Cloud Rendering Software, Services and Render Farms for Architects (2026)

Cloud rendering, or rendering in the cloud, means that your images or animation are calculated on remote servers instead of your own computer: you send the scene, the servers render it and send back the results, and your workstation stays free for design work. Architects use three kinds of service: managed render farms (RebusFarm, GarageFarm, Fox Renderfarm), render engines with a cloud built in (Chaos Cloud for V-Ray, KeyShot, Autodesk Rendering for Revit) and rented GPU machines or cloud infrastructure (iRender, AWS, Google Cloud).

A fourth route needs no scene file: AI rendering turns one view of your design into a photorealistic image in seconds, in the browser. This guide compares 17 services with prices checked in October 2026, shows which option fits Revit, SketchUp, Lumion or Blender users and explains how to estimate a render farm bill. The video above covers the basics in seven minutes.

What Is Cloud Rendering?

Cloud rendering is a process that uses powerful remote servers to create digital images and animations. Instead of relying on your local computer to do all the heavy work, you can send your project to specialized servers hosted in large data centers. These machines render your scenes by calculating lighting, shading, and textures, then send the final results back to you.

The core idea behind cloud rendering is simple: it uses these servers to process complex visualizations. For example, architects can upload 3D models to a cloud-based platform that performs all the demanding computations and returns final images or animations without the need for high-end local hardware.

In simple terms, cloud rendering lets you access professional computing power without investing in expensive equipment. It also saves time by distributing the workload across multiple servers, which speeds up rendering while maintaining visual quality. Since everything happens online, you can continue working on other tasks while the system handles the rendering in the background.

Cloud-based rendering services come in three main types:

• Managed render farms: you upload the scene with the farm's plugin or web app, the farm renders it on its own machines with its own software licenses, and you pay for the engine time, by GHz-hour on CPU or OctaneBench-hour on GPU.

• Render engines with a built-in cloud: the renderer sends the job itself, as V-Ray does with Chaos Cloud, KeyShot with KeyShot Cloud Rendering and Revit with Autodesk Rendering, and you pay in credits or tokens.

• Rented machines and cloud infrastructure: you rent a GPU server and work on it by remote desktop (iRender), or build a render pool on AWS, Google Cloud or Microsoft Azure and run your own software and licenses.

Render Farms and Cloud Rendering Services Compared (October 2026)

The table sums up the 17 services in this guide. Prices are the entry prices shown on each vendor's own page in October 2026, before tax; farms sell prepaid credits, and most of them lower the rate as you buy more.

What Are the Benefits of Cloud Rendering?

Cloud rendering pays off when a job is too big, too urgent or too rare to justify more hardware:

• Lower hardware costs: you pay for render time instead of buying and maintaining workstations or an in-house render farm. RebusFarm and GarageFarm bill only engine time, with no fees for uploads, downloads or storage.

• Many machines at once: a farm splits an animation across many nodes, so the frames render in parallel; GarageFarm's High priority puts up to 300 CPU nodes on one job.

• A free workstation: your computer stays free for design work while the job renders, and you can queue several jobs at the same time.

• Access from anywhere: you can follow a job from a browser or a phone, for example with Chaos Cloud's Live View or RebusFarm's ControlCenter, and download the results wherever you are.

• Security standards: RebusFarm, Fox Renderfarm and Chaos Cloud are ISO 27001 certified, and Fox is TPN accredited; for confidential projects, ask the provider for an NDA as well.

Which Cloud Rendering Option Fits Your Workflow?

A render farm can only render what its machines have installed, so start from the program your scene lives in. As of October 2026:

• 3ds Max, Maya, Cinema 4D or Blender: RebusFarm, GarageFarm, Fox Renderfarm and Ranch Computing all list these programs; check that your render engine and plugins are on the farm's list too. V-Ray users can also send the job straight to Chaos Cloud, and Blender users can try SheepIt for free. If you would rather render on your own machine, our Blender system requirements guide shows the hardware it needs.

