How To Use CloudPanel's Cloud Instance Management Dashboard?

• What Is CloudPanel Dashboard?

• What Are The Features Of CloudPanel Dashboard?

• What Are The CloudPanel's Supported Clouds?

• Why Does The CloudPanel Dashboard Matter To Developers, Admins, And Agencies?

• What Core Stats Does CloudPanel's Dashboard Track?

• How Can You Customize CloudPanel's Dashboard?

• How Do You Set Up CloudPanel's Dashboard?

• How Does CloudPanel's Dashboard Differ From Google Cloud Console?

• FAQs

• Summary

What Is CloudPanel Dashboard?

CloudPanel's dashboard centralizes cloud instance management. It displays CPU usage, memory allocation, and disk I/O.

The dashboard tracks resource consumption across virtual machines. It integrates cloud provider metadata, such as instance IDs and public IPs. Instant data refreshes ensure admins track server states. It reduces latency in decision-making.

The dashboard leverages graphing libraries to visualize load averages and usage trends. It supports quick diagnostics of issues and helps users optimize server performance.

What Are The Features Of CloudPanel Dashboard?

1. Tracks Core Server Health

CPU usage reflects processing load as a percentage of total capacity. Memory tracks RAM allocation in real time. Disk usage monitors storage I/O rates. Load averages reveal system strain over 1, 5, and 15-minute intervals. It ensures proactive resource management.

2. Displays Cloud Provider Details

Instance names identify specific virtual machines. Public IPs enable network access mapping. Region/zone data pinpoints geographic deployment. CloudPanel aggregates these from providers like Amazon Web Services and Microsoft Azure. It simplifies infrastructure auditing without external tools.

3. Offers Instant Monitoring Graphs

Graphs render CPU, memory, and disk metrics over time. They use time-series data for trend analysis. Updates occur in sub-second intervals. It allows spotting spikes or dips. This step helps in preemptive scaling decisions.

4. Manages Security Group Rules

Firewall rules control inbound traffic via port whitelisting. CloudPanel edits these for SSH, FTP, and MySQL. It syncs with provider APIs like AWS Security Groups. This process secures instances without console access.

5. Automates Backup Status Checks

Backup statuses display snapshot completion and timestamps. It integrates with cloud APIs for incremental AMIs. The system verifies disk consistency during backups. It ensures data integrity. Admins confirm recovery points without manual checks.

What Are The CloudPanel's Supported Clouds?

1. Amazon Web Services (AWS)

Amazon Web Services offers scalable EC2 instances and S3 storage. CloudPanel pulls instance IDs, IPs, and region data via APIs. It manages security groups for port access. DNS syncs with Route 53. This management centralizes AWS control and cuts console navigation.

2. DigitalOcean

DigitalOcean provides Droplets with SSD storage. CloudPanel fetches Droplet names, IPs, and region tags. It edits firewall rules for SSH and MySQL access. Domains sync via DNS zones. It simplifies scaling and security in one interface.

3. Google Cloud

Google Cloud runs Compute Engine VMs with encrypted disks. CloudPanel grabs instance names, zones, and IPs. It adjusts firewall rules via APIs. DNS zones integrate with Cloud DNS. It streamlines VM oversight and backup automation.

4. Microsoft Azure

Azure deploys VMs across 60+ regions. CloudPanel extracts instance types, IPs, and region codes. It configures network security groups for port control. DNS integrates with Azure DNS. It unifies hybrid cloud tasks.

5. Hetzner

Hetzner offers NVMe SSD servers with EPYC CPUs. CloudPanel retrieves instance specs and IPs. It sets firewall rules for traffic filtering. Volume scaling syncs via API. It boosts performance tuning and resource allocation.

6. Vultr

Vultr runs Skylake CPUs with NVMe storage. CloudPanel pulls instance IDs, IPs, and data center locations. It manages firewall rules for low-latency networks. DNS zones sync. It optimizes deployment speed and bandwidth.

7. Hostinger

Hostinger provides VPS with AMD EPYC processors. CloudPanel fetches IPs, data center choices, and specs. It controls firewall rules for secure access. Backups run weekly via API. It ensures uptime and project stability.

8. Oracle Cloud

Oracle Cloud offers ARM-based VMs with high IOPS. CloudPanel grabs instance names, IPs, and tenancy data. It adjusts network rules via API. DNS syncs with Oracle DNS. It enhances performance monitoring and cost savings.

Why Does The CloudPanel Dashboard Matter To Developers, Admins, And Agencies?

