response reality
Illustrative concept photograph of masked firefighter wearing a headset and holding a drone controller

Machines understand
their environment.
We help them understand
the human.

Response Reality develops technology to understand human behavior during interaction with intelligent systems.

When machines understand
what you intend.

Shared intention makes interaction feel more natural. Systems that recognize what a person is trying to achieve can offer timely support, adapt their pace and reduce the need for repeated commands.

People gain smoother coordination and more control, while machines can respond appropriately as needs change. Our approach uses behavior and context to help intelligent systems anticipate human intentions and work toward the same goal.

Human awareness for intelligent machines.

Response Reality is developing a human-understanding layer that interprets behavioral and interaction data.

The goal is to help intelligent systems respond more appropriately to changing human needs.

HumanMovement
InterfaceControl input
MachineTelemetry
Human
State Layer
Information for context-aware assistance.

Understanding the human. Improving the interaction.

The value of
human understanding.

Intelligence that works better with people.

Connect machine capability with the needs of the person using it.

01

Support at the right moment.

Changes in coordination can signal when an interaction needs attention-helping systems offer relevant support without waiting for an explicit request.

02

Keep the human in control.

Give operators clear feedback as assistance or autonomy changes, so the system stays understandable and predictable.

03

Cooperate more naturally.

Use movement and interaction context to help people and machines coordinate shared tasks with less friction.

04

Build on the systems you have.

Connect behavioral insight with controller and machine data, using signals already available on the platform wherever possible.

Human understanding
across intelligent systems.

Wherever people and intelligent machines work together.

Automotive:
systems that understand the driver.

Human-state information can help intelligent vehicles recognize changing engagement and support more appropriate transitions between human and automated operation.

Driver and vehicle / shared awareness

Robotics:
machines that work with people.

Behavioral information can help robots coordinate tasks and provide assistance when it is needed.

Human and robot / coordinated action

VR & spatial computing:
measuring human experience.

Our research investigates how behavioral data can reveal changes in presence and the quality of interaction with immersive environments.

Person and virtual environment / presence

Healthcare:
understanding critical interactions.

Behavioral measurement can help evaluate interaction during medical training, simulation, and future intelligent assistance.

Clinician and system / critical interaction

One approach to human understanding, tailored to the demands of each application.

Built on research
into human behavior.

Our work originates in experimental psychology and research into how people experience digital environments.

Controlled behavioral measurements provide the foundation. Extending them to more complex intelligent systems is the next research question.

Explore Our Research

Building intelligent systems
that work with people?

We’re interested in exploring how human understanding can improve the interaction between people and intelligent machines.

Get in touch
Discuss your project

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