• Revit: Revit's Render in Cloud runs on Autodesk Rendering and is paid with Flex tokens, and V-Ray for Revit can send the same project to Chaos Cloud. For a quick image of a Revit view before a meeting, Revit rendering with AI works from a screenshot of that view.

• SketchUp: V-Ray for SketchUp, included in SketchUp Studio ($71.58 a month billed annually, Windows only), sends jobs to Chaos Cloud, and RebusFarm and GarageFarm accept SketchUp scenes. SketchUp's own AI Render makes an image of the model view with SketchUp credits, and the free ArchiVinci plugin sends the active view or a saved scene to ArchiVinci without leaving SketchUp: see SketchUp rendering with AI.

• Rhino: V-Ray for Rhino works with Chaos Cloud, and RebusFarm and GarageFarm list Rhino.

• Lumion, Twinmotion, Enscape or D5 Render: none of these real-time renderers is on the software lists of RebusFarm, GarageFarm or Fox Renderfarm. They render on the graphics card of the computer they run on, so the cloud option is a rented GPU machine: iRender recommends its single-GPU servers for Lumion, Twinmotion, Enscape and D5. Lumion Cloud, Twinmotion Cloud and Chaos Cloud (for Enscape) share finished renders; they do not render the scene. Our ArchiVinci vs D5 Render comparison shows the browser alternative for still images.

• Still images of one view, without a GPU-heavy setup: this is where AI rendering in the browser fits freelancers and small studios. Upload a screenshot of the model view, a sketch or a photo to ArchiVinci, describe the materials and light, and you get a photorealistic, presentation-quality image in seconds, with no scene export, render farm or graphics card; the size of the model does not matter, because only the image is uploaded. Render a single view with AI; using the images for client work needs an active plan.

• No 3D model yet: draw the plan or upload a plan image in Floor Plan Maker, our free floor plan creator for desktop browsers, then view it in 3D and render it with ArchiVinci's engines.

How Does Cloud Rendering Work?

Cloud rendering works by transferring the heavy computation of image and animation processing from a local computer to powerful remote servers. When a user uploads a 3D scene or model, the cloud rendering software distributes the task across multiple high-performance machines located in data centers. These machines then process the project, calculating lighting, textures, reflections, and other visual effects to produce the final output.

In general, a cloud rendering workflow follows these steps:

• Project Upload: The user sends 3D models, textures, and scene files to a cloud rendering platform through a secure connection.

• Resource Allocation: The platform automatically assigns the necessary computing nodes based on the project’s size and complexity.

• Parallel Rendering: Multiple servers process different parts of the scene at the same time, which speeds up rendering and ensures consistency. Rendering a queue of frames or views unattended is called batch rendering, and a farm spreads that queue over many machines.

• Progress Monitoring: Users can track rendering progress in real time, often through dashboards or integrated plugins in design software.

• Result Delivery: Once rendering is complete, the final images or animations are compiled and made available for download or cloud storage.

When the process finishes, architects and designers can review the output, make adjustments, and quickly re-render updated versions if needed. This workflow reduces rendering time, increases flexibility, and removes the limits of local hardware capacity.

How to Estimate a Render Farm Cost

Farms bill the work their machines do. CPU time is counted in GHz-hours, the combined clock speed of the machines multiplied by the hours they render, and GPU time in OctaneBench-hours (OB-hours), a GPU speed score multiplied by time. GarageFarm's own example: ten machines of 55 GHz each rendering for one hour use 550 GHz-hours, which costs $13.20 at its Low priority rate of $0.024 (October 2026).

To estimate a still image, render a test at one fifth of the final resolution: the full image will cost about 25 times as much (5 × 5). For an animation, render a sample of frames spread across the sequence, such as every 20th frame, and let the farm scale the estimate to the full range. Our render farm cost calculator estimates the total render time, the machines you need and the farm cost of an animation, and our guide to how architects determine rendering costs explains how studios price finished renders.

