IoT businesses are among the most beneficial investments for the decade. With the revenue of IoT business ideas expected to surpass $500 billion in 2023, it’s no wonder you have such a keen interest in making it to the list of top IoT startups of the year. In this post, we have curated 40+ innovative ideas for IoT startups for industries like manufacturing and consumer services. You can jump to the one you’re most interested in through the TOC below or read the entire thing to explore exciting opportunities in the Internet of Things.
What is the Internet of Things (IoT)?
Before we dive into the plethora of IoT innovative ideas, let’s simplify the technology a bit. As the name suggests, IoT, or the Internet of Things, is a network of smart devices (things) that can communicate with each other over the Internet. These devices can be anything from a manufacturing plant sensor to an ingestible video pill. If any device can send real-time data to a central server, edge device, or other smart devices over the Internet, the device can be said to be in an IoT network. Some popular examples of IoT are personal AI based voice assistants like Alexa and Google home speakers, smart refrigerators, and autonomous cars.
How IoT Benefits Businesses Across the Globe?
The primary functionality of IoT is connectivity and automation, but using machine learning for IoT can also increase business efficiency even more. Previously, the operation that required relaying of information from one silo to another for processing can now automatically connect with each other and perform actions based on preset logic. Through these two aspects, various IoT business ideas are bringing the following benefits across businesses of different scales and verticals.
Improved Productivity
With IoT automating industrial operations like fleet management, toll collection, and farm irrigation, there is bound to be a spike in the overall productivity for early adopters. IoT ideas for the future will bring about a wave of automation, which will not only ensure that processes happen without any bottlenecks but also maintain high levels of accuracy in the outputs.
Operational Efficiency
With different modules given the ability to communicate with each other in real-time and take actions based on clear logic, IoT startup ideas enable businesses to optimize their operational workflows. Companies can now mitigate unnecessary delays by automating the entire system to achieve maximum efficiency in resource utilization and operation.
Improved Job Satisfaction
With all the monotonous and high-frequency tasks automated through IoT, staff will have the opportunity to engage in more creative tasks. This will ultimately enhance their experience in their respective jobs.
Enhanced Customer Experience
Not all IoT application ideas are about automating the processes in the back of some offices or huge plants. Smart home devices and retail stores are also using IoT to automate processes like utility management and payments. In fact, global self-checkout systems for retail stores have already become a market worth USD 3.44 billion in 2021 and are expected to grow further at a CAGR of 13.3%.
Asset Maintenance
Another cool IoT idea for the future is asset utilization and maintenance. Through smart sensors that map machinery parameters like temperature, movements, and rotation, administrators can ensure that the former is functioning at its best capability or not. These sensors can also be used to implement IoT predictive maintenance to improve the lifecycle of all the equipment pieces.
Better Safety
As mentioned above, IoT can be used to automate many industrial tasks. These include tasks that are potentially hazardous for humans. By letting devices and smart robots take over such tasks, companies can improve the health and safety management of their workers.
Also Read: IoT Consulting Services: Everything You Need to Know
Top Innovative IoT Business Ideas to Invest in 2024
With so many benefits, it is clear why investments in IoT business ideas are expected to become more than $15 trillion by 2025. Here are some truly exciting IoT business ideas, segregated on the basis of different verticals, if you, too, are looking to share a part of this colossal market.
IoT in Agriculture
Agriculture is one of the most crucial sectors that are in dire need of digital transformation. With climate change on the rise and the condition of food security worsening every decade, technologies like IoT, AI/ML, and 5G have the potential to save the day. No wonder, the global market of the Internet of things (IoT) in agriculture is expected to become worth USD 28.56 billion by 2030. Here are some innovative IoT business ideas that can revolutionize the agriculture sector and start a new stream of income for you.
Also read – How IoT is Helping us Reimagine the Future of Agriculture?
1. Smart Irrigation System
Irrigation is one of the most tedious tasks for farmers, especially so if they live in regions with low water accessibility. Moreover, only a few farmers possess the capabilities and experience for appropriate watering of crops. This means most farmers today are either ruining the quality of their crops by under-or-over-watering them.
Through an IoT-enabled smart irrigation system, all of these problems can easily be eliminated. Such a system can be used to evaluate the moisture in the soil and the air. Then as per the crop requirement, it can instruct the pumps to release moisture in the soil.
For a less advanced version of such IoT-irrigation systems, the sensors can be used to check moisture level just in the soil, and the irrigation can occur in a more regular fashion. Here, as soon as the sensors in the system detect moisture levels beyond the set threshold, the pumps can be turned off automatically. Another smart system can be set up just to sense the presence of rain. So, the pumps can release water on their regular time periods as set by the farmers and would only stop if it starts to rain. This latter system would be much less costly for the farmers and can be deployed in less financially stable regions as well.
2. Tracking of Weather Conditions
One of the leading IoT innovation ideas in agriculture is weather prediction. Already governments are investing huge amounts of money in weather prediction systems to minimize damage from adverse conditions. For farming, this satellite data can be combined with local sensors, ensuring the humidity in the air and moisture in the soil. All these parameters can then be used to more accurately predict weather phenomena like rain, fog, and even drought in any regional zone.
All this information can then easily be used in the selection of the crop to grow in a region based on the quality of the soil and water accessibility. This helps farmers take complete advantage of climactic conditions to improve their overall cultivation quality and minimize the risk of crop failure.
Also read – How to Develop IoT-based Weather Reporting System
3. Flood Detection System
An IoT-based flood detection system can be built to predict flood conditions and raise alarms for the farmer to take the necessary precautions. Such a smart system would use sensors to monitor parameters like humidity in the air, temperature, and, most importantly, groundwater levels. This data is enough for a system to predict flood-like situations well ahead of time so that the farmers and administration can take necessary steps to minimize the damage.
To make such IoT business ideas even more advanced, they can be embedded with satellite data on weather. This will help further in reducing the amount of damage a flood can do to a region. That being said, even the most advanced flood detection systems cannot prevent financial damage entirely. It can only help well enough in time for the farmers to save their lives, belongings, and cattle.
This is why the entire setup system today is considered quite costly for farmers who would not readily invest in a solution that offers them so little help in times of adversity. However, if you can come up with cost-reduction strategies for such a system and can help farmers save even their cultivation from damage, you will have an unmissable IoT business idea for yourself.
4. IoT-based Cattle Health Monitoring App
Cattle are a crucial part of a dairy farmer’s life, yet they do not currently have the means to always save them from disease and premature demise. This is why if you can develop an IoT-based cattle health monitoring for farmers at a cost they can easily afford, you will have an invincible business idea to succeed in IoT agriculture.
