain visibility into AI usage and enforce data protection policies that prevent risky behavior.Learn how you can:Discover which Generative AI applications are being used across your enterprise Protect sensitive data from being uploaded to both sanctioned and unsanctioned AI tools Coach employees on safe AI usage with real-time, targeted user notificationsFor more information, check out our blog post. View past events in this series! Check out some customer questions below, or feel free to comment and continue the discussion! Q: Is it possible to allow read access to Gen AI sites, but block write actions, like put and post?A: It is possible to allow for read-only access to applications/sites that are in the Gen AI category, provided we are able to see the activity using a connector or activities of browse are seen. Q: Can Netskope come up with public email domain (Gmail, Yahoo, etc.) inst
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