Cloud Rendering vs. Real-Time Rendering

While both cloud rendering and real-time rendering are used to visualize architectural designs, they serve different purposes and operate in distinct ways. Cloud rendering focuses on producing high-quality, photorealistic images and animations using remote servers, while real-time rendering prioritizes speed and interactivity for design reviews.

Understanding the difference between the two helps architects choose the best method for each stage of their workflow. The table compares the two methods and adds a third option, AI rendering from a single view.

In most workflows, architects use both methods together. Real-time rendering is ideal during the early design stages when quick feedback is needed, while cloud rendering is preferred for producing final, photorealistic visuals. Combining the two allows teams to maintain creative speed during development and achieve presentation-quality results at the end. AI rendering from a single view now adds a step before both: architects use it to compare options and test materials and light before they set up a full scene.

Will AI Replace Traditional Visualization Workflows?

The growing presence of artificial intelligence in visualization is transforming how architects approach rendering. AI-assisted tools are becoming more common in design software, helping professionals create realistic results faster and with less manual effort. However, these tools are not expected to replace traditional workflows entirely, but rather to enhance and streamline them.

AI can support architects and visualization artists in several ways:

• Automating repetitive tasks: AI can handle routine processes such as lighting setup, camera positioning, material assignment, or image denoising, saving valuable time during production.

• Accelerating concept visualization: By using machine learning to predict lighting or texture behavior, AI helps designers generate concept previews much faster, reducing the gap between idea and visual output.

• Enhancing creative focus: With technical steps simplified or automated, architects can devote more attention to design intent, storytelling, and artistic expression instead of adjusting render settings.

As AI continues to evolve, it will complement human creativity rather than replace it. The most effective workflows will combine the precision of traditional rendering methods with the adaptability and speed offered by AI-powered visualization tools.

ArchiVinci is built for the one-view part of that workflow: you upload a view, describe it and get a photorealistic image in seconds; the Edit module changes a marked area from a typed request, and with a plan, Upscale enlarges a result to 4,096 pixels on the long side. Scene setup, animation and the final production render stay in your 3D software or on a farm.

How to Choose the Right Cloud Rendering Solution?

Selecting the right cloud rendering solution is essential for architects who want to balance visual quality, project speed, and cost efficiency. With many platforms available, it is important to evaluate which service best fits your design workflow, software ecosystem, and collaboration style. A well-chosen platform not only accelerates rendering but also simplifies communication and resource management across teams.

Key Factors Architects Should Consider

Software Compatibility

Make sure the service runs your software and render engine: a farm renders only what its machines have installed, and an engine cloud such as Chaos Cloud works only from inside V-Ray. Check the versions and plugins of tools such as Revit, Rhino, SketchUp, Blender or Archicad. AI rendering from a single view has no such limit, because it works from an image exported from any program, and SketchUp users can send the active view with the free ArchiVinci plugin.

Rendering Type

Decide whether your projects need CPU, GPU, real-time or hybrid rendering. For the same output, GPU rendering often costs less on a cloud service (KeyShot says its GPU jobs use up to four times fewer credits than CPU jobs), while CPU engines such as Corona can hold scenes larger than a graphics card's memory. Our guide to the best GPUs for rendering compares the cards for local work.

Performance and Scalability

Confirm that the cloud rendering service can handle complex, high-poly architectural models efficiently. Look for scalable computing power that adapts to project size and provides stable performance during large-scale renders.

Ease of Use

Choose a platform with an intuitive interface and plugin support for direct integration into design software. Easy navigation and automation tools reduce setup time and allow architects to focus on design rather than technical adjustments.

