Nomad, from HashiCorp, is presented as a simple, flexible, and production-grade workload orchestrator that enables organizations to deploy, manage, and scale any application, containerized, legacy or batch jobs, across multiple regions, on private and public clouds. Nomad's workload support enables an organization to run containerized, non containerized, and batch applications through a single workflow. Nomad is available open source, or via a supported enterprise plan.
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NGINX
Score 9.1 out of 10
Enterprise companies (1,001+ employees)
NGINX, a business unit of F5 Networks, powers over 65% of the world's busiest websites and web applications. NGINX started out as an open source web server and reverse proxy, built to be faster and more efficient than Apache. Over the years, NGINX has built a suite of infrastructure software products o tackle some of the biggest challenges in managing high-transaction applications. NGINX offers a suite of products to form the core of what organizations need to create…
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NGINX Ingress Controller
Score 7.7 out of 10
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NGINX Ingress Controller is a traffic management solution for cloud‑native apps in Kubernetes and containerized environments.
Nomad's primary competitor is Kubernetes, specifically its scheduling component. Kubernetes is a much more complete system that will handle more things than job scheduling, including service discovery, secrets management, and service routing. There also exists a much larger …
All of those are paid solutions with very good features, but they also offer dedicated scenarios for web application hosting. If you run applications on on-premises web servers and don't have a Microsoft licence agreement, Nginx is a very good and reliable option, based on …
In our organization, we use different solutions depending on if the database is on premise or in the cloud. We went from multiple solutions across different departments towards a more consolidated model to achieve standardization and economies of scale. We’ve mainly moved …
How does it compare? We use Apache ATP server and we also use Tom Cat also owned by Apache, but both Apache, ATP, and MKA. They are relatively older than GX and so they're one problem for Apache and MKA they need more power, more memory, and more space.
NGINX have higher market share which obviously show to us it is the preferred choice of most of the customers. Both of platform competes in the Web and Application server areas, but due the security features of NGINX be more flexible this in my opinion makes more sense.
Apache is a market leader but NGINX is new and has new features. Lightweight and can handle static requests. We use EC2 and I believe NGINX is more suited when it comes to scalability.
We are already using NGINX which is so reliable, it definitely lends weight to our decision to select NGINX Ingress Controller. Also, even though it is a little more complex to manage, NGINX Ingress Controller definitely have a richer feature set, better performance, caching, …
Nomad is well suited for organizations who wish to tackle the problem of cloud computing with as little opinion as possible. Where competing tools like Kubernetes limit the concept of "batteries included," Nomad relies on engineers understanding the missing components and filling them in as necessary. The benefit of Nomad is the ability to build a system out of small pieces with the cost of having more complexity at a system level compared to alternatives.
[NGINX] is very well suited for high performance. I have seen it used on servers with 1k current connections with no issues. Despite seeing it used in many environments I've never seen software developers use it over apache, express, IIS in local dev environments so it may be more difficult to setup. I've also seen it used to load balance again without issues.
Straight-forward configuration format that users of all skill levels can learn, and yet is powerful enough for the huge breadth of features that Nginx provides.
Massive scale right out the box. We've never had a Nginx instance overwhelmed by requests, and if we did it would be trivial to spin up more Nginx instances to handle the load.
SSL termination means that we can deliver content over HTTPS without needing our individual services to require TLS support. This saves us a lot of time and headache while keeping us secure.
Nginx is open-source and free, meaning that anyone can use it to power their services, from individual projects to billion-dollar websites.
Nomad only handles one part of a full platform. Expertise and vision are required in implementing an entire system that is functional enough for an organization to rely on. This includes other tools to handle things like secrets, service discovery, network routing, etc.
Nomad is delayed in some modern functionality, like features for service-mesh and open tracing. These features are on the tool's roadmap, but there's currently no native support. These paradigms can be established still, but require more expertise outside of Nomad itself.
Nomad is not the leading tool for this space, and as such risks being left behind by tools with much greater support, such as Kubernetes.
Customer support can be strangely condescending, perhaps it's a language issue?
I find it a little weird how the release versions used for Nginx+ aren't the same as for open source version. It can be very confusing to determine the cross-compatibility of modules, etc., because of this.
It seems like some (most?) modules on their own site are ancient and no longer supported, so their documentation in this area needs work.
It's difficult to navigate between nginx.com commercial site and customer support. They need to be integrated together.
I'd love to see more work done on nginx+ monitoring without requiring logging every request. I understand that many statistics can only be derived from logs, but plenty should work without that. Logging is not an option in many environments.
This tool is really easy to use and configure. Consumes very less system resources. It is highly modular and configurable. You can easily use it with other tools like certbot for SSLs. You can configure basic security with configuration and headers
Community support is great, and they've also had a presence at conferences. Overall, there is no shortage of documentation and community support. We're currently using it to serve up some WordPress sites, and configuring NGINX for this purpose is well documented.
Nomad's primary competitor is Kubernetes, specifically its scheduling component. Kubernetes is a much more complete system that will handle more things than job scheduling, including service discovery, secrets management, and service routing. There also exists a much larger community support for Kubernetes vs Nomad. One might say Kubernetes is the safer choice between the two. Kubernetes is the complete "operating system" for cloud computing, but with it includes complexities that are "Kubernetes" specific. The decision really comes down to a mindset of monolith vs components. With Kubernetes, I would argue you choose the entire system as a whole. With Nomad, you design your system piece by piece. There is no wrong answer.
All of those are paid solutions with very good features, but they also offer dedicated scenarios for web application hosting. If you run applications on on-premises web servers and don't have a Microsoft licence agreement, Nginx is a very good and reliable option, based on Linux distributions and available as freeware.
We are already using NGINX which is so reliable, it definitely lends weight to our decision to select NGINX Ingress Controller. Also, even though it is a little more complex to manage, NGINX Ingress Controller definitely have a richer feature set, better performance, caching, traffic management among other features which was why it was chosen.
Nomad has allowed our organization to deploy quicker and more frequently with a lower failure rate.
Nomad has brought in consistency from an operations perspective.
Nomad's performance allows us to scale infinitely while providing functionality that reduces mean time to repair (canary deploys, versioning, rollbacks, etc).
Our websites are noticeably faster, causing an increase in customer satisfaction.
Nginx has such a low memory/resource footprint that we save money from not needing multiple large, expensive servers.
Ability to load balance traffic, have server-redundancy, and have high-availability allows for 100% uptime and provides cost-effective solutions to alternatives that can cost a lot.