How IoT is Revolutionising Healthcare, Agriculture and Manufacturing

Introduction

The Internet of Things (IoT) is driving innovation in global business operations. IoT is rapidly reshaping the global business landscape, with connected devices expected to surge from 13.8 billion in 2021 to 30.9 billion by 2025. Source: https://www.statista.com/ Today, it is crucial for enterprises to understand its transformative effect across sectors such as healthcare, agriculture, and manufacturing. 

CIOs, CTOs, and CEOs of Indian MSMEs must grasp how industrial IoT creates competitive advantage and operational excellence in key sectors. The upcoming IMC 2025 event will demonstrate the integration of AI and IoT, highlighting how Vi Business AI based Prognostic engine works at the backend with various IoT & Network platforms and make proactive recommendations.

Read to explore how IoT is transforming agriculture, health care, and manufacturing. 

Industrial IoT: Strategic Foundation for Digital Transformation

Industrial IoT is a network of devices, sensors, applications, and associated networking equipment that work collaboratively to collect, monitor, and analyse data from industrial operations. This data helps increase productivity and security and reduce costs.

Industrial IoT is all about predictive business operations over reactive ones. Industrial IoT architectures are designed to support complex operational environments. They typically prioritise mission-critical reliability, enterprise-grade security and scalable infrastructure.

With an increasing demand for real-time operational intelligence and automated decision-making capabilities, the global industrial IoT market is booming every year. According to a report by McKinsey, IoT is forecasted to have an estimated economic value between $5.5 trillion and $12.6 trillion globally by 2030.

This IoT market trend presents a strategic opportunity for the Indian MSMEs to compete with larger businesses through intelligent automation and data-driven operational excellence.

IoT for Healthcare

The primary purpose of IoT in the healthcare industry is to allow medical professionals to get real-time access to patient information, store the data in the cloud, and determine the prognosis and best course of treatment.

The healthcare IoT market in India is forecasted to witness an increase in revenue up to ₹US$2.42qn by 2025. Additionally, it is predicted that the sector will experience a steady annual growth rate (CAGR 2025-2030) of 12.24%, resulting in a market volume of ₹US$4.32qn by 2030. Source: https://www.statista.com/ This tremendous growth is majorly due to the increasing usage of wearables, smartphones and smart devices to monitor patients.

Here are some use cases of IoT for healthcare:

• Remote Patient Monitoring and Clinical Decision Support 

  The use of IoT solutions for healthcare industry enables optimum resource allocation and enhances patient outcomes. Remote patient monitoring systems allow continuous tracking of vital parameters, medication compliance, and physiological indicators through devices connected to IoT. Medical professionals today have access to real-time data streams that encourage proactive intervention strategies and reduce costly hospital readmissions.
  
  The connected medical devices provide continuous biometric data that enables evidence-based clinical decision-making. Healthcare providers can thus adjust treatment protocols dynamically based on real-time patient data. 

• Intelligent Hospital Infrastructure Management

  Today, medical institutions have industrial IoT systems in place for asset management, environmental control, and operational optimisation. IoT sensors facilitate automated inventory management systems that offer greater visibility into medical supply levels, pharmaceutical stocks, and equipment availability. These systems offer predictive alerts that make sure that the hospital never runs out of critical resources and help reduce inventory carrying costs.
  
  IoT also offers unprecedented environmental control that is pivotal for maintaining patient safety standards and regulatory compliance. Environmental monitoring networks ensure that critical areas like operating theatres, intensive care units, and pharmaceutical storage facilities have precise temperature, humidity, and air quality parameters at all times.

• Telemedicine and Distributed Care Delivery

  IoT-enabled telemedicine technologies enable medical practitioners to diagnose and treat patients in remote areas. Remote diagnostic equipment carries out comprehensive health assessments and sends clinical data directly to specialist consultants, offering expert medical consultation to patients living in remote locations. Patients are informed about their medications via wearables that are tagged and monitored, and all the patient data is securely stored in the cloud.

IoT for Agriculture

IoT-powered farming, also known as smart farming, can enhance agricultural production through real-time monitoring of crop fields. Today, professionals in the agricultural field are leveraging to seek future-centric farming solutions that will help to meet the growing demand for healthy and organic food across the globe.

Here are some use cases of IoT for agriculture:

• Data-Driven Crop Management Systems

  Agricultural enterprises are today able to monitor soil conditions, weather patterns, and crop health indicators in real time by leveraging IoT sensor networks. From soil moisture content and pH levels to nutrient concentrations and ambient environmental conditions, all of these can be tracked with the help of IoT. This critical data allows farmers to optimise irrigation schedules and implement the correct pest management strategies.
  
  IoT also facilitates intelligent irrigation systems that automate water delivery based on soil moisture readings and meteorological forecasts. This not only helps in conserving water but also ensures optimal crop hydration and reduces operational costs.
  
  Today, there are IoT-equipped agricultural drones that can survey farmlands. IoT-powered sensors are used to measure greenhouse conditions based on soil conditions, temperature, and humidity. Some other use cases of IoT for agriculture sector are wireless soil sensors to avoid overuse of fertilisers and improve yield, and weather forecasting via LoRaWAN to collect real-time weather data like humidity, pressure, temperature and rainfall.

