The micro-segmentation and security for the product itself and the ease of usage from the administration point of view are the most valuable features of VMware NSX.

Security policies across different environments, such as private and public cloud, are very helpful because security is crucial. When moving to the cloud, all customers are asking for security. When you have a solid secure solution between your on-premises and cloud solution, you are in a safe place.

VMware NSX has the ability to create networks in software. This feature eases life by enabling management with one team. It's robust, stable, and easy to use, but we don't fully utilize its capabilities.

I value the ability to dynamically configure our network on the fly using VMware NSX. This flexibility is a huge advantage because it allows us to avoid static configurations that come with traditional hardware setups. 

Additionally, the micro-segmentation feature is beneficial for adhering to strict security regulations from our security department.

The functions of VMware NSX that I find most valuable include configuration management, which helps in optimizing workload and reducing costs.

The most valuable features are its security aspects, especially the IPS and IDS for intrusion detection and protection. We've found these features beneficial in enhancing our network security.

The most powerful feature of VMware NSX is the micro-segmentation that allows us to separate the different protocols our application works with. We also benefit from automation capabilities using Python scripts.

I feel confident when I work with NSX since I have mastered the solution. It is good for all virtualization and networking.

The most valuable feature of NSX is the ease of configuration. It handles automatic configuration of IP addresses and network settings during VM migrations between data centers.

We had proof of concept at one point before the VMware purchase of SaltStack. And it had some merit, but the reality was it was under-implemented. And the merits were all in Linux. It was a good first stab at it, but it didn't have enough to implement in our environment, and then AIX kind of washed it right out, and they made a statement that they weren't going to support it. So it's been ruled out for us for a number of months.

NSX extends Layer-2 scalability on Layer 3, covering the vRO and extending the capability on Layer 3 by decapsulating using a new mechanism. NSX-V was designed to use with VMware products and Success 360, providing more flexibility toward different levels of cloud, containers, and components. NSX-T gives you the ability to stretch your network across different view locations. If you have multiple sites, you can connect them using NSX-T.

Segmentation, specifically micro-segmentation, and also for its extended service between sites to keep the same IP address on all sites are valuable features of the solution for our company.

The micro-segmentation and the ability to create policy rules are valuable.

The migration methods are the most valuable aspect of this solution. The rest is just overly complicated.

The dashboard is comprehensive and easy to use. 

The solution integrates perfectly with F5, Check Point, and other applications. Integration with vendors is very important for customers. For our CaixaBank deployment, the solution performed these integrations which included defining, automating, and applying different rules and security functionalities. 

NSX is good in managing security or controlling the security and the access control for each single VM. 

It is essential and it can be useful up to a certain level of access control. That said, if we need further detailed or further security features, we should use another product like Palo Alto or Fortinet or other competitors.

It integrates with certain vendors like Palo Alto seamlessly.

The product is stable. 

We can scale the solution. 

VMware NSX is a very good solution. It's also a scalable solution.

Firewall security is one of VMware NSX's vital features. Using the tags and the solution's security policy is incredibly simple. For instance, I can create a sketch on paper and redesign it with the tags present on the network segment using VMware NSX. 

Traditional network management often involves dealing with individual components separately while VMware NSX offers a more streamlined approach. It operates on a logical level, providing a comprehensive and centralized way to manage your network resources. This not only simplifies management but also enhances scalability. It enables us to create and adjust policies dynamically, allowing for real-time updates and enforcement so we can effectively oversee our entire data center from a single point of control.

One significant advantage of VMware NSX is the ability to provide advanced security at the micro-level, focusing on securing applications and workloads rather than just the network structure or virtualization-based network security.   

NSX has excellent security features like virtual firewalls. I also like the micro-segmentation features, which are useful for the virtual machines inside the servers.

Apart from the normal functionality, a few things are quite useful, including multi-cloud networking. They have container networking and load balancing. Those are quite useful in terms of when we are designing a solution.

