HAProxy Enterprise Alternatives

Making business continuity easy through excellence, teamwork, and passion. Achieve perfect load balancing with a flexible Open Source ADC. Effortlessly enhance the security and continuity of your applications with an open-source load balancer that enables you to reduce costs and achieve maximum flexibility in your IT infrastructure. The first project called Zen Load Balancer (ZEVENET) began its public release in October 2010, and we have not stopped refining security, scalability, and high availability technology ever since. Over time, we have built a robust structure for developing SKUDONET into one of the most significant pieces of the market for application delivery. SKUDONET, previously named ZEVENET is an awesome Load Balancer solution with an Open source license, so efficient that other companies forked it. The engineering team is proud to see that others try to copy it, it shows the great work and the great team behind this project.

Choose us because we offer the easiest to use technology without sacrificing features or performance. We back this up with outstanding support and care, delivered under a fair and cost effective pricing model Our technology is used by the smallest startups with big ideas and small budgets all the way to global enterprises and anything in between. We love them all the same! Easy to use Load balancing, WAF, GSLB and SSO/Pre-Authentication. It is also the Only true ADP Application Delivery Platform where the functionality and lifespan can be enhanced using the app store or applications that you develop in house.

Designed to elevate your online services to unparalleled levels of performance, reliability, and security, our ADC solution ensures seamless traffic distribution, enhanced resource utilization, and fortified protection against potential cyber threats. Providing you massive scalability, high availability, and increased security for your services, applications, and networks. Unlimited throughput, connections, farms, and optimized for multi-core with broad hardware compatibility. No need for installation that allows a quick production consolidation, ensuring a seamless deployment process. Integrated easily in your infrastructure ensuring a productive and cost-saving setup and maintenance. Sharing hardware resources reduces costs associated with physical hardware, making it a budget-friendly option. Ready for 64 bits platforms in order to provide better performance and a more robust environment. It permits to assign more resources in terms of performance than other architectures.

NGINX Open Source: The open source web server that powers more than 400 million websites. NGINX Plus is a software load balancer, web server, and content cache built on top of open source NGINX. Use NGINX Plus instead of your hardware load balancer and get the freedom to innovate without being constrained by infrastructure. Save more than 80% compared to hardware ADCs, without sacrificing performance or functionality. Deploy anywhere: public cloud, private cloud, bare metal, virtual machines, and containers. Save time by performing common tasks through the built‑in NGINX Plus API. From NetOps to DevOps, modern app teams need a self‑service, API‑driven platform that integrates easily into CI/CD workflows to accelerate app deployment – whether your app has a hybrid or microservices architecture – and makes app lifecycle management easier.

What is Traefik Enterprise Edition? TraefikEE is a cloud-native load balancer and Kubernetes ingress controller that eases networking complexity for application teams. Built on top of open source Traefik, TraefikEE brings exclusive distributed and high-availability features combined with premium bundled support for production grade deployments. Split into proxies and controllers, TraefikEE supports clustered deployments to increase security, scalability and high availability. Deploy applications anywhere, on-premises or in the cloud, and natively integrate with top-notch infrastructure tooling. Save time and give better consistency while deploying, managing, and scaling applications by leveraging dynamic and automatic TraefikEE features. Improve the application development and delivery cycle by giving developers the visibility and ownership of their services.

Squid is a caching proxy for the Web supporting HTTP, HTTPS, FTP, and more. It reduces bandwidth and improves response times by caching and reusing frequently-requested web pages. Squid has extensive access controls and makes a great server accelerator. It runs on most available operating systems, including Windows, and is licensed under the GNU GPL. Squid is used by hundreds of Internet Providers worldwide to provide their users with the best possible web access. Squid optimizes the data flow between client and server to improve performance and caches frequently-used content to save bandwidth. Squid can also route content requests to servers in a wide variety of ways to build cache server hierarchies that optimize network throughput. Thousands of websites around the Internet use Squid to drastically increase their content delivery. Squid can reduce your server load and improve delivery speeds to clients.

