Tractable Patents – Key Insights and Stats

Tractable has a total of 49 patents globally, out of which 8 have been granted. Of these 49 patents, more than 57% patents are active. The United States of America is where Tractable has filed the maximum number of patents, followed by United Kingdom and Australia. Parallelly, United Kingdom seems to be the main focused R&D centre and also is the origin country of Tractable.

Tractable was founded in 2014 by Adrien Cohen, Alexandre Dalyac and Razvan Ranca. Tractable AG develops software solutions. Tractable Ltd. provides online solutions. The Company focuses on insurance, medical imaging, and preventive maintenance services. Tractable renders services in the United States and the United Kingdom.

Do read about some of the most popular patents of Tractable which have been covered by us in this article and also you can find Tractable patents information, the worldwide patent filing activity and its patent filing trend over the years, and many other stats over Tractable patent portfolio.

How many patents does the Founder and CEO of Tractable have?

The founders Adrien Cohen have 0 patents, Alex Dalyac have 0 patents and Razvan Ranca has 36 patents and CEO Alex Dalyac has 0 patents.

How many patents does Tractable have?

Tractable has a total of 49 patents globally. These patents belong to 4 unique patent families. Out of 49 patents, 28 patents are active.

How Many Patents did Tractable File Every Year?

Tractable Patents Filing Trend

Are you wondering why there is a drop in patent filing for the last two years? It is because a patent application can take up to 149 months to get published. Certainly, it doesn’t suggest a decrease in the patent filing.

Year of Patents Filing or GrantTractable Applications FiledTractable Patents Granted
20153
20167
20181
20191
20205
202127
202258

How many Tractable patents are Alive/Dead?

Worldwide Patents

Tractable Patents Portfolio

How Many Patents did Tractable File in Different Countries?

Tractable Worldwide Patents

Countries in which Tractable Filed Patents

CountryPatents
United States Of America15
United Kingdom8
Australia5
Japan2
China1
Korea (South)1
Europe1
India1
Hong Kong (S.A.R.)1

Where are Research Centers of Tractable Patents Located?

The Research Center of all the Tractable Patents is the United Kingdom.

Best Tractable Patents

US20180300576A1 is the most popular patent in the Tractable portfolio. It has received 55 citations so far from companies like IBM, Alibaba Group and LG.

List of Tractable Patents –

Publication NumberTitle
US11386543B2Universal Car Damage Determination With Make/Model Invariance
US11361426B2Paint Blending Determination
US11257203B2Inconsistent Damage Determination
US11257204B2Detailed Damage Determination With Image Segmentation
US11250554B2Repair/Replace And Labour Hours Determination
US11244438B2Auxiliary Parts Damage Determination
US20180300576A1Semi-Automatic Labelling Of Datasets
US20210272168A1Method Of Determining Painting Requirements For A Damage Vehicle
US20210272270A1Method Of Determining Repair Operations For A Damaged Vehicle Including Using Domain Confusion Loss Techniques
US20210271930A1Method Of Determining Damage To Parts Of A Vehicle
US20210272271A1Method Of Determining Damage To Parts Of A Vehicle
US20220245786A1Inconsistent Damage Determination
US20220164945A1Repair/Replace And Labour Hours Determination
US20220156915A1Auxiliary Parts Damage Determination
US20220138860A1Remote Vehicle Damage Assessment
EP3357002A1Semi-Automatic Labelling Of Datasets
CN108885700ASemi-Automatic Labelling Of Datasets
WO2017055878A1Semi-Automatic Labelling Of Datasets
WO2021136939A8Method Of Determining Repair Operations For A Damaged Vehicle
WO2021136940A1Method Of Determining Damage To Auxiliary Parts Of A Vehicle
WO2021136938A1Method Of Determining Repair Operations For A Damaged Vehicle Including Using Domain Confusion Loss Techniques
WO2021136937A1Method Of Determining Damage To Parts Of A Vehicle
WO2021136942A1Method Of Determining Damage To Parts Of A Vehicle
WO2021136944A1Method Of Universal Automated Verification Of Vehicle Damage
WO2021136936A1Method Of Determining Damage To Parts Of A Vehicle
WO2021136943A1Method Of Determining Painting Requirements For A Damage Vehicle
WO2021136945A1Vehicle Damage State Determination Method
WO2021136947A1Vehicle Damage State Determination Method
WO2021136946A1Paint Blending Determination Method
WO2021136941A1Method Of Determining Inconsistent Damage To Parts Of A Vehicle
WO2022094621A1Remote Vehicle Damage Assessment
GB201517462D0Semi-Automatic Labelling Of Datasets
GB201517463D0Semi-Automatic Labelling Of Datasets
GB201517467D0Semi-Automatic Labelling Of Datasets
GB202017464D0Remote Vehicle Damage Assessment
GB202016723D0Method Of Universal Automated Verification Of Vehicle Damage
GB202007465D0Estimated Vehicle Repair Work Review Method And System
GB202000077D0Paint Blending Determination Method
GB202000076D0Vehicle Damage State Determination Method
AU2016332947B2Semi-Automatic Labelling Of Datasets
AU2021204966A1Method Of Determining Painting Requirements For A Damage Vehicle
AU2021204872A1Method Of Determining Damage To Parts Of A Vehicle
AU2021204866A1Method Of Determining Repair Operations For A Damaged Vehicle
AU2022202268A1Semi-Automatic Labelling Of Datasets
JP7048499B2Semi-Automatic Labeling Of Data Set
JP2022091875ASemi-Automatic Labeling Of Datasets
IN201827015506ASemi Automatic Labelling Of Datasets
KR1020180118596ASemi-Automatic Labelling Of Datasets
HK1261719ASemi-Automatic Labelling Of Datasets

What are Tractable key innovation segments?

What Technologies are Covered by Tractable?

The chart below distributes patents filed by Tractable in different countries on the basis of the technology protected in patents. It also represents the markets where Tractable thinks it’s important to protect particular technology inventions.

R&D Focus: How has Tractable search focus changed over the years?

EXCLUSIVE INSIGHTS COMING SOON!

Interested in knowing about the areas of innovation that are being protected by Tractable?

Updated on September 20, 2022

Was this article helpful?

Leave a Comment