1. Developers

Developers can see CPU and memory usage per app instance. Instant graphs pinpoint resource hogs in Node.js and PHP. Backup automation ensures code safety, speeds debugging, and streamlines deployment workflows.

2. Admins

Admins can track disk I/O and load averages across fleets. Cloud provider details simplify IP and region tracking. Security rules adjust via dashboard APIs. It cuts manual tasks. It boosts uptime reliability.

3. Agencies

Agencies can oversee client instances with usage trends at a glance. Multi-cloud support centralizes AWS, Azure, and Hetzner management. Backup and firewall controls scale. It enhances service delivery. Resource allocation optimizes costs.

What Core Stats Does CloudPanel's Dashboard Track?

1. Instance info

CloudPanel displays cloud provider names, hostnames, and operating systems. It also shows public IPv4 addresses, instance IDs, types, and regions/zones.

• Cloud Provider: Identifies the hosting platform (e.g., AWS, DigitalOcean). It links CloudPanel to specific APIs.

• Hostname: Shows the server's unique name (e.g., server01). It aids in tracking individual machines.

• OS: Lists the operating system (e.g., Ubuntu 24.04). It confirms compatibility and patch levels.

• Public IPv4: Provides the external IP. It can be 192.168.1.1. It enables network access and troubleshooting.

• ID: Displays the instance's unique identifier (e.g., i-1234567890abcdef0). It ties to provider records.

• Type: Specifies the VM configuration (e.g., t2.micro). It reflects power and cost.

• Region: Shows the geographic location (e.g., us-east-1). It helps optimize latency and compliance.

2. Resource usage

CPU usage graphs load as percentages. Memory usage tracks RAM allocation in real time. Disk usage visualizes storage capacity and I/O trends.

• CPU: This plots processing load as a percentage of total capacity (e.g., 75%). It also shows core usage trends.

• Memory: It monitors RAM allocation in real time (e.g., 1.5 GB used) and reveals memory pressure or leaks.

• Disk: It visualizes storage capacity and I/O trends (e.g., 8 GB free) and highlights space or throughput issues.

3. Load averages

Load averages calculate system strain over different intervals (1, 5, and 15-minute). Calculated as queued processes per core, they reveal performance bottlenecks.

• 1-Minute: Shows average processes queued per core over 60 seconds (e.g., 0.8). It reflects immediate load.

• 5-Minute: Averages queued processes over 300 seconds (e.g., 1.2). It indicates short-term performance trends.

• 15-Minute: This measure measures load over 900 seconds (e.g., 1.5). It reveals sustained system pressure or stability.

How Can You Customize CloudPanel's Dashboard?

1. Customizable Elements

1.1 Links to Cloud Provider Data During Setup (e.g., AWS Instance Info)

CloudPanel fetches instance IDs, IPs, and regions from cloud providers via APIs.

• Steps to Customize

  • Access Setup: Log in to CloudPanel as root via SSH (e.g., ssh root@your-server-ip).

  • Generate API Keys: Create an IAM user with read access in your cloud provider (e.g., AWS Console). Copy the Access Key ID and Secret Access Key.

  • Link Provider: Go to Cloud Settings > Select AWS, paste the keys, and save.

  • Verify Data: Reload the dashboard. Check Instance Info for AWS details such as instance ID and Region.

1.2 UI Language (e.g., English, German, Spanish, etc.)

The dashboard supports over 10 languages. It includes English, German, Spanish, Chinese, and Italian for its interface.

• Steps to Customize:

  • Log In: Access CloudPanel's web UI (e.g., https://your-server-ip:8443) with admin credentials.

  • Open Settings: Click the user profile icon > select Settings.

  • Choose Language: In the Language dropdown, pick a Language option.

  • Save Changes: Save changes. The dashboard will reload in the selected language. For example: "Einstellungen" replaces "Settings" in German).

2. Non-Customizable Aspects

2.1 Fixed Layout—No Widgets or Major UI Edits

In CloudPanel v2.5.1, the dashboard's design remains static. The graphs for CPU, memory, and disk are in fixed positions. You can't add widgets or redesign the UI (e.g., move menus or change themes).

• Fixed Layout: You cannot rearrange pre-set sections. It includes CPU Usage and Load Averages.

• No Widgets: CloudPanel doesn't support adding new metric displays.

• Major UI Edits: Developers lock the color schemes, font sizes, and section orders.

3. Workarounds: Script Custom Feeds with CLI

The CloudPanel CLI (command-line interface) lets you script settings or data feeds. The clpctl tool runs commands like clpctl cloudpanel:set. It tweaks configurations that affect the dashboard.

• Steps to Customize:

  • Access SSH: Log in as root via SSH (e.g., ssh root@your-server-ip).

