TR-773-1

Netskope Integrator Accreditation

Part of Netskope Integrator Accreditation

Targets: Product version not specified in the blueprint
Format: 60 questions
Time limit: 90 minutes
Pass mark: Not published in TR-773-1
Exam fee: Delivered through Netskope Academy (TR-773-1 publishes no separate exam fee)
Blueprint source: Official Netskope Integrator Accreditation description (TR-773-1, 09/24); 60 questions, 90 minutes, delivered through Netskope Academy; valid two years from award; replaces the former NCCSI certification; practitioner profile: implement, integrate, configure, monitor, and troubleshoot, ~12 months suggested; recommended preparation: a tenant, NSCIOTT, NSCO&A, and Netskope Security Cloud Implementation & Integration (NSCI&I) Academy courses, and the Knowledge Portal ↗

Valid for two years from the date the exam is successfully completed through Netskope Academy. This accreditation replaces the former Netskope Certified Cloud Security Integrator certification.

Independent study aid built from the public exam blueprint. Not affiliated with, authorized by, or endorsed by netskope. Exam objectives, versions, and availability change, so always verify against the official blueprint.

Cloud Security Concepts

INT-A.01 Cloud security theory
INT-A.02 Traffic steering methods
On this site: Netskope Steering Methods: Getting Traffic to the Cloud That Inspects It, How a PAC File Chooses a Proxy, GRE Tunnels: The Simplest Envelope in Networking, IPsec and IKE: How Encrypted Tunnels Negotiate Themselves
Tools: netskope-steering-decision-explainer, pac-file-explainer
INT-A.03 Major solutions that are available in the Netskope Security Cloud platform
On this site: Netskope Platform Architecture: One Platform, Two Data Paths, One Private Cloud, Netskope Cloud Firewall: Egress Control for Everything That Isn't Web, Netskope: Cloud Forward Proxy and Inline TLS Decryption, Data Loss Prevention: How Machines Recognize Secrets

Netskope Platform Implementation

INT-B.01 Various steering methods to a Netskope tenant
On this site: Netskope Steering Methods: Getting Traffic to the Cloud That Inspects It, How a PAC File Chooses a Proxy, GRE Tunnels: The Simplest Envelope in Networking, IPsec and IKE: How Encrypted Tunnels Negotiate Themselves
Tools: netskope-steering-decision-explainer, pac-file-explainer
INT-B.02 Access management solutions
On this site: SAML 2.0: How Browser SSO Works, SCIM: The Standard That Provisions the Accounts SSO Signs In
Tools: saml-decoder
INT-B.03 Privileged account control
INT-B.04 Netskope client deployment
On this site: Netskope Client Deployment: Enrollment, Identity, and the Tunnel
INT-B.05 Data protection with Netskope DLP
On this site: Data Loss Prevention: How Machines Recognize Secrets
INT-B.06 Threat protection using the Netskope platform
On this site: Sandbox Detonation: Judging a File by What It Does

Netskope Platform Management

INT-C.01 DLP policy creation
On this site: Data Loss Prevention: How Machines Recognize Secrets
INT-C.02 Private application publication
On this site: Netskope Private Access: ZTNA Instead of the VPN
INT-C.03 Real-time protection policies
On this site: Real-time vs API Protection: The Two Vantage Points of a Security Cloud
INT-C.04 SSL decryption policies
On this site: Netskope: Cloud Forward Proxy and Inline TLS Decryption, SSL Forward Proxy: How Outbound TLS Interception Works and What Breaks It
INT-C.05 REST API integrations
On this site: HTTP Methods: The Verbs of the Web, HTTP Status Codes: The Five Families
Tools: http-request-translator, http-status-code-explainer

Netskope Platform Monitoring

INT-D.01 Event analysis
On this site: Netskope Events and Advanced Analytics: From Traffic to Evidence
INT-D.02 Incident response workflows
Tools: incident-timeline-rca-builder
INT-D.03 Application discovery
On this site: The Cloud Confidence Index: Scoring the Apps Your Users Already Found, Netskope Events and Advanced Analytics: From Traffic to Evidence
INT-D.04 Event sharing methodologies
On this site: Netskope Events and Advanced Analytics: From Traffic to Evidence, Syslog Message Formats: RFC 3164 vs RFC 5424

Netskope Platform Troubleshooting

INT-E.01 Client connectivity issues
On this site: Netskope Client Deployment: Enrollment, Identity, and the Tunnel
INT-E.02 Use of logs for troubleshooting
On this site: Syslog Message Formats: RFC 3164 vs RFC 5424
INT-E.03 Troubleshooting user provisioning
On this site: SCIM: The Standard That Provisions the Accounts SSO Signs In, SAML 2.0: How Browser SSO Works
Tools: saml-decoder