Advanced technology for an app-centric world. Apps are your business. BIG-IP application services provide the availability, performance, and security you need to meet business demands. Keep your apps up and running with BIG-IP application delivery controllers. BIG-IP Local Traffic Manager (LTM) and BIG-IP DNS handle your application traffic and secure your infrastructure. You’ll get built-in security, traffic management, and performance application services, whether your applications live in a private data center or in the cloud. BIG-IP Diameter Traffic Management, BIG-IP Policy Enforcement Manager (PEM), and BIG-IP Carrier-Grade NAT (CGNAT) manage network resources to keep your applications performing at carrier-grade levels. They also help you identify ways to optimize and monetize your network, improving your bottom line.

Apache Traffic Server™ software is a fast, scalable and extensible HTTP/1.1 and HTTP/2 compliant caching proxy server. Formerly a commercial product, Yahoo! donated it to the Apache Foundation, and currently used by several major CDNs and content owners. Improve your response time, while reducing server load and bandwidth needs by caching and reusing frequently-requested web pages, images, and web service calls. Scales well on modern SMP hardware, handling 10s of thousands of requests per second. Easily add keep-alive, filter or anonymize content requests, or add load balancing by adding a proxy layer. APIs to write your own plug-ins to do anything from modifying HTTP headers to handling ESI requests to writing your own cache algorithm. Handling over 400TB a day at Yahoo! both as forward and reverse proxies, Apache Traffic Server is battle hardened.

Caddy simplifies your infrastructure. It takes care of TLS certificate renewals, OCSP stapling, static file serving, reverse proxying, Kubernetes ingress, and more. Its modular architecture means you can do more with a single, static binary that compiles for any platform. Caddy runs great in containers because it has no dependencies—not even libc. Run Caddy practically anywhere. Caddy obtains and renews TLS certificates for your sites automatically. It even staples OCSP responses. Its novel certificate management features are the most mature and reliable in its class. Written in go, Caddy offers greater memory safety than servers written in C. A hardened TLS stack powered by the go standard library serves a significant portion of all Internet traffic. Caddy is both a flexible, efficient static file server and a powerful, scalable reverse proxy.

Streamline and simplify Kubernetes (north-south) network traffic management, delivering consistent, predictable performance at scale without slowing down your apps. Advanced app‑centric configuration – Use role‑based access control (RBAC) and self‑service to set up security guardrails (not gates), so your teams can manage their apps securely and with agility. Enable multi‑tenancy, reusability, simpler configs, and more. A native, type‑safe, and indented configuration style to simplify capabilities like circuit breaking, sophisticated routing, header manipulation, mTLS authentication, and WAF. Plus if you’re already using NGINX, NGINX Ingress resources make it easy to adapt existing configuration from your other environments.

Cilium is open-source software for providing, securing and observing network connectivity between container workloads, cloud native, and fueled by the revolutionary Kernel technology eBPF. Kubernetes doesn't come with an implementation of Load Balancing. This is usually left as an exercise for your cloud provider or in private cloud environments an exercise for your networking team. Cilium can attract this traffic with BGP and accelerate leveraging XDP and eBPF. Together these technologies provide a very robust and secure implementation of load balancing. Cilium and eBPF operate at the kernel layer. With this level of context, we can make intelligent decisions about how to connect different workloads whether on the same node or between clusters. With eBPF and XDP Cilium enables significant improvements in latency and performance and eliminates the need for Kube-proxy entirely.

Oracle Cloud Infrastructure (OCI) Flexible Load Balancing enables customers to distribute web requests across a fleet of servers or automatically route traffic across fault domains, availability domains, or regions—yielding high availability and fault tolerance for any application or data source. The portfolio comprises 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 Balancer primarily manages HTTP/HTTPS traffic and provides advanced routing features that distribute the requests based on the requests’ contents. In contrast, OCI Flexible Network Load Balancer performs at low latency, offering extreme performance. OCI Flexible Load Balancer offers a public IP address to front-end internet traffic within a single availability domain or across regions, ensuring applications are always available during peak demand.

Application Load Balancer runs on OSI Layer 7, and helps use HTTP request attributes to distribute traffic and form or modify HTTP responses. All requests to your apps are recorded, and you can analyze events in the load balancer’s access logs. Distribute your cloud resources to multiple geographically distributed availability zones, and maintain your applications' availability even if one of the zones becomes unavailable. Use different load balancers for different applications If you use the Yandex Cloud infrastructure to deploy multiple applications, configure L4 and L7 load balancers to service them. Create backends for new app versions and shift the load between them in the HTTP router, changing the weight of the old and new backends.

