Platform Architecture
The Virtana Platform is built on a unified system architecture that models relationships across applications, infrastructure, services, and AI factories. This shared foundation captures and correlates telemetry and context to power cross-platform services such as AI agents, the Model Context Protocol server, and natural language query and response.
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AI Factory Observability
Maps AI environments as full-stack execution systems, correlating GPU and CPU infrastructure, orchestration, storage, network performance, and LLM execution into a single operational context. By linking performance to cost, capacity, and workload outcomes, organizations gain control over AI infrastructure rather than simply monitoring it.
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Application Observability
goes beyond legacy APM by modeling the entire system behind the application and automatically correlating code-level signals with downstream infrastructure, network, storage, Kubernetes, and AI constraints. Instead of exposing symptoms, it surfaces system-level root cause with evidence ready for action.
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Infrastructure Observability
provides deep visibility into storage, virtualization, network, and compute resources, including CPUs and GPUs, continuously modeling infrastructure dependencies and resource interactions. This system-level view exposes the constraints and resource contention that silently drive cascading performance degradation.
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Service Observability
models business services as interconnected systems, linking technical telemetry to business outcomes such as availability, performance, and service risk. By assessing service impact first and correlating signals across domains, IT leaders gain real-time visibility into which business capabilities are at risk and why.
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Breadth and Depth by Design
- Extend visibility across compute observability, hyperconverged infrastructure, operating system performance, and virtualization layers to understand how infrastructure constraints affect service delivery.
- Monitor the full storage estate with storage observability across block storage, network-attached storage, object storage, Fibre Channel, iSCSI, and NVMe environments.
