COMPANY

Right Shoes is a new and revolutionary service, which allows shoe factories and last manufacturers to determine the right development parameters of shoe sizes, responding to the different morphological characteristics of consumers’ feet worldwide.

MISSION

We aim to offer high-tech solutions, based on a rich database of information and a constantly updated learning system.

Our goal is to provide the necessary tools to analyze the trend of consumer’s feet based on the reference market.
Through a 3D foot collection system, we allow Brands to obtain data and statistics on the morphology of consumers’ feet (based on ethnicity, age, etc.).

All information collected are made accessible through the RS Backoffice, with the possibility of also uploading your own set of shoe last and obtaining a suggestion on the ideal size.
Right Shoes allows the Brand to increase the loyalty of its customers, who will find a greater comfort and a selection of products closer to their needs.

HISTORY

2011
The footwear sector has failed in creating a standardization in sizes, very often the shoes size remains an unsolved problem. Thanks to the know-how in the field of international partners UTD and Newlast, Right Shoes was born in 2011, aiming at tackling the problem.
2012
In July 2012 EasyFit was born, a laser technology footscanner able to detect the foot 3D. The first studies on the sizes development currently adopted by shoe and last factories begin, suggesting the new scanner as an indispensable tool for an optimized production system.
2013
The project grows bigger with the aim of improving consumers’ shopping experience, making online shopping more simple and safe.
For this purpose, the Right Shoes System was designed and launched in 2013, being able to detect and compare the 3D of the feet with the last on which the shoe model was built, recommending in a few seconds the most suitable size to buy .
2014
Towards the end of 2014 The App Right Shoes (iOS version) is designed and launched on the market, being able to scan both feet simultaneously, recreating a professional 3D, similar to that obtained with EasyFit.
2015
In January 2015, a new professional Footscanner, the RS-ShopFit is released. Based on photographic technology, RS-Shopfit allows you to scan both feet simultaneously, with results of extreme precision and reduced time. A new Brand Identity is developed, with a remake of the website, a renewal of the Right Shoes APP and improved system features.
2019
At the beginning of 2019 the focus is turned onto footwear Brands in order to face the problems existing in the sizes development that currently doesn’t take into account the morphological differences of the feet in the world’s population.

HISTORY

2011
The footwear sector has failed in creating a standardization in sizes, very often the shoes size remains an unsolved problem. Thanks to the know-how in the field of international partners UTD and Newlast, Right Shoes was born in 2011, aiming at tackling the problem.
2012
In July 2012 EasyFit was born, a laser technology footscanner able to detect the foot 3D. The first studies on the sizes development currently adopted by shoe and last factories begin, suggesting the new scanner as an indispensable tool for an optimized production system.
2013
The project grows bigger with the aim of improving consumers’ shopping experience, making online shopping more simple and safe.
For this purpose, the Right Shoes System was designed and launched in 2013, being able to detect and compare the 3D of the feet with the last on which the shoe model was built, recommending in a few seconds the most suitable size to buy .
2014
Towards the end of 2014 The App Right Shoes (iOS version) is designed and launched on the market, being able to scan both feet simultaneously, recreating a professional 3D, similar to that obtained with EasyFit.
2015
In January 2015, a new professional Footscanner, the RS-ShopFit is released. Based on photographic technology, RS-Shopfit allows you to scan both feet simultaneously, with results of extreme precision and reduced time. A new Brand Identity is developed, with a remake of the website, a renewal of the Right Shoes APP and improved system features.
2019
At the beginning of 2019 the focus is turned onto footwear Brands in order to face the problems existing in the sizes development that currently doesn’t take into account the morphological differences of the feet in the world’s population.

HISTORY

2011
The footwear sector has failed in creating a standardization in sizes, very often the shoes size remains an unsolved problem. Thanks to the know-how in the field of international partners UTD and Newlast, Right Shoes was born in 2011, aiming at tackling the problem.
2012
In July 2012 EasyFit was born, a laser technology footscanner able to detect the foot 3D. The first studies on the sizes development currently adopted by shoe and last factories begin, suggesting the new scanner as an indispensable tool for an optimized production system.
2013
The project grows bigger with the aim of improving consumers’ shopping experience, making online shopping more simple and safe.
For this purpose, the Right Shoes System was designed and launched in 2013, being able to detect and compare the 3D of the feet with the last on which the shoe model was built, recommending in a few seconds the most suitable size to buy .
2014
Towards the end of 2014 The App Right Shoes (iOS version) is designed and launched on the market, being able to scan both feet simultaneously, recreating a professional 3D, similar to that obtained with EasyFit.
2015
In January 2015, a new professional Footscanner, the RS-ShopFit is released. Based on photographic technology, RS-Shopfit allows you to scan both feet simultaneously, with results of extreme precision and reduced time. A new Brand Identity is developed, with a remake of the website, a renewal of the Right Shoes APP and improved system features.
2019
At the beginning of 2019 the focus is turned onto footwear Brands in order to face the problems existing in the sizes development that currently doesn’t take into account the morphological differences of the feet in the world’s population.