In theory, you can easily work on such IoT ideas for future by taking inspiration from the existing healthcare IoT systems for humans. You can develop devices with which the farmers can daily monitor the vitals of their cattle. For a large population of cattle, a permanent sensor can be attached to them to regularly monitor their vitals like temperature, pulse, etc. This data automatically be sent to the mobile phones of the farmers, raising alarms whenever a system detects an animal with symptoms of deteriorating health.
This way, farmers don’t have to wait until the animal shows physical signs of illness and can avail of vet services well ahead of time. Other than this, an IoT network system can also help farmers in monitoring the spread of contagious diseases among cattle and stop the spread by cutting off the links.
5. Farm Equipment Sensors
In industries with heavy equipment, IoT is heavily used to implement predictive maintenance systems. These systems regularly monitor the heat radiations from the machines, their speed, and other signs of early damage, like cryptic noises. By raising the alarm for these situations, IoT technology is helping investors save huge amounts of money by increasing the lifespan of big pieces of machines and minimizing downtime, which otherwise would have been caused by the complete breakdown of equipment.
In farming, too, sensors can be implemented in the pump systems, tractors, harvesters, and other machines and equipment farmers of the modern age rely upon to complete their day-to-day activities. With predictive maintenance enabled by IoT sensors, they can easily prolong the lifespan of their devices and prevent damage to their crops. Since these sensors, when produced and implemented en masse, can actually prove to be a cost-effective solution for many farming problems, they make for great IoT startup ideas.
6. IoT-based Robo-farming
This is one of the most exciting IoT business ideas in the field of agriculture. Robots have long been the most stereotypical use case for both AI or Artificial Intelligence and IoT. What’s fun is that robots can actually be used in farming to improve the efficacy of the farmers’ efforts.
From irrigation to harvesting and fertilization to transport, many of the tedious tasks associated with farming can be taken care of by Robo-farmers, connected with each other through an IoT network. The advantage here is that robots, unlike humans, can function ceaselessly and with greater accuracy. They also need not make additional efforts to collect and ingest relevant data into the system to further deploy other IoT-based use cases. They can collect the required data and do their assigned job seamlessly. With such IoT innovation ideas, farmers can finally achieve maximum optimization in resource consumption and yet achieve the highest possible quality for their harvest.
7. Automated field monitoring
For commercial farmers, field monitoring is one of the most time-consuming tasks. And since time is of the essence for farmers, an intelligent system that can automate the task with improved accuracy will prove to be a great IoT business idea.
To implement such a system, drones are the most effective tools. Many drones, interconnected in a network, can cover larger fields in much less time. Furthermore, they can collect the entire data instead of mere samples, that usually farmers with larger lands have to rely on. With IoT, all this data can be transferred to a central server with effective data processing capabilities. This server can then offload the data, allowing drones to collect more data in a singular trip.
The central server can eventually process the ensured data in much less time, too, since it doesn’t have to wait for the entire data to get uploaded to the system. It processes the data in real time, allowing farmers to get a more progressive view of their land to make decisions related to cultivation and irrigation more easily. Furthermore, since there is no human intervention in any stage of data ingestion, collection, and processing, the system can generate a more accurate image of the field and predict natural disasters like droughts and landslides in a particular zone.
8. IoT Mobile App for Smart Farming
Smart mobile apps are not just useful for dairy farmers; other commercial farmers too can avail of smart services through IoT mobile applications. For many automated systems like that of irrigation, soil quality, weather updates, etc., farmers can be sent real-time information on their mobile phones, enabling them to make smarter decisions based on real-time data available to them all the time. Such IoT app ideas will give farmers more power in scaling their agricultural business and producing more quality crops with a holistic approach.
Also Read: Importance of Modern Agriculture Technologies in Farm Management
Manufacturing
Manufacturing is another big area where IoT is heavily being used. In fact, out of all the other industries, manufacturing, owing to the size of assets in the industry, is among the most heavily invested ones in IoT, with its current market size being over 50 billion USD. The global market of IoT in manufacturing is estimated to grow at a CAGR of 11.9%, and here are some of the interesting IoT business ideas that are propelling this growth.
9. Liquid Level Monitoring System
Maintaining the liquid level in certain apparatuses is essential for manufacturing companies for food processing, pharmaceutical, chemical manufacturing, water purification, petroleum, and many more. Such companies usually rely on manual processes that would require humans at both the containers and the control system to cease the supply of liquid as soon as its level reaches a certain threshold.
This mechanism can easily be automated through IoT development services in manufacturing. Already many manufacturing companies are using IoT-based liquid level monitoring systems that are capable of remote assessment of the liquid’s level in a container and prevent it from overflowing. These systems can also be customized for advanced and tailored offerings like detecting pipeline leaks or measuring the use of certain liquids or chemicals.
10. Safety Helmet
Working in the manufacturing industry is a considerably hazardous task. No wonder there are so many labor-safety regulations for businesses in the industry. Though safety equipment like protection glasses, helmets, respiratory masks, special outfits, and gloves have traditionally been used to protect workers from known hazards, nothing has yet been done about the unpredictable ones.
Companies, however, are now getting more responsible in their approach toward workers’ safety. They are increasingly investing in high-end technologies to offer them better protection. One of these tech-based solutions is IoT-powered safety helmets. These helmets are equipped with microcontroller-based circuits that constantly check the workers’ surroundings and alert them if anything out of the ordinary happens. The helmets can also be equipped with simpler but smart solutions like automatically turning on the Night vision camera when it detects darkness or sending dedicated messages to workers through in-built earphones. Since such helmets not only comply with existing safety regulations, they make the company stand apart with a cause, and it makes safety helmets among the most promising IoT business ideas.
11. 3D Printing
3D printing has emerged as a more cost-effective and sustainable technology for manufacturing a variety of objects including, but not limited to, additive parts to make automobiles lighter, construction bricks, military arms, etc. Even though these use cases of 3D printing in manufacturing are quite disruptive in the way they’re helping improve the productivity and quality of the final products, nothing can compare to the effectiveness of 3D printing for the mass production of customized products like prosthetics, braces, footwear, etc.
When it comes to IoT for 3D printing, it has unparalleled potential too. By embedding 3D printers in an IoT network, manufacturers can facilitate communication between sensors, controllers, and printers to improve the efficiency and accuracy of the production cycle. When used in conjunction with IoT, 3D printing can be used to manufacture custom objects on demand. It will allow mass manufacturing of personalized products, various prototypes, and even entire products.
12. Predictive Maintenance Systems
Predictive maintenance systems leverage IoT sensors to continuously monitor the condition and performance of manufacturing equipment. By analyzing data from these sensors, manufacturers can predict potential machinery failures and schedule maintenance proactively. This reduces downtime, extends equipment lifespan, and minimizes maintenance costs. Businesses catering to the manufacturing industry can offer these predictive maintenance solutions, providing software and hardware that integrate seamlessly with existing systems, ensuring smooth and efficient operations.
