Alternatives to HAProxy Enterprise

SKUDONET provides IT leaders with a cost effective platform that focuses on simplicity and flexibility. It ensures high performance of IT services and security. Effortlessly enhance the security and continuity of your applications with an open-source ADC that enables you to reduce costs and achieve maximum flexibility in your IT infrastructure.

Squid is a caching proxy that supports HTTP, HTTPS and FTP. It caches and reuses frequently requested web pages, which reduces bandwidth and improves response time. Squid is a powerful server accelerator with extensive access controls. It is compatible with all operating systems, including Windows. Squid is used worldwide by hundreds of Internet Providers to provide the best web access. Squid optimizes data flow between client/server to improve performance, cache frequently-used content to reduce bandwidth usage, and caches it to increase speed. Squid can route content requests to servers in many ways to optimize network throughput. Squid is used by thousands of websites all over the Internet to dramatically increase their content delivery. Squid can help reduce server load and increase delivery speeds to clients.

We offer the most user-friendly technology without sacrificing performance or features. We back it up with exceptional support and care delivered under a fair, cost-effective pricing model Our technology is used by small startups with big ideas, small budgets, and global enterprises. We love them all! Easy to use Load balancing, WAF, GSLB and SSO/Pre-Authentication. It is also the only true ADP Application Delivery Platform that allows for the enhancement of functionality and longevity using the app store or apps you create in-house.

App-centric technology requires advanced technology. Apps are your business. BIG-IP application services offer the performance, availability, and security that you need to meet your business needs. Big-IP application delivery controllers will keep your apps running. BIG-IP Local Traffic Manager and BIG-IP DNS manage your application traffic and protect your infrastructure. No matter if your applications are in a private or public data center, you'll have built-in security and traffic management. BIG-IP Traffic Management, BIG IP Policy Enforcement Manager (PEM), BIG-IP Carrier Grade NAT (CGNAT), and BIG IP Diameter Traffic Management (PEM) manage your network resources to ensure that your applications perform at carrier-grade levels. They can also help you optimize your network and monetize it, improving your bottom line.

What is Traefik Enterprise Edition and how does it work? TraefikEE, a cloud-native loadbalancer and Kubernetes Ingress controller, simplifies the networking complexity for application teams. TraefikEE is built on top of open-source Traefik and offers exclusive distributed and high availability features. It also provides premium bundled support for production-grade deployments. TraefikEE can support clustered deployments by dividing it into controllers and proxies. This increases security, scalability, and high availability. You can deploy applications anywhere, on-premises and in the cloud. Natively integrate with top-notch infrastructure tools. Dynamic and automatic TraefikEE features help you save time and ensure consistency when deploying, managing and scaling your applications. Developers have the ability to see and control their services, which will improve the development and delivery of applications.

NGINX Open Source: The open source web server that powers more than 400 million websites. NGINX Plus is an open-source software load balancer, webserver, and content cache. It was built on top NGINX. NGINX Plus offers enterprise-grade features that are not available in the open-source offering. These include session persistence, configuration via API and active health checks. NGINX Plus can be used instead of your hardware loadbalancer to allow you to innovate without being restricted by infrastructure. You can save more than 80% over hardware ADCs without sacrificing functionality or performance. You can deploy anywhere: public cloud or private cloud, baremetal, virtual machines, containers, or virtual machines. You can save time with the NGINX Plus API, which automates common tasks. Modern app teams require an API-driven platform that integrates seamlessly into CI/CD workflows. It can be used to automate app deployment, whether you have a hybrid or microservices architecture. It also makes app lifecycle management simpler.

