

A10 Networks Thunder ADC and VMWare Avi Load Balancer excel in advanced traffic management within the application delivery sector. A10 Networks is noted for its competitive pricing and comprehensive features, while Avi distinguishes itself with superior scaling and deployment flexibility, especially in hybrid cloud environments.
Features: A10 Networks Thunder ADC is recognized for its advanced traffic management, DDoS mitigation, and seamless IPv6 support. It offers SSL offloading and detailed traffic analysis, allowing users to effectively manage network traffic. On the other hand, VMWare Avi Load Balancer shines with its multi-platform deployment capability, robust analytics, and user-friendly control plane that simplifies dispersed deployments.
Room for Improvement: A10 Networks faces challenges such as legal risks, limited web acceleration, and integration with third-party applications. There are also concerns about its support system and user interface. VMWare Avi could enhance its integration with VMware's own products, expand its single-product range, and improve deployment documentation, particularly its security features to remain competitive.
Ease of Deployment and Customer Service: A10 Networks Thunder ADC offers straightforward on-premise deployment with reliable customer support, albeit with improvements needed. Avi’s hybrid deployment stands out for its simplicity, supported by customer service that can benefit from augmented integration guidance and user support.
Pricing and ROI: A10 Networks provides an affordable solution with substantial ROI due to its all-inclusive licensing and operational efficiency, making it cost-effective compared to competitors like F5. VMWare Avi offers flexible licensing options suitable for dynamic environments, but costs may increase with separate product purchases, impacting perceived value compared to A10's comprehensive packages.
We do see a return on investment and cost reductions after the implementation of A10 Networks Thunder ADC.
VMWare Avi Load Balancer has created a smoother failover process without issues, keeping the state normal, where typically there would be manual intervention.
I have not found any return on investment so far, as it does not really lend itself to that; it is more about not having to stand up another data center for redundancy.
Their tech support is very responsible, and their response time is very low, providing superb support.
The support we receive from the team is quite excellent.
Customer support for A10 Networks Thunder ADC was good, but it can be improved, as it was not the best.
The solution architect from VMware side told me that there would be no issue adding them. Here we are with an RFP, and we cannot add them easily.
The support for VMWare Avi Load Balancer is really good, and the integration with other tools is really effective, which makes the overall experience smoother.
They are quite responsive, taking the necessary time to address our issues.
A10 Networks Thunder ADC's scalability is impressive.
A10 Networks Thunder ADC can handle growth easily, and I have scaled up during higher traffic periods.
I would rate the scalability of VMWare Avi Load Balancer a perfect ten out of ten because it senses traffic and scales automatically, also scaling down when there is no need, making it very elastic, resulting in zero costs when there is no traffic, which is excellent.
In my role as a database engineer, scalability works in two layers and rarely becomes a bottleneck.
Scalability-wise, VMWare Avi Load Balancer is good.
In some of our deployments of A10 Networks Thunder ADC, we have employed DDoS and other security features, and for the past few years, we haven't experienced any major incidents.
A10 Networks Thunder ADC is very stable in my experience.
Most of the time, it just runs in the background without issues.
VMWare Avi Load Balancer is very reliable and stable.
VMWare Avi Load Balancer is stable based on my experience.
From a stability point of view, VMWare Avi Load Balancer is stable.
Having more structured, real-world configuration examples would make a big difference, especially for teams that are new to the platform, helping reduce the initial learning curve for them.
In the vThunder series of A10 Networks Thunder ADC, they have a perpetual license model and a subscription model, but in the Thunder series, the physical appliance does not have a perpetual license model, mainly operating on the subscription model.
Enhanced integration with third-party tools would be beneficial.
Multi-cloud capability comes from a configuration called NSX Extended.
The need for policy execution tracing to simplify debugging is evident because if connections are routed incorrectly, for example, directly to a replica, debugging can become painful in production.
It would also be beneficial to have true VMWare Avi Load Balancer failover at the VMWare Avi Load Balancer level.
I estimate that I can save around 20 to 30 percent of my budget with A10 Networks Thunder ADC.
The experience with pricing, setup cost, and licensing shows that its pricing is quite pricier compared to Anthos Service Mesh.
it operates on a capacity and consumption model, unlike traditional appliances that charge based on hardware.
Application load balancing in A10 Networks Thunder ADC plays a crucial role in improving application reliability during peak periods.
What really stands out to me about A10 Networks Thunder ADC is how customizable, performant, and automated the platform is.
Once we have SSL offloading, this application helps us to renew the SSL immediately without the burden of requesting a CSR, generating the CSR, and managing everything involved in that process.
Since implementing VMWare Avi Load Balancer, we no longer need to manually change IP addresses in our configuration, as Avi automates this process, which controls traffic and network appropriately, adding a layer of security and assurance.
The special capability I appreciate about VMWare Avi Load Balancer is its ease of use; it is very lightweight and quite inexpensive to deploy.
It enables flexible deployment across environments and elastic auto-scaling, automatically scaling load balancer capacity based on traffic, then adding and removing service engines dynamically without over-provisioning, which leads to lower infrastructure costs and efficient handling of sudden traffic spikes.
| Product | Mindshare (%) |
|---|---|
| A10 Networks Thunder ADC | 5.7% |
| VMWare Avi Load Balancer | 4.7% |
| Other | 89.6% |

| Company Size | Count |
|---|---|
| Small Business | 14 |
| Midsize Enterprise | 6 |
| Large Enterprise | 15 |
| Company Size | Count |
|---|---|
| Small Business | 6 |
| Midsize Enterprise | 4 |
| Large Enterprise | 7 |
A10 Networks Thunder ADC delivers efficient load balancing, SSL offloading, and enhanced security to ensure high application availability across cloud and on-premises environments. It optimizes performance and reduces costs while maintaining reliability during peak loads.
A10 Networks Thunder ADC supports enterprises in managing server load and ensuring secure, high-availability application delivery with features like DDoS protection and SSL offloading. Its cloud flexibility, operational efficiency, and advanced traffic management are key attributes, despite areas for improvement in user interface design, documentation examples, and third-party tool integration. Scalability, logging capacity, and automation for virtual appliances need attention, along with pricing adjustments for certain markets.
What are the most important features?In industries such as finance and healthcare, A10 Networks Thunder ADC enables secure, efficient management of server loads and application delivery. Enterprises use its features to protect data, facilitate remote work, and maintain performance amid traffic spikes by hosting applications centrally, ensuring continuous business operations.
VMWare Avi Load Balancer is designed for seamless integration with host environments, providing a user-friendly interface, stable deployment, scalability, and reliable performance.
VMWare Avi Load Balancer offers a potent combination of advanced traffic management, application delivery, and network visualization tools tailored for cloud and modern infrastructures. Its core functionalities revolve around a robust web application firewall and comprehensive analytics, which make it a strong contender against competitors like NetScaler. Despite its expensive nature and certain integration challenges, it supports dispersed services with a single control plane. Its graphic interface aids in efficient network management, yet there's room for improvement in features like WAF, documentation, and multi-cloud environment support.
What are the key features of VMWare Avi Load Balancer?In the tech industry, VMWare Avi Load Balancer is primarily utilized for application delivery control, taking on roles such as web application firewalls and traffic visibility in cloud infrastructures. Its enhanced interface makes it a preferred choice for organizations transitioning from traditional load balancers, especially in roles like global load balancing and Kubernetes service mesh integration.
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