NVIDIA AI Enterprise

I have been using NVIDIA AI Enterprise  for two to three years and was first introduced to this product a couple of years ago through an NVIDIA sales representative that I was working with at Dell Technologies, supporting numerous large-scale AI and high-performance computing products with NVIDIA AI Enterprise .

NVIDIA VGPU was one of the compute layers that has been one of the most common main use cases for NVIDIA AI Enterprise. It enables multiple GPUs to share different virtual machines and optimizes resource utilization while condensing hardware operating costs. Because NVIDIA AI Enterprise is typically sold on a per-GPU license, it is important that customers get the best bang for their buck, and NVIDIA VGPU for compute nodes has really been helpful. I have also used this in a number of large-scale RFPs and RFIs.

I primarily work with AI workloads that are on a hybrid cloud model because the public cloud lacks a secure posture that is required for organizations such as the Department of Defense and military organizations. The private cloud, while it is very secure, is also quite expensive. The hybrid approach is very helpful with primarily on-prem infrastructure for rack integration but also some remote connectivity options. Everything also connects via DHCP, which is a dynamic host control protocol that allows customers to use things such as PuTTY and other VS Code type platforms to essentially SSH or remote into a desktop server.

I have also been using a couple of other software development kit libraries including NVIDIA NeMo, which is one of our data curation tools that helps clean the data and allows for model training and fine-tuning, and NVIDIA AI Blueprints are very important, allowing for retrieval augmented generation or RAG. Model training and data curation are very important as well.

There is a large range of libraries offered by NVIDIA AI Enterprise. These catalogs give you all of the information necessary to securely run AI workloads. That has been a very important use case, such as NeMo for the data curation engine for retrieval augmented automated generation, and there are a couple of other use cases such as TensorRT, which is a built-in library for Jupyter notebooks, providing resources for developing the code and the programming. There are also other options available such as NVIDIA for Digital Twins that gets you interested in building a virtual layer to a physical data center, with various APIs available such as NVIDIA Base Command Manager , and many libraries available. The vast majority of these libraries are open source and can be found on tools such as GitHub  and GitLab .

NVIDIA AI Enterprise has impacted my organization positively for a number of reasons. There has been a lot of optimization when it comes to researching organizational information because we have consolidated sites such as SharePoint , and NVIDIA AI Enterprise helps us access resources much quicker without needing to search the web for article after article. That has been very helpful. Additionally, there has also been productivity gains in optimizing workloads with retrieval augmented generation and running demos on the AI workstation, the laptop, leading to a 200 percent increase in productivity.

The accuracy of NVIDIA AI Enterprise has been exceptional, particularly when using generative AI such as retrieval augmented generation. The platform is built on reinforcement learning and model training with extensive libraries, making accuracy and reliability standout features. I believe this to be one of the best advantages of NVIDIA AI Enterprise, and the training continues to reduce errors. While models are never perfect, as humans and data curation are not perfect, I do believe that increased customer support, such as a real-time support desk, would help provide customers with the right information to support this type of platform.

There should be more marketing presence for NVIDIA AI Enterprise. There are numerous training options available, but I feel that many people do not always know where to go because there are so many resources. I recommend creating a weekly or monthly newsletter depending on the subscription type, as there are different levels and layers of NVIDIA AI Enterprise software. The best approach is to make information widely accessible and provide relevant training and content not just for software engineers and developers but for a wide range of audiences.

To further emphasize the need for improvements, I think NVIDIA AI Enterprise should add more marketing, training, and collaborative material. It would also be very helpful to have people available for online chats to answer basic questions for newcomers. Investing in our youth as they are the future is also important; K through 12 schools and universities should have access to this type of information.

The governance and security of NVIDIA AI Enterprise need improvement. Some security features such as zero trust architecture or ZTA are crucial because everyone needs a secure software solution. While NVIDIA AI Enterprise does implement secure hardening of endpoints, it lacks all federal compliance certifications such as FIPS, which governs cryptography and the installation of cryptographic keys onto hard drives. FIPS 140-2, FIPS 140-3, data at rest encryption, and other security measures are necessary additions to NVIDIA AI Enterprise software, especially for US federal government clients such as the Department of Defense, which would enhance governance, surveillance, and security.

