Patent infringement discovery at a scale never before possible.
Our proprietary AI can automatically discover patent
infringement and generate litigation-ready claim charts. It’s
that simple.
Welcome to Intellectual Property 2.0.
How our data is making a difference
Partners
Clients
Our Model
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Let us know how you plan on using our infringement data
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If we can help, we will send over a contingency agreement
(we only make money if you do)
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Our AI will narrow down an optimal patent portfolio and
prepare a set of claim charts; and our patent engineers will
do a final check
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You provide our claim charts to a trusted law firm (or we
can introduce one to you)
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Profit
Claim Chart Sample
Total US Patents
0
Claim Charts Created
0
Estimated Monetization from Infringement Discovered by IPDefine
$0USD
Discovered
0.003314%
About
IPDefine exists for one reason: To provide groundbreaking
solutions that empower patent owners to visualize, optimize, and
monetize their patent portfolios.
For the past three years, we have been hard at work developing
AI that does the impossible: automatically detect patent
infringement, and rate patent validity, in the blink of an eye.
If you'd like to learn about how we can help, please
contact us.
CEO Aaron Benjamin Mollin
Aaron is an English/Japanese bilingual lawyer (licensed in New York) who has lived in Japan for over 15 years. His legal experience covers both in-house and private practice, where he was engaged in IP, M&A, and disputes matters. His non-legal expertise ranges from talent acquisition and HR consulting, to business development, to founding a sustainable luxury fashion brand.
Founder and COO Mitsuhiro OKAMOTO
After graduating from Kyoto University with a master's degree in physical chemistry, Mitt started his career in the IP Department of Toyota Industries Corporation (TICO). He later joined patent consulting firm NGB Corporation, where he became increasingly more curious about the immense untapped potential of patents. In 2020, he founded IPDefine to uncover that untapped potential, and create a global rating company for intellectual property.
Chief Legal Advisor (Japanese Lawyer) Kazuo ITAZAKI
Kazuo is a Japanese lawyer who graduated from the Waseda University Faculty of Law. He has worked for some of Japan's largest law firms, supporting large US corporations and the Japanese government (Japan Fair Trade Commission).
To further support our clients’ patent monetization efforts, IPDefine has formed a strategic partnership with AIRI—a comprehensive intellectual property research institute and patent consulting firm with over 270 engineers and researchers, including 50+ PhDs, with expertise spanning myriad technical fields. If you are interested in connecting with AIRI for consulting or other services, please feel free to contact us.
Contact Us
News
Sample Summary Infringement Data
| Patent Number | Claim Number | Product Owner | Potentially Infringing Product | Degree of infringement |
|---|---|---|---|---|
| US-9XXXXXX-B1 | 1 | Nintendo Co., Ltd. | Nintendo Switch Sports | High |
| US-10XXXXX-B2 | 1 | Waymo LLC | Waymo Driver. | High |
| US-87XXXXX-B2 | 1 | Quanta Computer Inc | QuantaPlex servers | Medium |
| US-90XXXXX-B2 | 1 | Huawei Technologies Co Ltd | Huawei's heat dissipation system. | Medium |
| US-878XXXX-B2 | 6 | Canon Inc | FPA-6300ES6a | Low |
| US-88XXXXX-B2 | 13 | Delta Electronics Shanghai Co Ltd | AH560 PLC system. | Low |
| US-768XXXX-B2 | NaN | NaN | NaN | NaN |
| US-772XXXX-B2 | NaN | NaN | NaN | NaN |
Sample Detail Infringement Data
| Patent Number | Claim | Judge | URL | Quote |
|---|---|---|---|---|
| US-9XXXXXX-B1 | 1. A wearable device, comprising: | N | NA | NA |
| US-9XXXXXX-B1 | a processor; | Y | https://xxx | Each left and right controller utilizes its own CPU, memory, lithium ion battery, battery management chip, thumbstick, inertial measurement unit (IMU), linear resonant actuator (LRA), and haptic driver. |
| US-9XXXXXX-B1 | one or more sensors including an accelerometer for detecting movement; | Y | https://xxx | The IMU (TDK IM-20600) has an integrated 3-axis gyroscope and a 3-axis accelerometer to deliver accurate positional and rotational measurements. |
| US-9XXXXXX-B1 | a downloadable health application executed by a remote processor, wherein the health application receives movement data from the accelerometer or the one or more sensors and generates, using the movement data, an analysis of posture; and the health application drives a user interaction surface, including a display, in communication with the remote processor to display the analysis. | Y | https://xxx | Each left and right controller utilizes its own CPU, memory, lithium ion battery, battery management chip, thumbstick, inertial measurement unit (IMU), linear resonant actuator (LRA), and haptic driver. |