Load Balancer uses technologies running on Layer 4 of the OSI model. This lets you process network packets with minimum delay. You set rules for TCP or HTTP checks and load balancers monitor the status of cloud resources. Resources that fail the check aren’t used. You pay for the number of load balancers and the amount of incoming traffic. Outgoing traffic is charged the same as other Yandex Cloud services. Load balancers distribute load based on the client address and port, resource availability, and network protocol. If the instance group parameters or members change, the load balancer adjusts automatically. When incoming traffic changes abruptly, you don’t need to reconfigure the load balancers.

Load-balance internet and private network traffic with high performance and low latency. Instantly add scale to your applications and enable high availability. Load Balancer works across virtual machines, virtual machine scale sets, and IP addresses. Equipped for load-balancing network layer traffic when high performance and super-low latency are needed. Standard Load Balancer routes traffic within and across regions, and to availability zones for high resiliency. Create highly available and scalable apps in minutes with built-in application load balancing for cloud services and virtual machines. Load Balancer supports TCP/UDP-based protocols such as HTTP, HTTPS, and SMTP, and protocols used for real-time voice and video messaging applications. Manage traffic between virtual machines inside your private virtual networks, or use it to create multiple-tiered hybrid applications.

Scale your applications on Compute Engine from zero to full throttle with Cloud Load Balancing, with no pre-warming needed. Distribute your load-balanced compute resources in single or multiple regions—close to your users—and to meet your high availability requirements. Cloud Load Balancing can put your resources behind a single anycast IP and scale your resources up or down with intelligent autoscaling. Cloud Load Balancing comes in a variety of flavors and is integrated with Cloud CDN for optimal application and content delivery. With Cloud Load Balancing, a single anycast IP front-ends all your backend instances in regions around the world. It provides cross-region load balancing, including automatic multi-region failover, which gently moves traffic in fractions if backends become unhealthy. In contrast to DNS-based global load balancing solutions, Cloud Load Balancing reacts instantaneously to changes in users, traffic, network, backend health, and other related conditions.

As strain increases on a website or business application, eventually, a single server cannot support the full workload. To meet demand, organizations spread the workload over multiple servers called "load balancing", this practice prevents a single server from becoming overworked, which could cause it to slow down, drop requests, and even crash. Load balancing lets you evenly distribute network traffic to prevent failure caused by overloading a particular resource. This strategy improves the performance and availability of applications, websites, databases, and other computing resources. It also helps process user requests quickly and accurately. From a user perspective, load balancing acts as an invisible facilitator that sits between a client and a group of servers, ensuring connection requests don’t get lost. Without load balancing, applications, websites, databases, and online services would likely fail when demand gets too high.

Elastic Load Balance (ELB) automatically distributes incoming traffic across multiple servers to balance their workloads, increasing service capabilities and fault tolerance of your applications. ELB can establish up to 100 million concurrent connections and meet your requirements for handling huge numbers of concurrent requests. ELB is deployed in cluster mode and ensures that your services are uninterrupted. If servers in an AZ are unhealthy, ELB automatically routes traffic to healthy servers in other AZs. ELB makes sure that your applications always have enough capacity for varying levels of workloads. It works with Auto Scaling to flexibly adjust the number of servers and intelligently distribute incoming traffic across servers. A diverse set of protocols and algorithms enable you to configure traffic routing policies to suit your needs while keeping deployments simple.

Connect end users with great digital experiences anywhere in world with BytePlus CDN. Use BytePlus' robust connectivity and infrastructure to deliver web content, multimedia, software packages and more. With BytePlus CDN digital experience providers can ensure that content reaches consumers through the fastest path with minimal latency. BytePlus CDN offers a robust and connected network that maximizes performance for users anywhere in the world. Intelligently manages traffic peak loads using DNS based Global Server Load Balancing. Globally distributed POPs ensures fast website loading times, low connection latency and high download success rates. Remove or prefetch cached content to maximize storage. High performance infrastructure including SSD based servers and dedicated optimisation software ensures high availability.