Reinforcing the need for improvements, I see a requirement for more human contact to work on support tickets. It would be beneficial if NVIDIA AI Enterprise allows customers to quickly reach someone for support without delays. I have experienced situations with Dell customers where support can bounce back and forth, creating challenges that need to be reduced for better efficiency.

I have been using NVIDIA AI Enterprise for two to three years.

NVIDIA AI Enterprise is a stable platform, releasing quarterly updates that customers can access.

The scalability of NVIDIA AI Enterprise is absolutely incredible because it layers across numerous GPUs and racks. I have designed systems with up to 12 compute racks, four storage racks, and several networking cables and cards, which are crucial. I have observed NVIDIA AI Enterprise scaling up to at least 512 GPUs simultaneously.

Customer support varies based on the support level purchased, whether it is ProSupport Plus with a mission-critical four-hour response. While this level guarantees quick access, sometimes there are delays as support can bounce between Dell, NVIDIA, and other involved partners and vendors. I believe there is room for improvement regarding transparency and communication in customer support.

I would rate customer support a seven, as there are metrics assessing effectiveness, time to value, and return on investment for customers. However, there have been delays in communication and responsibilities between companies such as Dell and NVIDIA, creating confusion regarding who owns specific responsibilities. I would like better communication between both parties, which would require investing in highly skilled AI services departments and customer support, including the online chat I previously mentioned.

I was previously using a combination of Red Hat OS and other orchestration platforms on Linux Ubuntu , which the federal government primarily utilizes. While Red Hat is crucial and works across many servers, it is not always the latest or most advanced, and its licensing costs have become expensive. The same situation applies to VMware private cloud foundations, where costs also escalated.

The return on investment has shown significant money saved and time needed. There has not been a reduction in employees, and nobody wants their job to be replaced by AI in any capacity. However, with GPUs, especially through RunAI, the GPU orchestration platform facilitates increased effectiveness and efficiency. NVIDIA has invested in GPU orchestration by acquiring Slurm, a popular job scheduling tool for high-performance computing, providing roughly a 250 percent return on investment. Millions of dollars are being reinvested into hardware, and savings from GPU orchestration are now allocated for power and cooling operations, such as liquid-cooled and air-cooled data center GPUs.

I am not too involved in the pricing, setup cost, and licensing process as a solution architect. I am responsible for creating the bill of materials, detailing items needed for compute servers, storage nodes, and networking fabric. The account team, including the account executive, sales executive, and storage executive, translate technical components into list pricing and discounts. I am aware that NVIDIA has promotions, including bundles for Omniverse and RunAI for GPU orchestration targeted at specific types of GPUs, which typically show up quarterly. NVIDIA AI Enterprise is structured as a per-license GPU cost.

I evaluated other options before choosing NVIDIA AI Enterprise, as discussed previously.

My advice for others considering NVIDIA AI Enterprise is to conduct thorough research and discuss with their facility team. Understanding the rack layout, data center size, floor height, and humidity or CFM in the room is essential. You must determine whether you have the plumbing for AI data center needs, the capacity to support the weight of heavy racks (typically two to 3,000 pounds), and essential infrastructure components such as shock pallets, doors, heat exchangers, and chillers. Once these components are solidified, you can have conversations regarding the appropriate type of NVIDIA AI Enterprise support based on your GPUs.

NVIDIA AI Enterprise platform continues to evolve over time, and the more often customers are able to go online and teach themselves about these platforms the better. NVIDIA Omniverse Enterprise  is a collaborative environment for 3D workflows. When you are making a digital twin, you are basically creating a 3D layer that virtualizes a hardware infrastructure platform, bringing the ideas to life.

NVIDIA AI Enterprise is primarily deployed in my organization through a hybrid cloud, which I have discussed earlier. Hybrid cloud combines both private and public on-prem solutions, offering the best of both worlds. Data that needs to stay on-prem can live in a secure environment while allowing for archival or secondary storage in the cloud, which can reduce costs. Working with a company such as Equinix for colocation of data back and forth plays a crucial role in the deployment as it provides a scalable, flexible approach, with private cloud environments making the most sense for the customers I work with. I am providing this review with an overall rating of 9.