It's a pretty mature platform right now. 

The initial setup is straightforward. 

We found the solution to be stable. 

It's scalable. 

The most valuable feature of VMware NSX is the load balancing and routing of firewall rules. Many of the features are beneficial.

The solution works well overall and we are happy with it.

We enjoy the micro-segmentation and the ability to extend the network on Layer Two.

It is stable. 

The solution can scale well. 

We have found the UI to be very good. The interface is intuitive enough.

It offers good documentation. 

It provides a single pane of glass. You can do the switching, routing, load balancing, IPS, IDS, etc. Everything is under one umbrella. So, there is no vendor dependency over there.

The most valuable feature of VMware NSX is the ease of use and its user friendly. For example, it is simple to change the subnet masks.

The most valuable feature is the integration with the firewall.

NSX features include micro-segmentation, distributed IPS, IDS functionality, URL analysis, gateway firewall, logical routing, and all the staple networking solutions like DNS, DSCP, and routing. All these features are very interesting.

The solution is stable.

We can scale it if we need to.

The most valuable features of VMware NSX are the tight integration with the VMware Hypervisor natively and the management console. We have a lot of other integrations where you are able to see the virtual machine's end-to-end visibility.

The product has valuable features for security and network extension. We can secure customer environments by effectively managing and securing traffic and facilitating seamless network extension. We can address challenges related to workload migration, where we often need to relocate workloads between environments due to changes in licensing or applications. The DFW, i.e., Distributed Firewall, is the most beneficial feature for network security and micro-segmentation.

The most valuable feature of VMware NSX is the DFW (distributed firewall). The distributed firewall is much better and more powerful than the physical firewall because it's applied at the beginning level.

The software-defined version of VMware NSX contains all the security features like IPS and IDS. In the physical space, you have to get separate IDS, security, or load balancer products. VMware NSX provides several features like VPN, load balancers, DFW, and gateway firewall.

The solution's most valuable feature is ease of use. Its filtering features work best for our business requirements.

VMware NSX offers some of the best features for security, such as micro-segmentation. This feature allows us to define policies on a per-virtual machine basis. For example, if we have four virtual machines, we can have four different firewalls attached to each of the VMs. This allows us to monitor the traffic between each VM, as they will have to go through two firewalls or two IPs. This added layer of security provides a great benefit to those utilizing the solution.

The most valuable feature of VMware NSX is the high bandwidth.

This product is like the layer between traditional networking and virtualization. It gives you the flexibility to deploy and have network virtualization on different types of firewalls. We implemented this solution when we moved to the private cloud. 

The stability or the high availability in connecting two or more servers has been pretty good. This is to maintain the operations in the possible highest stability. That was a very important part of this project since you have to move all virtual machines to the new infrastructure. It took a very, very long time to understand how the old architecture was arranged and how to migrate to our new architecture.

The best part is the blueprint creation where I can create their things and then move on to the target environment.

The solution is easy to use and is good for management control.

The most valuable features are stability and low cost.

The performance is good.

VMware NSX's overlay network is its most valuable feature, as it aligns with any network philosophy and allows for efficient addressing mechanisms. Additionally, the ability to extend the on-premise network into the provider space is beneficial. There are many features provided.

The most valuable features are ease of use and user interface.

NSX is a virtual network, and now is the right time for it. Technology-wise, it's actually an advancement in comparison with other solutions. We've been studying it, and so far, so good. NSX is the superior product when it comes to software for virtualized networks.

What I found most valuable is the security offered by VMware NSX. I also like that it is a feature-rich product.

The management platform is great. I really like the management dashboard, the tailor-made assurance, the telemetry, and the ease of integration with all other solutions of VMware, such as vSphere. They also integrate well with other third-party security platforms. It's very easy to give an integration of the cloud tenant of NSX. It's very easy to build and migrate a cloud project.

Logical routing, switching are  overall good feature of this SDN solution especially when using CMP's and distributed firewall is very attractive features for micro-segmentation.