13. Smart Factory Automation
Smart factory automation integrates IoT devices with robotics and advanced control systems to streamline manufacturing processes. These automated systems can execute complex tasks with high precision and speed, boosting productivity and consistency. By automating repetitive and labor-intensive tasks, manufacturers enhance efficiency, reduce human error, and lower production costs. Businesses can develop and implement these smart automation solutions, providing consultation, installation, and ongoing support to manufacturing clients.
14. Real-Time Quality Control
Real-time quality control systems use IoT-enabled sensors and cameras to inspect products during the manufacturing process. These systems instantly detect defects and deviations from quality standards, allowing immediate corrective actions. Ensuring only high-quality products reach the end of the production line reduces waste and enhances customer satisfaction. Businesses can create and supply these IoT-based quality control systems, offering installation and maintenance services to help manufacturers maintain high standards.
15. Energy Management Systems
Energy management systems employ IoT sensors to monitor and optimize energy usage within manufacturing facilities. These systems collect data on energy consumption patterns and identify areas for energy savings. By implementing energy-efficient practices and technologies, manufacturers reduce their carbon footprint and lower energy costs. Businesses can provide these IoT-based energy management solutions, helping manufacturers install and manage systems that contribute to sustainability goals.
16. Supply Chain Visibility
Supply chain visibility solutions use IoT devices to track and manage the movement of raw materials and finished products throughout the supply chain. Real-time data on the location, condition, and status of goods enhances transparency and coordination among supply chain partners. Improved visibility helps manufacturers respond to disruptions, optimize logistics, and ensure timely delivery of products. Businesses can offer these IoT solutions, integrating them with existing supply chain management systems and providing ongoing support.
17. Worker Safety Monitoring
Worker safety monitoring systems integrate IoT sensors and wearable devices to track the real-time health and safety conditions of employees. These systems monitor factors such as exposure to hazardous substances, ergonomic risks, and overall well-being, providing instant alerts and data-driven insights. Enhancing workplace safety reduces accidents and ensures compliance with safety regulations. Businesses can develop and supply these IoT-based safety monitoring systems, offering installation and training to ensure effective use.
18. Inventory Optimization
Inventory optimization solutions leverage IoT technology to monitor stock levels, usage patterns, and demand forecasts. Real-time data and analytics enable manufacturers to maintain optimal inventory levels, reducing carrying costs and avoiding stockouts or overstock situations. Businesses can create and implement these IoT-based inventory management systems, providing tools and support to help manufacturers optimize resource utilization and achieve cost savings.
19. Remote Equipment Monitoring
Remote equipment monitoring systems use IoT sensors to track the performance and status of machinery from a distance. This capability allows manufacturers to oversee operations in multiple locations and detect issues without being physically present. Remote monitoring enhances operational efficiency, reduces the need for on-site inspections, and supports timely decision-making. Businesses can offer these remote monitoring solutions, providing the necessary technology and support to enable effective remote management.
20. Environmental Monitoring
Environmental monitoring systems employ IoT sensors to track conditions within manufacturing facilities, such as temperature, humidity, and air quality. These systems ensure that manufacturing processes occur in optimal conditions, protecting both products and employees. Maintaining a controlled environment improves product quality, ensures regulatory compliance, and enhances workplace safety. Businesses can supply these environmental monitoring solutions, offering installation and maintenance services to help manufacturers maintain optimal conditions.
21. Asset Tracking
Asset tracking solutions use IoT technology to monitor the location and status of critical assets, such as tools, equipment, and vehicles. Real-time data on asset utilization, movement, and maintenance needs helps manufacturers optimize asset use, reduce losses, and improve overall operational efficiency. Businesses can provide these IoT-based asset tracking systems, offering tools and support to help manufacturers manage their assets more effectively.
22. Augmented Reality for Maintenance
Augmented reality (AR) for maintenance integrates IoT data with AR technology to provide technicians with real-time information and visual guides for equipment repairs and maintenance tasks. AR enhances the accuracy and speed of maintenance activities by overlaying digital information onto the physical world. This innovative approach reduces downtime, improves technician efficiency, and enhances equipment reliability. Businesses can develop and supply these AR maintenance solutions, providing the necessary technology and training to ensure effective use.
23. Production Line Monitoring
Production line monitoring systems use IoT sensors to track and analyze the performance of individual production lines in real-time. Insights into production speed, output quality, and machine efficiency help identify bottlenecks and inefficiencies. Optimizing production processes increases throughput and ensures consistent product quality. Businesses can create and implement these IoT-based monitoring systems, offering tools and support to help manufacturers improve production efficiency and product quality.
Retail
With a global share of IoT in retail market valued at 28.14 billion USD, the industry is among the top ones adopting IoT at great scales. However, what’s more interesting is that retail is the fastest industry to adopt IoT business ideas on a large scale, with a CAGR of 20.3%! Are you interested in becoming part of one of the fastest-growing industries? Here are some cool ideas you can begin with.
Also read – Top Tech Retail Industry Trends of 2022
24. Smart Packaging
For most enterprises in retails, the packaging is already being handled by some or other kind of automated machines. Nevertheless, the wastage in packaging is still high. It is majorly because automated systems are not yet as smart to visualize the items delivered with all the parameters and often compensate by packaging them in more spacious boxes with redundant insulation. Till now, the only option big retailers had to save on packaging was to keep some human resources involved.
However, IoT situations are changing rapidly. IoT-enabled sensors and cameras can now create a more descriptive image of an item. This allows packaging software to define its packaging dimensions more. Moreover, with IoT, the packaging software can also get handling-and-care instructions about the products from the inventory system, allowing it to automate even the labeling process for packages.
25. Automated Checkout
Imagine a supermarket-sized vending machine, where everything from stationery and grocery to dresses can be bought by the customers without needing any human medium. This is the new world for physical retail that uses IoT to automate the checkout process. Even though Amazon Go was the first store with autonomous checkout, almost all the big retailers are now opening or are planning to make their physical presence more automated and efficient through automated checkout. Such retail stores use QR codes, bar codes, or any unique identification factor for products. These tags can then be scanned through the mobile phones of the customers, who can pay directly for the item on the go.
Alternatively, the stores can create smart cards for the users to make their services more inclusive. Customers can recharge their cards online and get enough credit for their next shopping spree. The retail store can then calculate the cart amount by simply adding all the items the customer has picked from sensor-embedded smart shelves.
26. Personalized Discounts
With IoT, one of the most rewarding and promising features of AI in retail – personalization, can be implemented in physical stores. So, with IoT, stores are enabled to monitor customers via smart sensors. This data can then be collected to evaluate a particular customer’s loyalty to the brand. This way, the retail store can automate the loyalty reward system without having to employ more resources for the same.