Primarily with NVIDIA AI Enterprise , I have focused on GPU orchestration, which involves allowing the GPUs to run at optimal efficiency and ensuring that loads are fully balanced. This has been very apparent recently because NVIDIA has taken another deep investment into the world of high performance computing by acquiring a job scheduler that is very popular called Slurm. The reason I mention that is Slurm is a platform that allows customers to see where their workloads are running, such as Kubernetes , Docker , Ansible , Terraform , and other orchestration platforms currently available. SchedMD was previously the owner of Slurm, but now NVIDIA owns Slurm, which is allowing customers to really understand where their workloads are running. NVIDIA AI Enterprise  has a platform called Run:ai, and that is built in to allow the GPUs to be autonomous and fully orchestrated, meaning they can work on the correct workloads that are best suited for those workloads and make sure that optimizes the experience.

I was responsible for about 12 data center racks that were ranging in different sizes, different heights, and different depths. These racks were built on what is called the OCP 3.0 standard, or Open Compute Project. They are the extra wide, extra deep racks that are able to host servers with up to eight GPUs each. The reason that is important is with NVIDIA AI Enterprise, I put one NVIDIA AI Enterprise license per GPU. Each server has up to eight GPUs, so typically I was going to have a mixture of four to eight servers per rack. Those are each going to have eight GPUs. When calculating the total capacity, I was already talking about 64 to 128 GPUs per rack. When I have that many GPUs in a very tight, dense form factor, I need a way to orchestrate them and to make sure the power and performance is also optimized because customers do not realize how expensive liquid cooling is. When I run workloads over 40,000 kilowatts, I need liquid-cooled GPUs, and only certain NVIDIA GPUs and certain servers are currently optimized. More and more servers are becoming optimized for liquid cooling, but that also costs millions of dollars as an investment.

Essentially, NVIDIA AI Enterprise has allowed me on a big project with a government contractor to build 12 racks and to also give a customer their AI workbench, essentially giving them a tool to monitor the use cases, to monitor the performance and the efficiency. They can do this without having an IT or OT background. They do not have to be a network administrator or system administrator. They can use this tool in their everyday work and it is very visual.

NVIDIA AI Enterprise has increased productivity by giving customers, partners, and employees more resources at their fingertips without needing to search endless SharePoint , endless documents, and outdated PowerPoints that require too much searching. It has been helpful for those getting things quickly, and it has also been visual and interactive, giving them more perspective on how to create an AI solution and make sure that the GPUs that are being selected are actually the right workloads. For example, B200 is really good for visualization, H200 is very good for inferencing, and RTX Pro 6000 is a very general purpose, mixed-use GPU. NVIDIA AI Enterprise can help understand these different GPUs with more precision and accuracy.

The performance has been very strong, and the integration with NVIDIA AI Enterprise is very easy and does not require any software experience. I would encourage people to get started with some of the hands-on labs and the free demos that are available on the NVIDIA training catalog and NVIDIA course catalog to gain exposure and experience to a number of products and offerings, and that will help expand their knowledge and portfolio. They can then bring this into their data center enterprises and expand with their entire team. The important thing to remember is that one does not have to have a lot of AI or network administration experience. The number one thing is just being able to learn from these models and platforms. There are plenty of resources available to do that for integration and performance.

NVIDIA AI Enterprise continues to impress a lot of customers, but it can improve by providing additional free hands-on resources, hands-on training, and labs. I think that creating a newsletter, such as a weekly newsletter or some type of touch point over email as often as possible would be very helpful. I encourage NVIDIA to actually invest more in their marketing, especially for people who are not currently at NVIDIA so they can actually have more access to this information, especially with children and young adults who are trying to get interested in the AI world. Providing as many options to bring this information to them is incredibly important.

I would also encourage the NVIDIA support team to be as responsive as possible to help create solutions and get customers the support they need without having to run through multiple layers of support.

I have been using NVIDIA AI Enterprise for about two years, and we typically call this NVAIE for short.

