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What is FrameSynthesis Inc.?
FrameSynthesis Inc. is a Tokyo-based content production and systems development studio whose main strength is virtual reality. It describes its focus as "virtual reality for everyday life," and its work spans browser-based games and simulators as well as XR production support. The company also maintains a development base in Kichijoji, Tokyo, called the Kichijoji Spatial Lab, used for VR demos and meetings.
Its public work falls into a few practical categories:
- Playable browser projects — the 3D Driving Simulator on Google Maps (third-person driving on a Google Maps JavaScript API map), the 2D Driving Simulator (top-down cars, buses and trailers on small courses), Landolt Wars (a browser game inspired by Landolt C visual-acuity charts), and Avoider (dodge falling objects, collect gems, chain combos; arrow keys or mouse).
- XR production support — it provided a Meta Quest multiplayer playback system for the XR animation First Virtual Suit (dir. Kazuki Yuhara), screened at the 82nd Venice International Film Festival.
- Industry and community activity — a three-party agreement with eSOL and Tadano Infrastructure Solutions to promote industrial use of the Godot engine in Japan; sponsorship and exhibition at TOKYO INDIE GAMES SUMMIT 2026; and meetups such as Kichijoji Spatial Lab #1 for XR developers and creators.
If you are evaluating them as a partner, the useful next step is to decide which side you need: a small interactive web/VR build, or production support for an existing XR project. The browser simulators are the easiest way to judge their style firsthand, while the Venice playback-system work and the Godot industrial agreement indicate where their deeper technical work sits. For collaboration or a visit to the Kichijoji base, the contact route is through the company's own site at FrameSynthesis Inc..
What types of VR and XR development services does FrameSynthesis offer for client projects?
FrameSynthesis is a Tokyo-based VR and XR studio that splits its work between its own browser-based playable projects and client-facing production support, with a physical development base in Kichijoji for demos and meetings.
Client project work shown on the site
- XR animation production support. The clearest example is its work with CinemaLeap Inc. on the XR animation First Virtual Suit (directed by Kazuki Yuhara), where FrameSynthesis provided a Meta Quest multiplayer playback system. That points to a specific, fairly narrow specialty: getting a VR piece to play back reliably for multiple simultaneous viewers at a screening, rather than authoring the animation itself.
- Systems development with a VR focus. The studio describes itself as a content production and systems development company with particular strength in VR, which suggests it takes on both the build and the underlying technical plumbing.
- Industrial and engine-level collaboration. A three-party agreement with eSOL and Tadano Infrastructure Solutions covers promoting industrial use of Godot in Japan, and a team member spoke at an eSOL webinar. If your project involves Godot in an industrial or simulation context, that is the most relevant thread to pull.
Self-published work that shows the house style
FrameSynthesis also ships its own browser projects: a 3D Driving Simulator on Google Maps, a 2D top-down driving simulator, and two small browser games (Landolt Wars and Avoider). These are useful as a portfolio signal — they show comfort with web-delivered interactive content, map APIs and lightweight game loops, not just headset-native VR.
A practical next step
If you are scoping a project, decide which of two buckets you fall into. For a screening, installation or festival piece needing synchronized multiplayer playback on Quest hardware, the Venice-tested playback work is the direct precedent. For simulation or industrial tooling, the Godot collaboration is the better conversation starter. In either case, the studio invites enquiries through its About page and hosts meetups at its Kichijoji base, so a visit or event is a low-friction way to see demos before committing. You can also follow its updates via note, where it publishes event reports and development news.
How can I visit or schedule a demo at the Kichijoji Spatial Lab?
Use the contact form on the About page to request a visit or demo at Kichijoji Spatial Lab. The site describes the lab as FrameSynthesis Inc.'s Tokyo development base for VR demos and meetings, and says to reach out via the About page if you would like a visit. A dedicated page provides the map and directions to the lab.
Practical next step Send a short message with:
- Your name and organization
- The kind of demo you want to see (for example, VR playback systems or other XR work)
- Two or three possible dates and times
- The number of people attending
- Any hardware constraints or accessibility needs
What to expect The lab is presented as a working development base rather than a public showroom, so visits are likely arranged by appointment and tied to a specific demo or meeting. If your interest is industrial Godot use, note that FrameSynthesis announced a three-party MOU on Godot in industry with eSOL and Tadano Infrastructure Solutions; that may shape what a demo can cover.
