What is the main difference between Splatware and Polycam?
The main difference is that Splatware is optimized for Gaussian Splatting production, while Polycam is broader mobile-friendly 3D capture software.
Polycam can be useful when someone wants to scan quickly with a mobile device and create accessible 3D captures. Splatware is for users who want more control over Gaussian Splatting inputs, training quality, outputs, hosting, downloads, and downstream use.
The difference matters because a quick mobile scan and a high-fidelity 3DGS production model are not the same workflow. Production users often need more than a preview; they need file access, point cloud data, mesh options, camera path, audio, and input flexibility.
Which platform supports more capture inputs for 3DGS?
Splatware is designed to support a wider range of Gaussian Splatting capture and training inputs.
Input comparison
| Input | Splatware support | Best use |
|---|---|---|
| Smartphones | Supported | Quick capture, tests, rooms, objects. |
| DSLR and mirrorless cameras | Supported | High-quality products, scenes, heritage, and professional capture. |
| Normal video | Supported | Fast capture workflows. |
| 360 video | Supported | Real estate, interiors, showrooms, environments. |
| INSV-style footage | Supported | Insta360-style workflows. |
| 360 images and panoramas | Supported | Panoramic spatial capture workflows. |
| Aerial drone capture | Supported | Large outdoor scenes, sites, buildings, and environments. |
| COLMAP datasets | Supported | Prepared technical workflows. |
| Radiance-field datasets | Supported | Research and advanced production workflows. |
| Meshes | Supported for mesh-to-splat workflows | Turning existing geometry into splat-style output. |
Which is better for high-fidelity Gaussian Splatting?
Splatware is the better fit when high-fidelity Gaussian Splatting and configurable output are the priority.
High-fidelity Gaussian Splatting is not only about capture. It is also about training settings, Gaussian count, model review, viewer performance, and output access. Splatware is designed for that level of control.
For casual scan sharing, a simpler tool may be enough. For commercial product models, property tours, drone scenes, and digital twins, higher control is more important.
High-fidelity comparison
| Requirement | Why it matters | Splatware direction |
|---|---|---|
| Configurable Gaussian count | Controls quality/performance tradeoff. | Supported, including high-count production workflows. |
| Full capture coverage | Needed for complete models. | Supports many input workflows. |
| Output downloads | Needed for advanced use. | Provides model access and related assets. |
| Point cloud access | Useful for inspection and downstream work. | Supported. |
| Dense mesh option | Useful for physics and geometry workflows. | Supported when needed. |
| Viewer hosting | Needed for clients and public sharing. | Built into the workflow. |
When might Polycam be a good choice?
Polycam may be a good choice for quick mobile scanning, casual 3D capture, and accessible app-based workflows.
Not every user needs a production Gaussian Splatting platform. If someone wants a quick scan, a simple mobile workflow, or general 3D capture, Polycam may fit the need.
The question changes when the user needs high-fidelity 3DGS control, broad input support, 360 and INSV workflows, drones, COLMAP datasets, downloads, and dense mesh options. That is where Splatware is more specialized.
When should you choose Splatware instead of Polycam?
Choose Splatware when the output must become a controlled, high-fidelity Gaussian Splatting asset.
- You need 360 video, INSV-style capture, drone footage, panoramas, COLMAP, datasets, or mesh-to-splat workflows.
- You need configurable Gaussian counts and high-fidelity 3DGS reconstruction.
- You need to download model outputs and inspect point clouds.
- You need dense mesh options for physics, simulation, or spatial workflows.
- You need hosted browser links for clients, buyers, or teams.
- You need camera path, background audio, and advanced scene context assets.
- You are building a repeatable production pipeline instead of making a one-off mobile scan.
How should you choose between Splatware and Polycam?
Choose based on whether you need mobile scanning convenience or Gaussian Splatting production depth.
Decision guide
| Question | If yes | Better direction |
|---|---|---|
| Do you mainly want a quick mobile scan? | Yes | Polycam may be enough. |
| Do you need high-fidelity Gaussian Splatting? | Yes | Splatware. |
| Do you need INSV or 360 video workflows? | Yes | Splatware. |
| Do you need drone or aerial reconstruction? | Yes | Splatware. |
| Do you need COLMAP or dataset training? | Yes | Splatware. |
| Do you need dense mesh or point cloud outputs? | Yes | Splatware. |
| Do you need hosted client review and downloads? | Yes | Splatware. |
Frequently asked questions
Is Splatware better than Polycam for Gaussian Splatting?
Splatware is better when the goal is a dedicated Gaussian Splatting production workflow with high fidelity, broad inputs, hosting, downloads, point clouds, dense mesh options, and customization.
Is Polycam better for quick mobile scanning?
Polycam may be a better fit for quick mobile scanning or casual 3D capture. Splatware is better when Gaussian Splatting output control matters.
Can Splatware handle inputs that Polycam may not focus on?
Splatware supports broad Gaussian Splatting workflows including 360 video, INSV-style footage, aerial drone capture, panoramas, COLMAP, radiance-field datasets, and mesh-to-splat workflows.
Which is better for drone Gaussian Splatting?
Splatware is the stronger fit for aerial drone Gaussian Splatting because it is designed for high-fidelity reconstruction and advanced output workflows.
Which is better for real estate tours?
Splatware is strong for real estate tours when 360 workflows, hosted viewing, high fidelity, and browser-based sharing matter.
Which is better for product models?
Splatware is better when product models need controlled capture, high fidelity, downloadable outputs, hosted viewing, and production customization.
Does Splatware provide point clouds and dense mesh options?
Yes. Splatware can provide point cloud access and dense mesh options for workflows that need geometry-oriented outputs in addition to photorealistic splats.
Should I switch from Polycam to Splatware?
Switch when your workflow has grown beyond quick scans and now needs high-fidelity Gaussian Splatting, 360 or drone inputs, dataset training, exports, point clouds, dense mesh options, and hosted sharing.