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KeyShot Network Rendering
Secure the front door. Email is where most attacks arrive — KeyShot Network Rendering turns your networked machines into a render farm — heavy jobs (animations, big batches, high-res) finish in a fraction of the time in parallel, while your own workstation stays free. Cost-effective, scales by cores.
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How it’s rated
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KeyShot Network Rendering lets you harness multiple computers on your network to render KeyShot jobs faster — distributing the rendering work across many machines so heavy renders (high-resolution images, long animations, many variations) complete in a fraction of the time, and your own workstation stays free while they render. Rendering is computationally intensive, and while KeyShot's real-time engine is fast for interactive work, producing final high-quality output — large images, lengthy animations, or big batches of renders — can take significant time on a single machine, and it ties up that machine while it works. Network Rendering solves both problems by turning the computers on your network into a render farm: you set up a manager and workers (any machines on your network, using their spare capacity — desktops overnight, dedicated render nodes, etc.), submit your render jobs to a queue, and the work is distributed across all the workers, so the combined power finishes jobs far faster than one machine could, and your workstation is freed up to keep working while renders happen elsewhere. This is essential for teams and individuals doing high-volume or heavy rendering: animations that would take days on one machine finish in hours, large batches process in parallel, and designers aren't stuck waiting with a locked-up computer. Network Rendering is licensed by the number of rendering cores (scaling with how much render power you add). It's part of the KeyShot family, extending KeyShot Studio's output capacity. TechBag scopes and licenses it in INR/GST for Indian teams.
The KeyShot product family
This page covers Network Rendering — the render farm. The rest of the family:
Quick facts
30-second orientation- Product
- KeyShot Network Rendering — distributed render farm
- Vendor
- Luxion / KeyShot (founded 2003 · Denmark)
- The category
- Distributed / network rendering
- The job
- Render faster by using many machines
- The win
- Heavy jobs finish in a fraction of the time
- Bonus
- Your workstation stays free while it renders
- Great for
- Animations, big batches, high-res, many variations
- How it works
- Manager + workers + a render queue
- Licensed by
- Rendering cores (scales with power added)
- In India via
- TechBag — licensing, quotes, GST invoicing, support
Understand email security before you buy it
Most product pages skip this. We start here — so you buy a capability, not a buzzword.
What is KeyShot Network Rendering?
KeyShot's distributed render farm — use many machines on your network to render heavy jobs far faster, in parallel.
Unprotected inbox vs AI email security — the honest table
What consolidation actually replaces, dimension by dimension.
| Dimension | Unprotected / signature email | KeyShot Network Rendering (KeyShot) |
|---|---|---|
| Heavy renders | One machine, slow | Distributed farm, fast |
| Animations | Days, sequential | Hours, parallel |
| Big batches | One-by-one queue | Parallel across the farm |
| Your workstation | Locked up rendering | Free — keep working |
| Hardware | One expensive super-machine | Use the machines you have |
| Scaling | Buy a bigger machine | Add cores/machines |
| Control | — | On-prem, in-house |
| Volume feasibility | Impractical | Feasible |
Final renders are heavy — animations and batches take days on one machine and lock it up. Distribute across a farm: far faster, in parallel, workstation freed.
The five pieces of the platform
Vendors love diagrams; buyers need to know what they’re actually operating. Here’s the whole platform, demystified.
Manager
A manager coordinates the render farm — receiving submitted jobs, managing the queue, and distributing the work across the available workers efficiently.
Workers
Workers are the machines that do the rendering — any computers on your network (desktops using spare capacity, dedicated render nodes) contributing their power to the farm.
Render Queue
Submit render jobs to a queue — the manager schedules and distributes them across workers, so you queue up work and let the farm process it in order.
Distributed Work
The rendering work is split and processed in parallel across all workers, so the combined power finishes jobs far faster than any single machine could.
Freed Workstation
Because rendering happens on the farm's workers, your own workstation is freed up — you keep designing while heavy renders run elsewhere. No more locked-up machine.
One agent on every machine, one console over all of them — modules attach without a second operational world.
Twelve capabilities. Distribute, speed, manage.
Network Rendering distributes heavy renders across a farm of your machines — far faster, workstation freed — part of the portfolio, and paired with the human firewall.
Distributed Rendering
Splits render work across many machines on your network and processes it in parallel — the combined power of the farm rendering far faster than one workstation.