• Livestock Health and Performance Monitoring

  IoT applications also help to monitor livestock health. There are wearable monitoring devices that track animal health indicators, location data, and behavioural patterns. These systems help with early diagnosis of illness, monitor reproductive cycles, and provide security alerts for theft prevention and predator detection.
  
  Automated feeding systems make use of IoT sensors to monitor feed consumption patterns and inventory levels. This data enables farmers to identify health issues proactively and improve livestock production.

• Supply Chain Traceability and Quality Assurance

  End-to-end supply chain visibility is possible today because of the integration of IoT for agriculture. IoT sensor networks monitor temperature, humidity, and handling conditions. This ensures product quality maintenance from harvest to consumer delivery while supporting regulatory compliance requirements..

IoT for Manufacturing

According to MarketsAndMarkets Research, the market for IoT within the manufacturing sector is predicted to reach from $33.2 billion in 2020 to $53.8 billion in 2025, at a CAGR rate of 10%. Source: https://www.marketsandmarkets.com

The integration of IoT for manufacturing sector is making Industry 4.0, or the fourth industrial revolution, a reality. IoT solutions help to enhance production quality, increase efficiency, minimise waste, and improve workplace safety.

Manufacturers are creating smart factories with the help of IoT, which can be used to gather and analyse real-time data from machine performance, facility lighting and ventilation and energy consumption. 

Here are some use cases of IoT for manufacturing:

• Predictive Maintenance and Asset Optimisation

  Manufacturing organisations are utilising industrial IoT solutions to establish predictive maintenance programmes. Connected sensors overlook equipment performance metrics like vibration patterns, temperature variations, and operational parameters. Advanced analytics algorithms process this data to predict potential equipment failures before they occur, enabling scheduled maintenance during planned downtime rather than unexpected production interruptions.
  
  This pre-emptive approach reduces maintenance costs, minimises unplanned downtime, and extends asset lifecycles. For Indian MSMEs in manufacturing, predictive maintenance capabilities provide substantial competitive advantages through improved operational reliability and cost efficiency.

• Quality Assurance and Process Control

  IoT sensors integrated into production lines provide continuous monitoring of quality parameters during manufacturing processes. Real-time quality control systems detect defects, dimensional variations, and material inconsistencies immediately, enabling rapid corrective actions.
  
  Process optimisation algorithms analyse production data to identify bottlenecks, inefficiencies, and improvement opportunities. This continuous optimisation methodology helps manufacturers maintain consistent product quality and minimise waste.

• Supply Chain Visibility and Inventory Management

  Industrial IoT system deployment provides greater visibility across complex supply chain networks. Connected devices track inventory levels, shipment locations, and delivery schedules in real time. This visibility enables improved demand forecasting, inventory optimisation, and supplier performance management.
  
  Intelligent warehouse systems utilise IoT sensors for automated inventory tracking, storage optimisation, and order fulfilment streamlining. These systems reduce manual labour requirements while improving accuracy and operational efficiency. 
   

Why Vi Business Is Your Ideal IoT Partner?

Accelerate your business growth by choosing Vi Business's comprehensive, enterprise-grade IoT solutions.  Our reliable and secure global network infrastructure, combined with fully integrated platforms and dedicated support services, ensures seamless IoT deployment, delivering quantifiable business results. From connected asset management to predictive maintenance systems, Vi Business IoT solutions provide the technological foundation for your digital transformation initiative.

Contact Vi Business to explore how our IoT solutions can transform your operations, improve efficiency, and accelerate growth. With our proven track record supporting businesses across diverse industries, we are committed to simplifying IoT deployments while delivering accelerated implementation and superior return on investment.

The Takeaway

The integration of IoT in agriculture, healthcare and manufacturing is no longer a concept but a reality. AI has opened the door to endless possibilities for automation, optimisation and innovation across various industries. Besides the above-mentioned industry sectors, IoT is also bringing significant impact in sectors like banking, retail, finance, consumer electronics, and public utilities.

With a proper approach to AI implementations, MSMEs in India can unlock the full potential of industrial IoT applications for various industries and benefit from greater real-time visibility, increased operational efficiency, enhanced decision-making, data-driven predictive analysis and reduced operational costs.

Experience the Future at IMC 2025

Vi Business invites you to witness firsthand how Vi Business AI Prognostic engine works at the backend with various IoT & Network platforms and make proactive recommendations at the upcoming IMC 2025 event. Our experiential booth demonstration will exhibit the future of intelligent operations through live scenarios where visitors can engage with our advanced AI Prognostic Engine to tackle real-world operational challenges.

Observe firsthand how our AI Prognostic Engine analyses queries against network data and various applications & platforms in real-time, with diagnostic results instantly reflected on comprehensive IoT dashboards. You will also witness how AI/ML algorithms convert raw operational data into actionable business insights through natural conversation interfaces. This immersive demonstration showcases the practical applications of next-generation AI enabled IoT solutions that can transform your enterprise operations.

Your next competitive advantage awaits at the IMC 2025!