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NEW QUESTION # 14
Which interface services must be enabled for the SCEP client to connect to Authenticator?
- A. HTTP/HTTPS
- B. OCSP
- C. SSH
- D. REST API
Answer: A
Explanation:
HTTP/HTTPS are the interface services that must be enabled for the SCEP client to connect to FortiAuthenticator. SCEP stands for Simple Certificate Enrollment Protocol, which is a method of requesting and issuing digital certificates over HTTP or HTTPS. FortiAuthenticator supports SCEP as a certificate authority (CA) and can process SCEP requests from SCEP clients. To enable SCEP on FortiAuthenticator, the HTTP or HTTPS service must be enabled on the interface that receives the SCEP requests.
NEW QUESTION # 15
Which two are supported captive or guest portal authentication methods? (Choose two)
- A. Email
- B. Instagram
- C. Linkedln
- D. Apple ID
Answer: A,C
Explanation:
FortiAuthenticator supports various captive or guest portal authentication methods, including social media login with Linkedln, Facebook, Twitter, Google+, or WeChat; email verification; SMS verification; voucher code; username and password; and MAC address bypass. Apple ID and Instagram are not supported as authentication methods. Reference: https://docs.fortinet.com/document/fortiauthenticator/6.4/administration-guide/372404/guest-management/372405/authentication-methods
NEW QUESTION # 16
Which network configuration is required when deploying FortiAuthenticator for portal services?
- A. Policies must have specific ports open between FortiAuthenticator and the authentication clients
- B. Fortigate must be setup as default gateway for FortiAuthenticator
- C. FortiAuthenticator must have the REST API access enable on port1
- D. One of the DNS servers must be a FortiGuard DNS server
Answer: A
Explanation:
When deploying FortiAuthenticator for portal services, such as guest portal, sponsor portal, user portal or FortiToken activation portal, the network configuration must allow specific ports to be open between FortiAuthenticator and the authentication clients. These ports are:
TCP 80 for HTTP access
TCP 443 for HTTPS access
TCP 389 for LDAP access
TCP 636 for LDAPS access
UDP 1812 for RADIUS authentication
UDP 1813 for RADIUS accounting
NEW QUESTION # 17
Which FSSO discovery method transparently detects logged off users without having to rely on external features such as WMI polling?
- A. Windows AD polling
- B. Radius Accounting
- C. FortiClient SSO Mobility Agent
- D. DC Polling
Answer: C
Explanation:
FortiClient SSO Mobility Agent is a FSSO discovery method that transparently detects logged off users without having to rely on external features such as WMI polling. FortiClient SSO Mobility Agent is a software agent that runs on Windows devices and communicates with FortiAuthenticator to provide FSSO information. The agent can detect user logon and logoff events without using WMI polling, which can reduce network traffic and improve performance.
NEW QUESTION # 18
Which two capabilities does FortiAuthenticator offer when acting as a self-signed or local CA? (Choose two)
- A. Validating other CA CRLs using OSCP
- B. Creating, signing, and revoking of X.509 certificates
- C. Merging local and remote CRLs using SCEP
- D. Importing other CA certificates and CRLs
Answer: B,D
Explanation:
FortiAuthenticator can act as a self-signed or local CA that can issue certificates to users, devices, or other CAs. It can also import other CA certificates and CRLs to trust them and validate their certificates. It can also create, sign, and revoke X.509 certificates for various purposes, such as VPN authentication, web server encryption, or wireless security. It cannot validate other CA CRLs using OCSP or merge local and remote CRLs using SCEP because these are protocols that require communication with external CAs. Reference: https://docs.fortinet.com/document/fortiauthenticator/6.4/administration-guide/372408/certificate-management
NEW QUESTION # 19
Which behaviors exist for certificate revocation lists (CRLs) on FortiAuthenticator? (Choose two)
- A. CRLs can be exported only through the SCEP server
- B. All local CAs share the same CRLs
- C. Revoked certificates are automaticlly placed on the CRL
- D. CRLs contain the serial number of the certificate that has been revoked
Answer: C,D
Explanation:
CRLs are lists of certificates that have been revoked by the issuing CA and should not be trusted by any entity. CRLs contain the serial number of the certificate that has been revoked, the date and time of revocation, and the reason for revocation. Revoked certificates are automatically placed on the CRL by the CA and the CRL is updated periodically. CRLs can be exported through various methods, such as HTTP, LDAP, or SCEP. Each local CA has its own CRL that is specific to its issued certificates. Reference: https://docs.fortinet.com/document/fortiauthenticator/6.4/administration-guide/372408/certificate-management/372413/certificate-revocation-lists
NEW QUESTION # 20
When configuring syslog SSO, which three actions must you take, in addition to enabling the syslog SSO method? (Choose three.)
- A. Set the syslog UDP port on FortiAuthenticator.
- B. Set the same password on both the FortiAuthenticator and the syslog server.
- C. Select a syslog rule for message parsing.
- D. Define a syslog source.