For example, customers can sign up for a loyalty program with a brand and give the company access to their in-store experience in return for lofty rewards. Such a loyalty program will seamlessly work to improve the average order value for the customers. What more? For stores with an online presence, the data from the sensors can be combined with the user behavior insights on the online platform. The company can then offer personalized discounts and offers to the customers, depending not just on their loyalty but also on their interests.
27. Smart Shelves
Using RFID tags, smart sensors on shelves, and AI based analytics, retailers have a huge opportunity to increase their net profits. Using the analytics on historical data, store managers can understand which merchandise has a higher probability of getting picked by customers if placed in a particular place. A more basic use case of smart shelves yet substantially profitable is inventory management. Employees can be alerted well ahead of time when a particular merchandise is understocked to generate purchase orders. The analytical insights on the same data can also help retailers in getting a better understanding of the demographics. For example, when a new series of certain brands or products are launched, the company can understand the consumer sentiments about the same and help the companies create more likable products too.
Smart shelves are one of the most effective ways to improve efficiency and cost savings in inventory management. It is also one of the most non-intrusive yet effective ways to prevent shoplifting. Both these operations are essential for any retail store, and automating them through IoT-powered smart shelves can save them a ton of money.
28. Smart Inventory Management
Smart inventory management leverages IoT technology to provide real-time tracking and oversight of stock levels across various store locations and warehouses. By integrating sensors and RFID tags into inventory systems, retailers gain precise visibility into stock counts, movements, and conditions. This approach optimizes inventory replenishment, enhances supply chain efficiency, reduces the likelihood of stockouts, minimizes the risks of overstocking, ensuring products are available when customers need them. Businesses can offer comprehensive smart inventory management solutions, including software, hardware, and implementation services, to help retailers streamline their inventory processes.
29. Connected Store Displays
Connected store displays utilize IoT-enabled digital signage to deliver dynamic and personalized content to customers. These displays adjust their content based on real-time data, such as the time of day, customer demographics, or current promotions, making marketing messages more relevant and engaging. By providing interactive and targeted advertisements, retailers can improve brand visibility, capture customer attention more effectively, and drive higher engagement and sales through tailored promotions. Companies can develop and deploy these connected display systems, offering retailers tools to enhance their in-store marketing strategies.
30. Intelligent Lighting Systems
Intelligent lighting systems use IoT technology to manage and control store lighting based on various factors such as occupancy levels and natural light availability. These systems adjust the lighting in different store areas to create a pleasant shopping environment, enhance product visibility, and set the right ambiance. Additionally, optimizing lighting based on usage patterns helps retailers reduce energy consumption and extend the lifespan of lighting equipment, leading to cost savings and a more sustainable operation. Businesses can provide intelligent lighting solutions, including installation and maintenance services, to help retailers create energy-efficient and appealing store environments.
31. IoT-Enabled Security Systems
IoT-enabled security systems integrate advanced sensors with surveillance cameras and alarms to offer comprehensive real-time monitoring and automated threat detection. These systems provide immediate alerts and responses to potential security breaches, such as unauthorized access or suspicious activity. By enhancing security measures with IoT technology, retailers can improve loss prevention, manage incidents more effectively, and create a safer environment for both customers and employees. Companies can supply these IoT-based security solutions, offering retailers a robust and reliable way to protect their assets and ensure safety.
32. Temperature and Humidity Monitoring
Temperature and humidity monitoring systems employ IoT sensors to track and manage environmental conditions within stores, particularly for sensitive products like perishable goods. By continuously monitoring these parameters, retailers can ensure that products are stored under optimal conditions, reducing spoilage and maintaining product quality. This technology also helps ensure compliance with safety regulations and enhances customer satisfaction by ensuring that all products meet required standards. Businesses can offer these monitoring systems, providing retailers with tools to maintain ideal storage conditions and improve product longevity.
33. Digital Product Assistants
Digital product assistants powered by IoT offer customers interactive features through kiosks or mobile apps, providing instant access to detailed product information, customer reviews, and personalized recommendations. This real-time support helps shoppers make informed decisions, discover new products, and find items more easily within the store. By enhancing the shopping experience with valuable and interactive content, retailers can boost customer satisfaction, increase sales, and build stronger customer relationships. Companies can develop these digital assistant solutions, providing retailers with innovative ways to engage and assist customers.
34. Smart Restroom Management
Smart restroom management systems utilize IoT technology to monitor usage patterns, manage supplies like soap and paper towels, and ensure cleanliness. Sensors can detect when supplies are low or when maintenance is needed, allowing for proactive management and timely restocking. This approach ensures that restrooms remain hygienic and well-maintained, enhancing the overall customer experience and supporting operational efficiency in facility management. Businesses can provide these smart restroom management solutions, helping retailers maintain high standards of hygiene and convenience.
35. Enhanced Customer Engagement through Beacons
Beacons use Bluetooth technology to send personalized notifications and promotions directly to customers’ smartphones based on their location within the store. This enables retailers to deliver relevant offers, product information, and updates in real-time, enhancing the shopping experience and increasing engagement. By leveraging beacon technology, retailers can drive customer traffic to specific areas, boost sales through targeted promotions, and gather valuable data on shopping behavior. Companies can offer beacon technology solutions, helping retailers implement and manage these systems to improve customer engagement.
36. Smart Shopping Carts
Smart shopping carts equipped with IoT sensors streamline the shopping process by automatically tracking items as they are added to the cart. These carts can also provide navigation assistance within the store and offer personalized promotions based on the products being purchased. This innovation reduces checkout times, enhances the shopping experience with interactive features, and helps retailers manage inventory and promotions more effectively. Businesses can develop these smart shopping cart systems, offering retailers tools to enhance the shopping experience and improve operational efficiency.
37. Predictive Analytics for Demand Forecasting
Predictive analytics for demand forecasting utilizes IoT data combined with advanced machine learning algorithms to anticipate future product demand. By analyzing historical sales data, current trends, and external factors, retailers can make more accurate predictions about which products will be in high demand. This proactive approach enables better inventory management, reduces waste, and ensures that popular items are always in stock, ultimately improving customer satisfaction and sales performance. Businesses can provide these predictive analytics solutions, helping retailers optimize their inventory and meet customer demand effectively.
38. Real-Time Customer Feedback Systems
Real-time customer feedback systems employ IoT devices, such as interactive kiosks or mobile apps, to collect immediate feedback from shoppers. This technology allows retailers to gather insights into customer experiences and satisfaction as they happen, enabling quick responses to issues and adjustments to services or products. By addressing feedback promptly and making data-driven improvements, retailers can enhance service quality, build stronger customer relationships, and drive greater customer loyalty. Businesses can develop these feedback systems, providing retailers with tools to capture and act on customer feedback in real-time.