The return on investment has been substantial. I achieved 200% time to value. It has not reduced any employees. It has just allowed more people to be more productive in their work.

I was responsible for creating a license document to model how NVIDIA AI Enterprise is used, with one license per GPU. I had to create that model, but I was not tied to the financing. That was handled by the account teams and the sales teams who are responsible for discounting.

NVIDIA AI Enterprise platform typically rolls out quarterly updates where NVIDIA is pushing SDKs or software development kits that are going to be allowing customers for even more models and training. There is also a ton of free resources available. Even if customers do not want to purchase NVIDIA AI Enterprise, which is going to have a ton of bundles and save money on ROI and things regarding optimization of resources, they can also visit build.nvidia.com as a platform that is going to have API keys, and some of them are free. Customers can take care of some of those models and actually get some hands-on experience. There is a lot to learn online, and that is something that I really encourage everybody to do.

NVIDIA AI Enterprise has a number of platforms that it can run on. It is built to be more or less vendor agnostic, which is very helpful. I know a couple of examples of that, such as Penguin Solutions, which is a big-time AI computing platform. They were working closely with NVIDIA because their hardware and their solutions can be layered with NVIDIA AI Enterprise, so that gives them a flexible approach and there is no vendor lock-in. Customers can simply take this approach and create their solution and make it custom. The flexibility and customization are incredible, especially with how quickly the market is moving. NVIDIA is making as many approaches to invest in these platforms early and often, so it is ahead of the curve. That gives customers the advantage of scalability as well as flexibility.

NVIDIA AI Enterprise gives my team the ability to work on multiple projects at the same time. I would say it boosts productivity by two hours a day because one is not going to spend hours just researching products because NVIDIA AI Enterprise gives all of the resources and features available at fingertips. The productivity gains with time are significant, especially when making decisions about products, where I have saved about two hours a day.

NVIDIA AI Enterprise is built on zero-trust security, so it has a lot of secured features, but it is not efficient for the government because it does not have all the right certifications like FIPS 140-2, 140-3, STIG hardening, data-at-rest encryption, and other types of cryptography keys. I would encourage NVIDIA to continue to invest in the governance world, especially with the US government, such as the Department of Defense.

NVIDIA AI Enterprise is very accurate, and it continues to be trained on models that are highly effective and efficient, such as TensorFlow  and TensorRT and different open-source models from Hugging Face . I expect it to continue to improve itself with reinforcement learning.

For those considering implementation, I would make sure to provide as much detail as possible for their use case and actually be able to understand how their data center facility, floor layout, rack layout, and power and cooling requirements are set up. I gave this product a review rating of 9 out of 10.

For NVIDIA AI Enterprise , I usually use Isaac Sim and Omniverse for robotic AI emulation. I use Omniverse to train the robot module called the VOM, and then I put the VOM module in our Jetson platform, as everybody is talking about physical AI.

My main use case besides Omniverse is using Cosmos for AI training. For the autonomous car moving on the street, I use Cosmos to train and create different kinds of video or picture.

The best feature for NVIDIA AI Enterprise  is the security and commercial aspects. If I find any problem when I use NVIDIA AI Enterprise, the NVIDIA technical person can help me solve the issues.

I do not know more about the security feature in detail, but I know that NVIDIA AI Enterprise has something maintained, so when our customers use this function, they do not have to worry about their security.

NVIDIA AI Enterprise has positively impacted our organization because Advantech is an IPC vendor, and we need to let our customers know that if they use our IPC and the Jetson platform, they can achieve those applications. I use NVIDIA AI Enterprise for our internal marketing projects for things like conferences or exhibitions to show NVIDIA's very powerful calculation and GPU functions.

For now, I see NVIDIA AI Enterprise as very useful and I do not need to improve a lot, but I am thinking of one thing: when I report a technical issue, I hope your engineers can provide stronger support.

I hope you can provide more real-world application examples. From the documentation I saw, they are just very easy examples on GitHub , but sometimes when I want to build my own application, I do not know how to do it. I hope you can provide more real-world applications or step-by-step guidance from the beginning to the end.