  • Check CLI: Run clpctl --version to confirm v2.5.1 (e.g., outputs "v2.5.1").

  • Set a Parameter: Switch to test updates: clpctl cloudpanel:set:release-channel --channel='test'. It adjusts the update feed.

  • Script Custom Data: Write a bash script to fetch NGINX logs. Copy script cat /var/log/nginx/access.log | wc -l for request count.

  • Cron Job: Add to cron (crontab -e, then */5 * * * * /path/to/monitor.sh > /tmp/custom-stats.txt) for 5-minute updates.

  • View: Check /tmp/custom-stats.txt, as it won't display on the dashboard.

How Do You Set Up CloudPanel's Dashboard?

1. Install CloudPanel on Ubuntu 24.04 or Debian 12 (1-core, 2GB RAM min)

CloudPanel runs on Ubuntu 24.04 (Noble Numbat) and Debian 12 (Bookworm). It requires at least 1 CPU core and 2 GB RAM.

• Steps:

  • Launch Instance: Create a VM on your cloud provider (e.g., AWS) with Ubuntu 24.04 and Debian 12.

  • Update System: SSH in (ssh root@your-server-ip), then run apt update && apt upgrade -y to patch the OS.

  • Download CloudPanel: Execute wget -qO- https://installer.cloudpanel.io/install.sh | bash. It installs v2.5.1.

  • Confirm Installation: Check version with clpctl --version. The service starts at the moment.

2. Link Your Cloud Provider Using Access Keys or Tokens

CloudPanel connects with providers like AWS and DigitalOcean using API credentials. It fetches instance data through these integrations.

• Steps:

  • Get Credentials: In IAM, create a user with ReadOnlyAccess for AWS. Note the Access Key ID and Secret Access Key. Generate a Personal Access Token for DigitalOcean.

  • Access CloudPanel: Open the web UI (https://your-server-ip:8443) in a browser. Log in with initial credentials.

  • Add Provider: To add a provider, go to Cloud Settings, select your provider (e.g., AWS), input the key/token, and click Save.

  • Verify Link: Dashboard updates with provider data (e.g., Instance ID: i-1234567890abcdef0).

3. Access the Dashboard to track Stats

After setup, the dashboard displays metrics like CPU usage, memory, and instance info.

• Steps:

  • Go to Dashboard: Dashboard is on the left menu in the CloudPanel UI.

  • Check Stats: You can view CPU Usage, Memory, and Instance Info.

  • Ensure Updates: Confirm auto-refresh works (metrics shift in sub-seconds).

4. Optimization Tips

• Enable Automated Backups for Status Visibility (e.g., AWS AMIs)

  Automated backups create snapshots (e.g., AWS AMIs). It tracks instance states visible on the dashboard.

  • Steps:

    1. Access Cloud Settings: In CloudPanel UI, go to Cloud Settings > Backups.

    2. Enable Backups: Toggle Automated Backups on. Set frequency (e.g., daily). Link AWS API keys (already added).

    3. Check Dashboard: Under Backup Status, check

       • Snapshot timestamps (e.g., 2025-03-06 01:00 UTC)

       • Completion status (e.g., Success).

• Activate Cloudflare for Performance Gains Reflected in Metrics

  Cloudflare's CDN and security boost site speed. The dashboard displays the impact through load averages and resource usage.

  • Steps:

    1. Sign Up: Create a Cloudflare account and add your domain (e.g., example.com).

    2. Integrate: Go to Sites > select your site > Cloudflare. Input the API token from Cloudflare.

    3. Enable Features: In Cloudflare's dashboard, turn on caching and DDoS protection. Then, update the DNS to Cloudflare's nameservers.

    4. track Impact: On CloudPanel's dashboard, watch Load Averages drop (e.g., from 1.5 to 0.8) and CPU Usage decrease.

How Does CloudPanel's Dashboard Differ From Google Cloud Console?

1. Multi-Cloud Integration

• CloudPanel: CloudPanel aggregates metadata from AWS, Azure, and DigitalOcean via APIs. It syncs instance IDs, IPs, and firewall rules across providers. This process unifies management without context-switching.

• GCC: Limited to Google Cloud Platform (GCP) resources. It pulls Compute Engine VM data (e.g., zones, IPs) but lacks cross-provider support. GCC restricts oversight to GCP environments.

• Edge: CloudPanel's broader API integration tops GCC's single-cloud focus.

2. Real-Time Metrics Visualization

• CloudPanel: CloudPanel graphs CPU usage and memory allocation with sub-second refreshes. Load averages use time-series data for bottleneck detection. It ensures instant trend analysis.