Pricing Model

Compare the billing unit as well as the rate: farms charge per GHz-hour (CPU), per OctaneBench-hour (GPU) or per node-hour, engine clouds use credits (Chaos Cloud, KeyShot) or tokens (Autodesk Flex), and AWS Deadline Cloud bills per worker-hour. Prepaid credits suit project-based work, while annual credit packs and subscriptions suit steady use.

Data Security and Privacy

Verify that the provider uses encryption, non-disclosure agreements (NDAs), and complies with global data protection standards. These measures are critical for maintaining confidentiality in commercial and competition-sensitive projects.

Support and Community

Select platforms that offer tutorials, detailed documentation, and live technical support. A strong user community and responsive assistance can make a significant difference when dealing with tight deadlines or complex rendering issues.

By assessing these factors carefully, architects can identify a cloud rendering platform that supports both creativity and operational efficiency. The right choice ensures seamless integration, optimized performance, and reliable collaboration throughout every stage of the design process.

17 Cloud Rendering Services and Render Farms for Architects

The services below are grouped by how they work: managed render farms, render engines with a built-in cloud, rented machines and cloud infrastructure, presentation clouds, and AI rendering in the browser. Each entry gives the software it works with, its price as shown on the vendor's own page in October 2026 (US prices before tax unless marked) and what it suits best. ArchiVinci is our own product and is listed last.

Managed Render Farms

1. RebusFarm

RebusFarm has run a render farm from its own data center in Germany for 20 years. Its Farminizer plugin checks the scene and submits the job from inside your 3D program, RebusDrop downloads each finished file automatically, and the ControlCenter shows your jobs with a live preview.

• Works with: 3ds Max, Cinema 4D, Maya, Blender, SketchUp, Rhino and Revit, with V-Ray, Corona, Redshift, Octane, Arnold and Maxwell, among others.

• Price (October 2026): a €25 free trial (25 RenderPoints at €1 each), then 1.20 euro cents per GHz-hour on CPU and 0.45 euro cents per OctaneBench-hour on GPU, with volume discounts from 5% (500 RenderPoints) to 60% (50,000). RenderPoints never expire, and uploads, downloads and storage are free.

• Best for: studios that want to submit jobs from inside 3ds Max, Cinema 4D, SketchUp or Rhino.

2. GarageFarm

GarageFarm is a managed farm that you use through its plugin for 3D programs or a web dashboard. You choose a priority for each job: Low for overnight work, Medium with 24/7 technical support, or High for the top of the queue with a dedicated support lead.

• Works with: 3ds Max, Maya, Cinema 4D, Blender, Houdini, SketchUp, Rhino, Modo, LightWave and Vue, with V-Ray, Corona and Redshift.

• Price (October 2026): $25 of trial credits with no card needed (limited to 10 nodes and 30 jobs); CPU $0.024, $0.036 or $0.072 per GHz-hour (Low, Medium, High) on up to 100, 150 or 300 nodes; GPU $0.004, $0.006 or $0.012 per OB-hour on RTX 6000 Pro Blackwell, L40S, RTX 4000 Ada and RTX A5000 nodes with up to 96 GB of VRAM. Bonus credits rise from 4% on a $250 purchase to 100% on $12,500.

• Best for: trading speed against cost, job by job.

3. Fox Renderfarm

Fox Renderfarm says it runs 30,000 CPU and GPU servers, is ISO 27001 certified and TPN accredited, and offers 24/7 support. It prices CPU rendering per node-hour, and the rate falls as your total top-ups grow.

• Works with: Blender, 3ds Max, Maya, Cinema 4D, Houdini, Unreal Engine and Nuke, with V-Ray and Arnold.

• Price (October 2026): a $25 free trial and up to 40% bonus on the first top-up; CPU nodes cost $1.224 an hour (Ordinary), $1.102 after $500 of top-ups, $0.979 after $2,000, $0.857 after $5,000 and $0.734 after $10,000, with 64 GB of RAM by default.

• Best for: long animations and studios that render every month.