Apache Traffic Server™ software is a fast, extensible and compliant HTTP/1.1 and HTTP/2 caching proxy server. Yahoo! Yahoo! donated it to the Apache Foundation. It is currently used by many major CDNs and content creators. You can improve your response time and reduce server load by caching and reusing frequently requested web pages, images and web service calls. Modern SMP hardware supports this application, which can handle 10s of thousands requests per second. You can easily add keep-alive, filter, anonymize, or load balancing features by adding a proxy layer. APIs allow you to create your own plug-ins that can do everything from modifying HTTP headers, handling ESI requests, and writing your own cache algorithm. Yahoo! handles over 400TB per day Apache Traffic Server can be used as reverse proxy or forward proxy.

Our ADC solution is designed to take your online services to new levels of performance, security, and reliability. It ensures seamless traffic distribution and resource utilization as well as enhanced protection against cyber threats. Our ADC solution provides you with massive scalability and high availability for your services, apps, and networks. Multi-core compatibility, unlimited throughput, connections and farms, and optimized to support multi-core. Installation is not required, allowing for a rapid consolidation of production and a seamless deployment. Integrate easily into your infrastructure for a cost-saving and productive setup. Shared hardware resources can reduce costs associated with physical equipment, making this a budget-friendly solution. Ready for 64-bit platforms to provide better performance, and a robust environment. It allows for more performance resources than other architectures.

Caddy simplifies your infrastructure. It handles TLS certificate renewals, OCP stapling and static file serving. Kubernetes Ingress is also included. Because it is modular, you can do more with one static binary that compiles on any platform. Caddy is great for containers, as it doesn't require dependencies (not even libc). Caddy can be used almost anywhere. Caddy automatically renews TLS certificates on your sites and obtains them. It even staples OCSP replies. Its innovative certificate management features are the best in their class. Caddy is written in go and offers greater memory security than servers written in C. It also has a hardened TLS stack powered with the go standard library that serves a large portion of all Internet traffic. Caddy is both an efficient, flexible static file server and a powerful, scalable, reverse proxy.

Plug-and-play hardware and virtual load balancer that uses HAProxy Enterprise. It supports proxying at Layer 4 or 7. It is easy to install, has a simple graphical interface and supports proxying at Layer 4 and Layer 7. This makes it ideal for companies that need a dedicated system to distribute critical load. ALOHA Hardware Load Balancer includes patented PacketShield technology. This provides protocol-level DDoS protection and filters illegitimate traffic at line rates, outperforming other types. Modern enterprises require reliable performance, integration ease, and extensible features. HAProxy ALOHA Hardware Balancer is a powerful appliance that can be installed in any environment. HAProxy ALOHA's intuitive graphical interface and advanced templating system make it easy to deploy and configure.

Streamline and simplify Kubernetes' (north/south) network traffic management. This will deliver consistent, predictable performance at scale without slowing your apps. Advanced app-centric configuration – Use role-based access control and self-service to set security guardrails (not gate) so that your teams can manage their apps securely. Multi-tenancy, reusability and simpler configurations are all possible. Native, type-safe, indented configuration style that simplifies capabilities such as circuit breaking, sophisticated routing and header manipulation, mTLS authentication and WAF. NGINX Ingress resources allow you to easily adapt configurations from other environments if you already use NGINX.

Application Load Balancing runs on OSI Layer 7 and uses HTTP request attributes to form or modify HTTP response. The load balancer logs all requests made to your apps, allowing you to analyze the events. Distribute cloud resources across multiple geographically dispersed availability zones and maintain the availability of your applications even if a zone becomes unavailable. Configure different load balancers if you are using the Yandex Cloud infrastructure for multiple applications. Create new backends to support new app versions. Then, in the HTTP router change the weight between the old and the new backends.

Oracle Cloud Infrastructure (OCI), Flexible Load Balancing allows customers to distribute web requests over a fleet of servers, or automatically route traffic across fault domains or availability domains. This results in high availability and fault tolerance for all applications and data sources. The portfolio includes two services: Oracle Cloud Infrastructure Flexible Load Balancer, (OCI Load Balancer), and Oracle Cloud Infrastructure Flexible Network Load Balancer, (OCI Network Load Balancer). OCI Flexible Load Balancingr is a service that primarily manages HTTP/HTTPS traffic. It also provides advanced routing features that distribute requests based on the content of the requests. OCI Flexible Network Load Balancingr, on the other hand, is extremely fast and has low latency. OCI Flexible Load Balancing provides a public IP address for front-end internet traffic within a single availability area or across regions. This ensures that applications are always available during peak demand.