- E. Enable syslog on the FortiAuthenticator interface.
Answer: A,C,D
Explanation:
To configure syslog SSO, three actions must be taken, in addition to enabling the syslog SSO method:
Define a syslog source, which is a device that sends syslog messages to FortiAuthenticator containing user logon or logoff information.
Select a syslog rule for message parsing, which is a predefined or custom rule that defines how to extract the user name, IP address, and logon or logoff action from the syslog message.
Set the syslog UDP port on FortiAuthenticator, which is the port number that FortiAuthenticator listens on for incoming syslog messages.
NEW QUESTION # 21
You are the administrator of a global enterprise with three FortiAuthenticator devices. You would like to deploy them to provide active-passive HA at headquarters, with geographically distributed load balancing.
What would the role settings be?
- A. Two cluster members and one backup
- B. Two cluster members and one load balancer
- C. One standalone and two load balancers
- D. One standalone primary, one cluster member, and one load balancer
Answer: D
Explanation:
To deploy three FortiAuthenticator devices to provide active-passive HA at headquarters, with geographically distributed load balancing, the role settings would be:
One standalone primary, which acts as the master device for HA and load balancing One cluster member, which acts as the backup device for HA and load balancing One load balancer, which acts as a remote device that forwards authentication requests to the primary or cluster member device
NEW QUESTION # 22
Which EAP method is known as the outer authentication method?
- A. PEAP
- B. EAP-GTC
- C. EAP-TLS
- D. MSCHAPV2
Answer: A
Explanation:
PEAP is known as the outer authentication method because it establishes a secure tunnel between the client and the server using TLS. The inner authentication method, such as EAP-GTC, EAP-TLS, or MSCHAPV2, is then used to authenticate the client within the tunnel.
NEW QUESTION # 23
Which two features of FortiAuthenticator are used for EAP deployment? (Choose two)
- A. LDAP server
- B. MAC authentication bypass
- C. Certificate authority
- D. RADIUS server
Answer: C,D
Explanation:
Two features of FortiAuthenticator that are used for EAP deployment are certificate authority and RADIUS server. Certificate authority allows FortiAuthenticator to issue and manage digital certificates for EAP methods that require certificate-based authentication, such as EAP-TLS or PEAP-EAP-TLS. RADIUS server allows FortiAuthenticator to act as an authentication server for EAP methods that use RADIUS as a transport protocol, such as EAP-GTC or PEAP-MSCHAPV2.
NEW QUESTION # 24
You are a Wi-Fi provider and host multiple domains.
How do you delegate user accounts, user groups and permissions per domain when they are authenticating on a single FortiAuthenticator device?
- A. Create user groups
- B. Create multiple directory trees on FortiAuthenticator
- C. Create realms.
- D. Automatically import hosts from each domain as they authenticate.
Answer: C
Explanation:
Realms are a way to delegate user accounts, user groups and permissions per domain when they are authenticating on a single FortiAuthenticator device. A realm is a logical grouping of users and groups based on a common attribute, such as a domain name or an IP address range. Realms allow administrators to apply different authentication policies and settings to different groups of users based on their realm membership.
NEW QUESTION # 25
Which statement about the assignment of permissions for sponsor and administrator accounts is true?
- A. Administrator capabilities are assigned by applying permission sets to admin groups.
- B. Sponsor permissions are assigned using group settings.
- C. Only administrator accounts permissions are assigned using admin profiles.
- D. Both sponsor and administrator account permissions are assigned using admin profiles.
Answer: D
Explanation:
Both sponsor and administrator account permissions are assigned using admin profiles. An admin profile is a set of permissions that defines what actions an administrator or a sponsor can perform on FortiAuthenticator. An admin profile can be assigned to an admin group or an individual admin user. A sponsor is a special type of admin user who can create and manage guest accounts on behalf of other users.
NEW QUESTION # 26
You want to monitor FortiAuthenticator system information and receive FortiAuthenticator traps through SNMP.
Which two configurations must be performed after enabling SNMP access on the FortiAuthenticator interface? (Choose two)
- A. Set the tresholds to trigger SNMP traps
- B. Upload management information base (MIB) files to SNMP server
- C. Enable logging services
- D. Associate an ASN, 1 mapping rule to the receiving host
Answer: A,B
Explanation:
To monitor FortiAuthenticator system information and receive FortiAuthenticator traps through SNMP, two configurations must be performed after enabling SNMP access on the FortiAuthenticator interface:
Set the thresholds to trigger SNMP traps for various system events, such as CPU usage, disk usage, memory usage, or temperature.
Upload management information base (MIB) files to SNMP server to enable the server to interpret the SNMP traps sent by FortiAuthenticator.
