switching monitoring to observability

Switching from DX Spectrum to Viewtinet

As enterprises modernize their IT operations, the need to move away from legacy tools becomes critical. If you’re still using DX Spectrum, it’s time to consider a transition to a more modern, unified observability platform. Switching from DX Spectrum to Viewtinet enables greater visibility, flexibility, and performance in your monitoring ecosystem. In this post, we’ll walk you through the benefits of the switch and outline the key migration steps.

switching monitoring to observability

Why Switch from DX Spectrum to Viewtinet?

DX Spectrum has served many organizations well for traditional ICMP and SNMP-based monitoring. However, its aging architecture and limited integration capabilities make it less suited for modern IT environments that require:

– Unified observability across diverse systems and data sources (including SD-WAN, MS-Teams, etc.)

– Enhanced dashboard customization, historical, and real-time visualizations

– Advanced alarm management with flexible notification policies

– Integration with CMDBs and inventory systems

– Streamlined device onboarding and configuration

Viewtinet offers all this and more in a single, modern platform. With native support for SNMP, ICMP, Syslog, NetFlow, Call Detail Records, WMI, webhooks, and a wide range of APIs, Viewtinet consolidates your monitoring and log analytics into one unified view. You just need Viewtilog for data integration and Viewtisight for data visualization.

 

Migration Steps: From Legacy to Unified Observability. Switching from DX Spectrum to Viewtinet

Migrating from DX Spectrum to Viewtinet can be done smoothly by following a well-structured process. Below are the main steps to ensure a successful transition:

1. Export Devices from DX Spectrum

Start by exporting the complete list of monitored devices from DX Spectrum. This forms the base inventory for the migration.

 

2. Validate Device Coverage from PM/UIM

If you’re using Performance Management (PM) or Unified Infrastructure Management (UIM), validate that all devices managed there are also present in Spectrum. Export those lists as well to ensure full visibility.

 

3. Export SNMP Credentials

Extract the SNMP community strings or v3 credentials from Spectrum. These will be reused in Viewtinet for device polling and must be validated during onboarding.

 

4. Analyze the Monitoring Configuration

Review the collected data to understand:

– Polling Method per Device: Determine if each device uses SNMP, ICMP, or both.

– Custom Configurations: Identify special configurations or thresholds applied in Spectrum.

– Model Types and SysObjectIDs: Validate support for all device types in Viewtinet. If any device is unsupported, a custom plugin can be created.

– Alarm Notifier Settings: Check alarm policies and notification rules to replicate or improve them in Viewtinet.

– Dashboards in PM/UIM: Review existing dashboards to plan a better, more interactive experience in Viewtinet.

– Asset Fields: If asset metadata is defined in Spectrum, plan to map these fields into Viewtinet’s inventory. If not, consider integrating with a CMDB or importing asset information from an external file.

 

5. Verify Network Connectivity

Ensure that Viewtinet has proper network access to all devices to be monitored. This may require configuring firewall rules or routing changes.

 

6. Register Devices in Viewtinet

Onboard devices into Viewtinet using the validated inventory and credentials. Devices can be grouped and enriched with asset metadata during this phase.

 

7. Build Custom Dashboards and Alarms

Finally, create tailored dashboards and alarm policies based on the customer’s operational needs. Leverage Viewtinet’s powerful visualization tools to improve monitoring efficiency and incident response.

Final Thoughts about Switching from DX Spectrum to Viewtinet

Switching from DX Spectrum to Viewtinet is not just a technical migration — it’s a strategic move towards unified observability. The process ensures better integration, deeper insights, and a future-proof platform designed to adapt to evolving IT environments.

Whether you’re a service integrator or a large enterprise, Viewtinet makes it easy to modernize your monitoring stack while maintaining business continuity throughout the migration.

Need help with your transition plan? Contact us to get started.

Switching from DX Spectrum to Viewtinet

Unified Observability: The New Key to Monitoring and Cybersecurity

The growing complexity of IT infrastructures has driven a clear trend: the adoption of unified observability solutions. This approach, which integrates the monitoring of all network components and applications into a single platform, is revolutionizing how organizations manage their technological infrastructure.

Unified observability represents a key opportunity for integrators looking to offer their customers advanced solutions. Traditional monitoring solutions often cannot integrate logs and metrics from SD-WAN environments, MS Teams, and many other solutions that export data through complex APIs, Syslog, and other formats.

Simplifying Infrastructure Monitoring with Unified Observability

One of the greatest benefits of unified observability is the ability to monitor all infrastructure elements and their logs from a single platform. Traditionally, organizations have used multiple tools to supervise each part of their environment: networks, applications, databases, storage systems, etc. This fragmented approach complicates management, increases costs, and reduces overall visibility.

With a unified platform, IT and cybersecurity teams have access to a comprehensive view of all critical events and data without needing to switch between multiple interfaces. This centralization not only reduces the risk of human error but also allows for faster and more efficient anomaly detection, improving response capabilities.

syslog and network maps for unified observability

Enhanced Cybersecurity with Unified Observability

Unified observability not only simplifies monitoring but also provides added value in the field of cybersecurity. A platform like Viewtinet integrates all logs generated by the network, systems, and applications, enabling advanced analytics to identify suspicious patterns. This makes it easier to detect potential threats before they escalate. It allows for high-level and low-level dashboards, automated reports, event correlation, and MS Teams notifications, among many other options.

 

Reducing the Load on SIEMs

Moreover, an observability solution can act as an intelligent filter for the SIEM. It collects all logs but only forwards to the SIEM those that meet specific correlation rules. This reduces the load on the SIEM, improving its performance, decreasing licensing costs, and extending log retention periods.

 

The Rise of the Head of Observability

The message resonates so strongly in large enterprises that it has led them to create a new position in their organizational charts: the Head of Observability. Their main mission is to reduce the number of existing log analysis and monitoring tools and gain greater visibility of all new critical services. These new leaders are betting on Viewtinet + APM + OpenTelemetry as the perfect combination to cover 100% of their needs. In some cases, multinationals have managed to reduce 15 different tools to just 2 or 3.

 

A Growing Market Opportunity for Integrators

For integrators looking to capitalize on this trend, the market is full of opportunities. More and more companies, especially those with complex infrastructures, are looking for solutions that allow them to consolidate and optimize their operations. The growing demand for unified observability platforms is driving an increase in the number of projects.

 

Conclusion: The Future of IT Monitoring

Viewtinet Unified Observability is transforming the way companies monitor their IT and IoT environments. By centralizing monitoring tools and optimizing cybersecurity log management, organizations can reduce costs, simplify their ecosystem, and improve operational efficiency. Companies that adopt this approach will be better prepared to face current and future challenges.

monitoring and alarms unified observability

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