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07
Case Study
AI/MLRoboticsFirmwareEnterprise

Robotics
Overhaul

A Silicon Valley start-up built a game-changing multi-purpose robot powered by computer vision and IoT sensors, but before it could move from beta to launch it needed a major boost in processing speed, ease of use, and reliability.

20x
Faster Processing
1-2 min
Before
3-6 sec
After

Three Critical Problems

The IoRT (Internet of Robotic Things) product had tremendous potential, receiving interest from government, military, academic and corporate research labs, manufacturing facilities, and classrooms. Reaching that potential required solving these key problems.

01

Slow Computer Vision

The system took 1-2 minutes to analyze each image. It was often tripped up by variations in lighting conditions and failed to recognize translucent or transparent materials.

02

Disjointed Control

The robot was controlled by two software programs running on separate devices, requiring user input from both the robot's display screen and the user's computer.

03

Confusing UX

The user interface appeared outdated and the user experience was not intuitive. Beta users struggled to understand how to use the product.

Complete System Transformation

01

A New Way of Seeing

We replaced the standard computer vision system with deep learning visual processing. Training a neural network requires thousands or millions of images - something our client didn't have.

AI dev's proprietary data augmentation systems turned their few thousand images into over a million, successfully training the network for implementation.

1M+
Training images generated
  • Works in diverse lighting conditions
  • Detects translucent materials
  • Recognizes transparent objects
  • 20x faster processing
02

Simplified & Centralized Control

Instead of working within the confines of the current framework, we saw the computer vision upgrade as an opportunity to reimagine the entire user experience from scratch.

By automating multiple user input processes, we centralized all controls into one program, allowing full control of the robot's rich functionality from a single interface.

1
Unified control interface
  • Single device operation
  • Automated input processes
  • Full functionality access
  • Streamlined workflow
03

Instructions Not Included

We tore down the outdated and confusing interface to build a new one from the ground up - beautifully designed and easy to use.

Our goal was to re-invent user interaction from top to bottom, making it so simple that users understand intuitively with no written instructions. New users glide through the process simply by following visual cues and on-screen prompts.

0
Pages of manual needed
  • Intuitive visual cues
  • On-screen guidance
  • Zero learning curve
  • Modern aesthetic

The Transformation

100+
Page manual (before)
->
0
Pages needed (after)

We took a complex robotic system with a 100+ page manual and simplified it to the point where a manual was no longer necessary.