Use Existing Machines
Turn the computers you already have into render workers — desktops using spare capacity (e.g. overnight), plus any dedicated nodes — no need for one giant workstation.
Scale by Adding Cores
Add more render power by adding more cores/machines — the farm scales with your needs, so you can grow rendering capacity as your workload grows.
Faster High-Res Images
Large, high-resolution final images render far faster across the farm — the heavy final-quality output that's slow on one machine completes quickly.
Faster Animations
Animations — which are many frames, each a render — are distributed across the farm so frames render in parallel, turning days of animation rendering into hours.
Batch & Variations
Render big batches — many product variations, configurations, or angles — in parallel across the farm, processing volumes that would be impractical on one machine.
Frees Your Workstation
Because rendering runs on the farm's workers, your own machine isn't tied up — you keep designing and working while heavy renders happen elsewhere.
Render Queue & Scheduling
Submit jobs to a queue and let the manager schedule and process them — queue up a night's work and come back to finished renders. Organised, unattended rendering.
Monitor & Manage Jobs
Monitor the queue and jobs — see progress, manage priorities, and track what's rendering across the farm from a central view.
Shared Team Resource
A shared render farm serves the whole team — designers submit jobs to the same farm, making efficient use of the organisation's render power across everyone.
On-Premises Control
Runs on your own network and machines — you control the hardware and keep the work in-house, an alternative or complement to pay-as-you-go Cloud Rendering.
Part of the KeyShot Family
Extends KeyShot Studio's output capacity — alongside Cloud Rendering (pay-as-you-go GPU), Web (sharing) and VR (interactive). Same KeyShot content and quality.
Watch KeyShot Network Rendering in action
The overview, getting started, and protecting M365 email.
KeyShot Network Rendering Overview
Network Rendering, explained.
KeyShot Quick Tip - Setting Up Network Rendering
Setting up the render farm.
What I Do When I Need to Render FAST - KeyShot Network Rendering
Real-world network rendering for speed.
Want a live, India-context walkthrough on your own fleet?
Book a guided demo →The endpoint catches what arrives. Email stops it arriving.
Here’s what genuinely sets KeyShot Network Rendering apart.
Rendering final output is heavy — distribute it
The fundamental reason KeyShot Network Rendering exists is that producing final, high-quality rendered output is computationally intensive and time-consuming on a single machine — and distributing that work across many machines solves it. It's worth being clear about where the time goes. KeyShot's real-time engine is fast and responsive for interactive work — as you design, set up materials and lighting, and compose your shot, you see results live. But producing the final deliverables — a large, high-resolution image at full quality, a lengthy animation (which is hundreds or thousands of individual frames, each a full render), or a big batch of renders (many product variations, configurations or angles) — is a different, heavier task that can take substantial time on one computer: a complex high-res image might take many minutes; an animation, hours or days; a large batch, similarly long. And while that machine is rendering, it's largely tied up, unavailable for other work. For individuals and especially teams doing significant rendering volume, this creates real bottlenecks: waiting hours or days for renders, workstations locked up and unusable, and an inability to keep up with the volume of output needed. KeyShot Network Rendering addresses this directly by distributing the rendering work across multiple machines on your network: instead of one computer grinding through a heavy job alone, the work is split across a farm of workers that render in parallel, so the combined power finishes the job in a fraction of the time. The heavier your rendering needs — long animations, high volumes, big images — the more dramatic the benefit. This is the core value: taking rendering from a single-machine bottleneck to a distributed, parallel, fast process. For anyone whose rendering workload has outgrown what one machine can comfortably handle, Network Rendering is the answer. TechBag helps teams scope the render capacity they need.