Cilium is an open-source software that provides, secures and monitors network connectivity between container workloads. It is powered by the revolutionary Kernel technology eBPF. Kubernetes does not include Load Balancing. This is typically left to your cloud provider, or in private cloud environments, an exercise for you and your networking team. Cilium can draw this traffic using BGP and accelerate leveraging XDP or eBPF. These technologies combine to provide load balancing that is robust and secure. Cilium and eBPF work at the kernel layer. This level of context allows us to make intelligent decisions about how to connect different workloads, whether they are on the same node or between clusters. eBPF and XDP Cilium enable significant improvements in performance and latency, and eliminate the need for Kube proxy entirely.

Load Balancer relies on technologies that run at Layer 4 of OSI. This allows you to process network packets quickly. Load balancers monitor cloud resources and you can set rules for TCP/HTTP checks. Resources that fail to pass the check will not be used. You pay for both the number of load-balancers and the volume of incoming traffic. Outgoing traffic is charged at the same rate as other Yandex Cloud Services. Load balancers are designed to distribute load based upon the client's address and port, network protocol, and resource availability. The load balancer will adjust automatically if the instance group parameters, or members, change. Load balancers do not need to be reconfigured when traffic changes suddenly.

Cloud Load Balancing allows you to scale your Compute Engine applications from zero to full throttle without any pre-warming. You can distribute your load-balanced compute resources across multiple regions, close to your users, and to meet your high availability needs. Cloud Load Balancing allows you to place your resources behind one anycast IP and scale up or down your resources with intelligent autoscaling. Cloud Load Balancing is available in many flavors and can be integrated with Cloud CDN to ensure optimal content and application delivery. Cloud Load Balancencing allows you to connect to all your backend instances from different regions via one IP front-end. It offers cross-region load balancers, with automatic multi-region failover. This allows for gentle traffic movement in fractions, if backends become unwell. Cloud Load Balancing responds immediately to changes in traffic, users, network health, backend health, or other related conditions, unlike DNS-based global load balancers.

Scale your applications instantly Internet traffic load balance and private network traffic Health checks can improve application reliability For better security, flexible NAT rules are recommended Integration directly into cloud services and virtual machines Native IPv6 support Load Balancer is a trusted brand. Microsoft invests more USD1 billion annually in cybersecurity research and development. We have more than 3,500 security professionals who are completely dedicated to protecting your privacy and data security. Azure has more compliance certificates than any other cloud provider.

All of our Cloud products are scalable up or down without any restrictions in all data centers. The OVH load balancer distributes the workload between your services across our data centers. It allows you to scale your infrastructure in the face of high traffic. This is done with optimized fault tolerance and response times. All this while ensuring zero downtime. Our control panel makes it easy to configure and monitor your infrastructures. All Load Balancer solutions now include the let's encrypt DV SSL certificate. These certificates are completely free and will activate HTTPS protocol automatically. Anycast DNS allows you to load your website from the closest server to your user's location, thereby improving load times. Monitor the load of your Load Balancing server and outgoing requests to it. This information can be used to optimize your system's performance.

Continuous delivery for platform teams and continuous control of application teams. Automate Kubernetes using GitOps, one pull request at time. Cluster operators can control and monitor any Kubernetes with the multi-cluster-control plane. You can immediately detect drift and assess cluster health, inform rollback actions, and monitor continuous operations. With just one click, quickly create, update, and manage production-ready application clusters. Automation increases reliability. Automated cluster lifecycle management reduces overhead. This includes upgrades, security patches and cluster extension updates. GitOps allows cloud native applications to run on Kubernetes. Continuous software delivery is possible with automated pipelines using the GitOps method. It is a developer-centric approach to managing workloads using your version control system.