39. Smart In-Store Navigation
Smart in-store navigation systems use IoT technology to provide real-time guidance to customers within large retail spaces through mobile apps or interactive in-store displays. This feature helps shoppers easily locate specific products, navigate store layouts, and find promotions or events. By improving store navigation, retailers can enhance the shopping experience, reduce frustration, and increase efficiency, leading to a more enjoyable and seamless shopping journey. Businesses can offer these navigation solutions, helping retailers implement and manage systems that improve customer experience and store efficiency.
Smart Urbanization Solutions
With the biggest share yet, the IoT market in smart urbanization is estimated to be around 134 billion USD! Indeed, if you have a big dream and can manage big ideas and executions, IoT business ideas in urbanization are the surest way for you to attain success. Here we have briefed some of the most promising ideas to get you started.
40. Monitoring System for Air Pollution
An IoT-based system to monitor air pollution can collect data about harmful gases like carbon dioxide, NH3, NOx, and smoke. All this data can then be sent to a centralized server to create a macro-view of the pollutants in a particular region. This data can be used by administrators to implement required rules to curb pollution. This data can also be used to find significant sources of pollutants and create relevant policies to limit their emission.
An air-pollution monitoring system is also quite effective in raising alarms when the pollution limit crosses a threshold. The administrators can then alert the populace to take better care of themselves and stay indoors to avoid getting respiratory discomfort.
41. Intelligent Parking System
With the ever-growing population in urban areas, the need for spacious and well-organized parking spaces has become the need of the hour. The lack of available information often leads to avoidable delays for the drivers, who then roam across the entire parking space to find a spot for them. Especially in indoor parking lots can lead to huge bottlenecks despite having sufficient space for all the vehicles. This is why an IoT-powered intelligent parking space can prove to be a game-changer for all the drivers involved.
A smart parking system can be connected to the drivers’ mobile phones through a dedicated app. This app can be used to alert them of the available slots. So as soon as a driver enters the premises, the sensors can detect them to calculate the nearest parking space for them. This information can then be sent to the mobile app with the navigation route that avoids bottlenecks and traffic.
42. Intelligent Traffic Control System
Poorly functioning traffic signals often cause many avoidable traffic jams and, more than that, frustration among drivers. In fact, it is among the major reasons why many drivers break traffic laws. The point to be noted here is that an ill-functioning traffic light is not just one that is malfunctioning; it is also one that, regardless of the flow of the traffic, forces drivers to wait for an entire and sometimes more than one signal cycle.
An intelligent traffic control system, in such cases, can prove to be a major relief for drivers. The system can analyze the flow of the traffic in real-time and adjust the signal cycle to facilitate maximum free movement. For example, if one lane has more traffic flow than the rest, the system can automatically reduce the signal cycle for that particular lane. This way they can easily avoid congestion on the connected streets. It will also help in reducing excessive CO2 emissions caused by long traffic jams.
43. Smart Energy Grid
Presently, over 61% of energy is generated through non-renewable fossil fuels like natural gases, coal, and petroleum. As such, controlling the utility’s usage and preventing its misuse is one of the primary goals for administrations in almost all regions. Moreover, the high costs of electricity also make smarter consumption a goal for consumers. Now, if the suppliers and receivers both want to reduce the consumption of electricity, should it not be easy to do so? The major reason why electricity consumption is still on the rise despite conflicting interests is the lack of information. Consumers often do not know which of their electrical devices is inflating their utility bills. As such, a smart energy grid, with smart devices and electricity meters, can help consumers get a better understanding of the issue to reduce consumption without making any major changes in their lifestyle.
The IoT business ideas around the smart grid can also help the administration in generating bills automatically as soon as a cycle gets completed. They will no longer require to send agents to individuals’ houses to generate bills through the meter readings. They will also be enabled to add smart insights into consumers’ electricity consumption to help them better optimize their spending.
44. Water management systems
If electricity as a utility is crucial for present-day life, fresh water is the ultimate need. As such, a more organized approach toward water supply and maintenance is bound to have greater advantages too. Presently, an immeasurable amount of water is getting wasted due to easily avoidable concerns like pipe leakages, mismanagement, worn-out equipment, and general misuse. With smart water management system business solution, you can help solve a major problem of the era and benefit financially from it too.
You can design an extensive water management system with smart sensors to get insights on water quality at various touchpoints and then help the administration take data-driven corrective measures on demand. A system can also be designed to detect water leakages and illegal water consumption by simply measuring water pressure at different locations. In fact, through IoT, you can devise the most efficient and cost-effective means to manage water supplies.
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45. Street Lighting
Streetlights are still luxury in many parts of the world, and yet at the same time, in others, it is heavily being misused. Seeing streetlights turned on even in broad daylight is not an uncommon sight for many regions. As such, a system that can help administration improve street light utilization without deploying an army of resources is a sure key to success in the entrepreneurial realm.
An IoT-based street lighting system incorporates devices like cameras, light-sensing photocells, and microcontrollers. These work together in a network to automate the most optimized utilization of street lights. The photo sensors on the lights can ceaselessly send signals to the microcontroller to turn on and off the lights in the absence and presence of natural light, respectively. This approach doesn’t only save money by ensuring that the lights are turned on only when required but also makes systems of manual lighting operations and one based on schedule outmoded, resulting in huge cost savings. This system can also be embedded with surveillance cameras to turn off and on the night vision mode as required.
Consumer Services
Consumer IoT is one of the most popular use cases of the technology. It is also the one with the widest target audience and highest expectations to meet. What’s great about this niche is that here you’re not required to invest or have any deep understanding of the hardware part. You can instead come up with IoT mobile app ideas and then let the experts handle the more tangible part of the idea. However, if you’re not someone to shy away from challenges, investing in IoT in consumer products can prove to be the soundest financial decision of your life. The market is forecasted to become worth 104 billion USD this year, building fortunes for real risk-takers.
46. IoT-based Automated Home System
One of the most ambitious, luxurious, and well-known IoT business ideas in consumer services is that of the full-fledged automated home system. It is a system that interconnects all the smart devices in a house to offer seamless assistance to the residents. For example, an IoT based home automation system can be set to start the espresso machine as soon as a resident steps down from their bed or park their car in the driveway. The door locks of such a house can be embedded with every other device in the house, I.e., they can all be set to function only if the authorized person enters the house. To develop such an extensive solution, you will need nothing short of a trusted company’s aide, one with experience in IoT app development and consumer products.
Also Read: How to Build Home Automation System?
47. IoT-based Garage Door Automation
This is one of the simplest IoT innovative ideas for end consumers that allows them to open and shut their garage doors automatically. This means you can easily create an extensive solution with the help of existing technologies and sell it to demographics that would want certain automation in their home and yet are not looking for something as luxurious as a complete automated home system.
