Load Balancing - Serverwala
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Serverwala

Load Balancing

When traditional approaches fall short, trust us to provide a load-balancing solution that simply works and adapts to your changing environment. Our consultative support ensures you meet your commitments, while we alleviate stress by resolving existing and future issues. Let us help you achieve your vision by optimizing your network traffic distribution as well as improving service capability and application availability.

Ampere Dedicated Server

Our Price

Commitment :

Intel Xeon E-2174G

$ 20 / Month
  • CPU:
  • 1
  • RAM:
  • 1 GB
  • Disk space:
  • 10 GB SSD
  • Unlimited Transfer:
  • Bandwidth:
  • 100 Mbps

Intel Xeon E-2174G

$ 20 / Month
  • CPU:
  • 1
  • RAM:
  • 1 GB
  • Disk space:
  • 10 GB SSD
  • Unlimited Transfer:
  • Bandwidth:
  • 100 Mbps

Intel Xeon E-2174G

$ 20 / Month
  • CPU:
  • 1
  • RAM:
  • 1 GB
  • Disk space:
  • 10 GB SSD
  • Unlimited Transfer:
  • Bandwidth:
  • 100 Mbps

Intel Xeon E-2174G

$ 20 / Month
  • CPU:
  • 1
  • RAM:
  • 1 GB
  • Disk space:
  • 10 GB SSD
  • Unlimited Transfer:
  • Bandwidth:
  • 100 Mbps

Serverwala

How It Works?

Experience the power of our global content delivery network (CDN) as it serves as a dedicated load balancer for your website or application. Through a user-defined distribution policy, traffic is intelligently routed across multiple servers within your data center.

With routing changes happening seamlessly at the CDN level, you can enjoy optimal performance without delays caused by TTL restrictions. Continuous monitoring and flexible configuration options give you enhanced control over your load balancing setup.

Application Layer Server Load Balancing

Gain maximum visibility into your site visitor traffic with real-time monitoring and analysis of HTTP/S requests to each server. This comprehensive insight enables high performance and optimal utilization of resources.

Control and Visibility

Achieve complete control and visibility over your load balancing setup by leveraging our monitoring and analysis capabilities. With instant insights into HTTP/S requests to each server, you can ensure high performance and efficient resource allocation.

Choice of Distribution Method

Tailor your load balancing strategy to your specific needs with the flexibility to choose the most suitable distribution method. Our load balancing solution offers a range of options to optimize traffic distribution and enhance overall performance.

Health Monitoring and Failover

Ensure the availability and reliability of your applications with our robust health monitoring and failover mechanisms. Real-time monitoring and analysis of HTTP/S requests to each server help identify and address issues promptly, minimizing downtime and maintaining a seamless user experience.

Load Balancer Use Cases

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Efficiently Manage E-commerce Peaks

During periods of high e-commerce activity, Load Balancer distributes workloads across multiple servers, ensuring optimal performance, continuous availability, and preventing server overload.

...

Seamless Service Continuity

In the event of a faulty or slow main server, Load Balancer automatically redirects traffic to a healthy secondary server, guaranteeing uninterrupted service for users and minimizing disruptions.

...

Enhanced Security and Performance

By implementing ACLs (Access Control Lists), Load Balancer provides heightened security and network performance for your websites and applications. It allows you to authorize only legitimate connections, such as to Kubernetes pods, offering your customers an improved level of service and an enhanced user experience.

Under the hood

Bandwidth

Supports bandwidth of up to 4Gbps, ensuring efficient data transfer and smooth application performance.

Multi-cloud Compatibility

Provides compatibility with LB-GP-L and LB-GP-XL, allowing seamless integration and load balancing across multiple cloud platforms.

Health Checks

Conducts health checks for various protocols including HTTP(S), MySQL, PgSQL, LDAP, REDIS, and TCP. Ensures the availability and optimal functioning of backend servers.

Balancing Algorithms

Utilizes a range of balancing algorithms, including round-robin, sticky sessions, least connection, and first healthy. Distributes traffic intelligently to optimize server utilization.

Backend Servers

Supports unlimited backend servers, providing flexibility and scalability to accommodate the needs of growing applications.

Redundancy

Ensures high availability by implementing redundancy mechanisms, minimizing service disruptions and enhancing application reliability.

Traffic Encryption

Offers multiple options for traffic encryption, including SSL/TLS bridging, passthrough, and offloading. Safeguards data integrity and confidentiality during transit.