When a website or business application is under strain, one server can no longer handle the entire load. Organizations use "load balancing" to spread the load across multiple servers. This prevents one server from becoming overwhelmed, which can lead to it slowing down, dropping requests, or even crash. Load balancing allows you to evenly distribute network traffic in order to avoid overloading any resource. This strategy improves performance and availability of websites, applications, databases, and other computing resources. It helps users process their requests quickly and accurately. Load balancing is an invisible facilitator between a client's computer and a group servers. It ensures that connection requests are not lost. Applications, websites, databases, online services, and other services that depend on load balancing would most likely fail if there was too much demand.

Elastic Load Balancing routes incoming traffic to multiple destinations such as Amazon EC2 instances and containers, IP addresses, Lambda function functions, virtual appliances, and containers. You can adjust the variable load of your application traffic within a single zone or across multiple Availability Zones. Elastic Load Balancing provides four types of load balancing that provide the required level of availability, automatic scaling, security, and security to make your applications fault-tolerant. Elastic Load Balancing, which is part of AWS, has native knowledge of fault limits such as AZ to keep your apps available in one region. It does not require Global Server Load Balancing. ELB is also fully managed, so you can concentrate on delivering your applications and not installing load balancers. Based on the usage of the underlying applications servers, capacity is automatically added or removed.

The PAS-K ADC in PIOLINK is ideal for organizations working in finance, education, public organisations, and telecommunication. It has the high performance to accelerate application delivery, strengthen security, and it can be used in a variety of applications. PAS-K provides load balancing to distribute traffic between servers, firewalls, or VPNs to ensure server resource and service stability. GSLB (Global Server Load Balance) in PASK is a great way to create a disaster recovery center or a cloud data centre. Flexible High Availability modes ensure your business continuity. PAS-K offers advanced acceleration features such as memory caching, compression and FEO. This will increase your service quality and reduce server overloads. PAS-K series protects your data and systems against threats such as Syn flood, HTTP DDoS, and Syn cookie. It also supports basic network firewall features like filtering to protect your network.

The Kemp LoadMaster load balancers and extensive library with application deployment templates ensure high performance and secure delivery for application workloads from many vendors across multiple sectors. Award-winning hardware, cloud-native, and virtual deployment options, including the first per-app load balancer/ADC in the industry. Real-time network anomalies can be addressed and decisions made. Optimized load balancing hardware that delivers high-performance application experience in any environment. The most widely used virtual load balancer in the world, with more than 100,000 deployments worldwide. Cloud load balancers with full functionality that are optimized for public cloud environments.

Inlab Networks has developed BalanceNG, a reliable multithreading software load-balancer. Available for Linux, Solaris, and Mac OS X operating systems, BalanceNG is easy to integrate into data center networks. It offers top quality packet processing performance and makes this the ideal solution for hosting companies, network operators, product designers, and telco product developers. Inlab Networks' BalanceNG comes with a highly-specialized IP stack for IPv6/IPv4 and an independent active/passive Cluster environment that is based upon VRRP and the "bngsync” session table synchronization protocol.

LiteSpeed Web ADC, a high-performance, affordable HTTP load balancer software, is available. It is feature-rich, secure, efficient, and offers more flexibility than similar-priced load balancer software. Web ADC is a great choice for small businesses looking to scale up their applications beyond one server.

The Dialogic®, PowerVille™, LB is a software-based, high-performance, cloud ready, purpose-built and fully optimized network traffic load balancer. It was specifically designed to meet the demands of today's demanding Real Time Communication infrastructure in both enterprise and carrier applications. Automatic load balancing of a variety services, including Web, SIP and generic TCP traffic, across a cluster. High availability, intelligent failover and contextual awareness, as well as call state awareness, increase uptime. Effective load balancing, resource assignment, failover, and failover ensure that network resources are fully utilized. This allows for lower costs and greater reliability. Software agility and a powerful management interface reduce effort and costs associated with operations and maintenance.

