5. Defined as a Combination of Various
Technologies that are Applied into the
Manufacturing Process to Optimize
Efficiency, Agility & Avoid Downtime.
6. IIoT Network, Consisting of Connected Assets, is Essential to Smart
Manufacturing, Reporting Device Status & Automating Workflows.
Industrial IoT
Cloud-Connected Assets Utilize Smart Technologies for Autonomous
Robots Enabling Smart Factories to Achieve Agility & Speed.
Autonomous robots
AI Enhances Data Management by Combining Diverse Data Sets &
Utilizing Machine Learning to Provide Current & Future Insights.
AI/Machine Learning
Enables Manufacturers to Access IIoT Data, Analytics & Process
Automation Across Wireless Channels, such as Wi-Fi or 5G.
Cloud computing
A Virtual Replica of a Real Machine, Enabling Manufacturers to Test
New Methods to their Limits without Damaging Expensive Assets.
Digital twin
SAP.COM
smart manufacturing
Technologiesi
7. To Protect Smart Systems from On-Line Threats due to their
Increased Connectivity, Ensuring Performance, Reliability & Safety.
cybersecurity
Enables Manufacturers to Trace Product Origin & Authenticity
Preventing Counterfeit Parts & Enabling Fast Recall Responses.
Blockchain
Enhances Real-Time Pivoting & Response, Eliminating Downtime in
the IoT Network by Bringing AI & Data Analytics to the Shop Floor.
Edge computing
3D Printers Produce Parts when Needed, Reducing the Need for
Large Inventories & the Associated Warehousing Costs.
3d printing
By Providing an AI System with a Vast Amount of Manufacturing
Data, It Makes more Accurate Conclusions & Predictions.
Bigdata
IBM.COM NIST.GOV
smart manufacturing
Technologiesii
8. A Process Optimization that Enriches
Smart Manufacturing with a Broader
Vision. Both Work Together to Create
an Agile System that Responds Swiftly
& Proactively to Changing Conditions.
10. industrial
Internet of things
IIoT is the Driving Force Behind Smart
Factories Integrating Machines and
Sensors to Make the Manufacturing
Process Automated, Data-Driven and
Constantly Improving.
11. MONITORING
Sensors Record Data
from Worker Stations
Assets & Processes.
DIAGNOSTICS
A Cloud-Based IIoT
Platform Identifies
Deficiencies or Needs.
EXECUTION
IIoT Determines
Appropriate
Treatment.
ACTION
After Action, the Cycle
Repeats from the
Beginning.
IN2ITTECH.COM
IIot based
smart manufacturingcycle
12. Stakeholder
approval
Implementation plan
with KPIs
Highly skilled
digital Workforce
IIOTTECHNOLOGIES Bigdatamanagement Advanced analytics
powered by AI & ML
Connected factory &
enterprise systems Cybersecurity Continuous oversight
Implementation requirements
ORACLE.COM
smart factory
13. Automation & Real-Time Data Analytics Enhance Productivity &
Efficiency. Automated Workflows Optimize IoT-Connected Machines.
Efficiency
Data Analytics Enable Swift Market Response, Pivoting Workflows
& Personalizing Products with Speed & Precision.
Agility
Strategic Solutions for Streamlined Operations, Reducing Energy
Use & Supporting Sustainable Initiatives through Design & Logistics.
Sustainability
Ensures Visibility & Verifiability of Quality Standards Across the
Supply Chain & Operations at Every Stage.
quality control
Digital Integration Enhances Supply Chain & Inventory
Management Reducing Spending & Ensuring Customer Satisfaction.
End-to-end saving
SAP.COM
smart manufacturing
BENEFITS
14. Legacy IT systems
Current IT Infrastructure is Outdated & May
Not Integrate with Newer Software
Requiring Costly & Time-Consuming
Retrofitting.
Digital SkillsGap
Manufacturers Face HR Challenges in
Implementing Smart Technology, Including
Attracting Talent & Retraining Staff to Fully
Integrate Digital Systems.
ResourceLimitation
Technology Investment Constraints
Deployment Costs & Management Buy-In
Issues Can Hinder the Broader Rollout of
Smart Technology Projects.
Poor Security
Cybercriminals Target Smart Devices
Including those in Smart Factories, Raising
Concerns about the Security of these
Technologies, which are Often Used in IIoT.
challenges
smart manufacturing
ORACLE.COM
15. Legacy IT systems
Before Retrofitting a Factory with Smart
Technology, Assess the State of
Management Systems Across All
Departments & Ensure Full IT Integration.
Digital SkillsGap
Train Machine Operators & Engineers.
Consider Hiring Highly Technical Talent such
as Robotics Specialists & Digital Twin
Engineers.
ResourceLimitation
Adopt a Minimum Viable Product Approach
Focusing on Shorter Lead Times, Course-
Correcting Based on User Feedback to
Reduce Spending.
Poor Security
Cloud Computing Enhances Security by
Providing Security at Multiple Layers.
Establishing Private LTE & 5G Networks
Restricts Outside Access to IIoT Systems.
solutions
smart manufacturing
ORACLE.COM
17. SDGS.UN.ORG
Dept. of Economic & Social Affairs
Smart Manufacturing
Smart Manufacturing Aims to Upgrade
& Enhance the Manufacturing Process
Using a Technology-Driven Approach
Aligning with Sustainable Development
Goal (SDG) 9: Build Resilient Structure
Encourage Inclusive & Sustainable
Industrialization & Foster Innovation.
18. Industry 4.0 Aims to Advance Industrial
Enterprises and Accelerate Low-Carbon
and Renewable Energy Deployment, but
It Presents Few Challenges for Developing
Countries. Consequently, UNIDO Assists
them in Capitalizing on the Opportunities
of Industry 4.0 to Make a Positive Change.
UNIDO.ORG
UN Industrial Development ORG
INDUSTRY 4.0
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can be replaced with your own text.
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own text. This is a placeholder text.
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own text. This text can be replaced
with your own text.
9.7
6.6
4.1
3.6
23. Billion $
segment
40.1
Industrial robots
6.1
Sensors and controller
5.7
Telecommunications
4.7
Logic and distributed control
TRACKINSIGHT.COM
Smart factory global market value
By segment (billion dollars)2020
