Foghorn System has a total of 34 patents globally, out of which 11 have been granted. Of these 34 patents, more than 82% patents are active. Europe is where Foghorn System has filed the maximum number of patents, followed by India and Saudi Arabia. Parallelly, the United States of America seems to be the main focused R&D centre and also is the origin country of Foghorn System.
Foghorn System was founded in the year 2014 by Abhi Sharma, Kamesh Raghavendra, Mohan Reddy, Murali Namburi, Sastry Malladi, T.M. Ravi and Yuta Endo. The company develops edge intelligence software. The Company offers fog computing, analytics, machine learning, monitoring and other related solution.
Do read about some of the most popular patents of Foghorn System which have been covered by us in this article and also you can find Foghorn System patents information, the worldwide patent filing activity and its patent filing trend over the years, and many other stats over Foghorn System patent portfolio.
How many patents does the founder and the CEO of Foghorn System have?
The founders Abhi Sharma has 0 patent, Kamesh Raghavendra has 1 patent, Mohan Reddy has 0 patent, Murali Namburi has 0 patent, Sastry Malladi has 0 patent, T.M. Ravi has 3 patents and Yuta Endo has 11 patents. The CEO David King has 92 patents.
How many patents does Foghorn System have?
Foghorn System has a total of 34 patents globally. These patents belong to 9 unique patent families. Out of 34 patents, 28 patents are active.
How Many Patents did Foghorn System 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 | Foghorn System Applications Filed | Foghorn System Patents Granted |
| 2022 | 3 | 4 |
| 2021 | 1 | 4 |
| 2020 | 2 | 3 |
| 2019 | 3 | – |
| 2018 | 8 | – |
| 2017 | 10 | – |
| 2016 | 6 | – |
How many Foghorn System patents are Alive/Dead?
How Many Patents did Foghorn System File in Different Countries?
Countries in which Foghorn System Filed Patents
| Country | Patents |
| Europe | 5 |
| India | 5 |
| Saudi Arabia | 4 |
| Korea (South) | 4 |
| Hong Kong (S.A.R.) | 4 |
| Japan | 3 |
| Germany | 1 |
| United States Of America | 1 |
| Spain | 1 |
| Italy | 1 |
Where are Research Centres of Foghorn System Patents Located?
List of Foghorn Patents
| Foghorn System Patents | Title |
| US20220137936A1 | Efficient State Machines For Real-Time Dataflow Programming |
| EP3342137B1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| EP3953871A4 | Intelligent Edge Computing Platform With Machine Learning Capability |
| EP3433769A4 | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| EP3433768A4 | Efficient State Machines For Real-Time Dataflow Programming |
| EP3433711A4 | Tools And Methods For Real-Time Dataflow Programming Language |
| WO2020209951A1 | Intelligent Edge Computing Platform With Machine Learning Capability |
| WO2017165708A1 | Efficient State Machines For Real-Time Dataflow Programming |
| WO2017165713A1 | Tools And Methods For Real-Time Dataflow Programming Language |
| WO2017165712A1 | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| WO2017035536A1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| ES2886868T3 | Edge Intelligence Platform, And Sensor Flow System Of The Internet Of Things |
| DE602016058936T2 | Edge Intelligence Platform And System For Internet-Of-Things Sensor Current |
| IT202100072212T2 | Edge Intelligence Platform, And Sensor Stream System For Internet Of Things |
| IN202137041010A | Intelligent Edge Computing Platform With Machine Learning Capability |
| IN201847034965A | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| IN201847035018A | Tools And Methods For Real-Time Dataflow Programming Language |
| IN201847034896A | Efficient State Machines For Real-Time Dataflow Programming |
| IN201847006655A | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| KR102471665B1 | Edge Intelligence Platform And Internet Of Things Sensor Stream System |
| SA518400085B1 | Efficient State Machines For Real-Time Dataflow Programming |
| SA10057B1 | Tools And Methods For Real-Time Dataflow Programming Language |
| SA10029B1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| KR102128571B1 | Efficient State Machines For Real-Time Dataflow Programming |
| KR102092722B1 | Tools And Methods For Real-Time Dataflow Programming Language |
| KR102092721B1 | Construction Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| HK1257082A1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| SA518391000A | Edge Intelligence Platform And Iot Sensor Flow System |
| HK40001453A | Tools And Methods For Real-Time Dataflow Programming Language |
| HK40001452A | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| HK40001450A | Efficient State Machines For Real-Time Dataflow Programming |
| JP2022062060A5 | Tools And Methods For Real-Time Dataflow Programming Language |
| JP2022064982A | Efficient State Machine For Real-Time Dataflow Programming |
| JP2019516167A5 | Tools And Methods For Real-Time Dataflow Programming Language |
| Foghorn System Patents | Title |
| US20220137936A1 | Efficient State Machines For Real-Time Dataflow Programming |
| EP3342137B1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| EP3953871A4 | Intelligent Edge Computing Platform With Machine Learning Capability |
| EP3433769A4 | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| EP3433768A4 | Efficient State Machines For Real-Time Dataflow Programming |
| EP3433711A4 | Tools And Methods For Real-Time Dataflow Programming Language |
| WO2020209951A1 | Intelligent Edge Computing Platform With Machine Learning Capability |
| WO2017165708A1 | Efficient State Machines For Real-Time Dataflow Programming |
| WO2017165713A1 | Tools And Methods For Real-Time Dataflow Programming Language |
| WO2017165712A1 | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| WO2017035536A1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| ES2886868T3 | Edge Intelligence Platform, And Sensor Flow System Of The Internet Of Things |
| DE602016058936T2 | Edge Intelligence Platform And System For Internet-Of-Things Sensor Current |
| IT202100072212T2 | Edge Intelligence Platform, And Sensor Stream System For Internet Of Things |
| IN202137041010A | Intelligent Edge Computing Platform With Machine Learning Capability |
| IN201847034965A | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| IN201847035018A | Tools And Methods For Real-Time Dataflow Programming Language |
| IN201847034896A | Efficient State Machines For Real-Time Dataflow Programming |
| IN201847006655A | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| KR102471665B1 | Edge Intelligence Platform And Internet Of Things Sensor Stream System |
| SA518400085B1 | Efficient State Machines For Real-Time Dataflow Programming |
| SA10057B1 | Tools And Methods For Real-Time Dataflow Programming Language |
| SA10029B1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| KR102128571B1 | Efficient State Machines For Real-Time Dataflow Programming |
| KR102092722B1 | Tools And Methods For Real-Time Dataflow Programming Language |
| KR102092721B1 | Construction Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| HK1257082A1 | Edge Intelligence Platform, And Internet Of Things Sensor Streams System |
| SA518391000A | Edge Intelligence Platform And Iot Sensor Flow System |
| HK40001453A | Tools And Methods For Real-Time Dataflow Programming Language |
| HK40001452A | Composition Of Pattern-Driven Reactions In Real-Time Dataflow Programming |
| HK40001450A | Efficient State Machines For Real-Time Dataflow Programming |
| JP2022062060A5 | Tools And Methods For Real-Time Dataflow Programming Language |
| JP2022064982A | Efficient State Machine For Real-Time Dataflow Programming |
| JP2019516167A5 | Tools And Methods For Real-Time Dataflow Programming Language |