iServCloud

With iServCloud's automated deployment of physical servers, the system automatically installs the operating system and software once the host machine is powered on, and configuration can be done directly via the management interface, eliminating the need for manual installation, saving management labor and costs.

# Modern

Features

Enhanced Cloud Architecture

Scalable Cloud Service Architecture

The platform architecture can expand service scale according to usage demands at any time.

Fast Installation and Deployment

With just a few simple steps, bypassing complex installation commands, rapid deployment and mass provisioning become quicker and easier.

Lightweight Installation

Non-essential software packages are not installed, and the system can operate with as little as one machine.

Improved Service Processes

Self-Service Management Interface

Users can manage and operate through the platform interface without executing any system commands.

Standard API Program Interface

It can integrate with internal process systems or instant messaging systems, providing real-time notifications for platform-related messages.

Rolling Version Updates

When updating software or core systems, virtual machines do not need to be shut down, allowing updates to proceed without service interruption.

Enhanced Digital Resilience

Application Service Continuity

Offering high availability and fault tolerance for virtual machines. When a host fails, the system provides corresponding service levels based on configuration parameters, improving digital resilience.

Flexible Cloud Resource Adjustment

Based on current environmental usage, intelligently allocate resources and automatically adjust them.

Real-Time Equipment Monitoring

Monitor the status of equipment resources and receive abnormal alerts. Immediate response is triggered when issues arise.

# Smart System

Cloud Resource Allocation and Dynamic Scheduling

SmartProvision

Define virtual machine allocation strategies based on users and virtual machine templates, selecting the most suitable physical server to activate the virtual machine.