SNMP Errors: Go Beyond The Basics for SolarWinds© Orion© Users

Notice: This blog post was originally published on Indeni before its acquisition by BlueCat.

The content reflects the expertise and perspectives of the Indeni team at the time of writing. While some references may be outdated, the insights remain valuable. For the latest updates and solutions, explore the rest of our blog

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The article explains how SolarWinds Orion NPM, combined with Loggly and Indeni, can extend network visibility and automate repetitive validation tasks to ensure network and security device availability. It outlines what Orion NPM monitors out of the box (availability, bandwidth, CPU/memory, interface errors, latency, volume usage) and how Loggly adds syslog visibility after its acquisition by SolarWinds. By using Indeni alongside Orion and Loggly, teams can perform automated checks via native APIs, SSH, and syslog to detect configuration drift, expiring certificates/licenses, compliance issues, and security weaknesses, delivering prescriptive remediation steps to reduce human error and improve operational resilience.

What types of device metrics does SolarWinds Orion NPM monitor out of the box?

SolarWinds Orion NPM provides SNMP-based monitoring that includes network availability, bandwidth capacity utilization, buffer usage and errors, CPU and memory utilization, interface errors and discards, network latency, node/interface/volume status, and volume usage. These core metrics give visibility into device performance and link health, enabling teams to detect resource constraints, error conditions, and latency issues using Orion’s native polling capabilities as described in the NPM Quick Start Guide referenced in the article.

How does Loggly enhance SolarWinds monitoring after its acquisition?

Following Loggly’s acquisition by SolarWinds, customers gain access to syslog data from devices such as routers, switches, load balancers, and intrusion protection systems. Syslog ingestion complements SNMP metrics by providing event and log-level context that helps surface device-generated warnings, errors, and security events which SNMP polling alone might not reveal. The article positions Loggly as the syslog source that, together with Orion’s SNMP telemetry, broadens visibility into device state and incidents.

What operational checks and use cases does Indeni provide when integrated with SolarWinds and Loggly?

Indeni supplements Orion and Loggly by collecting data via native APIs, SSH, and syslog and producing issue summaries with prescriptive remediation steps. Operational checks include maintenance items (expiring SSL certificates, licenses, application package or signature updates, and faulty vendor hardware), high-availability validation (checking active/standby mismatches in policies, static routing, RADIUS/TACACS, time zones, bond interfaces, and config files), compliance best practices (NTP, OS version, hotfixes, DNS for PCI compliance), and security best practices (weak ciphers, default certificates, HTTP server enabled, SNMPv1/v2c, telnet, known vulnerabilities). Indeni also offers vendor-specific checks for platforms like Check Point, Palo Alto Networks, Cisco Nexus, and F5 LTM.

SNMP based monitoring & Syslog from SolarWinds

If you are a SolarWinds Orion user, you are enjoying the benefits of NPM for SNMP-based monitoring. With a large portion of network visibility under control, you can extend your SolarWinds solution to include automation and ensure the availability of your network. Read how to learn how. Out of the box, SolarWinds Orion NPM enables you to monitor these aspects of your devices (Source: NPM’s Quick Start Guide):

  • Network availability
  • Bandwidth capacity utilization
  • Buffer usage and errors
  • CPU and memory utilization
  • Interface errors and discards
  • Network latency
  • Node, interface, and volume status
  • Volume usage
  • With recent of acquisition of Loggly, Solarwinds customers now have access to syslog data from devices such as routers, switches, load balancers and intrusion protection systems (Source: Loggly documentation)

Leverage Automation & Extend Network Visibility

To ensure network and security devices are operating as intended, it is important to routinely check settings and status of devices. These tasks are highly repetitive and typically done manually, which opens up IT to making mistakes. Let’s look at how you can automate these validation tasks using Indeni alongside SolarWinds Orion and Loggly.

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We hope this is helpful! Indeni was written from scratch with a community of certified IT professionals, and is trusted by customers in the F1000. Learn more about the platform here.

High Availability Use Cases Solutions
Network Visibility Indeni supplements SolarWinds Orion and Loggly by collecting data from network and security devices via the native API or SSH. Within each issue summary, engineers and operations have prescriptive next steps to solve any issues uncovered.

  • SolarWinds– SNMP
  • Loggly – Syslogs
  • Indeni – via native API, SSH, Syslog
Maintenance Indeni

  • SSL certificates about to expire
  • Licenses about to expire
  • Vendor hardware is faulty
  • Application package or signatures are not up to date
High Availability Indeni Check active and standby devices for mismatches across:

  • Policies
  • static routing tables
  • Radius/TACACS servers
  • Time zone
  • Bond interfaces
  • configuration files, and many more.
Compliance Best Practices Indeni

  • Configuration and misconfiguration avoiding human errors, e.g. static routing tables.>
  • Ensure NTP server is operational for PCI compliance
  • Checks for OS software version, hotfixes, DNS servers to ensure compliance.
Security Best Practices Indeni

  • Weak cipher
  • Weak security protocol used with SSL profiles
  • Default certificate used
  • HTTP server enabled
  • SNMPv2c/v1 used
  • Telnet enabled
  • Known vulnerabilities
Vendor Best Practices Indeni for Check Point. View other solutions for Palo Alto Networks, Cisco Nexus, F5 Networks LTM.

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