India has taken another major step toward advancing smart manufacturing and digital industrial transformation, with the Technology Development Board (TDB) signing an agreement to support the development and commercialization of indigenous Industrial AIoT technologies under the Government’s Industry 4.0 and Aatmanirbhar Bharat initiatives.
The Technology Development Board, functioning under the Department of Science and Technology (DST), Government of India, has partnered with Nagpur-based company IDT Innovation Technologies Pvt. Ltd. for a project focused on developing advanced Artificial Intelligence and Internet of Things (AIoT)-based industrial monitoring and analytics solutions.
The project, titled “Industry 4.0: Development and Commercialization of Industrial AIoT Devices,” aims to strengthen India’s domestic industrial technology ecosystem while reducing dependence on imported industrial automation systems.
The initiative forms part of India’s broader push to modernise manufacturing through:
Intelligent automation
Data-driven operations
Predictive maintenance
Smart industrial infrastructure
Digital production systems
Industry 4.0 refers to the integration of advanced digital technologies such as:
Artificial Intelligence (AI)
Internet of Things (IoT)
Automation
Data analytics
Cloud computing
Real-time monitoring
into manufacturing and industrial operations.
Officials say these technologies are becoming increasingly important for improving productivity, reducing operational costs, and enhancing global competitiveness.
According to the Government, IDT Innovation Technologies has developed a fully integrated industrial AIoT ecosystem combining proprietary hardware devices with a secure analytics software platform.
The system is designed to support:
Real-time industrial monitoring
Predictive analytics
Energy optimisation
Resource efficiency
Equipment health monitoring
Operational performance analysis
The hardware suite includes:
Actuator monitoring systems
Energy meters
Machine condition sensors
Temperature monitoring devices
Electrical health monitoring systems
Edge-based data acquisition units
These devices are integrated with a central software platform capable of:
Data aggregation
Real-time analytics
Visualization dashboards
Predictive maintenance alerts
Industrial performance tracking
One of the key advantages of the indigenous solution is its ability to integrate with existing industrial infrastructure without requiring large-scale replacement of machinery.
Officials said the system is specifically designed for:
Easy retrofitting
Modular deployment
Scalable industrial integration
This approach is expected to make Industry 4.0 technologies more accessible for:
Micro, Small and Medium Enterprises (MSMEs)
Medium-scale manufacturers
Large industrial units
The Government believes lower-cost domestic solutions could significantly increase adoption of advanced manufacturing technologies among Indian industries that may otherwise struggle with the high costs of imported industrial automation systems.
The project is also aimed at strengthening India’s technological self-reliance in industrial automation and analytics.
Currently, many advanced industrial monitoring and AIoT systems used in Indian manufacturing are supplied by international original equipment manufacturers (OEMs).
Officials said the indigenous platform could help:
Reduce import dependence
Improve supply chain resilience
Lower technology costs
Build domestic manufacturing capability
Encourage local innovation ecosystems
The Government views such initiatives as strategically important for developing India’s domestic industrial technology sector.
Globally, industries are increasingly shifting toward smart manufacturing systems that rely on:
Real-time machine data
AI-driven analytics
Predictive maintenance models
Automated monitoring
Digital process optimisation
These systems help industries:
Minimise downtime
Improve energy efficiency
Reduce maintenance costs
Increase operational productivity
Improve product quality
The Government said the AIoT ecosystem developed under the project is expected to support continuous operational improvement through data-driven decision-making.
Speaking on the occasion, TDB Secretary Rajesh Kumar Pathak said Industry 4.0 technologies are becoming critical to the future competitiveness of global manufacturing economies.
“Industry 4.0 technologies are becoming central to the future competitiveness of manufacturing economies,” Pathak said.
He added that TDB’s support for indigenous Industrial AIoT technologies reflects the Government’s broader commitment to:
Smart manufacturing
Energy-efficient industrial systems
Digital transformation
Innovation-led industrial growth
The Government sees advanced manufacturing technologies as essential for increasing productivity and supporting India’s ambition to become a global manufacturing hub.
Promoters of IDT Innovation Technologies welcomed the Government’s support and said it would accelerate deployment of the company’s SenseLive™ platform.
According to the company, the platform is designed to help industries:
Monitor industrial operations in real time
Improve energy management
Increase operational efficiency
Enhance manufacturing productivity
Make data-driven decisions
The company stated that broader adoption of industrial AIoT systems could significantly improve competitiveness across Indian manufacturing sectors.
The project aligns with several national priorities including:
Make in India
Digital India
Aatmanirbhar Bharat
Smart manufacturing development
Industrial modernization
India has been increasing investment in emerging technologies as part of efforts to strengthen:
Industrial competitiveness
Domestic innovation
Technology self-reliance
Advanced manufacturing capability
Experts believe adoption of AI-driven industrial systems will play a major role in shaping the future of India’s manufacturing sector as industries move toward more connected, automated, and intelligent production environments.
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