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Building AIOT Solutions using Unified AI Device Framework

Hands-On Workshop

In a world where machines are becoming smarter and more connected, AIoT (Artificial Intelligence of Things) is driving the next wave of intelligent automation—across industries like manufacturing, smart cities, healthcare, and beyond.

This 2-day hands-on workshop guides participants through four major steps to build a complete AIoT (Artificial Intelligence of Things) solution, using a real-world Industry 4.0 use case. Attendees will work with low-power sensor nodes, industrial gateways, cloud/on-prem server integration, and AI-powered analytics — all using an open-source Unified AI Device Framework.

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Key Takeaways

By the end of the workshop, you'll gain practical experience in:

Integrate field devices using standard protocols like MODBUS, OPC-UA

Configure data flow: store, forward, trigger rules, and actions

Connect to cloud or on-premise servers; perform AI-based data analytics

Manage devices remotely: configuration, monitoring, and FOTA (Firmware Over-The-Air)

Who should Attend

  • Embedded developers

  • IoT/AI solution architects

  • System integrators

Event Date: 9-10 May 2025

Coimbatore

3500 only

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RuggedBOARD RB-i.MX6UL

RuggedBoard i MX 6UL 01.avif

Specifications

  • Processor: NXP-i.MX 6 UL

  • SOM: phyCORE-i.MX 6UL

  • Processor Architecture: ARM-Cortex A7

  • Clock Frequency: 686 MHz

  • OS Build: Yocto Linux

  • Kernel-Version: Linux Kernel 4.9

  • RAM: 512MB

  • ROM: 512MB NAND Flash

  • Temperature Range: - 40° to + 85°C

  • Industrial Interfaces:

    • 1x CAN

    • 1x RS485

    • 2x RS232

    • 8x DIO

    • 1x Ethernet (10/100)

    • 2x USB

    • GPIOs (Number Configurable)

    • Standard mikro-BUS

    • 1x mPCIe

    • 1x SIM and SD card slot

    • Expansion: I2C, SPI, UART, PWM

Built on the phyCORE-i.MX6UL System on Module, the RuggedBOARD is an open-source, industrial-grade SBC with support for both Yocto and Debian BSPs. It is pre-integrated with the Unified AI Device Framework, enabling rapid prototyping through low-code/no-code tools and open-source packages.

AIoT Foundation & Application Development

Applications

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Industry-4.0

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Smart Utility

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Advance Robotics

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Building Automation

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Smart Farming

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EVCS

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Advance Drones

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Energy Management Systems

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Aerospace

Join us for two immersive days of learning, coding, testing, and deploying—guided by experts and backed by powerful hardware platforms. From sensor integration to cloud visualization, and AI-powered edge processing to FOTA updates—this workshop covers

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