Full-Stack
Infrastructure Visibility
A single pane of glass for your entire infrastructure — from bare-metal hosts and Docker containers to Kubernetes clusters and multi-cloud services. AI detects anomalies before your users notice.
Hosts by Health
CPU
82%
MEM
74%
CPU
43%
MEM
61%
CPU
91%
MEM
88%
CPU
34%
MEM
45%
CPU
22%
MEM
67%
Kubernetes Cluster: prod-us
Cloud Services
postgres-primary
Connections: 184/200
redis-cluster
Memory: 62%
12 buckets
2.4 TB stored
prod-alb
12.4k req/s
34 functions
Cold starts: 2.1%
Every Layer. One Platform.
Whether you run on bare metal, containers, or serverless, TigerOps provides unified visibility with zero gaps.
Host Monitoring
CPU, memory, disk, network, and process metrics from every server — physical or virtual — with automatic anomaly detection.
Container Monitoring
Real-time resource usage, restart counts, OOMKill detection, and per-container network I/O for Docker and containerd workloads.
Kubernetes Monitoring
Node, pod, namespace, and cluster-level metrics with workload health scoring, HPA tracking, and event correlation.
Cloud Integrations
Native integrations for AWS, GCP, and Azure — pulling CloudWatch, Cloud Monitoring, and Azure Monitor data automatically.
Network Monitoring
Flow-level network topology, latency between services, packet loss detection, and DNS resolution monitoring.
Process Monitoring
Track individual process health, resource consumption, and crash events. Know exactly which process is eating your CPU.
Works With Every Infrastructure Stack
Drop-in integrations with the tools your team already uses.
Frequently Asked Questions
How do I install the TigerOps infrastructure agent?
The agent is a single binary that runs as a system service. Installation takes under 30 seconds: download the package, run the installer with your API key, and the agent begins streaming host metrics immediately. On Kubernetes, a Helm chart deploys a DaemonSet that monitors every node automatically with no per-pod configuration.
Does the agent support on-premises and air-gapped environments?
Yes. The agent can be configured to forward telemetry to an on-premises TigerOps collector, which then batches and forwards data to the cloud over a single outbound HTTPS connection. For fully air-gapped environments, TigerOps supports a self-hosted deployment option — contact sales for details.
How does Kubernetes monitoring handle dynamic pod scaling?
The agent discovers pods automatically via the Kubernetes API. As pods are created or destroyed, they appear and disappear in the infrastructure map in real time. Metrics are tagged with namespace, deployment name, pod name, and node name so you can aggregate across replicas or drill into a single pod without any manual configuration.
Can I monitor cloud-managed services like RDS or ElastiCache?
Yes. TigerOps pulls metrics directly from AWS CloudWatch, GCP Cloud Monitoring, and Azure Monitor using read-only IAM roles. This covers services like RDS, ElastiCache, S3, Lambda, Cloud SQL, Cloud Storage, Azure SQL, and hundreds more — all unified in the same infrastructure map alongside your self-managed hosts and containers.
What network-level metrics are available?
The agent collects per-interface byte rates, packet rates, error counts, and TCP connection states. On Linux the eBPF-based network module additionally provides per-process connection tracking, DNS resolution latency, and service-to-service flow maps without requiring any changes to application code or network configuration.
See Your Entire Infrastructure in One View
Deploy the TigerOps agent in 30 seconds and have full infrastructure visibility within minutes.
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