Server Load Balancing (SLB), provides disaster recovery at four levels to ensure high availability. ALB and CLB support built-in Anti-DDoS service to ensure business security. ALB and WAF can be integrated in the console to provide security at the application layer. ALB and CLB are compatible with cloud-native networks. ALB can be integrated with other cloud services such as Container Service for Kubernetes(ACK), Serverless App Engines (SAE), Kubernetes and Kubernetes. It acts as a cloud native gateway to distribute inbound network traffic. Regularly monitors the health of backend servers. SLB does NOT distribute network traffic to unreliable backend servers to ensure availability. Server Load Balancer, (SLB), supports cluster deployment and session sync. Hot upgrades can be performed and machines can be monitored in real-time. Multi-zone deployment in certain regions to support zone-disaster recovery.

Traffic Manager: Route inbound traffic for high performance, availability Multiple automatic failover options can ensure high availability. Performance routing can help increase app responsiveness. You can seamlessly combine cloud and on-premises systems. Get actionable insights from user traffic patterns and volumes. DNS-based load balancing Azure Traffic Manager works at the DNS layer to efficiently and quickly direct DNS requests based upon the routing method you choose. Sending requests to the nearest endpoints is one example, which improves the responsiveness of your applications.

Elastic Load Balance automatically distributes incoming traffic to multiple servers to balance their workloads. This increases service capabilities and fault tolerance for your applications. ELB can create up to 100,000,000 concurrent connections and meet your requirements for processing large numbers of concurrent requests. ELB is deployed in cluster mode, ensuring that your services remain uninterrupted. ELB routes traffic to other AZs if servers in an AZ become unwell. ELB ensures that your applications have sufficient capacity to handle varying workloads. Auto Scaling allows you to adjust the number servers and intelligently distribute traffic among them. You can configure traffic routing policies that suit your needs using a variety of algorithms and protocols. This allows you to keep deployments simple.

Citrix Intelligent Traffic Management provides tools to large websites for efficient multi-vendor sourcing of cloud providers, data centers, and content delivery networks. Intelligent Traffic Management combines real-user performance monitoring (or ROM) with data-driven DNS and API-based global load balancers into one unified service. Intelligent Traffic Management is unique because it uses end-user-based probes to collect real-time information from clients. Openmix, a programmable decision engine that can make use this data, also makes use of this data. Openmix allows dynamic load-balancing decisions to take place based on a variety of real-time data feeds, including your data.

Eddie is a high-availability clustering tool. It is 100% open-source software and can be used for Solaris, Linux, and *BSD. Certain servers are designated Front End Servers at each site. These servers are responsible to distribute incoming traffic through designated Back End Servers and track the availability of Back End Web Servers within each site. Back End Servers can support Apache and a variety of other Web servers. The Enhanced DNS server provides load balancing and monitoring site accessibility for geographically dispersed web sites. This allows for 24/7 access to all the site's available resources, regardless of where they are located. The Eddie white papers outline the Eddie approach and describe the need for Eddie products.

Protect your web applications from common web vulnerabilities like SQL injection and cross-site Scripting. You can monitor your web applications with custom rules and rule groups that meet your needs and eliminate false positives. To build a highly available and scalable web front end in Azure, you can get application-level load-balancing and routing. Autoscaling allows for flexibility by automatically scaling Application Gateway instances according to your web application traffic load. Application Gateway integrates with many Azure services. Azure Traffic Manager supports multiple-region redirection and automatic failover. It also provides zero-downtime maintenance. Azure Virtual Machines, virtual machines scale sets, and the Web Apps feature from Azure App Service can be used in your back-end pool. Azure Security Center and Azure Monitor provide central monitoring and alerting as well as a dashboard for application health. Key Vault provides central management and automatic renewal SSL certificates.