4. Ranch Computing

Ranch Computing checks your scene with its RANCHecker plugin, which packs every file the job needs before upload. Its price includes the servers, the render engine licenses and support, and Ranch credits do not expire.

• Works with: 3ds Max, Blender, Cinema 4D, Houdini, Maya, Maxwell and Indigo.

• Price (October 2026): €30 of free credits for your first project, then GPU from €0.005 per OB-hour and CPU from €0.011 per GHz-hour on Low priority, before tax. Students and schools get bonus credits for non-commercial work.

• Best for: 3ds Max, Cinema 4D and Blender scenes billed in euros.

5. SheepIt

SheepIt is a free render farm for Blender that has run on volunteers' computers since 2007. You earn points by letting your computer render other people's frames, and the points move your own frames up the queue.

• Works with: Blender (Cycles, Eevee and Workbench); new Blender versions are supported within days.

• Price (October 2026): free, with no subscription or credit card.

• Best for: students and hobbyists; turnaround depends on the volunteers online, so it suits tight deadlines less.

Render Engines with a Built-In Cloud

6. Chaos Cloud (V-Ray)

Chaos Cloud rendering is built into V-Ray: you press a button and it handles the licenses, the upload and the virtual machines. Smart Sync uploads only what has changed, Live View shows a job's progress on any device, and the price includes licenses, transfers and storage. Corona is not on its list of supported integrations, so Corona scenes go to a farm such as RebusFarm or GarageFarm, while Enscape plans use Chaos Cloud for reviews and sharing.

• Works with: V-Ray for 3ds Max, Maya, SketchUp, Rhino, Revit, Houdini, Modo, Unreal and Cinema 4D.

• Price (October 2026): cloud rendering is paid with Chaos Credits: 30,000 credits cost $625 a year and 60,000 cost $1,050, shared between the users of a floating license. V-Ray itself costs from $540 a year (Solo), $778.80 (Premium) or $886.80 (V-Ray Collection, named user); Corona Solo costs $414 a year and the Corona Collection $790.80.

• Best for: V-Ray users who want cloud rendering without leaving their scene. For a lighter route to still images, see ArchiVinci vs V-Ray.

7. Autodesk Rendering (Revit and Flex Tokens)

Autodesk Rendering is the cloud service behind Revit's Render in Cloud: Revit sends a view to Autodesk's servers and you keep working while the image renders. It is paid with Autodesk Flex tokens, Autodesk's prepaid pay-as-you-go currency for its products. Arnold, Autodesk's production renderer, is a separate product that runs on your computer or on a farm: RebusFarm and Fox Renderfarm list it, and AWS Deadline Cloud rents Arnold licenses by the hour.

• Works with: Revit.

• Price (October 2026): Flex tokens, priced on Autodesk's Flex page; Revit itself costs $3,005 a year or $380 a month in the US and runs on Windows 11. Arnold costs $430 a year.

• Best for: Revit users who want stills without exporting the model.

8. KeyShot Cloud Rendering

KeyShot Cloud Rendering is built into KeyShot Studio 2026 for subscribers with individual accounts: you choose it in the Render dialog, see the credit cost before you submit and get the finished file downloaded to your computer. It renders on CPU or GPU, on servers located in North America.

• Works with: KeyShot Studio scenes.

• Price (October 2026): KeyShot Credits in prepaid packs, 1 credit per GigaSample of render work; for the same settings, GPU jobs use up to 4× fewer credits than CPU jobs. KeyShot Studio Professional costs $1,299 a year.

• Best for: product, furniture and interior shots made in KeyShot.

9. OctaneRender and the Render Network

OTOY's cloud for OctaneRender is the Render Network, a decentralized network of idle GPUs that renders OctaneRender, Redshift and Blender Cycles scenes on demand, with no minimum spend or upfront commitment. Older pages still call OTOY's cloud OctaneRender Cloud (ORC).