Turn the machines you have into a render farm
A practical strength of KeyShot Network Rendering is that it lets you build a render farm from the computers you already have, rather than requiring a single, hugely-expensive super-workstation — making powerful, fast rendering accessible and cost-effective. Here's the insight: most organisations already have multiple computers — designers' workstations, other desktops, perhaps some spare machines — and much of the time, a lot of that computing power sits idle (overnight, during meetings, when someone's not doing render-heavy work). Network Rendering lets you harness that existing, often-idle capacity: any suitable machines on your network can act as render workers, contributing their power to the farm. So instead of buying one enormously powerful (and expensive) rendering workstation, you can turn a collection of ordinary machines into a combined render farm whose total power exceeds any single machine — for example, running renders across the office's desktops overnight, when they'd otherwise be idle, or adding dedicated render nodes as your needs grow. This has real benefits: it's cost-effective (leveraging hardware you already own rather than buying expensive specialist kit), it's scalable (add more machines/cores to add more power, growing the farm with your workload), and it makes serious rendering capacity accessible to organisations that couldn't justify or afford a single top-end machine. And because Network Rendering is licensed by rendering cores, you scale the licensing to match the render power you're adding. This 'build a farm from what you have, scale as needed' model democratises high-volume, fast rendering — you don't need a huge budget for specialist hardware, just the ability to network the machines you have (plus the Network Rendering licensing). For growing teams and cost-conscious organisations, this is a significant, practical advantage. TechBag helps you plan a render farm that fits your existing hardware and budget.
Keep working — your workstation isn't held hostage
A benefit of Network Rendering that designers appreciate enormously in daily practice is that it frees your own workstation while renders happen — so you keep working instead of sitting idle waiting for a render to finish on a locked-up machine. Consider the frustration of local rendering: you finish setting up a scene, hit render on a heavy job, and now your computer is consumed by the render — slow, unresponsive, or fully occupied — for however long the render takes (minutes, hours, or overnight). You can't effectively use it for anything else while it renders, so you're either stuck waiting or forced onto another machine. For a designer whose time is valuable and whose flow matters, this is a real productivity drain — the tool you work on becomes unavailable precisely because you're using it. Network Rendering eliminates this: because the rendering work is sent to the farm's worker machines and processed there, your own workstation isn't doing the heavy rendering — it's freed up. You submit your render job to the farm and immediately go back to designing the next thing, refining another scene, or any other work, while the farm renders your job in the background, elsewhere. This means no more dead time waiting on renders, and no more choosing between rendering and working — you do both simultaneously. Over a day, a week, a project, this reclaimed time and uninterrupted flow adds up to a substantial productivity gain, and it removes one of the most common frustrations of rendering work. For individual designers and teams alike, keeping your workstation free while heavy renders run on the farm is a genuinely valued, everyday benefit of Network Rendering. TechBag helps teams set up rendering that keeps designers productive.
Essential for animations, batches and high volume
KeyShot Network Rendering becomes essential — not just nice-to-have — for certain kinds of rendering work: animations, large batches, and high-volume output, where the sheer amount of rendering makes distribution necessary. Consider these cases. Animations: an animation isn't one render — it's many (a frame for every fraction of a second, so a short animation is hundreds of frames, a longer one thousands), each a full render. Rendering an animation on a single machine means rendering every frame in sequence, one after another, which can take many hours or days for anything substantial — often impractically long. Network Rendering distributes the frames across the farm so they render in parallel (different workers rendering different frames simultaneously), turning days of sequential rendering into hours — which for anyone doing animation is transformative and often the only practical way to do it. Large batches and variations: product companies often need to render many variations — every colour, configuration, or angle of a product (for e-commerce catalogues, marketing, documentation), which can be dozens, hundreds or more individual renders. Doing these one-by-one on a single machine is slow; distributing them across the farm processes them in parallel, making high-volume batch rendering feasible. High-resolution and complex output: very large, high-quality images or complex scenes that take a long time on one machine render much faster distributed. In all these cases — animation, batch/variation rendering, high-volume or high-res output — the volume of rendering is simply too much for a single machine to handle in reasonable time, and Network Rendering's distribution isn't a luxury but a practical necessity to get the work done. For teams whose output includes these — which is common in product design, marketing and e-commerce — Network Rendering is a core enabler. TechBag helps scope Network Rendering for your output types and volumes.
