The PAP-001 exam validates your expertise in deploying, configuring, and managing Ping Identity's PingAccess platform. This certification is designed for IT professionals, security engineers, and systems administrators who work with API protection and web application access control. The Certified Professional - PingAccess credential demonstrates your ability to implement real-world access management solutions within the Ping Identity Certifications ecosystem. This page provides a clear roadmap of exam topics, question formats, and practical preparation strategies to help you succeed.
Use this topic map to guide your study for Ping Identity PAP-001 (Certified Professional - PingAccess) within the Ping Identity Certifications path.
The PAP-001 exam uses multiple question formats to assess both conceptual knowledge and practical decision-making skills. Questions progress in difficulty and reflect real-world scenarios you will encounter in production environments.
An efficient study plan maps each exam topic to weekly learning blocks, incorporates practice questions with detailed review, and builds confidence through timed exercises. Allocate more time to topics that are less familiar and those with higher exam weight.
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Security, Policies and Rules, and Installation and Initial Configuration typically account for a larger portion of the exam. These topics directly impact your ability to deploy and protect applications in production, so allocate study time proportionally. Review practice test analytics to confirm weight distribution and adjust your focus accordingly.
Security settings govern how PingAccess authenticates users and validates requests, while Integrations determine which identity providers and policy engines PingAccess communicates with. In practice, you must configure secure connections to external systems, validate certificate chains, and ensure policy decisions are enforced consistently across integrated components. Understanding both topics together helps you design end-to-end access control workflows.
Hands-on experience with PingAccess installation, policy creation, and agent configuration significantly improves exam performance and real-world readiness. Prioritize labs covering Installation and Initial Configuration, Policies and Rules, and Security. If you have limited lab access, focus on policy design and troubleshooting scenarios, as these appear frequently in scenario-based questions.
Candidates often confuse policy evaluation order, misunderstand certificate management requirements, or overlook integration prerequisites. Others rush through scenario questions without fully analyzing requirements or misinterpret configuration options in simulation items. Slow down on complex questions, re-read requirements, and validate your reasoning before selecting an answer.
Review high-weight topics (Security, Policies and Rules, Installation) using practice questions and flashcards. Take a full-length timed practice test to simulate exam conditions and identify any remaining gaps. In the last few days, focus on weak areas and practice scenario-based questions. Avoid cramming new material; instead, reinforce concepts you have already studied.
Anycompany has several applications that need to load images and fonts from www.anycompany.com. Users are currently getting CORS errors. How should the Cross-Origin Request rule be set to allow secure access?
To prevent CORS errors, administrators must configure a Cross-Origin Request (CORS) Processing Rule. The secure practice is to allow the specific trusted domain (www.anycompany.com) and, when cookies or credentials are required, to enable Allow Credentials.
Exact Extract:
''For secure CORS, specify exact origins rather than wildcards. Enable 'Allow Credentials' when client-side resources must include cookies or authentication data.''
Option A is incomplete --- multiple values are possible, but in this case only www.anycompany.com is required.
Option B is less secure --- using a wildcard (*.anycompany.com) broadens exposure unnecessarily.
Option C is insecure --- * with credentials is disallowed by CORS specifications.
Option D is correct --- restricts access to the trusted domain and allows credentialed requests.
Developers report an issue with an application that is protected by PingAccess. Certain requests are not providing claims that are part of the access token.
What should the administrator add for the access token claims?
In PingAccess, when an application relies on claims from an OAuth access token, you must configure PingAccess to evaluate those claims and potentially inject them into headers for the backend application.
Exact Extract from PingAccess documentation:
''OAuth rules allow you to evaluate claims in OAuth access tokens. You can configure PingAccess to look at specific claims and enforce policies or pass them to target applications.''
''To extract attributes from an access token, configure an OAuth Attribute Rule.''
This clearly matches option D.
Analysis of each option:
A . An authentication requirement definition
Incorrect. Authentication requirements determine how users authenticate to applications (OIDC provider, etc.), but do not manage access token claims.
B . A web session attribute rule
Incorrect. Web session attribute rules map attributes from the authenticated user's web session (SSO session), not from OAuth access tokens.
C . An identity mapping definition
Incorrect. Identity mappings transform user attributes (from IdP to app), but they don't directly pull claims from OAuth tokens.
D . An OAuth attribute rule
Correct. This rule is specifically designed to extract and enforce policies on claims from OAuth access tokens.
Therefore, the correct answer is D. An OAuth attribute rule.
Where in the administrative console should an administrator make user attributes available as HTTP request headers?
PingAccess uses Identity Mappings to take identity attributes provided by the authentication source (e.g., PingFederate, OpenID Connect) and map them into HTTP request headers for back-end applications.
Exact Extract:
''An identity mapping allows you to map identity attributes from the user's session to HTTP headers, cookies, or query parameters that are then forwarded to the target application.''
Option A (Site Authenticators) is incorrect because Site Authenticators configure how PingAccess communicates with applications requiring authentication, not how attributes are inserted into headers.
Option B (Identity Mappings) is correct --- this is the feature designed specifically to expose user attributes to applications via HTTP headers.
Option C (Web Sessions) manages how sessions are stored and validated, but not the mapping of attributes into requests.
Option D (HTTP Requests) refers to request/response processing rules, but attributes are not mapped here.
Which two protocols does PingAccess use for authentication and authorization? (Choose 2 answers.)
PingAccess is designed to work with modern identity protocols. It does not support legacy WS-* protocols directly.
Exact Extract:
''PingAccess integrates with OAuth 2.0 and OpenID Connect (OIDC) to provide authentication and authorization for web and API resources.''
Option A (SAML) is incorrect --- PingAccess does not natively consume SAML assertions; SAML can be used indirectly via PingFederate.
Option B (WS-Fed) is not supported.
Option C (WS-Trust) is not supported.
Option D (OAuth2) is correct --- used for authorization and token validation.
Option E (OIDC) is correct --- used for user authentication and sessions.
An administrator is integrating a new PingAccess Proxied Application. The application will temporarily need a self-signed certificate during the POC/demo phase. PingAccess is terminating SSL and is responsible for loading the SSL certificate for the application.
What initial action must the administrator take in PingAccess in this situation?
For SSL termination, PingAccess requires a Key Pair (certificate + private key). During a POC/demo, when a self-signed certificate is used, the administrator can create it directly in the Key Pairs section of the console.
Exact Extract:
''Use the Key Pairs section to create self-signed certificates for testing or proof-of-concept deployments. For production, import a PKCS#12 file containing a certificate chain and private key.''
Option A is incorrect --- Certificates store trust anchors (CAs), not SSL termination certs.
Option B is incorrect --- an internal CA-signed cert requires PKCS#12 import, not self-signed creation.
Option C is incorrect --- a publicly trusted CA is not used for a demo phase.
Option D is correct --- creating a new certificate in Key Pairs generates a self-signed cert suitable for demos.