• Works with: OctaneRender and its plugins, Redshift and Blender Cycles, now including native Cinema 4D files.

• Price (October 2026): OctaneRender Studio+ costs €19.99 a month billed yearly or €23.95 billed monthly, with Render Network access and network rendering on up to 10 of your own machines; Render Network jobs are paid on demand.

• Best for: GPU artists who already render in Octane, Redshift or Cycles.

10. Vectorworks Cloud Services

Vectorworks Cloud Services moves viewport rendering, panoramic images and Showcase animations from your computer to the cloud and shares models, panoramas and PDFs with clients through a web portal. It also includes AI Visualizer and AR and VR viewing, with Vectorworks Odyssey for Meta Quest.

• Works with: Vectorworks (desktop, Nomad and the web portal).

• Price (October 2026): the full service comes with an active Vectorworks subscription, and a free account gets the basic features; Vectorworks shows its prices by region, so check its store for yours.

• Best for: Vectorworks users who want renders and presentations without tying up their workstation.

Rented GPU Machines and Cloud Infrastructure

11. iRender

iRender rents you a whole remote machine instead of a place in a farm queue: you connect by remote desktop, install your own software and work as on your own PC. The machines have Threadripper PRO processors, 256 GB of RAM and Windows or Ubuntu.

• Works with: any software you can install; iRender recommends its single-GPU servers for Lumion, Twinmotion, Enscape, D5 Render, KeyShot and Unreal Engine.

• Price (October 2026): one RTX 4090 from $8.20 an hour ($7.38 when you pay for three hours or more), two RTX 4090s from $15 and one RTX 5090 from $10.80; new users get a 100% bonus on their first top-up.

• Best for: real-time renderers that the managed farms do not accept.

12. AWS Deadline Cloud

AWS Deadline Cloud is Amazon's fully managed render management service: AWS can run the whole fleet for you (Service-Managed Fleets, on demand or on cheaper Spot instances) or manage your own machines on premises or on AWS (Customer-Managed Fleets). Deadline 10, known as AWS Thinkbox Deadline, is a separate self-hosted render manager, and its usage-based licenses now come through Deadline Cloud.

• Works with: hourly licenses for Arnold, Maya, 3ds Max, Nuke and Houdini, or your own licenses for other software.

• Price (October 2026, US East): no upfront commitment or minimum fee; $0.015 per connected worker-hour on your own machines; licenses such as Arnold at $0.66, Maya at $0.18 and 3ds Max at $0.18 an hour, plus the AWS instances.

• Best for: studios with a pipeline team that render animation at scale.

13. Google Cloud (Compute Engine and Batch)

Google Cloud has no dedicated rendering service: you build your own render pool from Compute Engine virtual machines with NVIDIA GPUs, such as G2 (L4), A2 (A100) or G4 (RTX PRO 6000), and run the jobs with Batch or the open-source render manager OpenCue.

• Works with: the software and licenses you install, such as V-Ray, Blender or Arnold.

• Price (October 2026): pay as you go by machine type, region and time; Spot VMs cost less but can be stopped at any time.

• Best for: firms with IT staff who want to extend an in-house farm.

14. Microsoft Azure Batch

Azure Batch runs large compute jobs on pools of virtual machines. Microsoft has retired the dedicated Azure Batch rendering images and licensing, so rendering on Azure now means building a custom VM image with your render software and connecting your own license server, as Microsoft Learn describes.

• Works with: the software and licenses you install.

• Price (October 2026): pay as you go by VM size, region and run time, with cheaper Spot VMs for jobs that can be interrupted.

• Best for: teams already on Azure that run their own render manager.

Presentation and Collaboration Clouds

15. Twinmotion Cloud

Twinmotion Cloud is Epic Games' online space for sharing what you made in Twinmotion: images, videos, panoramas and interactive presentations that clients open through a browser link. The rendering itself happens in Twinmotion on your own Windows or macOS computer.