Such IoT-based garage works just like the automatic doors we’ve all become quite used to. However, they can be made to function in a smarter manner by only functioning when an authorized car is in the driveway. Even more interesting would be if you could have it embedded with the key holder in the house to implement the double-lock system.
48. Intelligent Alarm Clock
Alarm clocks are a necessary evil for people with a busy life schedule. They want it, but there is hardly anything they would detest more in the hour they need it the most. Besides, the alarm clocks in smartphones have already run them out of business. So, if you have been in the industry, it is among the best-known IoT small business ideas for you with a winning opportunity. So, a regular alarm clock goes off at the time set by the user. However, this intelligent alarm clock can be set to go off only if the person sleeping has completed their sleep quota.
Such a clock would be embedded with a wearable like a smartwatch that can read users’ pulse to monitor their sleep cycle. This clock can then be set to ring the alarm only if the user has had sufficient rounds and duration of deep and REM sleep. These alarm clocks can also be embedded with the lights of the room, so they turn on automatically as soon as the alarm rings, assisting the alarm noise in waking the person up. With such a holistic approach to a person’s sleep, intelligent alarm clocks are indeed among the most promising and IoT innovative ideas.
49. Smart Cradle System
Life is already quite busy for working-class people, but when you add the responsibility of a newborn baby or a toddler to it managing time can become a debilitating task. Even though organizations and the government have made lives a little easier for working women by making policies for work-from-home and maternity leaves, mothers still cannot manage enough time to monitor their babies ceaselessly. As such, a smart cradle system built with IoT can literally be a lifesaver. The automated baby monitoring system would work on parameters like the infant’s temperature, pulse, movements in the cradle, and sleep position. These parameters are then sent to the mobile application so the caretakers can always remain aware of the infant’s health condition. Since this use case of IoT relies as much on the smart devices as on the smartphones of the users, it is considered among the best-known IoT mobile app ideas.
50. IoT Doorbell System
One of the most ambitious, luxurious, and well-known IoT business ideas in consumer services is that of the full-fledged automated home system. It is a system that interconnects all the smart devices in a house to offer seamless assistance to the residents. For example, an IoT-based home system can be set to start the espresso machine as soon as a resident steps down from their bed or park their car in the driveway. The door locks of such a house can be embedded with every other device in the house, I.e., they can all be set to function only if the authorized person enters the house. To develop such an extensive solution, you will need nothing short of a trusted company’s aide, one with experience in IoT app development and consumer products.
51. Pet Location Detector
Whether one has a service animal or a companion animal, a pet is often the closest thing to a person’s heart. No wonder spent around 109.6 billion USD on their pets in 2021 alone. As such, you know if you can provide the owners a safe keeping for their pets, you have a brilliant and successful IoT business idea for yourself. A pet location detector saves pet owners from their worst fear – losing their dearest companion. The IoT device is attached to the collar of the pet and is made to constantly send the live location of pets without intruding on their playtime. The device can also be used to monitor the pet’s activities and analyze their energy levels throughout the day. This way, owners can immediately know if there is something off about their furry friend’s health by seeing an abnormal decline in their activities. All you need to run this IoT business idea is an IoT developer and a mobile app development company. The former can work on the hardware part of the system, and the latter on the interface and functionality of the corresponding IoT mobile app ideas and features.
Energy
IoT is transforming the energy industry by enabling more efficient and intelligent use of resources, improving the reliability and sustainability of energy systems, and creating new opportunities for innovation and growth. The market for IoT in the energy industry is expected to grow rapidly in the coming years, with a projected compound annual growth rate (CAGR) of 11.8%. It is expected to grow from $ 20.2 billion in 2020 to $ 35.2 billion by 2025. The increasing demand for energy efficiency and sustainability drives it. As IoT technology continues to evolve, we can expect to see even more transformative changes in the energy industry.
52. Smart Grid Management
Smart grid management is a comprehensive approach that uses advanced technology, software, and communication systems to optimize and automate the process of generating, distributing, and consuming electricity. With the help of IoT devices, smart grid management makes the power grid more efficient, reliable, and sustainable.
The traditional power grid relies on a centralized system that sends electricity from a few large power plants to millions of customers. This model is inefficient and unreliable because it depends on a few large power plants that can fail or become overwhelmed during periods of high demand.
On the other hand, the smart grid is a decentralized system that uses a network of smaller power sources, such as solar panels and wind turbines, to generate electricity. This approach reduces the reliance on centralized power plants and makes the grid more resilient.
Smart grid management also uses advanced sensors and communication systems to monitor the grid in real time. This real-time monitoring allows utilities to quickly and efficiently detect problems, such as power outages or equipment failures. The use of industrial IoT services in smart grid management is becoming increasingly popular. Industrial IoT devices can be used to collect data from sensors and equipment throughout the power grid. This data can then be used to monitor the grid’s performance, identify areas for optimization, and predict equipment failures.
53. Smart Meters
Smart meters are a type of digital meter used to measure energy consumption in real time. These meters are a key component of smart grid management and are an important tool for improving the power grid’s efficiency, reliability, and sustainability. Smart meters work by measuring electricity usage at regular intervals, such as every 15 minutes or every hour.
This data is then transmitted wirelessly to the utility company, where it can be analyzed to identify usage patterns and trends. This real-time data provides valuable insights into how energy is consumed and can help utilities optimize the grid’s performance.
One of the main benefits of smart meters is that they eliminate the need for manual meter readings. In the past, utilities had to manually send personnel to read meters, which was time-consuming and expensive. With smart meters, this process is automated, reducing costs and increasing efficiency.
Smart meters also provide customers with more accurate and detailed information about their energy usage. Customers can access this information through online portals or mobile apps, allowing them to track their energy usage in real-time and make more informed decisions about reducing their energy consumption.
The adoption of smart meters has the potential to revolutionize the energy industry by improving efficiency, reducing costs, and empowering customers. With the help of IoT consulting services, utilities and other organizations can successfully implement and manage smart metering systems, unlocking the full potential of this transformative technology.
54. Energy Monitoring
It is a process that involves using technology to track and analyze energy usage in real-time. The main benefit of energy monitoring is that it provides real-time data on energy consumption, which can be used to identify areas of waste and inefficiency. This data is collected through sensors and other IoT devices installed in buildings, homes, and other facilities. The data is then transmitted to a central location to be analyzed to identify patterns and trends.
Energy monitoring also helps utilities to optimize the performance of the power grid. By analyzing real-time data on energy usage, utilities can predict when demand will be highest and adjust the energy supply accordingly. This helps prevent blackouts and other power disruptions, which can be costly for utilities and customers.
55. Renewable Energy Optimization
It is the process of maximizing the output and efficiency of renewable energy sources such as wind, solar, hydro, and geothermal power. Renewable energy optimization aims to reduce reliance on fossil fuels and decrease carbon emissions, making it an important aspect of the transition to a more sustainable energy future.