Continuous delivery for application teams and continuous control for platform teams. Automate Kubernetes with GitOps one pull request at a time. The multi cluster-control plane allows cluster operators to control and observe across any Kubernetes. Immediately detect drift and evaluate cluster health or even inform roll back actions as well as monitor continuous operations. Rapidly create, update and manage production ready application clusters with all of the add-ons needed for an agile cloud native platform with a single click. Reliability through automation. Minimize operations overhead with automated cluster lifecycle management: upgrades, security patches, and cluster extension updates. GitOps is an operating model for cloud native applications running on Kubernetes. The GitOps methodology enables continuous software delivery through automated pipelines. It focuses on a developer centric experience to deploy, monitor and manage workloads by using your version control system.

All our Cloud products can be scaled up or out with no constraints, in all our data centers. The OVH Load Balancer distributes the workload among your various services across our data centers. It ensures the scaling of your infrastructure in the event of heavy traffic, with optimized fault tolerance and response time. All this with a service level aiming for zero downtime. Configure and monitor your infrastructures from A to Z with our control panel. The let's encrypt DV SSL certificates are now included in all of our Load Balancer solutions – completely free – and will activate HTTPS protocol by default. The Anycast DNS system means that the server nearest to your user’s location will load your website, improving load times. Use metrics to monitor your Load Balancer's load and outgoing requests to your servers. This information can then be used to maximise your system’s performance!

Connect, secure, control, and observe services. Istio’s traffic routing rules let you easily control the flow of traffic and API calls between services. Istio simplifies configuration of service-level properties like circuit breakers, timeouts, and retries, and makes it easy to set up important tasks like A/B testing, canary rollouts, and staged rollouts with percentage-based traffic splits. It also provides out-of-box failure recovery features that help make your application more robust against failures of dependent services or the network. Istio Security provides a comprehensive security solution to solve these issues. This page gives an overview on how you can use Istio security features to secure your services, wherever you run them. In particular, Istio security mitigates both insider and external threats against your data, endpoints, communication, and platform. Istio generates detailed telemetry for all service communications within a mesh.

Elastic Load Balancing automatically routes incoming application traffic across multiple destinations, such as Amazon EC2 instances, containers, IP addresses, Lambda functions, and virtual appliances. You can control the variable load of your application traffic in a single zone or in multiple Availability Zones. Elastic Load Balancing offers four types of load balancers that have the necessary level of high availability, automatic scalability, and security to make your applications fault tolerant. Elastic Load Balancing is part of the AWS network, with native knowledge of fault limits like AZ to keep your applications available in one region, without requiring Global Server Load Balancing (GSLB). ELB is also a fully managed service, which means you can focus on delivering applications and not installing fleets of load balancers. Capacity is automatically added and removed based on the utilization of the underlying application servers.

The Kemp LoadMaster load balancing solutions and extensive library of application deployment templates provide high-performance and secure delivery of application workloads from a wide range of vendors in multiple sectors. Award-winning hardware, virtual and cloud-native deployment options, including the industry’s first per-app software load balancer/ADC. Make informed decisions and deal with network anomalies in real-time. Optimized load-balancing hardware that delivers a high-performance application experience for any environment. World's most popular virtual load balancer with over 100,000 deployments worldwide. Fully featured cloud load balancers optimally sized and priced for public cloud environments. Extend the features and capabilities of a data center-class application delivery controller (ADC) to the cloud.

The PAS-K, ADC in PIOLINK, is ideal for organizations in the fields of finance, education, public organizations, and telecommunication, with the high performance to accelerate application delivery and reinforce security. PAS-K provides the load balancing to distribute traffic to servers, firewalls, and VPNs, to maintain server resource and service stability. GSLB (Global Server Load Balancing) in PAS-K especially supports to build a disaster recovery center and a cloud data center. Guarantee your business continuity with flexible High Availability modes. PAS-K provides advanced acceleration features like memory caching, compression, FEO and SSL offloading to enhance your service quality and reduce server overloads. PAS-K series secure your data and systems from threatening various DDoS like HTTP DDoS, Syn flood, and Syn cookie. Also, it supports basic network firewall features to secure your network like filtering.