• Works with: Twinmotion, which runs on Unreal Engine 5.

• Price (October 2026): Twinmotion is free for students, educators and companies with up to $1 million in annual revenue, but Twinmotion Cloud needs a paid seat at $445 a year. Since May 27, 2026, the Unreal Subscription ($1,850 a year) no longer includes Twinmotion.

• Best for: sending clients interactive presentations. For stills without a local GPU, compare ArchiVinci vs Twinmotion.

16. Lumion Cloud

Lumion Cloud is where Lumion users upload, organize and share their renders, collect client feedback, compare versions and track approvals, with VR panoramas for review. It does not host Lumion itself: Lumion renders on the Windows computer it is installed on. Lumion View has been discontinued and replaced by Axogram, a diagramming plugin with a free plan.

• Works with: Lumion Pro, with LiveSync for SketchUp, Revit, Archicad, Rhino, AutoCAD and other modeling programs.

• Price (October 2026): Lumion Pro costs $1,149 a year for a named user, and Pro Floating, a seat shared across computers with 24/7 premium support, costs $1,499 a year; both include Lumion Cloud.

• Best for: teams that review Lumion renders with clients. For quick stills of a design in the browser, see ArchiVinci vs Lumion.

In the Browser

17. ArchiVinci: Renders from One View, in the Browser

ArchiVinci, our own tool, takes a different route: you upload one view of your design and the image is generated online, not on your computer, so there is no scene export, no render farm to set up and no GPU to buy. Upload a JPG, PNG or WebP of up to 5 MB, such as a screenshot of a SketchUp, Revit, Rhino or Archicad view, a sketch or a photo, describe the materials in a sentence and pick a lighting button such as Daylight, Golden hour or Twilight, or describe the light in your prompt.

Each run generates a new image that follows your upload, in seconds, so you can compare several options before a final render. The default engine is asked to keep your perspective and geometry; that is an instruction to the AI model, not a lock, so check details such as openings before you present the image.

Left: the uploaded image of a house without materials. Right: the result of the prompt “Modern house with white plaster walls, timber cladding on the upper floor, large glass openings, a lawn and a few trees.” with the Daylight button, on the default engine.

• Works with: an image of a view from any 3D, CAD or BIM program, a sketch or a photo; SketchUp users can send the active view with the free ArchiVinci plugin, and the AI render from a 3D model view page shows the workflow for models.

• Speed and quality: a new photorealistic image in seconds, and ArchiVinci is the fastest AI render tool in our own benchmarks; for many projects the result is client-ready, and with a plan you can run a view again as often as you need.

• Best for: concept and presentation images, material and light tests and quick options before a final render.

ArchiVinci offers weekly, monthly and yearly subscriptions, one-time packages from 3 days to 1 year, and team plans for two or more users. Each plan includes unlimited renders on ArchiVinci's own engine and coins for the other AI engines and the video module, and extra coins can be added. Prices differ by country, so the current prices are on the ArchiVinci pricing page.

A new account starts with 3 free credits, and using the images for client work or marketing needs an active plan. With a plan, a run returns up to 4 images and Upscale enlarges a result to 4,096 pixels on the long side. If you have no 3D model yet, Floor Plan Maker, ArchiVinci's floor plan tool for desktop browsers, lets you draw or upload a plan, open it in 3D and render it in the same workspace.

Architectural Rendering as a Service: Farms, Studios and Browser Tools

"Rendering as a service" covers three different things, and the right one depends on what you can hand over:

• A render farm: you send a finished scene and get back images or frames; the modeling, materials and lighting stay your work.

• A rendering studio: you send drawings or a model with a brief, and visualizers deliver finished images for a fee; our guide to outsourcing your renders compares that with doing it in-house.

• A browser tool: you send one view, a sketch or a photo and get a photorealistic image in seconds that you can refine yourself, as with ArchiVinci.

