Research Sandbox
Advancing Foundational Research in Spatial Intelligence.
We build the closed perception-action loops that translate raw spatial telemetry (gaze focus, voice tokens) into structured, developer-ready software specifications.
Closed perception-action Loop Simulator
Simulate how spatial telemetry (eye tracking gaze dwell + spoken commands) translates in real-time into deterministic Model Context Protocol (MCP) definitions.
1. Simulating Telemetry Input
Focus your gaze on an architecture node below, then trigger the parser to process the co-temporal telemetry.
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"We have built wordsmiths in the dark. AI is at a turning point of seeking the light... spatial intelligence is the computer science equivalent of this evolutionary leap."
At Infinite Specs, we explore the action engine of this loop. As ecosystem movements accelerate towards hardware paradigms like Google’s Intelligent Eyewear built on Android XR, the physical world is increasingly accessible to ambient ingestion.
Our mission is to translate this real-world, high-fidelity perceptual context into formal, multi-agent software specifications—bridging what an AI perceives with what it can autonomously execute.
Core Lines of Inquiry
Our lab actively experiments across highly adaptable vectors to maintain a modern, fluid approach to spatial software research.
Ambient Architecture
Investigating how sensor arrays on lightweight glasses ingest visual context, human gaze, and voice signals to build real-time spatial semantic world models.
Contextual Specs
Developing localized translation engines that convert unstructured architectural thoughts and environmental bounds into strict, deterministic software schemas.
Continuity Frameworks
Exploring seamless intent handoffs from screenless ambient eyewear environments directly into production-level code canvases and enterprise multi-agent networks.
Current Infrastructure Environment
Our laboratory exploratory sandbox leverages early-access and pre-release Android XR developer environments to push context-aware hardware to its architectural bounds.