LiteSpeed Web ADC is an affordable, high-performance HTTP load balancer application. Feature-rich, secure, and efficient, it offers more flexibility than similarly-priced load balancing software. Web ADC is an excellent choice for small enterprises looking to scale their applications beyond one server. High Scalability, High Availability IP failover, Cross Datacenter Replication, Cache Data Synchronization and out-of-the box acceleration for Magento and Wordpress round out the feature set to make LiteSpeed Web ADC the best-of-breed solution on the market. LiteSpeed Web ADC is a 100% software solution, meaning it can operate anywhere: private dedicated hardware, hosted environment, the cloud, etc. Web ADC's nearly-instant on-demand scaling adapts to your business needs, even during unexpected traffic spikes, with a flexible subscription model. A highly efficient, security-conscious, cost-effective product.

A plug-and-play hardware or virtual load balancer based on HAProxy Enterprise that supports proxying at Layer 4 and Layer 7. Its simple graphical interface, easy installation, and no limit on backend servers make it ideal for companies looking for a dedicated system to ensure high-performance load distribution for critical services. ALOHA Hardware Load Balancer adds patented PacketShield technology, providing protocol-level DDoS protection that filters illegitimate traffic at line rate, outperforming other types of firewalls. The modern enterprise demands reliable performance, ease of integration, advanced security and extensible features. HAProxy ALOHA Hardware Load Balancer gives enterprises an incredibly powerful, plug and play, appliance that can be deployed in any environment. HAProxy ALOHA’s simple graphical interface coupled with an advanced templating system makes it painless to deploy and configure.

BalanceNG is a reliable and modern multithreading software load balancer developed by Inlab Networks. Available for Linux and also macOS, BalanceNG easily integrates into data center networks and offers top quality packet processing performance, making this solution the ideal choice for hosting companies, network operators, and telco product designers. BalanceNG by Inlab Networks comes with a highly specialized IP stack for IPv6 and IPv4 and an independent active/passive cluster environment that is based on VRRP and the "bngsync" session table synchronization protocol. Operating BalanceNG with two nodes implements high availability on top of the Direct Server Return (DSR) topology. Direct Server Return (DSR) ist the most popular BalanceNG topology. It’s ultra-fast at wire speed (verified up to 10Gbit) and easy to set up. You are expecting tens of millions of concurrent sessions? No problem.

Server Load Balancer (SLB) provides disaster recovery at four levels for high availability. CLB and ALB support built-in Anti-DDoS services to ensure business security. In addition, you can integrate ALB with WAF in the console to ensure security at the application layer. ALB and CLB support cloud-native networks. ALB is integrated with other cloud-native services, such as Container Service for Kubernetes (ACK), Serverless App Engine (SAE), and Kubernetes, and functions as a cloud-native gateway to distribute inbound network traffic. Monitors the condition of backend servers regularly. SLB does not distribute network traffic to unhealthy backend servers to ensure availability. Server Load Balancer (SLB) supports cluster deployment and session synchronization. You can perform hot upgrades and monitor the health and performance of machines in real-time. Supports multi-zone deployment in specific regions to provide zone-disaster recovery.

The Dialogic® PowerVille™ LB is a software-based high-performance, cloud-ready, purpose built and fully optimized network traffic load-balancer uniquely designed to meet challenges for today’s demanding Real-Time Communication infrastructure in both carrier and enterprise applications. Automatic load balancing for a variety of services including database, SIP, Web and generic TCP traffic across a cluster of applications. High availability, intelligent failover, contextual awareness and call state awareness features increase uptime. Efficient load balancing, resource assignment, and failover allow for full utilization of available network resources, to reduce costs without sacrificing reliability. Software agility and powerful management interface to reduce the effort and costs due to operations and maintenance.

Azure Traffic Manager operates at the DNS layer to quickly and efficiently direct incoming DNS requests based on the routing method of your choice. An example would be sending requests to the closest endpoints, improving the responsiveness of your applications. Azure Traffic Manager offers six types of DNS-based traffic routing: Priority, performance, geographic, weighted round-robin, subnet, and multi-value. Choose the one that’s right for you or combine, using nested profiles. Traffic Manager can improve the availability of important applications by monitoring your Azure services, or external websites and services, automatically directing users to the next best location when there’s a failure. Traffic Manager makes your applications more responsive and improves content delivery times by directing your customers to Azure end points or an external location with the lowest network latency.

