Not All Cloud CAD Is Equal: 10 Terms That Reveal the Difference

As cloud technology becomes increasingly prevalent across industries, the CAD space is no exception to this transformative shift.

With CAD vendors promoting their “cloud CAD software” solutions, understanding the terminology surrounding cloud computing is crucial to making informed decisions, because there’s a lot of “cloud-washing” happening. Cloud washing involves using the term “cloud” as a marketing buzzword rather than truly delivering the benefits and capabilities associated with cloud computing.

You might already be feeling the pressure from your CAD vendor to try their “cloud” offering or like you’re being forced into adopting their “cloud” version of CAD software. Even CAD experts who consider themselves “cloud-aware” can have trouble distinguishing between closely related terms that crop up in marketing materials or daily conversations.

We aim to clarify the top 10 cloud terms commonly used by CAD vendors while advocating that “cloud-native” CAD cloud systems are the gold standard.

But before exploring these terms, it’s essential to distinguish between software “built for” the cloud and those “retrofitted for” it. Legacy code and architecture present challenges for many CAD vendors, hindering their ability to leverage cloud benefits fully; therefore, some cloud CAD software solutions were retrofitted for the cloud. In contrast, cloud-native solutions were “built for” a cloud environment. As such, it delivers all the benefits of the cloud, from real-time collaboration to greater data security.

Not all “cloud” CAD software delivers every transformational benefit associated with the cloud. Some are limited by their architecture. Let’s explore 10 essential cloud terms you should know:

1. ¿Qué es la computación en nube?

Empecemos por lo más básico. ¿Qué es exactamente la nube? Además de ser esas cosas blancas y esponjosas que vemos cuando miramos hacia arriba, la nube se refiere a una red de servidores remotos a los que se accede a través de Internet para almacenar, administrar y procesar datos en lugar de utilizar un servidor local o una computadora personal. Proporciona a los usuarios acceso a aplicaciones y datos desde cualquier lugar con conexión a Internet.

So, rather than “downloading” software on a computer, users can access the software via the internet, and the software runs via the servers' cloud computing resource. This is one of the main advantages of cloud-based 3D CAD software over traditional software: There’s nothing to install, maintain, or update on your local machine. Cloud computing technology offers scalability, flexibility, and cost-effectiveness, as users can pay for only the resources they use and easily scale up or down as needed.

2. ¿Qué es el software como servicio (SaaS)?

SaaS stands for Software-as-a-Service. It’s a cloud computing model where software applications are hosted and provided by a third-party provider over the internet for a subscription fee. Users access these applications via a web browser or mobile device rather than installing and maintaining them on their computers or servers. SaaS providers handle the maintenance, updates, security, and infrastructure, allowing users to focus on using the software rather than managing it. Common examples of SaaS software from CAD vendors are PTC’s Onshape and Creo, billed monthly.

3. What is Single-Tenant and Multi-Tenant?

Single-tenant architecture is a software hosting model where a single instance of an application or service serves a single customer. In contrast, a multi-tenant hosting model serves multiple customers. Multi-tenancy is commonly used in SaaS deployment models and provides the benefits of cost savings and scalability.

4. ¿Qué es una nube pública?

A public cloud is defined as computing services offered by third-party providers over the public internet, making them available to anyone who wants to use or buy them. These services may be free or sold on demand, allowing customers to pay only for what they use.

Companies using a public cloud can access the applications they wish without the large upfront costs for hardware, software, or system maintenance.

5. ¿Qué es una nube privada?

Una nube privada es una arquitectura informática in situ accesible y gestionada por una sola empresa u organización. Dado que solo un cliente se beneficia, esta estrategia es más costosa que la nube pública, pero los recursos se pueden personalizar según el cliente.

Private clouds are best suited to companies that must meet regulatory requirements or deal with unusually sensitive data, such as financial data or health information. For manufacturers and engineering teams with strict IP protection requirements, a private cloud deployment of CAD cloud systems can offer tighter control over who accesses design data and how it's stored.

6. ¿Qué es la nube híbrida?

Una nube híbrida es un entorno informático que combina elementos de nubes públicas y privadas, lo que permite compartir datos y aplicaciones entre ellas. En una configuración de nube híbrida, algunos recursos se alojan en un entorno de nube pública, gestionado por un proveedor de servicios de nube externo, mientras que otros se alojan en un entorno de nube privada, normalmente gestionado por el departamento de TI de la organización.

7. ¿Qué es el almacenamiento en la nube?

Cloud storage is a service that allows users to store and access data over the internet on remote servers maintained by a cloud service provider. Instead of storing data on local storage devices like hard drives or flash drives, users can upload files to the cloud storage provider's servers, securely stored and accessed from anywhere with an internet connection. Dropbox, Google Drive, and Microsoft OneDrive are examples of cloud storage for individuals.

It’s important to note that cloud storage alone does not make a CAD platform “cloud CAD.” Storing files remotely while running the application locally is fundamentally different from a true cloud-native CAD experience.

