QUESTIONS AND 100% VERIFIED CORRECT ANSWERS | COMPLETE EXAM PREP
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Core Domains
Zabbix Architecture & Components (Server, Proxy, Agent)
Data Collection Methods (Agent, SNMP, IPMI, JMX, HTTP)
Item Configuration & Preprocessing
Trigger Logic & Problem Detection
Event Correlation & Dependencies
Host & Template Management
Low-Level Discovery (LLD)
Data Storage & Housekeeping
Alerting, Actions, and Escalations
Performance Optimization & Scaling
Security & User Management
API Usage & Automation
Visualization (Dashboards, Maps, Screens)
, Troubleshooting & Log Analysis
Introduction
This assessment evaluates advanced competence in monitoring infrastructure using
Zabbix. It emphasizes synthesis of architectural concepts, evaluation of monitoring
strategies, and application of best practices in complex operational environments.
Candidates are expected to interpret real-world scenarios, identify optimal configurations,
and justify decisions based on efficiency, scalability, and reliability considerations.
Questions 1–35
1. A large enterprise deploys Zabbix proxies across multiple remote branches
experiencing intermittent connectivity to the central server. Data consistency becomes
an issue during outages. What is the most effective configuration to ensure minimal
data loss?
A. Disable proxy buffering to reduce memory usage
B. Increase proxy local buffer size and enable offline buffering
C. Switch all hosts to direct server monitoring
D. Reduce polling intervals for all items
Correct Answer: B. Increase proxy local buffer size and enable offline buffering
,Rationale: Increasing buffer size allows proxies to store data during outages and forward it
once connectivity resumes. Disabling buffering or reducing polling would worsen data gaps,
while direct monitoring defeats the purpose of proxies.
2. A system administrator notices that CPU utilization triggers frequently flap between
OK and PROBLEM states. What is the best way to stabilize this behavior?
A. Increase polling frequency
B. Add trigger hysteresis using different recovery expression
C. Disable the trigger
D. Change item type to trapper
Correct Answer: B. Add trigger hysteresis using different recovery expression
Rationale: Hysteresis prevents flapping by requiring different thresholds for recovery.
Increasing polling worsens noise, disabling removes monitoring, and trapper items are
unrelated.
3. A monitoring engineer needs to collect metrics from a network device that only
supports SNMPv3 with authentication and encryption. Which configuration is
required?
, A. SNMPv1 with community string
B. SNMPv2c with bulk requests
C. SNMPv3 with authPriv settings
D. Zabbix agent active checks
Correct Answer: C. SNMPv3 with authPriv settings
Rationale: SNMPv3 with authentication and privacy ensures secure communication. Other
options either lack security or are incompatible.
4. A template update must be applied to 500 hosts without disrupting existing
customizations. What is the safest approach?
A. Unlink and relink templates
B. Clone hosts and reassign templates
C. Use template inheritance and version control
D. Delete all items and recreate
Correct Answer: C. Use template inheritance and version control
Rationale: Proper inheritance ensures updates propagate safely. Unlinking risks data loss,
cloning is inefficient, and deletion is destructive.