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| Section | Weight | Objectives |
|---|---|---|
| Network Configuration Manager (NCM) | 15% | - Configuration backup and compliance - Config change detection and alerting - Change management workflows |
| Network Topology Mapper (NTM) | 10% | - Auto-discovery and mapping - Map maintenance and updates - Layer 2 and Layer 3 topology visualization |
| Advanced Features and Integration | 15% | - Reporting and capacity planning - API usage and automation - Orion Platform integrations - Custom pollers and monitors |
| SolarWinds Platform Overview | 10% | - Product portfolio and licensing models - Deployment options (on-premises, cloud, hybrid) - SolarWinds Hybrid Cloud Observability platform architecture |
| Network Performance Monitor (NPM) | 30% | - Custom dashboards and views - Interface and device monitoring - Network latency and quality monitoring - Advanced packet analysis - Traffic analysis and NetFlow |
| Network Monitoring Fundamentals | 20% | - SNMP configuration and monitoring - Network device monitoring concepts - Alerting and notification configuration - Network discovery and topology mapping |
>> Hybrid-Cloud-Observability-Network-Monitoring基礎訓練 <<
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質問 # 145
On which two of the following occasions do custom pollers need to be created? (Choose two.)
正解：C、D
解説：
Custom pollers are typically created when you need to monitor metrics or OIDs that are not supported by default in SolarWinds:
Monitor specific metric that is not out-of-the-box: If a device exposes a metric not natively monitored by SolarWinds, you must create a custom poller for that metric.
Monitor unsupported object ID: For any OID that is not included in default templates, a custom poller is necessary.
Monitoring special equipment or devices without WMI might also need custom pollers, but the requirement specifically applies when you need to access non-standard metrics or OIDs.
References:
NPM Administrator Guide: When to Use Custom Pollers
質問 # 146
Which three of the following are effects of enabling the "resolve IPv4 and IPv6 addresses to DNS hostname" option and disabling the "resolve and store IPv4 hostname immediately when a flow record is received" option? (Choose three.)
正解：A、C、D
解説：
Enabling DNS resolution but not storing hostnames immediately results in:
Reduced database memory/storage used for DNS info, as hostnames aren't stored with each flow record.
Less database space used for flows, since flow records will reference IPs rather than resolved DNS names.
Reduced SQL server reads/writes since the platform does not immediately resolve and store hostnames with every received flow, decreasing load.
DNS names will still appear in reports where resolved dynamically, so option C is incorrect.
Reference:
NTA Administrator Guide, "Flow storage and DNS resolution options,"
"Disabling immediate hostname resolution and storage reduces database use and SQL operations."
質問 # 147
Which two of the following flow technologies are supported? (Choose two.)
正解：A、C
解説：
Comprehensive and Detailed Explanation From Exact Extract:
SolarWinds NTA (and Hybrid Cloud Observability) supports a range of flow technologies including J-Flow (used by Juniper devices) and sFlow (an industry standard for network monitoring and traffic analysis).
GFlow and HFlow are not supported flow technologies in SolarWinds' official documentation.
Reference:
"NTA supports various flow technologies including NetFlow, sFlow, J-Flow, and IPFIX."
- (Network Performance Monitor Administrator Guide, Supported Flow Technologies section)
質問 # 148
On which two of the following ports does log analyzer listen for TCP syslog messages? (Choose two.)
正解：A、B
解説：
Comprehensive and Detailed Explanation From Exact Extract:
Log Analyzer listens for syslog messages by default on:
TCP port 514 (the standard syslog port)
TCP port 6514 (the default port for syslog over TLS/SSL, i.e., secure syslog) Port 162 is for SNMP traps, and 1463 is not standard for syslog in SolarWinds.
References:
Log Analyzer Administrator Guide: Syslog Ports and Configuration
質問 # 149
Which two of the following technologies are used when building device studio pollers? (Choose two.)
正解：A、B
解説：
Device Studio pollers are used to build custom pollers for advanced device-specific metrics and widgets. The technologies explicitly supported for Device Studio pollers include:
Machine type for node details widget: Device Studio can create custom pollers to display specific node details, such as machine type, chassis ID, or serial number, within a node details widget.
Power supply status for vital statistics view: Device Studio also allows polling and visualizing metrics such as power supply status, fan status, and other vital statistics that are not natively included in basic SNMP polling.
While Device Studio can poll for advanced or composite data such as VLAN, VRF, and device health, certain interface statistics or single CPU/memory metrics are typically managed by standard SNMP pollers or Universal Device Pollers rather than Device Studio.
Reference:
Network Performance Monitor Administrator Guide, "Supported Technologies in Device Studio"
" Device Studio enables pollers for node details (such as machine type) and advanced health metrics (such as power supply status)... "
質問 # 150
......
Hybrid-Cloud-Observability-Network-Monitoringの試験問題は頻繁に更新され、十分な数のテストバンクを取得して、理論と実践の傾向を追跡できることが保証されます。つまり、Hybrid-Cloud-Observability-Network-Monitoringトレーニング資料は多くの利点を高め、Hybrid-Cloud-Observability-Network-Monitoringガイド急流をよりよく理解するためです。 Hybrid-Cloud-Observability-Network-Monitoring実践ガイドを購入して、私たちSolarWindsを信頼してください。それでも私たちを完全に信じられない場合は、Hybrid-Cloud-Observability-Network-Monitoring学習質問の機能と機能の紹介をお読みください。
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