Traffic Control
Centralized Request
Distribution
Route requests across backend resources.
Centralized
ROUTING
Multiple
ENDPOINTS
Dynamic
TRAFFIC FLOW
LOAD BALANCER
Distribute Traffic Across Cloud Resources
Host360 Load Balancer distributes incoming application traffic across multiple backend resources to support workload distribution, service availability, and efficient request handling for cloud applications.
TRUSTED BY
AI Teams, Studios & Enterprises Run on Host360
From early-stage AI startups to Fortune 500 R&D labs.
Vyapar AI
Krisha Health
BharatPay
Atlas Genomics
Suraksha Insurance
Lumen Edtech
Drishti Manufacturing
Federal Exchange of India
Vyapar AI
Krisha Health
BharatPay
Atlas Genomics
Suraksha Insurance
Lumen Edtech
Drishti Manufacturing
Federal Exchange of India
Vyapar AI
Krisha Health
BharatPay
Atlas Genomics
Suraksha Insurance
Lumen Edtech
Drishti Manufacturing
Federal Exchange of India
Vyapar AI
Krisha Health
BharatPay
Atlas Genomics
Suraksha Insurance
Lumen Edtech
Drishti Manufacturing
Federal Exchange of India
TRAFFIC MANAGEMENT SPECIFICATIONS
Manage and Route Application Traffic
Host360 Load Balancer distributes incoming requests across backend resources and provides centralized traffic routing for cloud applications and services.
- Service TypeLoad Balancer
- Traffic DirectionInbound Requests
- Routing FunctionRequest Distribution
- Backend ResourcesMultiple Endpoints
- Traffic ScopeApplication Layer
- Resource IntegrationVirtual Machines & Services
- Deployment ModelCloud-Based Service
- Request HandlingCentralized Routing
Support Reliable Traffic Distribution
Route application requests efficiently across cloud resources and services through centralized traffic management.
Use Cases Served
- Business Websites
- Customer Portals
- SaaS Platforms
Outcomes Delivered
Distribute incoming traffic across application resources.
Use Cases Served
- REST APIs
- Microservices
- Backend Platforms
Outcomes Delivered
Centralize traffic management for service requests.
Use Cases Served
- Scaled Applications
- Multiple VMs
- Distributed Services
Outcomes Delivered
Route requests across available resources.
Use Cases Served
- Business Systems
- Internal Applications
- Enterprise Services
Outcomes Delivered
Simplify access to internal application resources.
Delivered Through
API Routing
Service Access
Endpoint Management
Use Cases Served
- REST APIs
- Microservices
- Backend Platforms
Outcomes Delivered
Centralize traffic management for service requests.
Delivered Through
API Routing
Service Access
Endpoint Management
2 / 4
Traffic Management
Optimize Application Traffic Flow
Distribute and manage application requests.
Centralized Request
Routing
Request Routing
Forward requests to target resources.
Traffic FlowEndpoints
Distribution
Backend Allocation
Spread traffic across resources.
InstancesServices
Availability
Resource Selection
Direct traffic to active endpoints.
EndpointsRequests
Architecture
Architecture
Present multiple resources as one.
Unified AccessServices
TRAFFIC DEPLOYMENT
Deploy and Manage Load Balancing Services
Configure traffic distribution for applications and services through a structured deployment workflow.
LOAD BALANCING MODELS
Choose the Right Traffic Distribution Approach
Different application architectures require different traffic management models. Select the approach that best fits your workload requirements.
| Feature | Internet Facing Traffic Public Applications Route requests from external users. Contact Sales External Access | Private Traffic Internal Services Manage traffic between services. Contact Sales Internal Access | Shared Traffic Layer Multi Service Platforms Support multiple application services. Custom Quote Platform Scale |
|---|---|---|---|
| Primary Traffic Source | Internet Users | Internal Systems | Multiple Applications |
| Traffic Scope | External Requests | Service Requests | Mixed Workloads |
| Typical Workloads | Websites | Business Systems | SaaS Platforms |
| User Access | Public Access | Restricted Access | Shared Access |
| Request Destination | Application Servers | Internal Endpoints | Service Groups |
| Architecture Focus | User Traffic | Service Connectivity | Platform Operations |
| Operational Goal | Application Delivery | Service Communication | Traffic Consolidation |
TRAFFIC MANAGEMENT RESOURCES
Explore Related Application Delivery Services
Discover networking and application delivery services that complement load balancing deployments.
NETWORKING
Virtual Private Cloud
Build isolated networks for workloads.
INFRASTRUCTURE
Virtual Machines
Deploy backend application resources.
SECURITY
Web Application Firewall
Filter and inspect web traffic.
NETWORKING
DNS Management
Route domain traffic to services.
OPERATIONS
Application Monitoring
Track application performance metrics.
ARCHITECTURE
High Availability Design
Design resilient application platforms.
FREQUENTLY ASKED QUESTIONS
Load Balancer FAQ
Learn how load balancers distribute traffic, support application delivery, and simplify traffic management across cloud environments.
A load balancer is a service that distributes incoming application requests across multiple backend resources to manage traffic flow and application access.
Load balancers help organizations manage incoming traffic efficiently by directing requests to available application resources.
Load balancers are commonly used for web applications, APIs, business platforms, SaaS applications, and internal services.
Yes. A load balancer can distribute requests across multiple application instances, virtual machines, containers, or services.
Yes. A load balancer acts as an intermediary layer that receives requests and forwards them to appropriate backend resources.
Yes. Load balancers are commonly used in environments where applications run across multiple resources and require centralized traffic management.
Talk To Us
We reply within 2 hrs · IST business hours
Simplify Application Traffic Management
Route requests across application resources through a centralized load balancing service designed for modern cloud workloads and business applications.