• GCC: This service displays CPU, memory, and network metrics via Cloud Monitoring. Updates lag by 1-2 seconds. It requires a manual chart setup for load averages and slow diagnostics.

• Edge: CloudPanel's faster refresh rate and prebuilt graphs excel for quick reports.

3. Security Configuration

• CloudPanel: CloudPanel manages firewall rules via provider APIs. It syncs AWS Security Groups and DigitalOcean firewalls.

• GCC: GCC configures VPC firewall rules within GCP. Edits need navigating the console or CLI (e.g., cloud compute firewall rules). Latency in rule propagation delays enforcement.

• Edge: CloudPanel's direct, multi-cloud security sync outperforms GCC's GCP, slower process.

4. Backup Status Tracking

• CloudPanel: CloudPanel monitors automated snapshot statuses with timestamps. It tracks completion flags for snapshots like AWS AMIs. It verifies disk consistency via cloud APIs. This process simplifies recovery point validation.

• GCC: GCC tracks GCP snapshots in Cloud Monitoring, but visibility requires custom dashboards. No native consistency checks exist, so users must query APIs for details.

• Edge: CloudPanel's integrated backup excels GCC's fragmented approach.

5. Supported Metrics Scope

• CloudPanel: CloudPanel tracks CPU, memory, disk usage, and load averages. It omits network traffic and I/O rates, requiring external tools. This tracking helps focus on core health.

• GCC: GCC Monitors CPU, memory, disk, network ingress/egress, and latency. It monitors them via Cloud Monitoring. A broader scope comes with setup overhead for non-default metrics.

• Edge: CloudPanel's streamlined core metrics outpace GCC's wider but complex setup.

6. Deployment and Access

• CloudPanel: CloudPanel runs on Ubuntu 24.04 and Debian 12 VMs. The setup is lightweight and is accessible via web UI.

• GCC: Web-based, tied to GCP's infrastructure. Access requires a GCP project and IAM roles. Heavier dependency on Google's ecosystem increases onboarding time.

• Edge: CloudPanel's lean, flexible deployment beats GCC's GCP-bound access model.

Feature	CloudPanel	Google Cloud Console
Multi-Cloud Support	Syncs AWS, Azure, DigitalOcean, etc.	GCP, no external provider integration
Real-Time Metrics	Sub-second CPU, memory, disk graphs	1-2s lag, manual load average setup
Security Rules	Instant API-driven firewall edits	Slower GCP VPC rule updates via console
Backup Tracking	Native snapshot status with consistency	Custom dashboard needed, no consistency
Customization	Fixed UI, CloudPanel CLI Commands workarounds	Native widget flexibility
Metrics Scope	Core health (CPU, memory, disk)	Broad (network, latency), setup-heavy
Deployment	Lightweight	GCP project required

FAQs

1. What reference supports CloudPanel's dashboard features?

CloudPanel's official v2.5.1 details features like backup status and security rules. GitHub forums offer community insight into the health and performance of your resources.

2. How do I track network traffic with CloudPanel's dashboard?

CloudPanel doesn't track network traffic. To detect anomalies, use the CloudPanel CLI commands. You can also scrape data from different sources, such as NGINX logs, and display it in widgets.

3. How does CloudPanel handle high-traffic spikes on the dashboard?

CloudPanel's dashboard scales with sub-second metric updates. It tracks CPU spikes and load averages. It ensures admins spot overloads fast. Resource graphs stay responsive, aiding quick scaling decisions.

4. Can CloudPanel's dashboard manage many sites in one instance?

Yes, CloudPanel monitors many sites per instance. It tracks combined CPU and memory usage. CloudPanel applies site-specific firewall rules via API. It simplifies multi-tenant management without extra tools.

5. How does CloudPanel ensure dashboard uptime during updates?

CloudPanel's v2.5.1 update process runs in the background. Dashboard access stays active via the web UI. CLI stability fixes prevent interruptions, and admins can continue quick monitoring.

Summary

CloudPanel's cloud instance management dashboard offers a unified view of cloud resources. It enhances server monitoring, automates security, and optimizes performance for seamless cloud operations.

• CloudPanel supports seamless integration with many cloud providers for instance management.

• The dashboard displays CPU, memory, and disk usage for up-to-the-minute monitoring.

• Automated security controls help manage firewall rules and access permissions.

• Backup automation ensures data integrity and recovery without manual intervention.

• Performance graphs and load metrics assist in optimizing cloud resource use.

Explore CloudPanel to streamline cloud management and enhance server performance.