Intelligent Alerting
Scale your operations with the world's only stateful engine, achieve near-zero MTTR
End Alert Fatigue with the First Stateful Telemetry Hub
Move beyond slow, batch-based monitoring. MyDecisive's SmartHub powers the next generation of alerting by operating in real-time directly on your full-scale telemetry stream, offering superior speed and intelligence over legacy SaaS solutions.
Get started with docsAdvanced Alerting Capabilities
Alerts are processed instantly on the data stream, offering super-fast, stateful logic for greater accuracy
Trigger any automation logic directly from your alerts for immediate, intelligent response.
Work with 100% of your telemetry data for maximum precision.
The result is simple: More Visibility. More Precision. More Flexibility.
Zero-Work, 100% Coverage
Crucially, MyDecisive Intelligent Alerting provides an immediate baseline of operational coverage for your entire environment with zero configuration:
100% Coverage: Automatically monitor every service, component, infrastructure element, and application in your estate.
Zero Work: Gain complete coverage instantly upon deployment.
Built on Open Standards, Available as Open Source, Simplified for You
Our alerting system is constructed using critical industry standards-including OpenTelemetry, Kubernetes, and Prometheus. We eliminate complexity, allowing you to benefit from best-in-class technology without the need to learn, manage, or maintain it in your stack.
Stateful vs. Stateless Alerting: Reducing False Positives
| Feature | Stateless Alerting (Legacy SaaS) | MyDecisive Stateful Alerting |
|---|---|---|
| Logic | Instantaneous/Stateless. The system evaluates the current data point in isolation (for example, CPU utilization is currently > 90%). | Contextual/Stateful. The system evaluates the current data point in the context of recent events and current system state. |
| Data Context | Limited. Only sees the metric or log line itself; lacks insight into related events like recent deployments or infrastructure changes. | Full Context (Braided Telemetry). Has full in-memory access to related logs, metrics, and traces, allowing for sophisticated decisions. |
| How it Reduces Noise | Basic. Uses simple delay or n-out-of-m checks, which can still be brittle and miss complex conditions. | Advanced. Enables complex temporal logic, such as alert only if X is true and Y has been true for Z time and successful events have not increased in the last minute. |
| Example Scenario | Intervention required. A server momentarily runs a large background task, spiking CPU for 10 seconds. | No intervention required. The system recognizes the spike but checks if the duration exceeds a 3-minute persistent threshold. |
The Value of Stateful Precision
MyDecisive's SmartHub alerts are designed to enhance operational efficiency through their stateful capabilities:
Alerts are triggered only when conditions are consistently met over a defined time frame, reducing noise from transient spikes that are harmless.
The system evaluates dependencies, ensuring that alerts are context-aware. For instance, it will not trigger an alert for a spike in request latency if a log event indicates that the spike was caused by a planned, non-disruptive cache refresh.
The alerts incorporate sophisticated runbook automation. For example, if latency is high, the system will first attempt an auto-remediation step and will only alert a human if the latency persists for 5 minutes after the remediation attempt.
These features contribute to a more effective and streamlined monitoring process.
Start Your Zero-Work Pilot Today
Get started with docsMyDecisive SmartHub
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