2. Solution Framework for IoT Application
• KAA IoT
• MACHINNA.io
• ZETTA
• GE PREDIX
• ThingSpeak
• Device Hive
• DSA
• Eclipse
• Open Connectivity Foundation
• OpenHAB
3. Implementation of Device Integration
• The Nest API
• The Data Interface
• The Function Interface
• Linking with the cloud
• Use the data to innovate
4. Data Acquisition and integration
• It is the process of sampling signals that measure real world physical
conditions and converting the resulting samples into digital numeric
values that can be manipulated by a computer.
• It converts analog waveforms into digital values for processing.
• Components of Data Acquisition:
1) Sensors, to convert physical parameters to electrical signals.
2) Signal conditioning circuitry, to convert sensor signals into a
form that can be converted to digital value.
3) Analog to digital converter, to convert conditional sensor
signals to digital value.
5. • IoT data acquisition device helps you to make your machines smarter
by gathering and analyzing real time data.
• Increased efficiency &productivity-process data provides valuable
information to transform business practices and make real time
decisions.
• Quality control & Assurance-This device will help you to monitor &
analyze critical product quality data.
Cloud Connectivity
view &analyze Data
Remotely
Process Machines/
Quality Inspection
Machines/Plant
Utilities
IoT Data
Acquisition Device
6. Features:
• Portable & Compact Device
• Cloud Connectivity
• Access & Analyze machine data remotely
• Frontend client software for monitoring system parameters
• Data Analysis screens
• Communication ports
• Analog input port
• Digital input/output port
7. Applications:
• Plant performance monitoring
• Solar plant monitoring
• Gauging
• Process Monitoring
• Monitor Process Parameters
• Machine Monitoring
• Monitor Machine Parameters