So far, I see that NVIDIA AI Enterprise is very good, but I hope you can provide more applications that customers are using in your documentation.

I have used NVIDIA AI Enterprise for about one and a half years in my current job.

If the government and other users use NVIDIA AI Enterprise, they can be sure that everything is very safe, and they do not have to worry about their data or their application being vulnerable to a hack.

The benefit from using NVIDIA AI Enterprise is that it saved me a lot of time because they have some examples I can use, which is different than open source, and also when I build the example, I can attract our customers. We are a partner with NVIDIA, and we also resell NVIDIA AI Enterprise to our customers. I would rate this product a 7 out of 10.

NVIDIA AI Enterprise  has been used at Roche Enterprise for building, testing, and deploying AI machine learning workloads in a more production-ready and governed way. The primary use cases include model deployment, inference, RAG workloads, AI agents, and GPU acceleration.

Recently, I had to fine-tune a model and deploy it on a web server. I chose NVIDIA AI Enterprise  for that, and I deployed a custom model for a use case related to AI coding.

I have been using it for multiple use cases for machine learning tasks and some other AI GPU-related tasks.

The best features are the production-ready software stack, NVIDIA NIM microservices, and GPU optimization. I also value the enterprise support and long-term production branches.

GPU optimization has helped a lot. For running any model locally, I need a GPU. It provides an optimized GPU server, so I can run local models easily. For all the development and testing, I can do that easily. In terms of enterprise support, there is extensive documentation that supports Roche. It supports Roche by providing multiple components, such as NVIDIA NIM microservices, which is very useful for making deployment easier. In terms of optimized AI models, inference services, the validated guides, and reference architectures are valuable because they reduce uncertainty when moving from experiments to production.

It helps to improve the workflow by reducing the gap between AI experimentation and production deployment. Data scientists and engineers can work with optimized frameworks, containers, and microservices instead of spending time assembling and validating the full software stack manually. It also helps with standardization.

The biggest benefit is faster time-to-value for AI workloads while still maintaining enterprise expectations around reliability, security, and support. It also supports enterprise AI platforms. It makes it possible to align on common deployment patterns, infrastructure practices, and operational controls.

NVIDIA AI Enterprise can be improved in terms of complexity. The product is powerful, but it has many components, including NVIDIA NIM, Nemo, blueprints, orchestrators, and components Kubernetes , GPU infrastructure, and deployment guides. New teams may need a lot of time to understand which components are required for which specific use cases. The documentation is extensive, but it can be overwhelming. More guided paths for common enterprise patterns, such as healthcare RAG, internal research assistant, secure model serving, and regulated AI deployment, would be helpful. If the documentation can be improved, it will help developers to implement the actual use cases more easily.

I have been using NVIDIA AI Enterprise for the last one year.

NVIDIA AI Enterprise is stable for enterprise AI workloads when deployed on supported infrastructure in terms of accuracy and reliability. In terms of reliability, it depends on the quality of the deployment architecture, GPU capacity, orchestration, monitoring, model serving configuration, and workload isolation. All of these need to be designed properly because they will be considered when deploying any application to production.

In terms of onboarding, it depends on the deployment model. For basic experimentation, it is manageable because NVIDIA AI Enterprise provides containers, NVIDIA NIM microservices, and deployment resources. For production enterprise deployment, a setup requires careful planning around GPU infrastructure because it can cost a lot if I do not carefully select the configuration.

The platform can be complex. Cost planning requires discipline, and successful deployments need stronger platform engineering and governance. It is very powerful, but it works best when the organization has the maturity to operate enterprise AI infrastructure properly. Special training is required to use this.

My advice is to treat NVIDIA AI Enterprise as an enterprise AI platform, not just a model serving tool. It is most valuable when the organization has multiple AI workloads, GPU infrastructure, production requirements, and a need for standardization. I recommend starting with a focused use case, such as a RAG model, model inference, research, or any GPU-accelerated machine learning task. I rate this product a 9 out of 10.

I have been using NVIDIA AI Enterprise  for the past 10 months in a production environment, primarily for learning large language model inference, RAG pipelines, and some computer vision workloads on H100s and GPUs.