One of the primary ways to optimize renewable energy is through smart technology and IoT devices. These devices can help to monitor and control renewable energy systems in real-time, allowing operators to make adjustments to optimize performance and maximize energy output. Renewable energy software is also an essential part of renewable energy optimization. This software can be used to analyze data collected by IoT devices and other sensors to identify patterns and optimize performance.
For example, wind turbines equipped with IoT sensors can adjust the pitch of the blades to capture more wind energy or shut down if winds become too strong. Solar panels with IoT sensors can track the sun’s position and adjust their angle to maximize energy output. In hydro and geothermal power plants, sensors can monitor water flow and temperature to optimize energy output.
56. Energy Storage Optimization
It is an important aspect of the energy industry, particularly for renewable energy sources. The variable nature of renewable energy means that energy storage is necessary to ensure that power is available when needed. Energy storage optimization involves maximizing the efficiency and output of energy storage systems to ensure that they are reliable and cost-effective.
One of the primary ways to optimize energy storage is by using smart technology and IoT devices. These devices can monitor and control energy storage systems in real-time, allowing operators to adjust to optimize performance and maximize energy output. For example, smart batteries can automatically adjust the amount of energy stored and discharge based on energy demand, reducing waste and improving efficiency.
Also Read – Smart Energy Management System: A Complete Guide
Supply Chain Management
Supply chain management plays a critical role in the success of businesses across all industries. It involves coordinating and managing the flow of goods and services, from the raw materials and components to the final product, as well as the associated information and financial flows. By integrating IoT devices and technologies into supply chain operations, companies can optimize their processes. IoT based supply chain management can also improve the efficiency of the entire process and help in gaining greater visibility into their supply chain. With the market for IoT-enabled supply chain solutions projected to reach $34.81 billion by 2027 at a CAGR of 12.7%, the growth potential for this technology is enormous.
57. Cold Chain Management
It refers to managing temperature-sensitive products throughout the supply chain, from production to distribution to storage. This includes products such as vaccines, medicines, food, and other perishable items requiring specific temperature and humidity conditions to maintain quality and safety.
The adoption of IoT technology is also transforming the cold chain management industry, providing businesses with even greater visibility and control over their temperature-sensitive products.
IoT sensors and monitoring devices can provide real-time data on temperature and humidity conditions, enabling businesses to identify and address any issues that arise quickly. This can improve efficiency, reduce waste, and enhance product safety and quality.
58. Smart Inventory Management
Using technology and data analysis to optimize the management of inventory levels, reduce waste, and improve supply chain efficiency. It involves the integration of sensors, RFID tags, and other IoT devices into the inventory management process to provide real-time data on inventory levels, location, and movement.
Leveraging the services for IoT-driven inventory management software development helps in improving the accuracy of the inventory tracking process. With real-time data on inventory levels and movements, businesses can better manage their inventory levels, reducing the risk of overstocking or stockouts.
This can result in significant cost savings by reducing waste, improving inventory turnover rates, and optimizing working capital.
59. Quality Control
Quality control is integral to supply chain management, ensuring that the products meet the desired standards and specifications. With the advent of the Internet of Things (IoT), quality control can be taken to the next level, leveraging the power of connected devices to monitor the entire supply chain in real time.
An IoT-based quality control system can use sensors, cameras, and other connected devices to track the production process, monitor product quality, and detect defects early on. This can help reduce waste, minimize the risk of recalls, and improve customer satisfaction. The data collected by these sensors can be analyzed using machine learning algorithms to identify patterns and anomalies, enabling proactive measures to be taken before any issues arise.
IoT-based quality control can also help streamline the supply chain by improving communication between stakeholders, suppliers, manufacturers, distributors, and retailers. Real-time data sharing can help identify bottlenecks, optimize production processes, and reduce lead times.
60. Supply Chain Visibility
Supply chain visibility is critical for effective supply chain management, and IoT technology can play a significant role in achieving this visibility. IoT devices can track goods and products throughout the supply chain, providing real-time information on their location, condition, and other relevant data.
This data can then be transmitted to a central platform, allowing companies to monitor their entire supply chain in real time.
This visibility level can help businesses identify and resolve supply chain issues quickly, reducing the risk of delays, disruptions, or other problems. It can also help to improve inventory management by providing accurate, real-time data on stock levels, usage rates, and other relevant metrics.
Transportation Industry
The Internet of Things (IoT) has been transforming several industries, and the transportation sector is no exception. IoT enables the transportation industry to leverage real-time data and connectivity to enhance the efficiency and safety of operations. With the implementation of IoT, the transportation industry can streamline its processes, optimize its resources, and improve customer experience. The significance of IoT transportation solutions can be seen through the growing market demand for this technology in the transportation industry. The market for IoT in the transportation industry is rapidly expanding, with a projected market value of over $ 498.47 billion by 2030 at a CAGR of 21.9%. The adoption of IoT in the transportation industry is expected to continue to grow, leading to increased efficiency, reduced costs, and better safety and customer experience.
61. Intelligent Traffic Management
It is an essential aspect of modern transportation systems. It involves using IoT technology to improve the safety, efficiency, and sustainability of traffic flow on roads and highways. IoT sensors can be installed on roads, bridges, and other infrastructure to collect real-time traffic volume, speed, and density data. This data can be analyzed and used to optimize traffic flow and reduce congestion, saving drivers time and fuel and reducing emissions.
As the transportation industry continues to evolve, there is an increasing demand for intelligent traffic management solutions. This presents an excellent opportunity for entrepreneurs and businesses to develop new IoT-based products and services to meet this demand. Several companies are already operating in this space, offering solutions such as smart traffic management systems, connected vehicle technology, and predictive analytics for traffic management.
62. Fleet Management
Fleet management is one of the most significant concerns for transportation companies. It includes managing a company’s fleet of vehicles, which can range from a few to thousands of vehicles. Fleet management involves tracking vehicles’ locations, monitoring driver behavior, optimizing fuel consumption, and reducing maintenance costs. This is where IoT can play a vital role in helping companies to manage their fleets more efficiently and cost-effectively.
IoT-based fleet management software can enable transportation companies to gather and analyze real-time data from their vehicles, such as location, speed, and fuel consumption. This data can be used to optimize routes, reduce idle time, and improve fuel efficiency. Implementing an IoT-powered fleet management system can also give transportation companies real-time visibility into their operations, enabling them to monitor their fleets’ performance, compliance, and safety. This can be achieved through various IoT-powered tools, such as GPS tracking, temperature and humidity sensors, and cameras.