BytePlus CDN allows you to provide your users with the best digital experiences in any location. Use BytePlus to deliver multimedia, software, web content and more using its robust connectivity and infrastructure. BytePlus CDN allows digital experience providers to ensure that their content reaches consumers in the fastest possible way with minimal latency. BytePlus CDN is a robust, connected network that maximizes the performance of users around the globe. Global Server Load Balancer based on DNS intelligently manages traffic peak load. POPs are distributed globally to ensure fast website loading, low latency and high success rates in downloads. Remove or prefetch cached content to maximize storage. High availability is ensured by a high performance infrastructure, including SSD-based servers and dedicated optimization software.

Secure and observability SaaS platform that charges per-use for containers, Kubernetes and the cloud. Live view of dependencies and how services communicate with each other in multi-cluster, hybrid, and multi-cloud environments. You can eliminate the setup and onboarding steps, and you can troubleshoot any Kubernetes security or observability issues in minutes. Calico Cloud is a next generation security and observability SaaS platform that supports containers, Kubernetes and cloud. It allows organizations of all sizes and budgets to protect their cloud workloads, containers, detect threats, maintain compliance, and troubleshoot issues in real time across multi-cluster, hybrid, and multi-cloud deployments. Calico Cloud is built upon Calico Open Source, which is the most widely used container networking and security solution. Instead of managing a platform that provides Kubernetes security or observability, teams can use it as a managed service to speed up analysis, relevant actions, and so on.

NFWare Virtual load balancer is a next-generation software load balancer that reduces network loads and protects against DDoS attacks. It runs on standard x86 servers and delivers high performance. This speed is critical for high-load deployments. The NFWare Load Balancingr can be easily integrated into any cloud or virtual infrastructure, or run bare-metal. We started from scratch and designed a high-performance product that can handle the most popular websites in the world. Meet the fastest load balancer for software networks. It can handle a large amount of traffic and is reliable and sophisticated.

The Pound program acts as a reverse proxy, load-balancer, and HTTPS front end for Web server(s). Pound was created to distribute the load between several Web-servers. It also provides an easy way to wrap SSL for Web servers that don't offer it natively. Pound is free and open-source under the GPL. There is no warranty. You can copy, share, and give away the program. Pound is a small program that can be easily audited for security issues. It can be run as setuid/setgid or in a chroot prison. Pound has no access to the hard-disk (except for reading certificate files on start if necessary) and should not pose any security threat to any machine.

Alteon, Radware's next generation application delivery controller (ADC), is the only network loadbalancer that guarantees application SLA. It offers advanced, end-to–end load balancing capabilities that are available for all Web, mobile, and cloud-based applications. Alteon load balancer/ADC offers best-of-breed app delivery capabilities, market-leading SSL performance, and advanced services for companies with ongoing challenges in managing their application lifecycle. This includes heavier, more complex web content, mobility, and migration to the cloud. Alteon, Radware's next generation application delivery controller (ADC), is the only network loadbalancer that guarantees an application SLA. It offers advanced, end-to–end load balancing capabilities that can be used for all Web, mobile, and cloud-based applications.

Calico is an open source networking and security solution for containers, virtual machines and native host-based workloads. Calico supports many platforms, including Kubernetes and OpenShift, Mirantis Kubernetes Engine, (MKE), OpenStack and bare metal. Calico delivers lightning-fast performance and true cloud-native scalability, regardless of whether you use Calico's eBPF or Linux's standard network pipeline. Calico offers developers and cluster operators a consistent experience and set capabilities, whether they are running on-prem or in the public cloud, on a single node or in a multi-thousand-node cluster. Calico offers a variety of data planes. These include a pure Linux-based eBPF data plan, a standard Linux networking data data plane and a Windows HNS information plane. Calico has the right data plane for you, whether you prefer the cutting-edge features offered by eBPF or the familiarity provided by the standard primitives that system administrators already know.