Eddie is a high availability clustering tool. It is an open source, 100% software solution written primarily in the functional programming language Erlang (www.erlang.org) and is available for Solaris, Linux and *BSD. At each site, certain servers are designated as Front End Servers. These servers are responsible for controlling and distributing incoming traffic across designated Back End Servers, and tracking the availability of Back End Web Servers within the site. Back End Servers may support a range of Web servers, including Apache. The Enhanced DNS server which provides load balancing and monitoring of site accessibility for geographically distributed web sites. This gives round the clock access to the entire available capacity of the web site, no matter where it is located." The Eddie white papers describe the need for products such as Eddie, and outlines the Eddie approach.

Citrix Intelligent Traffic Management builds tools for large websites to efficiently use multi-vendor sourcing of data centers, cloud providers, and content delivery networks. Intelligent Traffic Management has combined real-user performance monitoring (or RUM) and data-driven DNS or API-based global load balancing into a unified service. The Intelligent Traffic Management platform is unique in that it employs end-user-based probes for collecting real-time information by clients, along with a programmable decision engine (called Openmix) that can make use of this data. The Openmix service allows highly flexible load-balancing decisions to be made dynamically, based on a wide variety of real-time data feeds including the data you provide.

Protect your applications from common web vulnerabilities such as SQL injection and cross-site scripting. Monitor your web applications using custom rules and rule groups to suit your requirements and eliminate false positives. Get application-level load-balancing services and routing to build a scalable and highly available web front end in Azure. Autoscaling offers elasticity by automatically scaling Application Gateway instances based on your web application traffic load. Application Gateway is integrated with several Azure services. Azure Traffic Manager supports multiple-region redirection, automatic failover, and zero-downtime maintenance. Use Azure Virtual Machines, virtual machine scale sets, or the Web Apps feature of Azure App Service in your back-end pools. Azure Monitor and Azure Security Center provide centralized monitoring and alerting, and an application health dashboard. Key Vault offers central management and automatic renewal of SSL certificates.

One CLB cluster consists of 4 physical servers, offering an availability of up to 99.95%. In the extreme case where only one CLB instance is available, it can still support over 30 million concurrent connections. The cluster system will quickly remove faulty instances and keep healthy instances to ensure that the backend server continues to operate properly. The CLB cluster scales the service capabilities of the application system elastically according to the business load, and automatically creates and releases CVM instances through the dynamic scaling group of Auto Scaling. These features, in conjunction with a dynamic monitoring system and a billing system that is accurate to the second, eliminate the need to manually intervene or estimate resource requirements, helping you efficiently allocate computing resources and prevent resource waste.

Greypanel CDN is an independently-researched and developed dispatching system that intelligently distributes globally-located acceleration nodes to users based on their access location. By assigning the nearest resources to users, GreypanelCDN improves web services capacity, network access quality, download speeds and reduces response time, providing in smoother user experience. Targeted at portals and e-commerce sites, GreypanelCDN caches static content such as web pages, HTML, CSS, JS, images and files onto the nodes to accelerate the distribution process. Visitors will be able to access the content from the nearest node and load complex content in seconds, significantly improving web access speeds and reducing site response time, leading to better user experience. Enjoy a fast, stable and secure dynamic request acceleration with our extensive network of acceleration nodes, a large reserve of direct connections and an intelligent scheduling system.

With Fully Managed Shared or Dedicated Load Balancers, your website will be capable of handling the most popular media events, viral campaigns, and social networking trends. Load Balancers provide increased performance for your website by distributing traffic efficiently to multiple servers, and are fundamental to a reliable and fault-tolerant infrastructure. Both Shared and Dedicated Load Balancers are fully managed by our system administrators and engineering teams. From planning to implementation, administration to monitoring, our load balancers help your site perform under any demand so that you can focus on the site’s content, rather than how it’s being hosted. Load balancing functions as both failover and the simplest method for scaling out a website or web application. As customers visit your website, they are first connected to either Shared or Dedicated Load Balancers. The load balancers direct each customer to one of the web servers in your infrastructure.