I'm not using it directly. Basically, for me, this is just another tool in the portfolio. I'm not the engineering staff that are next to the console and doing configurations.

Overall, I would say the solution has been quite stable.

The solution is likely scalable.

I haven't heard of any problems with the solution.

The most valuable and unique feature of the solution is Micro-segmentation achieving better security, through enabling security architects to divide data centre into different segments. One being the VMS withing the on-premises, the other one on the Cloud.

The most valuable features are:

• N-VDS Geneve encapsulation L2/L3
• Less need for the VM to hit the TOR switch to communicate with VMs on the same ESXi host/segment (logical switch)
• Micro-segmentation capabilities/tagging
• NSX-T dashboard/compute usage across the configuration allows a quick view
• The NSX-T configuration screens are fairly easy to navigate but they might need to simplify them a bit in future versions.
• Very extensive detailed configuration items can be set in Uplink profiles to better map pNICs
• Edge TEP and Host TEP tunnel config and troubleshooting is much more understandable and verifiable

This is the most scalable product of its type.

It is very good for automation and software-defined networking.

I am impressed with the tool's protection. 

The alert features are the most valuable.

Though I haven't been working a lot on VMware NSX, it's good to have. What I like the most about it is that its console is good, and it doesn't take a lot of effort in terms of doing my daily tasks on it or what it's meant for. VMware NSX is still a preferred product in the market.

The solution is very good at micro-segmentation.

I have found VMware NSX to be easy to use.

VMware NSX is a very good product.

It's a beneficial tool.

NSX's stand-out function is the distributed firewall. The firewall system is just top-notch, and I haven't seen another solution like it. Aside from that, there are numerous other cases where NSX comes in handy. For example, we've done intrusion prevention and implemented some next-generation firewalls for service training. We deployed some next-generation firewalls inside certain servers. Then we could bring all the traffic down that was meant to lead each server to a specific firewall. The security guys put policies on the firewall for checking signatures and hash values to contain particular security breaches within the server and prevent them from affecting the network. So we could use the particular firewall that we usually use and use it within the server close-up at the data center instead of the VH. 

The solution is great for controlling virtual switches and it is easy to establish VLANs and micro-segmentations. All those things are very useful.

The stability is pretty good. 

Overall, for me, it's a good solution and has been working well. 

It gives more security and micro-segmentation. It helps to set network configurations in an easy way.

I have found some of the major features of this solution to be its ease of use, flexibility, and reliability.

I have found the system to be very intuitive, functional, and they have great technology.

From my experience, VMware on a private cloud is a good choice. They offer some great webinars and workshops to learn how to use the product better.

Over the last two years, they've enhanced a lot, especially in regard to integration with OpenStack.

It's great for building a virtualized environment. It features great motion mobility, its own logical distributor, router switches, load balance, firewall, etc. 

Some of the key features I find most valuable are the highly graphical user interface, virtualization of networks, and Microsoft application compatibility. It has all the functionality that we require.

The solution offers a very good software-defined network that allows you to create virtual access networks. It's very helpful at allowing you to manage security to allow for different workloads. 

One of the big improvements between the NSX-V and NSX-T is that in NSX-T you are no longer dependent on V-Center anymore. That was a huge improvement due to the fact that it allows you to take into account new cases, and have better scalability, among other improvements.

The most valuable features are the micro-segmentation and integrated security options.

The solution is valuable in that it makes it very easy to protect virtual machines

• micro segmentation features
• VDS
• NSX Transport zone
• vxlan encapsulation
• edge services gateway 
• distributed logical router
• esxi Vtep

By utilizing NSX V solutions from VMware, customers have the tools needed to move their data regardless of the underlying physical network. They can do this in a way that enforces proper security policies and compliance regulations. Even with SDN solutions, customers must protect their business-critical data residing in their virtual infrastructure

NSX V has less security features than NSX T just so you are aware

The most valuable features are security and dynamic routing.