HTTPS

Supports encryption and custom SSL certificates, enabling secure communication over HTTPS for enhanced trust and data protection.

How to Utilize Free LoadMaster Load Balancer

Development and Test Environments

Leverage the Kemp Free LoadMaster to mitigate risks during service development and testing. Ensure seamless delivery in a production environment while minimizing complexities.

Open Source Load Balancer

Users Simplify the usage of open source load balancers and reduce inherent complexities and risks. Benefit from the capabilities of the Free LoadMaster to enhance load balancing efficiency.

Active Directory Federation Service (ADFS)

Deploy a load balanced ADFS service with the Free LoadMaster, integrating both in-house ADFS and cloud-based ADFS deployments (e.g., Azure, Amazon Web Services, or vCloud Air). Maintain service availability during site outages.

Application PCI Compliance Validation

For organizations processing credit card data and adhering to PCI standards, the Free LoadMaster assists in validating application PCI compliance. Ensure secure and compliant handling of sensitive cardholder information.

Windows Network Load Balancing (WNLB) Replacement

Replace WNLB with the Free LoadMaster to benefit from enhanced server and application status awareness. Achieve smarter load balancing capabilities, improving performance and reliability.

Key Features

Health Monitoring

Ensure the availability of your backend servers by setting up health checks for web servers, databases, and TCP services. Real-time monitoring allows automatic traffic redirection when a server becomes unresponsive.

Traffic Regulation and Proxying

Utilize Load Balancer's flexible balancing rules, such as round-robin, sticky connections, least connection, or first healthy, to efficiently manage traffic based on your specific use cases.

Unlimited Backend Scalability

Scale your infrastructure on-demand without limitations by adding as many backend servers as needed. Distribute traffic seamlessly across multiple platforms with the multi-cloud offering.

Access Control Lists (ACLs) Permissions

Enhance security by filtering and permitting only authorized IP addresses to connect to your servers. Prevent unwanted visitors from accessing your network bandwidth.

Multi-Cloud Connectivity

Distribute traffic across various platforms and on-premises servers or instances, creating a resilient infrastructure that is not dependent on a single platform.

Kubernetes-Ready

Expose your containers and pods to the internet, providing a common DNS and IP address, and efficiently balance workloads using Load Balancer.

Up to 4Gbit/s Bandwidth

With generous bandwidth capacity, Load Balancer supports a wide range of use cases. Enjoy a fixed pricing structure without surprise charges for egress traffic.

Protocol Flexibility

Configure your Load Balancer's backend and choose the desired protocol (HTTP, HTTPS, HTTP/2, HTTP/3, or TCP) for efficient data transmission.

Traffic Encryption

Optimize network performance by securely passing SSL/TLS-encrypted data through the Load Balancer without decryption, accelerating backend request processing and ensuring end-to-end security.

Encryption Bridging

Use Load Balancer as a bridge to decrypt incoming encrypted traffic at the frontend and re-encrypt it before forwarding to backend servers. This ensures comprehensive end-to-end security and protects sensitive data.

Frequently asked questions

What is Load Balancer?
Load Balancers are fully managed and highly available instances that distribute workloads among servers. They ensure application scalability and continuous availability, improving the performance and reliability of websites, applications, databases, and other services.
What is the purpose of a load balancer?
An Application Load Balancer serves as the centralized contact point for clients, distributing incoming application traffic across multiple targets (e.g., EC2 instances) in different Availability Zones. This increases application availability and can be configured with one or more listeners.
What are the types of load balancers?
Amazon Elastic Container Service supports different load balancer types, including Application Load Balancers and Network Load Balancers. These load balancers are used to route HTTP/HTTPS (Layer 7) traffic and provide load balancing functionality for Amazon ECS services.
What is the role of a load balancer at different layers?
Load balancers can be categorized into two main types: layer 4 and layer 7. Layer 4 load balancers make routing decisions based on information defined at the networking transport layer, while layer 7 load balancers operate at the application layer, making decisions based on factors specific to that layer.
Is a load balancer a single server?
Load balancers, specifically server load balancers (SLBs), are designed to provide availability and scalability within a single site or local area network (LAN). They ensure that applications can handle increased traffic and scale beyond the capacity of a single server.
Is a load balancer physical or virtual?
A hardware load balancer utilizes physical hardware mounted in racks on-premises. While capable of handling high traffic volumes effectively, hardware load balancers can be expensive and limit flexibility. In contrast, a virtual load balancer utilizes the same code as a physical appliance but operates in a virtualized environment, offering more flexibility and scalability.

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