One public IP, many services, one cloud platform foundation.
This VPS is being shaped into a reusable platform for websites, APIs, customer portals, documentation, monitoring, and future Kubernetes-hosted products. The dashboard below reads live server and container status directly from the machine.
Public IP
Current entry point
Ubuntu
noble
Docker
Running containers
HTTPS
A trusted Let's Encrypt certificate can be issued after a real domain points to this VPS.
CPU Usage
100.0%2 vCPU cores
Memory
1.5%0.06 / 4.0 GB
Disk
15.8%6.17 / 39.08 GB
Uptime
Last updated 2026-07-10 12:54:20 UTC
Live Resource Trend
CPU, memory, and disk usage refresh automatically from the VPS.
Platform Services
Base operating system for the VPS
Ubuntu 24.04 LTSPublic reverse proxy and future TLS endpoint
Routes traffic to dashboard, Portainer, Grafana, and PrometheusRuns isolated application containers
29.6.1Container management portal
https://5.39.37.7:9443Collects metrics from services and exporters
/prometheus/Visualizes infrastructure metrics
/grafana/Exports host CPU, RAM, disk, and network metrics
Prometheus targetFuture orchestration layer for pods and services
Prepared, but kubeadm is blocked on this LXC VPS. Use a full Ubuntu VM for the cluster.Distributes requests across replicas
Nginx now; Kubernetes Service/Ingress laterPrivate admin access to infrastructure
Not active yetDatabase layer for future apps
Not active yetDocker Containers
| Name | Image | Status |
|---|---|---|
| cloud-dashboard | dashboard-dashboard:latest | running |
| grafana | grafana/grafana-oss:latest | running |
| prometheus | prom/prometheus:latest | running |
| node-exporter | prom/node-exporter:latest | running |
| portainer | portainer/portainer-ce:lts | running |
Kubernetes Readiness
Cluster State
plannedPrepared, but kubeadm is blocked on this LXC VPS. Use a full Ubuntu VM for the cluster.
| Nodes | 0 |
| Pods | 0 |
| Deployments | 0 |
| Services | 0 |
Traffic Flow
A records will point vaishaktech.com and other domains to the same public IP.
The browser connects to 5.39.37.7 on port 80 or 443.
Nginx inspects the hostname and path, then forwards traffic to the right backend.
Dashboard, Portainer, Prometheus, Grafana, and exporters run in isolated containers.
Kubernetes Ingress will route domains to Services, which load-balance across Pods.
Network Interfaces
| Interface | State | Addresses | Traffic |
|---|---|---|---|
| bonding_masters | unknown | 0 MB RX / 0 MB TX | |
| br-7a50d0e63328 | up | 0 MB RX / 0 MB TX | |
| docker0 | down | 0 MB RX / 0 MB TX | |
| eth0 | up | 1.59 MB RX / 3.66 MB TX | |
| eth1 | up | 0 MB RX / 0 MB TX | |
| lo | unknown | 0.07 MB RX / 0.07 MB TX | |
| veth1f1a502 | up | 0 MB RX / 0 MB TX | |
| veth32f410e | up | 0 MB RX / 0 MB TX | |
| veth4596baf | up | 0 MB RX / 0 MB TX | |
| veth9662e9b | up | 0 MB RX / 0 MB TX | |
| vethd99b443 | up | 0 MB RX / 0 MB TX | |
| wg0 | unknown | 0 MB RX / 0 MB TX |
Installed Software
| Software | Package | Version |
|---|---|---|
| Docker Engine | docker-ce | 5:29.6.1-1~ubuntu.24.04~noble |
| Docker Compose | docker-compose-plugin | 5.3.1-1~ubuntu.24.04~noble |
| Nginx | nginx | 1.24.0-2ubuntu7.13 |
| Certbot | certbot | 2.9.0-1 |
| Containerd | containerd.io | 2.2.5-1~ubuntu.24.04~noble |
| Git | git | 1:2.43.0-1ubuntu7.3 |
| Python | python3 | 3.12.3-0ubuntu2.1 |
| Kubeadm | kubeadm | not installed |
| Kubectl | kubectl | not installed |
| Kubelet | kubelet | not installed |
| WireGuard | wireguard | not installed |
| PostgreSQL | postgresql | not installed |
Future Domains On The Same IP
Each domain will use an A record pointing to this VPS. Nginx or Kubernetes Ingress will route requests by hostname.
How The Platform Works
Docker
Packages each application with its dependencies so it runs consistently and independently.
Kubernetes
Schedules containers as Pods, keeps replicas healthy, and enables rolling updates and scaling.
Nginx
Acts as the public front door, reverse proxy, load balancer, and HTTPS endpoint.
DNS
Maps human-friendly domain names to the VPS public IP. Multiple domains can share one IP.
SSL
Encrypts browser traffic. The IP uses a self-signed certificate now; domains can use Let's Encrypt later.
Load Balancing
Spreads requests across multiple backends or Kubernetes replicas to improve reliability and scale.