Cloud Hosting
Auto-scaling, high-availability cloud infrastructure with built-in load balancing and failover.
What is Cloud Hosting?
Cloud Hosting distributes your application across a cluster of virtualized servers with automatic load balancing, failover, and resource scaling. Unlike a single VPS, if one node fails, your application continues running on other nodes — achieving true high availability.
Our cloud platform is built on a distributed architecture with shared NVMe storage, software-defined networking, and an intelligent orchestrator that monitors resource usage in real-time. When traffic spikes, the system automatically provisions additional compute nodes; when traffic subsides, it scales down to minimize cost.
Every cloud hosting plan includes a managed load balancer, free SSL, automatic daily backups across multiple availability zones, and a 99.99% uptime SLA backed by service credits. Deploy in any of our 18+ global regions with a single click.
Key Features
Everything included with Cloud Hosting, ready to use from day one.
Auto-Scaling
Automatically add or remove compute nodes based on CPU, RAM, and traffic thresholds. Scale from 1 to 100 nodes in seconds.
High Availability
Your application runs across multiple physical servers. If one fails, traffic is instantly rerouted — zero downtime.
Managed Load Balancer
Built-in Layer 7 load balancer with health checks, session affinity, and SSL termination. Distributes traffic across all active nodes.
Multi-AZ Redundancy
Data is replicated across multiple availability zones. Survive an entire data center outage without losing data or uptime.
Global Edge Network
Deploy in 18+ regions worldwide. Move your application closer to your users for lower latency.
Horizontal & Vertical Scaling
Scale out (add nodes) or scale up (bigger nodes) independently. Mix and match node sizes within the same cluster.
Automated Failover
Health checks monitor every node. If a node becomes unresponsive, it's replaced automatically within 30 seconds.
Pay-as-You-Scale
Pay only for the resources you use. Auto-scaling means you're never paying for idle capacity during low-traffic periods.
Technical Specifications
How Cloud Hosting Works
A visual breakdown of how Cloud Hosting connects to the platform backend.
Global DNS & CDN
Load Balancer Layer
Compute Cluster
Storage & Data
Use Cases & Examples
Real-world scenarios where Cloud Hosting delivers value.
E-Commerce at Scale
An online store experiences 10x traffic spikes during Black Friday sales. Cloud hosting auto-scales to handle the surge, then scales down when the sale ends — paying only for peak capacity during the spike.
Example: A Shopify alternative built on cloud hosting scales from 2 to 40 nodes during a flash sale, handles 50,000 concurrent shoppers, then scales back to 2 nodes — costing $14.99/hour during peak vs. $14.99/month normally.
High-Traffic Blog / News Site
A news site that goes viral needs to handle sudden traffic spikes without going down. Cloud hosting's auto-scaling and load balancing ensure the site stays fast even when a story goes viral on social media.
Example: A tech blog with 10K daily visitors gets a story on the front page of Hacker News. Traffic spikes to 500K visitors in an hour — the cloud cluster auto-scales from 2 to 12 nodes and stays fast throughout.
API Backend for Mobile Apps
A mobile app backend needs to handle variable traffic from thousands of concurrent users. Cloud hosting provides the elasticity to handle traffic peaks and the reliability to ensure 99.99% uptime.
Example: A fitness app's API backend runs on cloud hosting, auto-scaling during morning/evening workout peaks and scaling down overnight — reducing costs by 60% compared to a fixed-capacity VPS.
Backend Integration
How Cloud Hosting connects to the platform's backend systems.
Data Entity
HostingAccount
Backend Function
provisionHostingAccount
Automation Workflow
Auto-Provision Hosting Account
Cloud provisioning creates a HostingAccount with cloud-specific metadata (cluster ID, node count, auto-scaling config). The orchestrator schedules nodes across the least-loaded hypervisors, configures the load balancer, sets up multi-AZ storage replication, and registers health checks — all within 90 seconds.
Frequently Asked Questions
How is cloud hosting different from VPS?
A VPS is a single virtual server. Cloud hosting runs your app across a cluster of servers with auto-scaling, load balancing, and automatic failover — if one node dies, your app keeps running.
How does auto-scaling work?
You set minimum and maximum node counts plus scaling triggers (CPU > 70%, etc.). The orchestrator adds nodes when triggers fire and removes them when traffic subsides.
What happens during a data center outage?
Multi-AZ replication means your data exists in multiple availability zones. If one AZ goes down, traffic is routed to another — your app stays online.
Can I fix the number of nodes?
Yes. Set min and max nodes to the same value for a fixed-capacity cluster, or allow a range for auto-scaling.
Related Services
VPS Hosting
Dedicated resources, full root access, and complete isolation — scale on demand without sharing.
Dedicated Servers
Bare metal power for mission-critical workloads — no virtualization overhead, no resource sharing.
Content Delivery Network (CDN)
Global edge network caching your content in 300+ PoPs — instant page loads worldwide.
Load Balancer
Distribute traffic across multiple servers with health checks, SSL termination, and session affinity.
Ready to get started with Cloud Hosting?
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