GSOLU
Applied AI · Spherical Robotics · Vancouver BC

We bring intelligence to motion.

We engineer spherical robots that think, sense, and move on their own. On-board intelligence, a live diagnostic surface, and modular sensors, built to adapt to real terrain and stay connected to the systems that matter.

Earth is the beginning. Mars is next.

2025
Founded in Vancouver, BC
1
Spherical platform in development
48h
Committed reply time
SYS.01 / AUTONOMOUSNGSR-1
Navigation
Sensors
Awareness
Robotics R&DIn development

We do not demo robots. We build the real machine, hardware, autonomy, and on-board intelligence, engineered to operate in the world, not just on a screen.

The NGSR-1

A spherical platform, built to be autonomous.

01

Autonomous navigation and terrain analysis

Real-time path planning over uneven ground, with terrain modelling that lets the platform decide where to roll next.

02

Modular sensors and data collection

A reconfigurable sensor bay: lidar, IMU, cameras, and environmental probes, swapped for the mission at hand.

03

Intelligence and emotional awareness

On-board models read the surroundings and respond, with an expressive layer that makes the machine legible to people.

ngsr-1@core : diagnostics
> boot sequence ................ ok
> imu + lidar array ............ online
> terrain model ................ loaded
> navigation mesh .............. ready
> awareness layer .............. calibrated
> uplink : gsolu-core .......... secure
status: AUTONOMOUS // all systems nominal
Company credentials
MSFT
AI Cloud Partner Program
AWS
Partner Network · Services Path
BC
Incorporated in Canada, 2025
R&D
Robotics and AI, in-house
Built forUtility and pipeline inspectionLogistics and warehouseHealthSTEM and research demosMars and extreme environments
AI R&D

The intelligence stack behind the machine.

Agents

Goal-driven agents that plan, call tools, and act, the same core we deploy in software and on hardware.

Retrieval

Grounded retrieval so the system answers from real data, not guesses.

Autonomy

Closed-loop autonomy: perceive, decide, act, and learn from the outcome.

Contact

Let's build the real thing.

Robotics pilots, research collaboration, or a hard automation problem. Tell us what you are trying to move.

[email protected]