he Internet of Things term has been used from marketing buzz all the way to research publications and conference titles. There are many definition exist to define the concept of IoT. Ineda sees the next generation IoT revolution centered on contextual computing and security.
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Ineda systems offers end-to-end IoT solutions and required infrastructure which includes low power SoCs based on patented I/O virtualization technique, Hardware and S/W security, sensor hub, networking stacks, cloud connectivity and APIs.
Contextual Computing: Contextual computing requires Always-on sensing, thus consuming more power. There is a need for higher performance and lower power relative to existing microcontrollers and microprocessors to enhance the battery life of the end-devices. Ineda’s Hierarchical computing technology along with the patented I/O virtualization techniques solve this challenge.
Security is extremely important to protect the data of the end-user and would be a key feature as we move deeper into contextual awareness. Ineda offers an enhanced trusted environment both at the H/W and S/W level that is shown by the diagram below.
| Soc Series | IoT Application | Application Processor (APU) OS (Linux/Android) | Micro-Processor (MPU) RTOS (Nucleus) | Sensor Processor + Secure Master (MCU) | SDK |
|---|---|---|---|---|---|
| I3 Series | Rich End Node | - | IoT Stack - HMI | Sensor Hub + Security Master | SDK31OIE |
| I7 Series | Rich End Node | IoT Stack + HMI | Co-Processor | SDK71OIE | |
| Mini - Gateway | SDK31OIG |