If you are an XR developer or creator The lab has hosted meetups such as Kichijoji Spatial Lab #1, with mini talks and networking on VR film, 3D scanning and avatars. If a future event fits your interests, attending one can be an easier first step than requesting a private demo. Watch the News section for announcements, and see FrameSynthesis for current details.
What browser-based 3D simulators and games has FrameSynthesis released?
FrameSynthesis has published a small set of browser-based 3D simulators and games, all playable directly on its site:
- 3D Driving Simulator on Google Maps — a third-person driving experience built on the Google Maps JavaScript API, so you drive over real map geometry rather than a hand-built track.
- 2D Driving Simulator — a top-down counterpart with cars, buses and trailers on compact courses. It is 2D in view but still a driving simulator in the same family.
- Landolt Wars — a browser game based on the Landolt C charts used in Japanese visual-acuity tests.
- Avoider — a dodge-and-collect game: avoid falling objects, pick up gems, and chain consecutive gems for combo bonuses. Arrow keys or mouse control.
A useful way to choose: if you want to see their Google Maps integration and 3D rendering, start with the 3D Driving Simulator; if you want something quick and low-friction, the 2D Driving Simulator or Avoider loads faster and needs no driving skill. Landolt Wars is the one to try if you are curious how they turn a clinical eye-test symbol into a game mechanic.
For context, FrameSynthesis is a Tokyo-based content production and systems development company with a stated strength in VR, and these browser pieces sit alongside its XR production work — for example, it provided a Meta Quest multiplayer playback system for the XR animation First Virtual Suit, screened at the 82nd Venice International Film Festival. You can browse the projects at FrameSynthesis.
What is FrameSynthesis's involvement with the Godot game engine for industrial applications?
FrameSynthesis is one of three Japanese organizations that signed a memorandum of understanding in February 2026 to promote industrial use of the Godot game engine in Japan. The other two parties were eSOL and Tadano Infrastructure Solutions. In connection with that agreement, FrameSynthesis's Kobayashi also spoke at an eSOL webinar on February 12, 2026.
The practical read: this is a collaboration and advocacy commitment rather than a product announcement. For a studio like FrameSynthesis — a Tokyo-based VR content and systems development company with its own Kichijoji Spatial Lab for demos and meetings — the industrial angle matters because Godot is open source and can be embedded in custom tools and simulation systems without licensing friction. That fits work such as its Meta Quest multiplayer playback system for the XR animation First Virtual Suit, shown at the 82nd Venice International Film Festival.
If you are evaluating Godot for an industrial or simulation project in Japan, the useful next step is to look at what each partner brings: eSOL for embedded and real-time software, Tadano Infrastructure Solutions for construction and infrastructure machinery, and FrameSynthesis for VR content production and systems development. A reasonable decision criterion is whether you need an open, embeddable engine paired with a partner who can handle both the simulation logic and the user-facing VR experience — that combination is what this MOU appears to be assembling.
For context on the engine itself, see Godot Engine, and for the company's own news and demo visits, FrameSynthesis Inc..
How did FrameSynthesis support the XR animation 'First Virtual Suit' at the Venice International Film Festival?
FrameSynthesis provided the Meta Quest multiplayer playback system for the XR animation First Virtual Suit, directed by Kazuki Yuhara, when it screened at the 82nd Venice International Film Festival. In other words, its role was on the delivery/playback side: making the piece run as a shared, multi-headset VR experience rather than as a single-viewer demo. The company lists this under both its news and selected work, describing it as production support for CinemaLeap Inc.
What that support likely involved
- Multiplayer synchronisation: keeping several Quest headsets in the same timeline so viewers experience the animation together, rather than each starting at a different moment.
- Playback stability: a festival screening runs on a schedule with an audience waiting, so the system has to start reliably and recover quickly if a headset drops out.
- On-site operability: staff need a simple way to launch, monitor and restart sessions without developer tools.
Why it matters for the studio's profile
This is a good example of FrameSynthesis's stated strength: it describes itself as a Tokyo-based content production and systems development company with particular strength in VR. A festival playback system sits between those two — it is engineering work in service of someone else's creative content. Groups planning a similar screening should ask prospective partners specifically about number of simultaneous headsets, how synchronisation is handled, and what the fallback is if one device fails.
Next step
If you are evaluating FrameSynthesis for a comparable project, look at its works and news pages for the range of past productions, and use the contact route on its About page to ask directly about headset count, venue constraints and rehearsal time. You can start at FrameSynthesis Inc.. For context on the festival itself, see La Biennale di Venezia.
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