Immersive Fusion builds spatial observability. Our product is DeepCube: your live system rendered as a place you can walk into, so a fault is somewhere you go, not something you reassemble in your head at 3 a.m. Continuity, proximity, and memory instead of forty-seven tabs, so you find it faster. Human on the loop.
Spatial observability is not a dashboard with a 3D skin. Here is how you tell the difference. Each test names a place the fog used to cost you time.
- Continuity. The payments service today is the one you saw last Tuesday, wherever the layout draws it. Returning is a comparison, so you notice what changed instead of rebuilding it from scratch.
- Proximity. Stand at a node and the blast radius is already in frame: who calls in, what it depends on, where a fault spreads. No query to write, no filter to babysit.
- Memory. Your position and what you have ruled out persist across the incident, and the AI partner beside you reads that same context. The thread is never lost.
Remove those three costs and the path from "something is wrong" to "it is fixed" gets shorter. That is the point.
A dashboard can only show what is reporting. It cannot draw the service that should be there and isn't. Spatial observability renders that gap as a phantom, lit among the live callers still reaching for it, so absence points at its own cause.
Tessa is not a chatbot in a sidebar. She shares your view, because your position scopes it, and she proposes the only way a partner in a place can: by pointing. She can mark anywhere and move nothing. Human on the loop is the load-bearing part, because the one who answers for what happens next is the one who should decide it. It is not the metaverse: no NFTs, no virtual land, it runs on the screen already in front of you.
We keep demo grids on around the clock and stream one of them live, so you can watch a real hunt before you install anything. Nobody starts it for us.
- Watch on Twitch: costs nothing, asks nothing.
- Enter a grid: a free account gets you in and lets you pick any demo grid, no subscription.
- DeepCube on Steam: the desktop client, same account. Documentation →
Some grids are synthetic scenarios we point chaos at on cue; others are real systems of our own. We label which is which, because a place has to tell the truth about itself.
OpenTelemetry-native, with no proprietary agents to install. Use any OTel-compatible collector, export your data whenever you want, and keep it in the format it arrived in. No query language to learn, nothing locked in.
Open source lives here too: an OpenTelemetry trace generator, a chaos simulator, and an MCP server for querying live telemetry from your editor.
Not everything we run is a product. Through our free academies, for adults and for children, we try to meet people where the AI moment is actually landing: the worry, the fear of losing work to it, the plain trying to make sense of what is real. A human answers, in their own words, and we never pitch anyone who came for help. That is part of our spine, not our funnel.
- Join our Discord 💬: Immersive Fusion Discord
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- Docs & Resources 📚: docs.deepcube.ai
- Start Free 🚀: portal.deepcube.ai
Built by the Immersive Fusion team.