Avi Vantage offers multi-cloud application services, including a Software Load Balancer (iWAF), Intelligent Web Application Firewall(iWAF), and Elastic Service Mesh. The Avi Vantage Platform ensures a secure, fast, and scalable application experience. Avi Vantage provides multi-cloud application services, including load balancing for containerized apps with microservices architecture, application traffic management, web application security, and dynamic service discovery. Container Ingress offers scalable and enterprise-class North/South (Kubernetes Ingress) traffic management. This includes local and global server load balancing, web application firewall (WAF), and performance monitoring across multi-cluster, multiregion and multi-cloud environments. Avi seamlessly integrates with Kubernetes to enable container and microservice orchestration and security.

The Nuage Networks Virtualized Services Platform, (VSP) can transform your network and help you prepare for the future of end-to-end network automation. VSP allows you to provide SDN/SD-WAN network automation across networks of all sizes and architectures, from large enterprise WANs to data center private clouds, to large public clouds. Our open, secure, multi-cloud-enabled wide area networking solution is available through more than 70 Managed Service Provider Partners around the world. It offers all the benefits of SDWAN and allows your business to choose the best approach for your digital transformation needs. The Nuage Networks Virtualized Services Platform is the industry's leading network automation platform. It enables a full range of SDN, SDWAN, and cloud solutions. VSP allows advanced network automation across all networks and clouds, regardless of their size or architecture. It can automate everything from datacenter private clouds to large enterprise wide-area networks (WANs).

Connect, secure, manage, and monitor services. Traffic routing rules in Istio allow you to control traffic flow and API calls between services. Istio makes it easier to configure service-level properties such as circuit breakers, timeouts and retries. It also makes it simple to set up important tasks such as A/B testing, canary rollsouts and staged rollouts that are percentage-based. It also offers out-of-box disaster recovery features that make your application more resilient against network or dependent services failures. Istio Security offers a comprehensive security solution that addresses these issues. This page outlines how Istio Security features can be used to protect your services, no matter where they are hosted. Istio security protects your data, communications, and platform from both insider threats and outsider attacks. Istio provides detailed telemetry for all service communications within the mesh.

Atlas uses lossless compression and advanced content-aware optimizations like image compression, PDF optimization, flash optimization, CSS, and javascript minification. This allows for a reduction in bandwidth consumption and an increase in bandwidth per user. Atlas provides server availability and application availability through reverse-proxy. It does this by using L7 load-balancing and scriptable deep health checks. The SSL/TLS encryption secures data flowing through the networks. Atlas can be used for SSL-izing applications. The Web Application Firewall protects servers from malicious requests and threats. Atlas(c), a powerful and unmatched application deployment tool, offers URL rewrite mechanisms, text processing, content rewrite, content adaptation, and ultra-fine requests and replies content processing configuration. Atlas acts as a shield that protects your applications in front of your servers.

Gateway Load Balancer makes it easy to deploy, scale, manage, and monitor third-party virtual appliances. It provides one portal for traffic distribution across multiple virtual appliances and scaling them up or out based on demand. This reduces the risk of network failure and increases availability. AWS Marketplace allows you to search, test, and purchase virtual appliances directly from third-party vendors. This integrated experience makes it easier to deploy virtual appliances quickly. It's possible to work with existing vendors or try new ones. Gateway Load Balancer ensures that virtual appliances are delivered faster by the AWS Marketplace and Partner Network by taking care of scale, availability, as well as service delivery. Gateway Load Balancer allows you to work with selected partners that offer fully managed security solutions. This makes it easier to set-up infrastructure security services in minutes.

