Topology-Powered Observability

Only StackState provides a complete picture of the state of your stack at every moment in time. The result? You prevent issues and crush resolution times.

What Is Topology-Powered Observability?

Topology captures the relationships between components in your IT environment and creates the context you need for effective observability.

StackState’s topology-powered observability tracks every change in topology and correlates it with system-wide telemetry data in real time and over time. The secret sauce? Our 4T® Data Model. It provides the foundation to five common use cases.

Five Use Cases for Topology-Powered Observability

Unify, Correlate and Visualize

All your observability data contextualized in one data fabric

Are your efforts to meet SLOs blocked by siloed telemetry data that lacks common context? Bring it all together and create the shared observability data foundation you need to keep up with accelerating change.

StackState is purpose-built to play nicely with other technologies. It aggregates existing telemetry data from other sources, correlates that data with StackState-collected telemetry and delivers an integrated topology-powered data fabric.

unify correlate visualize hexagon

Find Root Cause

Troubleshoot in record time and reduce MTTR

When something breaks, the first question is usually “What changed?” If you can't see how your topology is changing over time, you're missing an essential piece of the puzzle.

Topology-Powered Observability highlights dependencies, provides context and shows how your stack changes over time. StackState will automatically provide you with a list of probable causes. You can quickly determine which change is the root cause of an incident and fix it fast.

Analyse Root Cause

Reduce Alert Noise

Focus your incident resolution efforts

In the middle of an alert storm, which alerts matter? What’s the signal and what’s the noise?

StackState’s Topology-Powered Observability understands the upstream changes that cause downstream problems. It uses that insight to logically group related alerts and prioritizes the ones that need your attention.

Reduce Alert Noise

Determine Business Impact

Understand the effect of change and assign accountability

How will this change impact my business? What dependent components and associated services are affected by a specific incident? What is the business priority to fix an issue and who needs to be involved?

Topology-Powered Observability shows you how every change in your environment relates to your business…and enables you to determine the full impact of change.

Determine Business Impact

Prevent Problems Proactively

Use advanced monitors and AI-powered anomaly detection to avoid failures

StackState’s combines Topology-Powered Observability and AIOps, giving you the innovative new capabilities you need to eliminate problems before they impact your users.

“Intellectuals solve problems, geniuses prevent them.” - Albert Einstein

Prevent Problems Proactively

4T Data Model: 4 Essential Dimensions of Observability

StackState combines four dimensions of observability data into a single data fabric: Topology, Traces, Telemetry and Time. Our powerful 4T Data Model is enabled by a versioned graph database that stores relationships between objects, correlated with each object’s telemetry and trace data, at every moment in time. StackState’s 4T Data Model delivers insight into your entire IT landscape by capturing every millisecond of change, from any source, and visualizing your stack both historically and in real time.

4T Data Model - Time Homepage lg

Unify Observability for Your Entire IT Environment

StackState ingests telemetry data (metrics, events and logs) from all of your IT systems - such as monitoring, provisioning, deployment and configuration management tools - as well as from StackState’s own agent. Out-of-the-box StackPacks support more than 65 integrations to your favorite technologies.

Integrations Desktop

Customer Success


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