Our Case StudiesOne Putt Pro is a smart, AI-driven golf putting trainer developed by Softlabs Group. It helps golfers improve accuracy and consistency by delivering real-time feedback and stroke analysis.
Sports-Tech
Start Up
Agile Scrum
Android, IOS
One Putt Pro specializes in innovative golf training solutions, aiming to enhance golfers' skills through technology.
They partnered with Softlabs Group to create a smart putting aid device and mobile app, elevating the training experience for golfers.
USA
The golf training aids market is projected to grow from $0.55B in 2024 to $0.76B by 2033, showing strong demand for innovation.
The golf training market is crowded with static tools that lack the real-time feedback needed to sharpen putting precision.
There’s a growing need for intelligent systems that adapt to individual golfers and provide tailored, data-backed insights.
OnePuttPro seized this gap by approaching Softlabs Group and developing a tech-forward putting solution designed to personalize and elevate training.
As the AI and software development partner for OnePuttPro, we engineered a compact, intelligent golf putting device that delivers real-time insights through precise motion tracking and seamless mobile integration.
The solution leverages Attitude and Heading Reference System (AHRS) and Human Activity Recognition (HAR) technologies to capture stroke data, analyze technique and provide instant, actionable feedback through a dedicated mobile app.
We developed the system using a combination of hardware components—including an accelerometer, gyroscope, microcontroller, and camera module—paired with a custom-built app designed for intuitive use, personalized coaching and performance tracking.
Building a small, cost-effective, AI-powered putting device for golfers.
Capturing strokes accurately and delivering insights without delay.
Designing apps that are simple for beginners and robust for pros.
Linking device sensors with the app for real-time data transfer.
Using AI to track putting actions and detect user technique flaws.
Built an AI device using sensors, microcontrollers and camera modules.
Used machine learning to deliver fast and accurate stroke feedback.
Created a user-friendly app with live syncing and progress tracking.
Synced device data with the app to ensure smooth performance.
Applied agile methods to adapt quickly and improve product quality.
Completed a functional prototype that met all design and functionality requirements.
Received acclaim from early users for the device's effectiveness and the app's usability.
Developed a refined final product, ready for mass production and marketing.
Established a strong base for further development and enhancements in golf training technology.
Integrated motion sensors to analyze and improve putting strokes.
Provided detailed feedback on aspects like timing ratio, impact angle, and acceleration, via the AI software.
Enabled easy data transfer between the device and mobile app using Wi-Fi and Bluetooth.
Designed an app with registration, settings, performance tracking, and practice modes, enhancing the training experience.
Swing Analysis in Sports like Baseball, Cricket, Tennis or Badminton.
Injury Prevention Through Movement Monitoring.
Athletic Performance Optimization in Track & Field.
Motion Tracking in eSports and VR-Based Fitness Games.
Training Posture & Balance in Gymnastics or Martial Arts.
Android Native
Swift
React JS
.Net
msSQL
Nodejs
Pytorch
Tensorflow-lite
Years of Experience
Countries
Clients
Projects
At Softlabs Group, we take pride in solving complex business challenges with innovative and reliable solutions. Our case studies showcase how we’ve empowered clients across industries with tailored software that delivers measurable results and drives success.
Manual inventory management caused inefficiencies, delays and untracked stock losses.
Created an AI-enabled system with real-time tracking, predictive analysis and dashboards.
Streamlined operations, reduced wastage and optimized supply chain efficiency.
High accident risks in industrial workplaces due to lack of real-time safety monitoring.
Built AI-powered vision system for PPE detection, hazard alerts and zone monitoring.
Fewer safety violations, higher compliance rates and safer industrial environments.
Workers faced fatigue and health hazards from prolonged exposure to vibrating tools.
Built wearable AI solution tracking vibration levels, health fatigue and tool usage.
Better worker health, reduced injuries and compliance with safety standards.
Unsafe material transport led to compliance issues and risk of cargo losses.
Designed an AI system with route optimization, vehicle monitoring and compliance checks.
Increased transport safety, reduced risks and improved operational accountability.
FAQs
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