Amazon Elastic Load Balancing vs. Radware FastView vs. VMware NSX

We use Amazon Elastic Load Balancers to serve mobile applications and websites. It works really well. We have not had any problems until now. Last year we integrated the AWS ELB with the EC2 Auto Scaling and now we have a fully working elastic solution. We increase/decrease EC2s instances based on traffic over our load balancers.

Incentivized

With proper design, VMware NSX can and should be deployed to virtually any VMware virtualization environment, but the deployment should be tailored to the needs of that environment. There isn't really a one size fits all deployment design for all environments. That versatility is what provides its greatest strength to a business.

Incentivized

• Most obviously it works great for routing traffic between components hosted on Amazon web services
• The ability to dynamically spin up connections is fantastic.
• In general the ease of use and configuration is a selling point.

Incentivized

• End to end encryption on the wire.
• Micro-segmentation.
• Integrates well with existing VMWare environment.
• Integrates well with our existing network.

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• Occasionally we have a huge number of users using our network at once, and Amazon ELB isn't quite fast enough to scale effectively when that occurs. But this doesn't happen very often as our usage is usually quite stable
• If we want to add another application to our learning suite, we would have to add another load balancer, which would incur additional cost
• The setup was not easy and could really only be handled by one person on our team with the technical background to do so

Incentivized

• Interoperability in multi-vendor environments
• Advanced networking and packet acceleration options can be improved

Incentivized

AWS Elastic Load Balancing has this trick. First, you need to know how it works. ELB is not the only piece here. ELB has a very close relation with AWS Target Groups. You create or select a target group every time you create a Load balancer. Target groups allow you to connect the load balancer to EC2 autoscaling groups, Lambda functions, or even a single EC2 instance. While this sounds complex, it becomes easy, once you know his tricks. Thanks to the user interface, managing a ELB is an easy task. The rules editor is really useful, although it will need a bit of improvement to some interface items

Incentivized

AWS gives you several support plans. On the free plan, you basicaly need to google for help, but the good news is that AWS Elastic Load Balancing works. We has more than 15 load balancers and we never run into a problem that require support. But you mght consider a support plan if you are going to do something more complex or critical

Incentivized

We have not used any other solution out there in the market but our dev-ops team did deep research and AWS provided us the solution we needed to be cost-effective. Also, the decision to keep working with Amazon was strategic. We were already using other AWS features and [Amazon Elastic Load Balancing] integrates great with those.

Incentivized

We use both Cisco ACI and VMware NSX, and while they have different strengths and capabilities, I would recommend VMware NSX, as it can be used in all VMware environments, without costly physical infrastructure changes. Cisco ACI provides some of the same capabilities, but not all. It's focus relies on physical networking changes.

Incentivized

• Currently it is too soon to say for sure what kind of impact this will have.
• The ideal goal is that this will be cheaper than having to host our own routing on site.

Incentivized

• Ability to move workloads more easily with the ability to stretch/move networks across multiple physical locations.
• The added flexibility allows you to expedite tech refreshes since you're no longer constrained by the hardware.

Incentivized