Virtana breaks the old definition of an application by observing the end-to-end system behind every service, not just the code.
When critical applications fail, customers lose trust, leadership loses control, and the brand takes the hit. Virtana exists for that moment—so teams stop guessing, stop arguing, and start proving exactly why performance degrades before failure cascades.
Deep System Visibility
Full-system context replaces isolated monitoring
Legacy APM watches code. Modern failures span systems. Virtana Application Observability follows the full execution path, delivering system-level context so teams identify root cause faster and act with confidence.
Business Transaction and Trace Observability
Follow the transaction, not the noise.
- Trace business transactions end-to-end across services, clusters, nodes, storage, and network paths.
- Identify where time is actually spent and which dependency drives user impact.
- Prioritize fixes by tying trace behavior to business impact and service health.
Log Analysis and Correlation
Turn logs into answers.
- Correlate log events with traces, alerts, and dependency context to pinpoint the failure chain.
- Reduce false positives by clustering related issues into one coherent incident story.
- Accelerate resolution by identifying the most relevant log signals for the impacted transaction.
Synthetic and Availability Observability
Know before customers do.
- Continuously test user paths to detect degradation early.
- Separate true downtime from localized failures across DNS, network paths, and shared services.
- Track availability against business SLAs with clear evidence.
Kubernetes Observability
Make Kubernetes predictable.
- Map services to the Kubernetes resources and runtime dependencies that govern performance.
- Spot contention and instability that traces alone cannot explain, including noisy neighbors and throttling.
- Connect pod and node conditions to the transactions they disrupt.
Breadth by Design
Observe the full system. Wherever it runs.
- Cloud: Follow dynamic services and dependencies across multi-cloud environments.
- On-premises: Deep visibility from bare metal through virtualization and platforms.
- Hybrid: Correlate signals across distributed infrastructure without visibility gaps.
- Air-gapped: Built for secure, disconnected environments, including federal and mission-critical deployments.
