On Premises Vs SaaS: Choosing The Best Method To Deploy AR And VR

Posted By : Priyansha Singh | 17-Aug-2021


On-Premises Vs SaaS: Choosing The Best Method To Deploy AR & VR


SaaS, also known as Software as a Service is a broad term used to describe software licensing and delivery model where the software is hosted centrally and licensed on a subscription basis. In this approach, the software is deployed using an internet connection and a web browser. 

On the other hand, on-premises solutions are essentially hosted in-house with certain external hardware and generally supported by some third-party vendors. Unlike this deployment approach that necessitates users to buy a particular license, cloud-based tools are purchased and deployed on a subscription basis that incurs annual or monthly charges. 

Nevertheless, both software models have their advantages and perks. For instance, cloud-based products and services offer seamless mobile deployment and integration. Also, there is freedom and flexibility to refrain from bulky equipment usage. Meanwhile, similar equipment serves on-premise users and provides guaranteed data protection amid downfalls and unpredictable disasters. There is no universal solution that will fit perfectly for all business types and industries, however, several attributes and factors can help to select the best software app development model for your organization. As more and more enterprises are relying on AR VR app development services for their operations, it is crucial to determine which method to deploy for AR and VR applications. In this article, we will discuss those aspects in detail, let’s delve in.

On Premises Vs Saas: AR VR App Development Services
Choosing The Best Model

The selection usually narrows down to on-premises versus SaaS architecture. However, it covers various dimensions such as:


  • Location of rendering servers: Cloud versus local
  • Budget: Permanent license versus subscription model
  • Remote collaboration and accessibility

Let’s take a look at these three aspects to get a better understanding of the best approach for AR VR app development solutions.


On-premises implementation of AR and VR applications demands upfront investments. Apart from the display itself, you will have to acquire local servers in order to run your applications. Moreover, the software itself generally comes in the form of a permanent license with a one-time charge. This investment is segmented and categorized as capital expenditures and amortized over several years.

On the other hand, SaaS is a subscription-based approach, meaning that your business will have to pay an ongoing subscription fee. Said otherwise, the investment in this particular case is referred to as an operating expense.

SaaS is essentially accessible with full and end-to-end packaged solutions. You do not need expensive or complex devices such as projection-based gadgets or VR-ready computers or buy any server or virtual machine. In the best-case scenario, you will be only required to have a smartphone! Although for professional usage, we recommend using VR headsets for engineers. 

For on-premises models, the overall investment can be deep. However, you can achieve your ROI since the IT department controls all the upgrades and maintenance for the support.

Also Read: Cloud VR: The Next Level Cloud-Based Virtual Reality Solutions
Location of rendering services

Whatever be the display, the core of AR and VR applications is the rendering of the 3D environment or object. 

In the case of on-premises methods and implementation, the rendering runs locally on the enterprise computers or servers. It denotes that all your company’s CAD models, as well as servers, are hosted within your own infrastructure, and in a lot of circumstances, on-site. AR VR tools and 3D data are shared between VR-ready computer systems via local networks.

Virtual reality cloud, on the contrary, is a mix between cloud infrastructure and VR content. The computation and related operations are performed on a cloud server rather than utilizing powerful local hardware. 

The major benefit of on-premise deployment for AR VR applications is data security. As far as cloud computing solutions and rendering is concerned under SaaS models, it will allow your processes to be more flexible and fast.

Remote accessibility and collaboration

Collaboration is one of the foremost aspects you want to look out for in AR/VR application development solutions. Amid the surge of remote work and the demand for globalized engineering products, you must be able to work with people who are not necessarily located in the same region or even the same country.

At Oodles Technologies, we enable you to seamlessly collaborate on 3D data with innumerable collaborators and visualize your 3D model, make annotations, and take necessary measures in real-time. 

It is often thought that when it comes to collaboration, the SaaS model is the way to go. However, it can also be achieved through on-premise applications. 

Final Thoughts

Augmented reality and virtual reality have become a common entity in today’s professional landscape, whether it is about:


  • Run a review for any project design
  • Carry out ergonomic studies
  • Mitigate conception errors before the product reaches the production stage
  • Train experts and specialized workers
  • Assess installation and safety risks
  • Interact and visualize complex 3D data in real-time

The choice between On-premises and SaaS architecture for AR VR app development solutions depends on the objectives, skills, as well as budget of your organization. If you are looking for custom SaaS application development services or seeking to integrate AR VR solutions in your project, feel free to drop us a line. Our experts will get back to you within 24 hours. 


About Author

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Priyansha Singh

Priyansha is a talented Content Writer with a strong command of her craft. She has honed her skills in SEO content writing, technical writing, and research, making her a versatile writer. She excels in creating high-quality content that is optimized for search engines, ensuring maximum visibility. She is also adept at producing clear and concise technical documentation tailored to various audiences. Her extensive experience across different industries has given her a deep understanding of technical concepts, allowing her to convey complex information in a reader-friendly manner. Her meticulous attention to detail ensures that her content is accurate and free of errors. She has successfully contributed to a wide range of projects, including NitroEX, Precise Lighting, Alneli, Extra Property, Flink, Blue Ribbon Technologies, CJCPA, Script TV, Poly 186, and Do It All Steel. Priyansha's collaborative nature shines through as she works seamlessly with digital marketers and designers, creating engaging and informative content that meets project goals and deadlines.

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