Discipline
Spatics is the science of making physical space measurable, queryable and actionable — a new layer of the world where software, hardware, data, AI and robotics converge. We are building the infrastructure for it.
The Discipline
Spatics draws from multiple fields. Some we are building now. Others we are moving toward.
01
Software
Platforms that run spaces — from sensor ingestion to intelligent response.
02
Hardware
Purpose-built sensor systems designed for persistent environmental sensing.
03
Data
Structured spatial data pipelines — raw space into actionable signal.
04
AI
Context-aware models that interpret space, behavior, and physical state.
05
Robotics
Autonomous systems that act on spatial awareness in the physical world.
06
Architecture
The geometry and structure of space as a design input.
07
Material Science
How physical materials affect spatial sensing and response.
08
Neuroinformatics
How spaces interact with human cognition and behavior.
Why Now
For decades, spaces have been instrumented in isolation — a sensor here, a camera there, a badge reader at the door. None of it connected. None of it intelligent. The data existed but the discipline to unify it did not.
Spatics is the answer to that gap. Not smart home. Not IoT. Not building management software. A science that treats physical space as a queryable, programmable, aware environment — the same way computer science treated computation.
We are at the beginning. Tobiira is building the foundational infrastructure — and the products — that define what comes next.
How We Build It
Hardware layer
Sense
ESP32-S3 units, WiFi CSI, environmental sensors
Data layer
Collect
Spatial event streams, telemetry pipelines, edge storage
Software layer
Process
Edge API, cloud backend, real-time sync
AI layer
Infer
Pattern recognition, occupancy modeling, behavioral inference
Robotics layer
Act
Autonomous agents, automated responses, physical actuation
Products
The Horizon
Space is not just sensed, it is designed. The geometry of a room affects how people move, gather, and behave. Spatics will inform how spaces are designed from the ground up.
The materials a space is made of affect every sensing layer above it. Understanding the physical substrate is foundational to accurate spatial intelligence.
Spaces affect cognition. Spatics will model not just physical activity but how environments shape human attention, stress, and behavior.