RideFlux has a total of 44 patents globally, out of which 20 have been granted. Of these 44 patents, more than 97% patents are active. South Korea is where RideFlux has filed the maximum number of patents, followed by United States of America and Europe. Parallelly, South Korea seems to be the main focused R&D centre of RideFlux.
RideFlux was founded in the year 2018 by Junghee Park. The company is a self-driving software company for safe and reliable autonomous transporation service.
Do read about some of the most popular patents of RideFlux which have been covered by us in this article and also you can find RideFlux patents information, the worldwide patent filing activity and its patent filing trend over the years, and many other stats over RideFlux patent portfolio.
How many patents does the founder and the CEO of RideFlux have?
The founder and CEO, Junghee Park, has 50 patents.
How many patents does RideFlux have?
RideFlux has a total of 44 patents globally. These patents belong to 28 unique patent families. Out of 44 patents, 43 patents are active.
How Many Patents did RideFlux File Every Year?
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 18 months to get published. Certainly, it doesn’t suggest a decrease in the patent filing.
| Year of Patents Filing or Grant | RideFlux Applications Filed | RideFlux Patents Granted |
| 2018 | – | – |
| 2019 | 15 | 6 |
| 2020 | 9 | 1 |
| 2021 | 15 | 4 |
| 2022 | 5 | 9 |
How many RideFlux patents are Alive/Dead?
How Many Patents did RideFlux File in Different Countries?
Countries in which RideFlux Filed Patents
| Country | Patents |
| Korea (South) | 34 |
| United States Of America | 6 |
| Europe | 3 |
Where are Research Centres of RideFlux Patents Located?
Of the 28 R&D Centres, all of them are located in South Korea.
Most cited RideFlux Patents
KR102051888B1 is the most popular patent in the RideFlux portfolio. It has received 7 citations so far.
List of RideFlux Patents
| RideFlux Patents | Title |
| US20220204037A1 | Method And Apparatus For Creating Driving Route Of Autonomous Vehicle And Computer Program Therefor |
| US20220073099A1 | Method, Device, And Computer Program For Controlling Stop Of Autonomous Vehicle Using Speed Profile |
| US20210404835A1 | Method, Apparatus, And Computer Program For Generating Road Network Data For Autonomous Driving Vehicle |
| US20210223790A1 | Method, Apparatus, And Computer Program For Controlling Autonomous Vehicle Using Preset Area Information |
| US20210171063A1 | Method, Apparatus, And Computer Program For Avoiding Collision Of Autonomous Vehicle |
| US20200361489A1 | Method And Apparatus For Controlling A Vehicle’S Driving Operation Using Advance Information |
| EP3964417A3 | Method, Device, And Computer Program For Controlling Stop Of Autonomous Vehicle Using Speed Profile |
| EP4019899A1 | Method And Apparatus For Creating Driving Route Of Autonomous Vehicle And Computer Program Therefor |
| EP3943889A3 | Method, Apparatus, And Computer Program For Generating Road Network Data For Autonomous Driving Vehicle |
| WO2021194109A1 | Method, Device, And Computer Program For Providing Driving Guide By Using Vehicle Position Information And Signal Light Information |
| KR102424305B1 | Method, Apparatus And Computer Program For Generating And Providing Data Video For Generating Training Data Of Artificial Intelligence Model |
| KR102394465B1 | Method, Server And Computer Program For Verifying Steering Wheel Angle Command For Automatic Driving Vehicle |
| KR102382448B1 | Method, Apparatus And Computer Program For Generating Input Feature Map Of Artificial Intelligence Model To Detect Object Based On Lidar |
| KR102373775B1 | Method, Apparatus And Computer Program For Providing Service Of Allocation Of Automatic Driving Vehicle |
| KR102373776B1 | Method, Apparatus And Computer Program For Providing Extracting Traffic Signal Information Through Image Data Analysis Including Traffic Lights |
| KR102364616B1 | Method, Apparatus And Computer Program For Controlling Automatic Driving Vehicle Using Pre-Set Region Information |
| KR102363501B1 | Method, Apparatus And Computer Program For Generating Earth Surface Data From 3-Dimensional Point Cloud Data |
| KR102349654B1 | Method, Apparatus And Computer Program For Revising Curvature Error Of Automatic Driving Vehicle |
| KR102349652B1 | Method, Apparatus And Computer Program For Providing Route Guidance Service Using Traffic Lights Information And Location Information Of Vehicle |
| KR102325367B1 | Method, Apparatus And Computer Program For Conducting Automatic Driving Data Labeling |
| KR102317430B1 | Method, Server And Computer Program For Creating Road Network Map To Design A Driving Plan For Automatic Driving Vehicle |
| KR102304018B1 | Method, Apparatus And Computer Program For Preventing Collision Of Automatic Driving Vehicle |
| KR102230814B1 | Method, Apparatus And Computer Program For Generating Map Including Driving Route Of Vehicle |
| KR102061750B1 | Method And Apparatus For Controlling A Vehicle’S Driving Operation Using Advance Information |
| KR102051888B1 | Method, Apparatus And Program For Controlling A Vehicle’S Driving Operation Based On Pre-Set Rules |
| KR102041962B1 | Supported Autonomous Vehicle |
| KR301006193S | T-Shirt |
| KR301003164S | Fabric |
| KR301003163S | Hat |
| KR301002821S | Sticker |
| KR1020220092660A | Method, Apparatus And Computer Program For Generating Driving Route Of Autonomous Vehicle |
| KR1020220036923A | Method, Apparatus And Computer Program For Providing Service Of Allocation Of Automatic Driving Vehicle |
| KR1020220033077A | Method, Apparatus And Computer Program For Stop Controlling The Stop Of Automatic Driving Vehicle |
| KR1020220026557A | Method, Apparatus And Computer Program For Controlling Automatic Driving Vehicle Using Pre-Set Region Information |
| KR1020220012972A | Method, Apparatus And Computer Program For Generating Earth Surface Data From 3-Dimensional Point Cloud Data |
| KR1020220005626A | Method, Apparatus And Computer Program For Providing Route Guidance Service Using Traffic Lights Information And Location Information Of Vehicle |
| KR1020220001152A | Method, Apparatus And Computer Program For Generating Road Network Data To Automatic Driving Vehicle |
| KR1020210135206A | Method, Apparatus And Computer Program For Conducting Automatic Driving Data Labeling |
| KR1020210118006A | Method, Apparatus And Computer Program For Preventing Collision Of Automatic Driving Vehicle |
| KR1020210064815A | Method, Apparatus And Program For Controlling A Vehicle’S Driving Operation Based On Pre-Set Rules |
| KR1020210048450A | Method, Apparatus And Computer Program For Generating Map Including Driving Route Of Vehicle |
| KR1020200140172A | Supported Autonomous Vehicle |
| KR1020200132652A | Method And Apparatus For Controlling A Vehicle’S Driving Operation Using Advance Information |
| KR1020200132646A | Method, Apparatus And Program For Controlling A Vehicle’S Driving Operation Based On Pre-Set Rules |
EXCLUSIVE INSIGHTS COMING SOON!
What are RideFlux’s key innovation segments?
What Technologies are Covered by RideFlux?
The chart below distributes patents filed by RideFlux in different countries on the basis of the technology protected in patents. It also represents the markets where RideFlux thinks it’s important to protect particular technology inventions.
R&D Focus: How RideFlux’s search focus changed over the years?
EXCLUSIVE INSIGHTS COMING SOON!
Interested in knowing about the areas of innovation that are being protected by RideFlux?