8. ¿Qué es hospedado en la nube?

Cloud-hosted is a model in which a third-party cloud provider runs an application on its own servers on behalf of a customer. Cloud-hosted CAD software offers the flexibility and cost-efficiency of a rental business model. Instead of investing in and owning your software, hardware, and servers on-premises, you buy them as a service. Companies that choose cloud-hosted can quickly scale what they need or don’t need without incurring the large and ongoing investments required to run the applications on their own.

Sin embargo, los servicios alojados en la nube añaden un intermediario (y con frecuencia middleware). Puede reducir la carga de administrar y actualizar su software CAD y PDM, pero incurre en el costo.

9. ¿Qué es la nube, la conexión a la nube o la tecnología de la nube?

Estos términos genéricos indican a los usuarios que la nube está involucrada de alguna manera, pero los usuarios tienen que descubrir hasta qué punto. ¿Es un modelo de almacenamiento en la nube en el que la aplicación se ejecuta en hardware local?

Muchos proveedores han adoptado la táctica del «lavado en la nube» o, mejor dicho, etiquetan o comercializan sus productos, servicios o soluciones como ", " en la nube o ", con la nube ", para capitalizar la popularidad y el revuelo que rodean a la computación en nube, incluso si la oferta no cumple realmente con las características o los estándares de la computación en nube.

This misleading marketing tactic can lead to confusion among consumers and businesses who may believe they are purchasing or using genuine cloud CAD solutions when, in fact, the product may simply be traditional software or services hosted on remote servers without the scalability, elasticity, or other benefits typically associated with true cloud computing. When evaluating any platform that claims to be cloud-based CAD, ask directly: Where does computation happen? Where is data stored? Can multiple users access and edit simultaneously without file check-out conflicts?

10. ¿Qué es Cloud-Native?

La tecnología nativa de la nube se refiere al diseño, la creación y la ejecución de aplicaciones que aprovechen al máximo todas las ventajas de la computación en nube. Hace hincapié en los principios de escalabilidad, resiliencia, automatización y entrega continua. Las arquitecturas nativas de la nube permiten a las organizaciones innovar más rápido y responder de manera más eficaz a los cambios del mercado, a la vez que ofrecen experiencias de usuario superiores.

With cloud-native CAD software, all data is stored on the cloud, and all required computation happens there. Nothing is downloaded or stored on a user's machine, and CAD files don’t exist in the traditional sense. Instead, data is stored in a centralized cloud database. Cloud-native architectures are optimized for reliability and eliminate crashes, data corruption, and data loss normally associated with CAD software.

Onshape: True Cloud-Native CAD Software

Onshape is the clearest real-world example of cloud-native CAD in action. Built from scratch for the cloud, with no desktop version, no local file system, and no installer, Onshape demonstrates what's possible when CAD software is designed entirely around cloud infrastructure rather than retrofitted for it. Every save, every version, every collaborator edit happens in the cloud, automatically.

Collaboration is a standout advantage of cloud-native CAD software. Engineers and designers can work on the same model simultaneously, in real time, from any location without the friction of checking files in and out or reconciling conflicting versions. For global manufacturing and engineering teams, this means faster design cycles and fewer bottlenecks.

Security is another key consideration. Cloud-native CAD platforms typically benefit from enterprise-grade security infrastructure, including encryption at rest and in transit, role-based access controls, and audit trails, often exceeding what most in-house IT environments can provide. Your IP stays protected without sacrificing accessibility.

For manufacturing teams specifically, the benefits of a cloud-native manufacturing platform extend beyond CAD with integrated PLM, real-time BOM management, and seamless supplier collaboration all become possible within a single, always-updated environment, including PDM built in by design, not added as a separate tool.

La tecnología nativa de la nube como estándar de referencia

Now that we've clarified these essential cloud CAD terms, why are cloud-native architectures considered the gold standard?

A cloud-native architecture is the best because it is specifically tailored to harness the full potential of cloud computing – and now AI development – since it was designed for a cloud environment.

By embracing microservices, containers, and serverless computing, cloud-native CAD software enables organizations to achieve unprecedented agility, scalability, and reliability. With cloud-native approaches, businesses can innovate quickly and rapidly adapt to changing market conditions while delivering exceptional value to their customers.

Moreover, cloud-native architectures promote a culture of continuous improvement and innovation. By embracing DevOps agile practices and automation, organizations can streamline their development and deployment pipelines, reducing time-to-market and accelerating innovation cycles.

Si bien la nube puede estar plagada de jerga desconcertante, la comprensión de estos términos esenciales sienta las bases para aprovechar su poder transformador. No se deje engañar cuando escuche a un proveedor de CAD hablar sobre su software en la nube. Haga preguntas.

Al adoptar CAD y PDM nativos de la nube, usted también puede desbloquear nuevos niveles de colaboración, eficiencia y agilidad, lo que impulsará a su empresa hacia un futuro de posibilidades ilimitadas.

(This blog was originally published February 29, 2024.)