# Decentralised Load Balancing Architecture

To ensure high availability and horizontal scalability, DeCloudX implements a decentralized load balancing and traffic distribution model—similar in principle to AWS Elastic Load Balancing, but powered by a distributed mesh of compute nodes.

**🔄 Horizontal Scaling via Multi-Instance Containers**

Rather than relying on a single node with large memory (e.g., 5GB RAM), applications can be deployed as multiple smaller containers across the network:

* Example: An app needing 5GB RAM can be split into three containers using 2GB, 1.5GB, and 1.5GB respectively.
* Each container runs on a different compute node in DeCloudX.
* The total processing capacity is preserved while eliminating single-node dependency.

**🌐 Gateway-Driven Traffic Distribution**

DeCloudX includes decentralized gateway nodes that serve as intelligent routing layers:

* Accept incoming traffic to `.dcx` domains or mapped Web2 domains.
* Distribute traffic to healthy, geographically optimal compute nodes.
* Perform failover rerouting if a node goes offline.

This design ensures that no single point of failure can bring down the backend, and performance remains consistent across global users.

**🛠️ Configuration Parameters (Sample)**

```
app_name: khunti-backend
image: khunti/php:latest
replicas: 3
router: enabled
autoscale: true
warm_standby: 1
```

**⚙️ Benefits of DeCloudX Load Routing**

| Feature                 | Functionality                                                 |
| ----------------------- | ------------------------------------------------------------- |
| Load Balancing          | Routes traffic evenly across all active replicas              |
| Redundancy              | Ensures no downtime from single-node failures                 |
| Geo-Routing             | Connects users to the nearest available node                  |
| Warm Standby Nodes      | Automatically promotes standby containers in case of failures |
| Stateless Microservices | Recommended design for dynamic scaling and fast failover      |

This model brings AWS-grade infrastructure behavior into a fully decentralized, sovereign, and trustless environment—empowering builders to launch globally resilient applications with zero reliance on Big Tech cloud providers.