The most valuable features for us at this early stage are the interface and the integration with existing VMware solutions.

The Active Directory network integration and load balancer are good features.

The most valuable feature is the ability to create, develop, and deploy servers in minutes to hours, rather than days.

Its flexibility and integration with other VMware solutions are NSX's most valuable features.

The microsegmentation feature is very useful.

Visibility, because on our environment, it's impossible mapping end to end, and we don't have any tools that provide this integration.

Security and cloud readiness are the most valuable features for us. We're interested in looking into microsegmentation. 

The most valuable features would be the easy management and the possibility of using our existing vSphere environment so that we don't need to purchase a new hardware.

Layers 4 and 7 load balancing are good. We like that it's integrated with the vSphere. This means that we can see its full capabilities because of the full visibility of the kernel on the NSX management.

Microsementation is really powerful. With the existing networks of the legacy networks, we need to build a firewall between the segments in order to do microsegmentation but now having, for example, one VLAN connected to multiple VLANs, I can do micro-segmentation between the workloads even with the ushering the same segments.

We like that NSX is integrated with everything. 

The load balancing is a real major opportunity for us. As a CIO, we have 99.9% network security. We would like to optimize this product.

We like that we can split networks. Layers 4 and 7 are nice. We like that load balancing is easy for the person running it and certain features like the web bouncers F5. 

We like that the microsegmentation feature is easy to use. It is easy to segment the network.

The firewall is its most valuable feature.

It is a mature solution that is available for enterprise companies.

The most valuable feature is to control application behavior.

It provides us with features that other products have not.

Automation, because we're constantly onboarding massive customers. We have our own management system, which integrates nicely with NSX. Therefore, we've built an automation layer so we can deploy and completely secure new customers in a hosted environment within a couple of minutes.

Microsegmentation is incredible. It's the only way to go for managing networks long-term.

The security benefit has been huge.

The easy integration and management are the two most valuable features.

In regards to Layer 4 and 7 load balancing with a solution, for us, it's about the continuity. We look for different ways to create something similar while making improvements. We like to include different services and make sure that we have high availability, not just in our closer environment but also around multiple environments.

Microsegmentation is important. We cap it depending on the compliance and regulations that are in the systems for every single company's requirements. It depends on the size of the customer, but I don't see a reason not to use it. We cap it based on industry, size of a company, and the compliance regulations that the company requires. Also, we consider the nature of the industry, although the reality is that security applies to everybody. Some industries take it more seriously than others because of their policies, rules, and regulations that they have to comply with. Ultimately, security is an issue that affects everybody and is important for all to have.

We like that NSX is faster. My colleagues manage their own firewalls so they can freely deploy their VMs. The ability to freely deploy is one of the most valuable features. 

The most valuable features would be VPN and PCM. 

I use L7 balancing. I can use it for two tethers and I can see the source IP. I can split for monitoring for me and my analyst.

Microsegmentation and automation are two features we have found to be the most valuable. 
The microsegmentation feature is a mature feature used in NSX-V and NSX-T.

We are trialing Layer 4 and 7 load balancing with this solution, as it's very new.

The organization of it is logical, useful, and intuitive.

The security part of micro-segmentation is getting more important.

The microsegmentation is great, and the security team thinks it is great.

• It is scalable.
• The microsegmentation is a good feature. You can segment details, products, or hardware information.

Any administrator with basic networking knowledge, in a couple of days, can be in full control of their networking without going through a networking engineer.

The microsegmentation feature is the reason why everybody wants to implement NSX. It's just awesome. I was impressed by it when I saw it for the first time. However, now that I see it everyday in production, it works perfectly.

The Distributed Firewall is simple to add to the network and rules are easy to implement on it.

To be able to do the DR and SRM migrations from datacenter to datacenter, we're able to do them with SRM with VXLAN, with the NSX product.

We can deliver the network that customers need quickly and safely. That is most important.

