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Special Features
Portfolio2021-01-21T17:06:57+00:00

Our Technology Portfolio

AcceleRoute

Internet usage is exploding with many new factors converging to stress in-place networks and cloud data centers.  New traffic growth stimulants such as high bandwidth video and work-from-home are challenging the fundamental design of data transport.  While networks have benefited from massive technology evolution in both link and node switching capacity, the network architecture has not really changed.  AcceleRoute offers a fundamentally new and vastly superior approach to building high capacity, low latency networks.  The AcceleRoute invention family of patents offers a new approach to network design that can be used to build core networks that can scale for decades to come.

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AcceleRoute

Internet usage is exploding with many new factors converging to stress in-place networks and cloud data centers.  New traffic growth stimulants such as high bandwidth video and work-from-home are challenging the fundamental design of data transport.  While networks have benefited from massive technology evolution in both link and node switching capacity, the network architecture has not really changed.  AcceleRoute offers a fundamentally new and vastly superior approach to building high capacity, low latency networks.  The AcceleRoute invention family of patents offers a new approach to network design that can be used to build core networks that can scale for decades to come.

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Circuit Seed

Circuit Seed initially targets the analog world with a next generation technology that is completely compatible with the current semiconductor industry.

The goal of Circuit Seed is to create analog circuits that are smaller and less expensive, consume less power, deliver better performance and operate in harsher temperature environments.

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Circuit Seed

Circuit Seed initially targets the analog world with a next generation technology that is completely compatible with the current semiconductor industry.

The goal of Circuit Seed is to create analog circuits that are smaller and less expensive, consume less power, deliver better performance and operate in harsher temperature environments.

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Sensory Seed

Sensory Seed seeks to apply Circuit Seed technology to sensor applications in a variety of fields including medical, agricultural and wearables.  Most sensors rely on analog electronics to amplify minute electrical signals captured by a physical sensing device.  This critical part of the sensor determines how much sensing information is captured and subsequently available for analysis.  The goal of Sensory Seed is to apply specialized analog design technology to improve the performance of these front-end circuits.

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Sensory Seed

Sensory Seed seeks to apply Circuit Seed technology to sensor applications in a variety of fields including medical, agricultural and wearables.  Most sensors rely on analog electronics to amplify minute electrical signals captured by a physical sensing device.  This critical part of the sensor determines how much sensing information is captured and subsequently available for analysis.  The goal of Sensory Seed is to apply specialized analog design technology to improve the performance of these front-end circuits.

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Sensors in Motion

Autonomous Vehicles need to determine the whereabouts of the objects around them.   In order to make accurate object avoidance decisions, these vehicles need to understand not only the location of the objects around them, but also what they are.  This classification information is critical to establishing the probability of what each object will do next.  There are a variety of sensor types in play including LiDAR, Radar, cameras and ultrasonic sensors.  Each of these has respective strengths and weaknesses – no one sensor can do everything well.  It is subtle nuances in the signals from each sensor that provides the information required for detailed classification.   The goal of InventionShare’s Sensors in Motion™ technology portfolio is to offer state-of-the-art analog design solutions targeted at optimizing the sensitivity of automotive sensors.

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Sensors in Motion

Autonomous Vehicles need to determine the whereabouts of the objects around them.   In order to make accurate object avoidance decisions, these vehicles need to understand not only the location of the objects around them, but also what they are.  This classification information is critical to establishing the probability of what each object will do next.  There are a variety of sensor types in play including LiDAR, Radar, cameras and ultrasonic sensors.  Each of these has respective strengths and weaknesses – no one sensor can do everything well.  It is subtle nuances in the signals from each sensor that provides the information required for detailed classification.   The goal of InventionShare’s Sensors in Motion™ technology portfolio is to offer state-of-the-art analog design solutions targeted at optimizing the sensitivity of automotive sensors.

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“If you have always done it that way, it is probably wrong.”

— Charles Kettering