Your service mesh will be managed without any effort. Service mesh is an abstraction that's becoming increasingly popular to deliver modern applications and microservices. The service mesh data plane with Envoy service proxies moves traffic around, while the service mesh control plan provides policy, configuration and intelligence to these service proxy proxies. Traffic Director is GCP’s fully managed traffic control plan for service mesh. Traffic Director allows you to easily deploy global load balancing across clusters or VM instances in multiple locations, offload health checks from service proxies, as well as configure complex traffic control policies. Traffic Director uses open xDSv2 interfaces to communicate with service proxies in data plane. This ensures that you don't have to use a proprietary interface.

Citrix ADC provides the most comprehensive application delivery, load balancing and load balancing solution available for monolithic and microservices-based apps. This means that you can provide a better user experience on any device, anywhere. One code base across Citrix ADC portfolio allows you to be more agile and faster. It provides operational consistency and holistic view across multiple cloud with a single pane. From the on-premises to the cloud, and everything in between.

What is AppScaler CMS? AppScaler CMS is a tool that allows you to manage multiple AppScaler devices from one management server. AppScaler CMS is a powerful and intuitive tool that allows organizations, distributed enterprises, and service providers to centrally manage, deploy, and monitor AppScaler devices. It also provides comprehensive reporting on application performance and centralized monitoring. AppScaler CMS Central Policy Management AppScaler CMS ensures compliance and governance with centrally managed configuration. Simply import the configuration from an AppScaler device with one click. Comprehensive policy management for load balancing on each AppScaler device. Configuration backup and restore. AppScaler Firmware Upgrade Role based access control. AppScaler CMS allows you to grant access permissions with fine-grained, role-based access controls.

A CLB cluster is made up of four physical servers and offers an availability of 99.95%. It can support more than 30 million concurrent connections even if only one CLB instance has been created. The cluster system will quickly eliminate faulty instances and maintain healthy instances to ensure that backend server operations continue to work properly. The CLB cluster automatically creates and releases CVM instance through the dynamic scaling group Auto Scaling. These features, along with a dynamic monitoring and billing system that is accurate down to the second eliminate the need for manual intervention or estimation of resource requirements. This allows you to efficiently allocate computing resources and reduce resource waste.

Fully Managed Shared Load Balancing or Dedicated Load Balancing will make your website capable of handling viral campaigns, media events, and social networking trends. Load balancers increase website performance by efficiently distributing traffic to multiple servers. They are essential to a reliable, fault-tolerant infrastructure. Our engineers and system administrators manage both Dedicated and Shared Load Balancings. Our load balancers make your site work under any demand, from planning to implementation, administration, monitoring, and more. This allows you to focus on the content of the site, not how it's hosted. Load balancing is both failover and the easiest way to scale out a website or web app. Customers who visit your website are first connected to either Shared Load Balancing or Dedicated Load Balancing. Each customer is directed to one of your web servers by the load balancers.

Greypanel CDN is an independently-researched and developed dispatching system that intelligently distributes globally-located acceleration nodes to users based on their access location. GreypanelCDN assigns the closest resources to users. This improves web services capacity and network access quality. It also reduces download speeds and response time. This makes for a smoother user experience. GreypanelCDN is targeted at portals and ecommerce sites. It caches static content such web pages, HTML and CSS onto the nodes to speed up the distribution process. Visitors will be able access the content from the nearest node in seconds and load complex content in a matter of seconds. This significantly improves web access speeds and reduces site response times. With our large network of acceleration nodes, a large number of direct connections, and an intelligent scheduling system, you can enjoy a stable, secure, and fast dynamic request acceleration.

Our engineers are specialists at working in sectors where zero downtime is critical. Since 2003, we’ve been building a reputation for delivering ultra-reliable, easy to deploy and effortlessly scalable applications that are trusted by solution partners, system integrators and end-users alike. Our focus on forming long-lasting partnerships with industry-leading solution providers in healthcare, storage and print, requires an in-depth understanding of both our partners and their clients’ technical and business practices. The result: unprecedented levels of uptime.