Try it in ArchiVinci

Skip the render farm for still images: upload a view of your model, a sketch or a photo, and ArchiVinci generates a photorealistic image in seconds in your browser. No 3D model yet? Draw the plan in Floor Plan Maker, open it in 3D and render it in the same workspace. A new account starts with 3 free credits.

• Render a sketch, photo or model view: AI render

• From a sketch: Sketch to render AI

Frequently Asked Questions

What is the main difference between cloud rendering and local rendering?

Local rendering relies on your computer’s CPU or GPU, which can limit performance and tie up your machine during heavy tasks. Cloud rendering, on the other hand, uses remote servers to process your scenes, freeing up your workstation and allowing you to render much faster with scalable computing power.

Is cloud rendering suitable for large architectural projects?

Yes. Cloud rendering platforms are specifically designed to handle high-polygon architectural models and large-scale visualizations. They can distribute heavy tasks across multiple nodes, significantly reducing render times even for complex BIM or animation projects.

How much does cloud rendering cost?

It depends on the hardware (CPU or GPU), the resolution, the render time and the number of frames. As of October 2026, managed farms charge per GHz-hour of CPU time, for example 1.20 euro cents at RebusFarm or $0.024 to $0.072 at GarageFarm depending on priority; Fox Renderfarm charges $0.734 to $1.224 per CPU node-hour, and a rented RTX 4090 at iRender costs from $8.20 an hour. Engine clouds sell credits instead, such as 30,000 Chaos Credits for $625 a year. Render a test frame first, as the section on estimating a render farm cost above shows.

Is there a free render farm?

SheepIt is free for Blender: you earn render time by letting your computer render other people's frames. The managed farms offer free trials instead: €25 at RebusFarm, $25 at GarageFarm (no card needed) and at Fox Renderfarm, and €30 at Ranch Computing (October 2026). For still images, a new ArchiVinci account starts with 3 free credits.

Is cloud rendering better than real-time rendering?

Each serves a different purpose. Real-time rendering is ideal for quick design reviews and client walkthroughs, while cloud rendering delivers final, photorealistic results for presentations and marketing. Many architects combine both approaches for optimal workflow efficiency.

How secure is my data when using a cloud rendering service?

Most professional platforms use advanced encryption, private rendering environments, and strict compliance with data protection standards such as GDPR or ISO/IEC 27001. Always check if the provider offers NDAs or private cloud options when handling confidential design files.

Do render farms support Lumion, Twinmotion, Enscape and D5?

Not the managed farms in this guide: Lumion, Twinmotion, Enscape and D5 Render are not on the software lists of RebusFarm, GarageFarm or Fox Renderfarm (October 2026). These real-time renderers run on a local graphics card, so the cloud options are a rented GPU machine such as iRender, the vendor's own cloud for sharing renders (Lumion Cloud, Twinmotion Cloud, or Chaos Cloud for Enscape), or AI rendering from a single view of the model.

Is cloud rendering CPU or GPU?

Both. Farms bill CPU rendering per GHz-hour and GPU rendering per OctaneBench-hour or per node-hour, and engine clouds such as KeyShot Cloud Rendering let you pick either. CPU engines such as Corona can hold larger scenes in memory, while GPU jobs often cost less for the same image: KeyShot's own comparison shows GPU jobs using up to four times fewer credits.

Is cloud rendering the same as cloud computing?

Cloud rendering is one use of cloud computing. A render farm or an engine cloud is a ready-made rendering service, while cloud computing providers such as AWS, Google Cloud and Microsoft Azure rent you bare machines on which you install and run the render software and its licenses yourself.

Can I render without a powerful computer?

Yes. A render farm or an engine cloud renders the scene on its own servers, a rented machine such as iRender gives you a remote workstation with a high-end GPU, and ArchiVinci generates still images online from one view, so a laptop with a browser is enough. You still need a computer that can run your modeling software to build the model.