NEW QUESTION # 27
Which two statement about the RADIUS service on FortiAuthenticator are true? (Choose two)
- A. Two-factor authentication cannot be enforced when using RADIUS authentication
- B. Only local users can be authenticated through RADIUS
- C. FortiAuthenticator answers only to RADIUS client that are registered with FortiAuthenticator
- D. RADIUS users can migrated to LDAP users
Answer: C,D
Explanation:
Two statements about the RADIUS service on FortiAuthenticator are true:
RADIUS users can be migrated to LDAP users using the RADIUS learning mode feature. This feature allows FortiAuthenticator to learn user credentials from an existing RADIUS server and store them locally as LDAP users for future authentication requests.
FortiAuthenticator answers only to RADIUS clients that are registered with FortiAuthenticator. A RADIUS client is a device that sends RADIUS authentication or accounting requests to FortiAuthenticator. A RADIUS client must be added and configured on FortiAuthenticator before it can communicate with it.
NEW QUESTION # 28
A device or user identity cannot be established transparently, such as with non-domain BYOD devices, and allow users to create their own credentialis.
In this case, which user idendity discovery method can Fortiauthenticator use?
- A. Radius accounting
- B. Syslog messaging or SAML IDP
- C. Kerberos-base authentication
- D. Portal authentication
Answer: D
Explanation:
Portal authentication is a user identity discovery method that can be used when a device or user identity cannot be established transparently, such as with non-domain BYOD devices, and allow users to create their own credentials. Portal authentication requires users to enter their credentials on a web page before accessing network resources. The other methods are used for transparent identification of domain devices or users. Reference: https://docs.fortinet.com/document/fortiauthenticator/6.4/administration-guide/372406/user-identity-discovery
NEW QUESTION # 29
Which option correctly describes an SP-initiated SSO SAML packet flow for a host without a SAML assertion?
- A. Principal contacts service provider, service provider redirects principal to idendity provider, after succesfull authentication identify provider redirects principal to service provider
- B. Principal contacts idendity provider and is redirected to service provider, principal establishes connection with service provider, service provider validates authentication with identify provider
- C. Service provider contacts idendity provider, idendity provider validates principal for service provider, service provider establishes communication with principal
- D. Principal contacts idendity provider and authenticates, identity provider relays principal to service provider after valid authentication
Answer: A
Explanation:
SP-initiated SSO SAML packet flow for a host without a SAML assertion is as follows:
Principal contacts service provider, requesting access to a protected resource.
Service provider redirects principal to identity provider, sending a SAML authentication request.
Principal authenticates with identity provider using their credentials.
After successful authentication, identity provider redirects principal back to service provider, sending a SAML response with a SAML assertion containing the principal's attributes.
Service provider validates the SAML response and assertion, and grants access to the principal.
NEW QUESTION # 30
Which two types of digital certificates can you create in Fortiauthenticator? (Choose two)
- A. Local service certificate
- B. User certificate
- C. Organization validation certificate
- D. Third-party root certificate
Answer: A,B
Explanation:
FortiAuthenticator can create two types of digital certificates: user certificates and local service certificates. User certificates are issued to users or devices for authentication purposes, such as VPN, wireless, or web access. Local service certificates are issued to FortiAuthenticator itself for securing its own services, such as HTTPS, RADIUS, or LDAP.
NEW QUESTION # 31
An administrator has an active directory (AD) server integrated with FortiAuthenticator. They want members of only specific AD groups to participate in FSSO with their corporate FortiGate firewalls.
How does the administrator accomplish this goal?
- A. Configure a domain groupings list to identify the desired AD groups.
- B. Configure fine-grained controls on FortiAuthenticator to designate AD groups.
- C. Configure SSO groups and assign them to FortiGate groups.
- D. Configure a FortiGate filter on FortiAuthenticatoc
Answer: C
Explanation:
To allow members of only specific AD groups to participate in FSSO with their corporate FortiGate firewalls, the administrator can configure SSO groups and assign them to FortiGate groups. SSO groups are groups of users or devices that are defined on FortiAuthenticator based on various criteria, such as user group membership, source IP address, MAC address, or device type. FortiGate groups are groups of users or devices that are defined on FortiGate based on various criteria, such as user group membership, firewall policy, or authentication method. By mapping SSO groups to FortiGate groups, the administrator can control which users or devices can access the network resources protected by FortiGate.
NEW QUESTION # 32
Which two statements about the EAP-TTLS authentication method are true? (Choose two)
- A. Support a port access control (wired) solution only
- B. Requires an EAP server certificate
- C. Uses digital certificates only on the server side
- D. Uses mutual authentication
Answer: B,C
Explanation:
EAP-TTLS is an authentication method that uses digital certificates only on the server side to establish a secure tunnel between the server and the client. The client does not need a certificate but can use any inner authentication method supported by the server, such as PAP, CHAP, MS-CHAP, or EAP-MD5. EAP-TTLS requires an EAP server certificate that is issued by a trusted CA and installed on the FortiAuthenticator device acting as the EAP server. EAP-TTLS supports both wireless and wired solutions for port access control. Reference: https://docs.fortinet.com/document/fortiauthenticator/6.4/administration-guide/372412/eap-ttls
NEW QUESTION # 33
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