Free 101 sample questions

Correct answer: All of the above

Policy Builder provides all the listed benefits: it does not require in-depth web application knowledge, only requires limited ASM knowledge, and has very low administrative impact. F5 Policy Builder is designed to simplify security policy creation by providing guided workflows and automated recommendations, making it accessible to administrators without deep application security expertise.

Correct answer: They enable granular control of traffic

iRules enable granular control of traffic by allowing custom logic to be applied at various points in the connection lifecycle using F5's TCL-based scripting language. iRules do not provide secure connections (that's SSL profiles), are not templates for applications, do not handle Active Directory authentication directly, and do not automate LTM object creation.

Correct answer: They enable granular control of traffic

iRules enable granular control of traffic by allowing custom logic to be applied at various points in the connection lifecycle using F5's TCL-based scripting language. iRules do not provide secure connections (that's SSL profiles), are not templates for applications, do not handle Active Directory authentication directly, and do not automate LTM object creation.

Correct answers: Layer 4; Layer 7

APM provides access control lists at Layer 4 (Transport Layer - TCP/UDP ports) and Layer 7 (Application Layer - HTTP/HTTPS content and headers). This allows APM to control access based on both network transport characteristics and application-specific content. Layer 5 (Session) and Layer 6 (Presentation) are not primary layers where F5 APM implements access control functionality.

APM provides access control lists at Layer 4 (Transport Layer - TCP/UDP ports) and Layer 7 (Application Layer - HTTP/HTTPS content and headers). This allows APM to control access based on both network transport characteristics and application-specific content. Layer 5 (Session) and Layer 6 (Presentation) are not primary layers where F5 APM implements access control functionality.

Correct answer: False

Explanation: TMOS is multi-module OS on Big-IP platform

Correct answers: GTM; WOM; APM; ASM

The four F5 products that run on the TMOS platform are GTM (Global Traffic Manager), WOM (WAN Optimization Manager), APM (Access Policy Manager), and ASM (Application Security Manager). These modules can be licensed and deployed on TMOS-based BIG-IP devices to provide their respective functionalities. Other F5 products may run on different platforms or architectures.

The four F5 products that run on the TMOS platform are GTM (Global Traffic Manager), WOM (WAN Optimization Manager), APM (Access Policy Manager), and ASM (Application Security Manager). These modules can be licensed and deployed on TMOS-based BIG-IP devices to provide their respective functionalities. Other F5 products may run on different platforms or architectures.

The four F5 products that run on the TMOS platform are GTM (Global Traffic Manager), WOM (WAN Optimization Manager), APM (Access Policy Manager), and ASM (Application Security Manager). These modules can be licensed and deployed on TMOS-based BIG-IP devices to provide their respective functionalities. Other F5 products may run on different platforms or architectures.

The four F5 products that run on the TMOS platform are GTM (Global Traffic Manager), WOM (WAN Optimization Manager), APM (Access Policy Manager), and ASM (Application Security Manager). These modules can be licensed and deployed on TMOS-based BIG-IP devices to provide their respective functionalities. Other F5 products may run on different platforms or architectures.

Correct answer: Application

Application is NOT a profile type on the BIG-IP. Standard F5 BIG-IP profile types include Protocol profiles (TCP, UDP, HTTP), SSL profiles, Persistence profiles, and various service-specific profiles like DNS and SIP. Application-level functionality is handled through iRules, policies, and specific protocol profiles rather than a generic Application profile type.

Correct answer: False

False. The BIG-IP does NOT determine the lowest connection speed between client and server and use that for both connections. Instead, BIG-IP optimizes each connection independently - it can use different TCP window sizes, buffer strategies, and optimization techniques for the client-side and server-side connections. This independence allows for better performance optimization.

Correct answer: True

True. OneConnect is indeed another name for F5's TCP multiplexing feature. OneConnect allows multiple client connections to share a smaller pool of server-side connections, reducing the connection overhead on backend servers and improving scalability. This connection reuse and aggregation is the essence of TCP multiplexing.

Correct answer: TMOS

LTM runs on TMOS (Traffic Management Operating System), F5's proprietary platform. TMOS is the foundational operating system that provides the underlying framework for all F5 BIG-IP modules including LTM, GTM, APM, ASM, and others. TMOS handles the low-level packet processing, high availability, and system management functions.