NFWare Virtual Load Balancer is a next-gen software load balancer that significantly decreases network loads and prevents harmful DDoS-attacks. It demonstrates high performance while running on standard x86 servers. The speed ensures optimal hardware utilization, critical for high-load deployments. The NFWare Load Balancer could be easily integrated into any virtual and cloud infrastructure, or run as bare-metal. Starting from scratch, we redefined the architecture for NFWare solution to design a high-performance software product that can handle the world's busiest websites. Meet the fastest software network load balancer that provides reliable and sophisticated load balancing capabilities, can process a huge amount of traffic, and enables an ultimate economy due to the software's nature.

As Kubernetes gains adoption, teams are finding they must deploy and manage multiple clusters to facilitate features like geo-redundancy, scale, and fault isolation for their applications. With Submariner, your applications and services can span multiple cloud providers, data centers, and regions. The Broker must be deployed on a single Kubernetes cluster. This cluster’s API server must be reachable by all Kubernetes clusters connected by Submariner. It can be a dedicated cluster, or one of the connected clusters. Once Submariner is deployed on a cluster with the proper credentials to the Broker it will exchange Cluster and Endpoint objects with other clusters (via push/pull/watching), and start forming connections and routes to other clusters. Worker node IPs on all connected clusters must be outside of the Pod/Service CIDR ranges.

Alteon is Radware’s next-generation application delivery controller (ADC) and the only network load balancer that guarantees application SLA. It provides advanced, end-to-end local and global load balancing capabilities for all Web, cloud and mobile-based applications. Alteon load balancer/ADC combines best-of-breed application delivery capabilities, market-leading SSL performance that supports all of the latest encryption protocols, and advanced services to companies with ongoing application lifecycle management challenges that impact the performance of web applications (such as heavier, more complex web content); mobility, and the migration to the cloud. Alteon is Radware’s next-generation application delivery controller (ADC) and the only network load balancer that guarantees application SLA. It provides advanced, end-to-end local and global load balancing capabilities for all Web, cloud and mobile-based applications.

Pay-as-you-go security and observability SaaS platform for containers, Kubernetes, and cloud. Get a live view of dependencies and how all the services are communicating with each other in a multi-cluster, hybrid and multi-cloud environment. Eliminate setup and onboarding steps and troubleshoot your Kubernetes security and observability issues within minutes. Calico Cloud is a next-generation security and observability SaaS platform for containers, Kubernetes, and cloud. It enables organizations of all sizes to protect their cloud workloads and containers, detect threats, achieve continuous compliance, and troubleshoot service issues in real-time across multi-cluster, multi-cloud, and hybrid deployments. Calico Cloud is built on Calico Open Source, the most widely adopted container networking and security solution. Instead of managing a platform for container and Kubernetes security and observability, teams consume it as a managed service for faster analysis, relevant actions, etc.

The Pound program is a reverse proxy, load balancer and HTTPS front-end for Web server(s). Pound was developed to enable distributing the load among several Web-servers and to allow for a convenient SSL wrapper for those Web servers that do not offer it natively. Pound is distributed under the GPL - no warranty, it's free to use, copy and give away. Pound is a very small program, easily audited for security problems. It can run as setuid/setgid and/or in a chroot jail. Pound does not access the hard-disk at all (except for reading certificate file(s) on start, if required) and should thus pose no security threat to any machine.

Calico is an open-source networking and network security solution for containers, virtual machines, and native host-based workloads. Calico supports a broad range of platforms including Kubernetes, OpenShift, Mirantis Kubernetes Engine (MKE), OpenStack, and bare metal services. Whether you opt to use Calico's eBPF data plane or Linux’s standard networking pipeline, Calico delivers blazing-fast performance with true cloud-native scalability. Calico provides developers and cluster operators with a consistent experience and set of capabilities whether running in the public cloud or on-prem, on a single node, or across a multi-thousand-node cluster. Calico gives you a choice of data planes, including a pure Linux eBPF data plane, a standard Linux networking data plane, and a Windows HNS data plane. Whether you prefer the cutting-edge features of eBPF or the familiarity of the standard primitives that existing system administrators already know, Calico has you covered.