There are many use cases for NVIDIA AI Enterprise , mostly on different verticals, but most of them are on vision workloads.

A quick specific example of a vision workload I'm running with NVIDIA AI Enterprise is using DeepStream SDK, which delivers high-performance, multi-stream video processing with low latency, and TAO Toolkit makes transfer learning and model optimization straightforward for me, while TensorRT optimizations provide a huge inferencing speedup.

DeepStream and the TAO Toolkit are game-changers for me, as I was struggling with traditional OpenCV plus PyTorch  setups and could only process 8 to 12 camera streams reliably for one of our customers on our hardware, with frequent frame drops and high latencies. Now I am able to easily handle more than 60 high-resolution camera streams simultaneously on a single H100 GPU with excellent throughput and very low latency, and the development time for new vision pipelines has dramatically dropped from three to four weeks to only four to six days because of DeepStream.

NVIDIA AI Enterprise does a lot for my workflow because model development and operational reliability have all started on that platform, fitting perfectly into my framework since it is not the single solution I am working on with customers, and I am processing camera pipelines, reducing them, and changing focus from business outcomes with orchestration layer, model integration layer, data flow layer, monitoring layer, and security compliances across various frameworks.

Additionally, I have started exploring the BioNeMoTron framework with NVIDIA AI Enterprise, and I'm looking forward to advancements in the Triton Inferencing servers, as well as enhanced analytics and metadata integrations. Improvements in debugging tools and flexible pricing are important for mid-market customers, particularly in terms of enhanced documentation for edge deployments.

The best features NVIDIA AI Enterprise offers are high-performance multi-stream processing, end-to-end GPU accelerations for full pipelines, seamless Kubernetes  integration for easy deployment of NVIDIA GPU operators, stability, support, and advanced tracking with multi-view tracking capabilities.

The Kubernetes  integration helps my team by simplifying deployment, as I previously had to manually manage Docker  containers, GPU allocations, and scaling for new vision pipelines, but now I define my pipelines in YAML manifest and let Kubernetes handle scheduling, GPU resource allocations, and autoscaling, enabling me to automatically scale up DeepStream pods during high workloads and down during low traffic, optimizing GPU cost.

NVIDIA AI Enterprise has positively impacted my organization by significantly reducing processing time as I'm now handling more than 60 high-resolution cameras instead of two to three weeks before, achieving operational efficiencies, reducing processing costs by approximately 45%, and enabling me to handle 5x more camera streams.

On the manufacturing side, the product quality has improved with real-time defect detection that reduced faulty products reaching customers by 38%, leading to increased customer satisfaction scores along with fewer returns and warranty claims.

I think NVIDIA AI Enterprise should continue with its current trajectory while focusing on automated deployment, improving debugging tools, and offering more flexible pricing options since some customers find the licensing costs too high, especially those using RTX 6000 Pro or lesser versions. Enhanced documentation for edge deployments, especially for distributed vision systems, would also be beneficial.

I have been working in my current field for the last two and a half years.

I choose to rate NVIDIA AI Enterprise a 9 out of 10 because there are different frameworks I am working with customers on very customized pipelines, and I am unable to utilize 100 percent of NVIDIA AI Enterprise in those use cases, although it has the best features like superior performance optimization, DeepStream SDKs, and enterprise-grade stability. Better flexibility and affordable pricing options, particularly around interactions with the latest open-source models, could be improved.

Regarding NVIDIA AI Enterprise's governance and security, I find it to be one of the strongest aspects I have utilized, including STIG hardening containers, Distroless images, and compliance with regulatory environments, along with AI-specific governance features like NeMo Guardrails for prompt protections and output filtering.

In terms of accuracy and reliability of output, I maintain 98 to 99 percent of the original model accuracy with my internal RAG models, achieving 3 to 5x higher output throughput with FP16 and int8 quantization options, resulting in overall system reliability of more than 95 to 98 percent.

I would advise others considering NVIDIA AI Enterprise to definitely use it due to its superior performance on the inferencing side, seamless Kubernetes integration, strong governance, and high accuracy and reliability. My overall rating for NVIDIA AI Enterprise is 9 out of 10.