Spatial computing · MCP native

beyond the
interface

InfinityID Labs builds the handheld spatial node, the camera MCP servers, and the holographic SDKs that let AI agents see, hear, and render in real space.

Start onboarding Read the SDK

sensory input fusion ·spatial canvas ·holographic mesh ·camera mcp server ·depth vision ·array microphones ·sensory input fusion ·spatial canvas ·holographic mesh ·camera mcp server ·depth vision ·array microphones ·

AI trend 02

Voice-activated interface

“Hey Infinity, calibrate holographic camera feed and initialize spatial canvas.”

Tap or speak to navigate effortlessly. Voice-activated interfaces provide hands-free control, enhanced accessibility, and personalized assistance — taking control far beyond standard search.

Voice command center: Speak intents like “show hardware specs” or “launch MCP inspector” and the page responds.
Intelligent console: Ask technical questions naturally by voice, or type them into the fallback console.
Pioneered by industry leaders: WalmartDomino'sNikeASOSH&MSephora

Voice command center○ standby

awaiting voice input…

idle — awaiting input

Live speech capture is unavailable in this browser — the text console runs the same intents.

"Show hardware specs"device
"Launch MCP inspector"mcp
"Start onboarding"onboarding
"Explain capabilities"capabilities
"Go to top"top

Hero product

The Infinity-1 Spatial Node

An ultra-sleek, handheld spatial computing device designed for sensory input and holographic spatial interfaces.

Infinity-1 Spatial Node handheld device emitting a holographic light field

01
Spatial camera sensor
12 MP global shutter · 120° FOV depth pair
02
Array microphones
4-mic beamforming · 5 m wake-word range
03
Holographic ray projector
Laser-scanned volumetric field · 60 fps
04
MCP server node
On-device runtime · mcp://device.local:8080

Form factor: Handheld cylindrical node · 148 × 32 mm
Compute: Neural SoC · 24 TOPS spatial pipeline
Sensors: Stereo depth, RGB, IMU, 4-mic array
Projection: Volumetric ray field · 0.3–2.4 m
Connectivity: Wi-Fi 7, UWB, BLE 5.4
Protocol: Native MCP server, OpenCV bridge

Core capabilities

Camera Access MCP Server

Direct hardware abstraction via standard Model Context Protocol servers. Connects live OpenCV video feeds and spatial cameras straight to AI agents without custom driver glue.

Holographic Software Tools

SDKs for rendering 3D spatial UI overlays, anchored volumetric panels, and interactive mobile sensory controls.

Sensory Input Fusion

Real-time multi-modal processing merging depth vision, voice input, and spatial orientation tracking into one agent-readable stream.

Developer example

Connecting to the Camera MCP Server

camera_client.py

# Connect your holographic app to the InfinityID Camera MCP Server
import mcp.client as mcp


async def main():
    async with mcp.connect("mcp://device.local:8080/camera") as mcp_client:
        # Discover sensory capabilities
        tools = await mcp_client.list_tools()

        # Trigger spatial depth frame capture
        frame = await mcp_client.call_tool(
            "quick_capture",
            {"mode": "holographic_depth", "device_index": 0}
        )
        print("Sensory frame captured for 3D holographic rendering.")


if __name__ == "__main__":
    import asyncio
    asyncio.run(main())

AI trend 03

Progressive lead nurturing & dev kit access

Adaptive workflows learn your developer persona over time. Instead of dynamic friction, smart onboarding tailors technical follow-ups, device allocations, and software tools based on your ongoing interactions.