Quickly, easily, and securely network and cluster containers across any environment. Whether on premises, in the cloud, or hybrid, there’s no code or configuration. Weave Net is a powerful cloud native networking toolkit. It creates a virtual network that connects Docker containers across multiple hosts and enables their automatic discovery. Set up subsystems and sub-projects that provide DNS, IPAM, a distributed virtual firewall and more. Net’s mesh architecture and gossip protocol are key to its resilience and ability to tolerate, then recover from, network partitions. Whether you’re connecting containers on-premise, in a cloud, across multiple clouds or any combination of these, Weave Net just works. Net is incredibly easy to use. Built on a decentralized architecture, Net doesn’t depend on an external configuration service for coordination and storage that must be highly available and ready to use.

Link load balancers improve application availability and response times across networks and increases overall throughput of server resources. Radware LinkProof, is a load balancing network solution that significantly improves the performance of your network. Skip bottlenecks, avoid outages, manage bandwidth consumption and ensure your network is always ready to perform. LinkProof is the only on-demand solution that lets you effortlessly add, manage and load-balance multiple ISP connections while you mix and match VPNs or private and public links for back-up or in response to growing bandwidth needs. Through its "add links as you grow" approach. LinkProof allows you to add new links quickly to the existing connectivity solution as you grow your business, with no downtime or ISP involvement. LinkProof provides a broad multi-WAN link load balancing offering which is designed to cater to any market need, from the small branch office all the way up to the large enterprise.

Contrail Networking provides dynamic end-to-end networking policy and control for any cloud, any workload, and any deployment, from a single user interface. It translates abstract workflows into specific policies, simplifying the orchestration of virtual overlay connectivity across all environments. You can apply and control end-to-end policies across physical and virtual environments. Contrail Networking’s software-defined networking (SDN) capability, based on the open-source network virtualization project Tungsten Fabric, enables you to securely deploy your workloads in any environment. It offers continuous overlay connectivity to any workload, running on any compute technologies from traditional bare-metal servers, virtual machines, to containers. The unified operations and management tool, Contrail Command, is a simple-to-use interface.

Transform your network and prepare for the era of end to end network automation with the Nuage Networks Virtualized Services Platform (VSP). With VSP you can provide SDN and SD-WAN network automation across networks and clouds of all sizes and architectures from data center private clouds to large enterprise WANs to the largest public clouds in the world. Offered through over 70 Managed Service Provider Partners worldwide, our open, secure and multi-cloud enabled wide area networking solution gives your business all the benefits of SD-WAN, plus the flexibility to choose the approach that best meets your digital transformation needs. The Nuage Networks Virtualized Services Platform (VSP) is the industry leading network automation platform enabling a complete range of SDN, SD-WAN, and cloud solutions. VSP provides advanced network automation across networks and clouds of all sizes and architectures, from datacenter private clouds to large enterprise wide area networks (WANs).

Array APV Series application delivery controllers provide the availability, scalability, performance, security and control essential to keeping applications and servers running in their power band. Integrated local and global server load balancing, as well as link load balancing, ensure the highest levels of resiliency for your applications, while connection multiplexing, SSL offload, caching and compression work together to deliver the fastest end-user experience possible. What’s more, by terminating connections on APV Series ADCs, applications are protected behind Array’s WebWall® application security suite. Available as physical or virtual appliances, or on popular public clouds, Array ADCs are designed to meet technical requirements while remaining simple enough for any size IT team and affordable enough for any size business.

Gateway Load Balancer helps you easily deploy, scale, and manage your third-party virtual appliances. It gives you one gateway for distributing traffic across multiple virtual appliances while scaling them up or down, based on demand. This decreases potential points of failure in your network and increases availability. You can find, test, and buy virtual appliances from third-party vendors directly in AWS Marketplace. This integrated experience streamlines the deployment process so you see value from your virtual appliances more quickly, whether you want to keep working with your current vendors or try something new. Gateway Load Balancer takes care of scale, availability, and service delivery so that the AWS Partner Network and AWS Marketplace can deliver virtual appliances more quickly. With Gateway Load Balancer, you can also work with select partners that offer fully managed security solutions, making it easier to set up infrastructure security services within minutes.

Citrix ADC is the most comprehensive application delivery and load balancing solution for monolithic and microservices-based applications. Which means you can deliver a better user experience, on any device—anywhere. A single code base across the Citrix ADC portfolio gives you greater agility and speed by providing operational consistency and holistic visibility across multi-cloud with a single pane of glass. From on premises to the cloud—and everything in between.