R&D / EDGE AI & ROBOTICS

Open questions.
Research together.

NuverxAI is developing an interactive robotics research direction, with elderly assistance as an intended application. We welcome discussions with researchers and technical partners.

CURRENT STATUS

In development · No prototype yet

Images and videos on this page document component experiments. We have not published evaluations of a complete robotic system or a ready-to-use product.

01 / RESEARCH DIRECTIONS

From individual components to shared challenges.

On-device intelligence

Explore the balance between model capabilities, hardware resources and interaction needs. Architecture and hardware are still under development.

Human–robot interaction

Research language-based control and natural conversation. Individual experiments help frame questions for further development.

Bringing components together

Work towards integrating AI, sensors and control software. Prototype development and complete-system evaluation remain ahead.

NuverxAI team working with experimental equipment
Documentation of development and component experiments, not a prototype of a complete product.

02 / TECHNOLOGY DEMOS

Capabilities under active evaluation.

These videos document component experiments in conversation, computer vision and voice control. NuverxAI’s robot is still in development with no complete prototype; the videos do not represent a commercial product or a validated medical device.

On-device conversation

A conversation component experiment for the companion-robot direction; the video describes on-device processing without cloud dependency.

Abnormal-situation detection

A computer-vision experiment for situations that may require attention. This is a technical demo, not a validated medical-alert device.

Voice-controlled robot

An experiment connecting speech recognition, command understanding and movement on robotics research equipment.

03 / QUESTIONS TO EXPLORE

Ask specific questions. Build evidence.

These are proposed discussion and evaluation directions, not measured results or performance commitments.

01

Under which conditions can commands be understood?

Define commands, acoustic conditions and how recognition errors will be recorded before evaluation.

02

What runs on the device?

Clarify resource limits and architecture data flows once components are defined.

03

What happens when a request is not understood?

Explore clarification, stopping actions and explaining limitations so users can understand system state.

04 / CONNECTING EXPERTISE

Shape the next research step together.

Share a research question, hardware integration experience or an interaction evaluation approach you are interested in. Scope, responsibilities and collaboration terms will be discussed individually.

Prepare a collaboration brief