On-prem control — and how it relates to Cloud Rendering
KeyShot Network Rendering gives you an on-premises render farm — running on your own network and machines, under your control — and understanding how it relates to KeyShot's Cloud Rendering helps you choose the right approach (or combine them). Network Rendering is on-premises: you build and run the render farm on your own hardware, on your own network. This has distinct advantages: control (you own and manage the hardware and the whole rendering pipeline), keeping work in-house (renders and data stay on your infrastructure, which some organisations require for security or IP reasons), predictable cost (you're using hardware you own, with core-based licensing, rather than variable usage fees), and no dependence on internet/cloud availability. It suits organisations that have (or will invest in) the hardware, do consistent volumes of rendering, and want control and predictable costs. KeyShot also offers Cloud Rendering (a separate page) — a pay-as-you-go option that uses KeyShot's cloud GPU infrastructure, where you pay per render (via credits) with no hardware to own or manage. Cloud Rendering suits variable, occasional, or burst needs (you don't maintain a farm; you just pay when you render), and needing extra power beyond your own farm for peaks. The two are complementary: many organisations use Network Rendering as their steady on-prem capacity (cost-effective for consistent volume, controlled, in-house) and Cloud Rendering for bursts or overflow (extra power on demand without buying more hardware). The right approach depends on your rendering volume and pattern, your hardware situation, your control/security requirements, and your budget preferences (capital in owned hardware vs operational pay-per-use). For steady, high-volume, controlled rendering on your own terms, Network Rendering is the on-prem answer. TechBag helps you choose between (and combine) Network and Cloud Rendering for your needs. The honest scope follows.
The honest scope
KeyShot Network Rendering is the essential capability for teams and individuals doing serious rendering volume — distributing renders across a farm of your own machines so heavy jobs (animations, big batches, high-res, many variations) finish in a fraction of the time, freeing your workstation, cost-effectively using hardware you already have, and scaling by cores, all on your own network under your control. The honest framing: Network Rendering's value is proportional to your rendering volume — if you only produce the occasional single image, it may be more than you need (a fast workstation suffices), whereas for animation, batch/variation, and high-volume work it becomes essential. It requires having (or investing in) multiple machines to build the farm, and setting it up and managing it. For variable, occasional or burst needs without maintaining a farm, KeyShot Cloud Rendering (pay-as-you-go, a separate page) is the alternative or complement, and general cloud render farms exist too. Network Rendering's edge is being native to KeyShot (your exact scenes, materials and quality, no compatibility issues), on-prem and controlled, and cost-effective for steady volume. It's licensed by rendering cores. TechBag scopes it honestly against your volume and Cloud Rendering, and quotes it in INR/GST.
The numbers behind the platform
What your render-capacity journey looks like
Render-capacity scoping
Your rendering volume and types (animations, batches, high-res), the machines you have, your control/cost preferences, and Network vs Cloud fit. TechBag scopes it free.
Build the farm
Set up the manager and workers on your machines, configure the render queue, and license the cores you need. Your render farm is live.
Submit & speed up
Submit heavy jobs to the queue — animations, batches, high-res — and watch them finish far faster in parallel, while your workstation stays free.
Scale rendering
Add cores/machines as volume grows; combine with Cloud Rendering for bursts. High-volume rendering, feasible and fast. TechBag models it in INR/GST.
Trusted across regulated industries in 100+ countries
The review scoreboard
Modelled on Gartner Peer Insights structure. *Counts and breakdowns are illustrative pending verified review collection.
Quick poll — what’s driving your evaluation?
Talk to an advisor“Our animations went from taking days on one machine to hours across the farm — frames render in parallel. Network Rendering is the only practical way we do animation.”
“Rendering our whole e-commerce catalogue — every product, every colour — used to be an impossible queue on one workstation. The farm processes them all in parallel. Game-changer for volume.”
“The best everyday benefit: my workstation is free while renders run on the farm. I keep designing instead of watching a progress bar on a locked-up machine.”
“We turned our office desktops into a render farm overnight — using hardware we already owned instead of buying one giant workstation. Cost-effective and it just works.”
“Core-based licensing let us scale render power to match our workload — we added cores as our volume grew. Sensible model.”
“On-prem control matters to us — renders and data stay on our own network. We pair it with Cloud Rendering for occasional bursts beyond our farm.”
“The render queue means I submit a night's work and come back to finished renders. Organised, unattended, efficient.”
“For our volume it's essential; a colleague who only does occasional single images uses Cloud instead. TechBag helped us pick the right approach and size the farm.”
Where everyone sits — the grids
Analyst firms bury this view behind paywalls, and G2 retired its Grid. So here’s TechBag’s synthesis of the email security market — tap any vendor to see why it sits where it does.
TechBag Email-Security Grid
Execution strength vs product vision — the classic market map, minus the paywall.
On-prem KeyShot render farm, your machines. This page's product.
Detection × Portfolio Integration
The grid nobody publishes — how strong the email detection is vs how integrated with the wider security portfolio.
Deep on-prem farm, native, scalable.