NSX gives us the ability to put our network, NSX, onto any network there is, which allows us not to have to go to the network team to create networks our VLANs for networks. We can just create all our networks right from the start. Whenever we want to spin something up, we just spin it up.

I sell to a lot of customers in the DoD. NSX has really become part of their ecosystem, especially for the tactical customers in the DoD. It's very important for them to have small footprints and have as much services in their servers, as possible. NSX has fit this role really well for them.

Some of NSX's most valuable features are:

• Its distributed firewall
• The we can actually extend Layer 2 networking across datacenters, and also Layer 3 networking, which comes along with it.
• The routing and switching.

The most valuable part of NSX is it's very scalable and automated. Our change request time is really low.

NSX is extremely invaluable from the standpoint of security.

It does have capabilities of micro-segmenting a network, being able to create smaller segments of various types of applications separated by various tiers.

However, what it's mostly important for is being able to actually set security policies right at the interfacing virtual machine, which we haven't had the ability to do in the past.

Security. Our Trend platform runs off NSX.

The ability to scale from different clouds. At the moment, the scalability of the product is the number one thing that I saw.

Right now, we're doing a private cloud, since we're government. In the future, we may want to look at public, but probably not. 

The ease in which to install this product and make it work straight away without minimum changes in your physical network and is simply astonishing. The only thing you need to do when installing this product is change your MTU to 1600 (jumbo frames). It provides microsegmentation and good security features for north-south and east-west traffic across your SDDC. The performance you obtain at the virtual layer and traffic crossing for your VMs gets improved dramatically because the traffic doesn't leave the hypervisor. I'm not a network guy myself but NSX makes it really easy to understand how the virtual network pins together and how you can manage the traffic and security within your VMware deployment without the hassle of changing VLANs, adding unnecessary protocols for discovery, etc.

Encapsulating the traffic using VXLAN is a great addition. It extrapolates the number of VLANs that you can stretch to an almost infinite number of VXLAN (millions of VXLANs). In abstract, you are dealing with numerous VLANs every time you want to send traffic from one VM to another, basically VMs on different hosts within the same datacenter will be connected to the same logical switch and traffic is advertised via unicast traffic from the NSX controllers to let every body know in the environment "who is who" to minimize the amount of multicast traffic.

I have worked on NSX for the last couple of months and I Liked Distributed Logical Switching, Distributed Logical Router and Distributed Firewall the most.

Open APIs allow seamless integration with other products. Eventhough Lastline does not provide an end-to-end solution like their rivals, namely McAfee, TrendMicro and Symantec, Lastline excels by providing their APIs so that they could be integrated with other security products.

The Internet is a nasty place, and getting nastier. Current breach detection products using traditional anti-malware sandbox technologies can’t keep up with advanced persistent and hyper-evasive threats that pummel enterprise networks on an hourly basis. Malware authors encode their exploits with a number of operational vectors, so in case one entry point doesn’t work they can still find a way into your network to do their dirty work. And as more businesses hire more outsourced consultants, part-time workers, and employ mobile devices, they open up additional mechanisms for malware to enter their corporate networks.

Some traditional AV and endpoint protection vendors have responded to these threats by adding features to their security products to do a better job of anticipating badly behaving packets coming through their detectors. They make use of limited virtual machines or operating system emulators to view how a piece of malware operates. That is great, but it isn’t enough. Many malware authors can detect when these simulated environments are active and can evade detection accordingly. For example, some exploits such as W32.DelfInj can literally go to sleep for several days to avoid any detector that will just scan an infected system for the first several minutes.

What is needed is a next-generation sandbox that can correlate a series of particular breach events add IP and object based reputation analysis and do this in near real-time. This is what the Lastline Breach Detection Platform does. What makes them unique is their range of discovery, the way they can effectively mimic actual PC or smartphone endpoints to examine malware behavior.

Download my full review of their system here.

We use the NSX firewall which is great. 

The most valuable feature of VMware NSX is the ability to set up virtual networking environments.