Software.
Form.
Motion.

Fulcrum Labs — North Carolina.
Custom software and apps.
AI-assisted design and robotics exploration.

Part of MEWR Legacy Holdings LLC

Conceptual metallic robotic gripper with cobalt accents

Kinematic gripper / Concept study

Form: AI-generated concept illustration

Explore the assembly

Selected research / 01

LinePointer

Experimental NFL prediction research.

A software project exploring predictions, documented methods, and a public record of final picks and results. Follow the research at its source.

Project overview (opens in a new tab)
SOFTWARE / RESEARCHPublished results. Open questions.

Design studies / 02

From screen to structure.

Thinking
in three dimensions.

Exploring the space between digital tools and physical systems through AI-assisted 3D design, robotics concepts, and exploratory prototypes for custom enclosures and mounting parts.

The gripper above is a conceptual design study. Form is an AI-generated illustration; Structure and Motion are interactive CAD illustrations. It is not a released product, and its mechanics have not been validated.

01

Form

Read the silhouette, materials, and relationship between components.

02

Structure

Separate the assembly to inspect its parts and spatial relationships.

03

Motion

Explore illustrative movement. Animation expresses an idea, not a tested mechanism.

Back to the interactive study

About Fulcrum Labs / 03

Digital work. Physical curiosity.

Useful software.
Room to explore.

Fulcrum Labs LLC is a North Carolina software and hardware lab building custom software and apps while exploring what comes next in design and robotics.

Explore custom software and app development

The work spans practical digital tools, local computing, connected hardware, and open-ended physical ideas. Clear problems and iterative prototypes give each direction a place to begin.

Within the MEWR family

Part of MEWR Legacy Holdings LLC.

Visit sister company MEWR Creative (opens in a new tab)

Connected hardware

Communication beyond the usual grid.

LoRa radio and off-grid communication development and setup projects, plus sensor and data-logging systems, shaped around the environment and the problem.

Local computing

The machine for the work.

Custom computer builds, upgrades, and repairs, including local-AI workstation projects. Practical hardware work alongside the software that runs on it.

A starting point for a project

  1. 01 Define the problem
  2. 02 Shape a prototype
  3. 03 Test and refine

Start a conversation / 04

What are
you working on?

A software idea, a hardware project, or a question worth exploring. Share a little about the problem and where you want to take it.

[email protected]