Positions are TechBag’s illustrative synthesis of public review-platform data and vendor documentation — not a reproduction of any analyst graphic. Verify before relying on it.
Network Rendering vs the ways to render faster
A single workstation, KeyShot Cloud, general render farms and third-party clouds — honest lanes; the edge is a native, on-prem, controlled farm from the machines you have.
| Dimension | Network Rendering | Single workstation | KeyShot Cloud | General render farm | Third-party cloud |
|---|---|---|---|---|---|
| Approach | On-prem farm, your machines | One machine, alone | Pay-as-you-go GPU cloud | Generic farm software | 3rd-party KeyShot cloud |
| Speed on heavy jobs | Fast — parallel farm | Slow — sequential | Fast — cloud GPUs | Depends | Depends |
| Cost model | Own hardware + core licensing | One big machine | Pay per render | Varies | Pay per use |
| KeyShot-native & control | Native + on-prem control | Native (local) | Native cloud | Not native | KeyShot but external |
| Best fit | Steady, high-volume rendering on your own controlled farm | Occasional single images | Variable/burst needs, no farm to run | Existing multi-vendor farm | Outsourced cloud rendering |
Which email-security approach fits you?
Honest fit signals — because the fastest way to lose your trust is to pretend one product wins every scenario.
Choose Network Rendering if…
- ✓You do serious rendering volume — animations, batches, high-res, variations
- ✓You want heavy jobs to finish far faster (parallel farm)
- ✓You want to free your workstation and use machines you already have
- ✓You want on-prem control and predictable, core-based cost
Single workstation if…
- ✓You only do occasional single images — but it's a bottleneck at volume
KeyShot Cloud if…
- ✓Your needs are variable/bursty and you don't want to run a farm (this suite)
General render farm if…
- ✓You already run a multi-vendor farm — but mind KeyShot-native compatibility
Combine Network + Cloud if…
- ✓You want steady on-prem capacity plus burst/overflow on demand
What do email threats cost you?
Drag the sliders (count users; IT-hour cost as loaded incident rate). Estimates assume ~1.5 hours per user per year handling email threats that reach the inbox without AI filtering, with ~70% removed by stopping the mass at the gateway — the avoided-breach value (most attacks start here) is the larger, unpriced win. Illustrative.
Loaded cost = salary + overheads per productive hour. Illustrative only — your TechBag quote models actual device counts and modules.
Three ways to consume it
KeyShot Network Rendering is licensed by rendering cores (from ~$384/yr, scaling with cores; also available with Business/Enterprise Studio tiers). Worker machines are your own hardware. TechBag right-sizes the cores and quotes it in INR/GST.
Network Rendering (by cores)
Best for volume
- From ~$384/yr, scaling by cores
- Distributed farm from your machines
- Animations & batches far faster
+ Platform add-ons
Best for a broader rollout
- Scoped to your estate
- Add-on modules as needed
- Phased, right-sized deployment
+ KeyShot Cloud
Best for bursts
- Add pay-as-you-go cloud for peaks
- Steady on-prem + burst overflow
- TechBag scopes the mix
Buy it for less — TechBag pricing beats list
Whatever the list prices above, TechBag negotiates a significantly better deal — with GST-compliant INR invoicing and local support. Ask us for your discounted quote.
Get an India-ready quote
Tell us your device counts and current tools — we’ll model it against what you spend today.
The 8 questions to ask every vendor
Take this into your next vendor call — including ours.
Assess your rendering volume/types (animations, batches, high-res) — confirm the farm's value for you.
Identify the machines you can use as render workers (existing desktops, dedicated nodes).
Test the speed-up on a real heavy job (an animation or batch) across the farm.
Confirm submitting to the farm frees your own machine to keep working.
Right-size the number of rendering cores to your desired render power.
Verify the render queue, scheduling and monitoring fit your workflow (and team, if shared).
Decide Network (on-prem, steady) vs Cloud (pay-as-you-go, bursty) — or combine. TechBag advises.
Scope Network Rendering cores — TechBag right-sizes and quotes in INR/GST.
Questions buyers ask
Ready to render faster?
Scope KeyShot Network Rendering (a render farm from the machines you have, heavy jobs in a fraction of the time), decide Network vs Cloud, or let a TechBag advisor plan your render capacity.
Stats, ratings, review counts and pricing are illustrative and sourced from public materials; verify before purchase.