63. Smart Parking
The transportation industry is always on the lookout for new technologies that can improve efficiency, reduce costs, and enhance customer experience. One such technology that has the potential to revolutionize the parking industry is the Internet of Things (IoT). Smart parking is a concept that uses IoT technology to provide real-time information about parking spaces to drivers. It can be a game-changer for urban areas, where finding a parking spot is often a major challenge.
Smart parking system use a network of sensors to detect the occupancy of parking spaces in real-time. The data collected by these sensors is then transmitted to a central server, which processes it and sends the information to drivers. This allows drivers to find available parking spaces quickly and efficiently, reducing the time and effort required to find a spot.
Smart parking is not only beneficial for drivers but can also be a lucrative business idea for entrepreneurs in the transportation industry. By offering smart parking services to cities and municipalities, businesses can earn revenue by charging a fee for access to real-time parking information. Additionally, smart parking systems can be integrated with mobile apps, allowing drivers to reserve parking spaces in advance and pay for parking using their smartphones.
64. Real-Time Monitoring
With the increasing adoption of IoT, real-time monitoring has become even more essential for transportation companies to ensure safety, reliability, and efficiency. This has opened up several opportunities for IoT-based businesses in the transportation industry.
To fully take advantage of the data collected by IoT sensors, transportation companies can also use IoT analytics solutions. These solutions can provide insights and recommendations based on the real-time data collected from the sensors, allowing for more informed decision-making. For example, companies can use analytics to identify patterns in driver behavior and optimize their training programs accordingly.
One potential IoT business idea is to develop real-time monitoring solutions for tracking the movement of vehicles, goods, and people. These solutions can include sensors and GPS tracking devices that can be installed in vehicles, warehouses, and other locations. By leveraging the data collected by these devices, transportation companies can optimize their routes, track the status of shipments, and ensure that their vehicles are running efficiently.
Additionally, real-time monitoring can also be used to improve safety in the transportation industry. IoT sensors can be used to monitor driver behavior, such as speeding or harsh braking, and alert the driver in real time to potential safety risks. This can help to prevent accidents and improve safety for both drivers and passengers.
65. Asset Tracking
It involves monitoring and tracking the location, status, and condition of assets such as vehicles, cargo, and equipment. IoT technology can provide real-time tracking and monitoring of assets, making it easier to manage and optimize the transportation process.
IoT-enabled digital asset management software can be used to track the movement of cargo and vehicles throughout the supply process, ensuring timely delivery and reducing the risk of loss or theft. Real-time monitoring can also help prevent equipment breakdowns due to IoT sensors. These sensors can provide information about the condition of the equipment and alert maintenance teams when repairs are needed.
Developing to market IoT-based asset tracking solutions to transportation companies can be a good business idea. These solutions can include a range of hardware and software components, such as GPS sensors, communication devices, and analytics platforms.
Healthcare Industry
The Internet of Things (IoT) has transformed the healthcare industry, providing new opportunities for healthcare providers to deliver patients with more personalized, efficient, and effective care. IoT devices such as wearables, connected sensors, and medical devices have made it possible to collect and analyze real-time data about patient health, enabling healthcare providers to make more informed decisions and provide more timely interventions.
The market for IoT in healthcare is expected to grow significantly in the coming years. According to a report, the global IoT healthcare market is expected to reach $289.2 billion by 2028, growing at a CAGR of 17.8% from 2023 to 2028. This growth is driven by factors such as the increasing prevalence of chronic diseases. The need for more efficient healthcare systems has increased the demand for IoT healthcare solutions.
66. Medication Adherence
Medication adherence is a critical factor in achieving positive health outcomes. Unfortunately, studies have shown that patients frequently forget to take their medications or do not follow the prescribed dosage. Non-adherence can result in poor health outcomes, increased hospitalizations, and increased healthcare costs. However, the rise of the Internet of Things (IoT) presents an opportunity for medication adherence to become an IoT business idea for the healthcare industry.
IoT-based medication adherence solutions can provide patients with reminders to take their medication on time, track medication usage, and notify healthcare providers when medication is missed. These solutions can be delivered through various IoT devices such as smartphones, smartwatches, and smart pill dispensers. Healthcare providers can remotely monitor medication adherence and intervene, when necessary, by leveraging IoT technology.
67. Remote Patient Monitoring
Remote patient monitoring (RPM) is a technology-driven healthcare service that allows healthcare providers to monitor and manage patient health from a distance. This technology has gained significant attention in recent years due to its potential to improve patient outcomes and reduce healthcare costs. In addition, the rapid growth of the Internet of Things (IoT) has opened new opportunities for remote patient monitoring to become an IoT business idea for the healthcare industry.
IoT-based remote patient monitoring software can integrate various medical devices and sensors that collect and transmit patient data to healthcare providers in real time. This data can be used to monitor vital signs, medication adherence, and other critical health indicators. Healthcare providers can then use this information to make informed decisions about patient care, such as adjusting medication dosages, changing treatment plans, or providing early intervention.
68. Telemedicine
Telemedicine, or the use of telecommunication and information technologies to provide healthcare services remotely, has seen significant growth in recent years. With the rise of the Internet of Things (IoT), telemedicine presents an opportunity for entrepreneurs and investors to develop an IoT-based business idea for the healthcare industry.
IoT-based telemedicine systems can leverage devices like wearables and sensors to monitor patient health remotely and deliver healthcare services in real-time. Patients can use these devices to track vital signs, receive medication reminders, and communicate with healthcare providers via video conferencing or messaging systems. Healthcare providers can use these systems to remotely monitor patient health, diagnose and treat medical conditions, and deliver personalized care plans.
69. Clinical Trial Management
Clinical trials are essential to the healthcare industry, but they can be complex and time-consuming to manage. With the rise of the Internet of Things (IoT), there is an opportunity for clinical trial management to become an IoT-based business idea for the healthcare industry.
IoT-based clinical trial management systems can leverage various devices and sensors to collect and monitor data in real time. For example, wearable devices can be used to track patient vitals, medication adherence, and physical activity. In contrast, sensors can be used to collect data on environmental factors that could impact patient health. This data can be transmitted to a central database, where it can be analyzed and used to optimize clinical trial protocols and improve patient outcomes.
The implementation of IoMT Development Services in clinical trial management has the potential to revolutionize the process by providing real-time data, improving patient safety, and streamlining workflows. IoMT-based solutions can provide accurate, continuous data collection, eliminating the need for manual data entry and reducing errors. This data can be analyzed to provide insights into patient health and behavior, enabling healthcare providers to make informed decisions.
Entertainment Industry
In the past, enjoying entertainment often meant passive consumption, where audiences had limited interaction with the content. Cinemas, amusement parks, and concerts were examples of such experiences. These events required physical attendance and provided a static, one-size-fits-all experience.
But in this era, the entertainment industry is transforming profoundly thanks to the seamless integration of IoT (Internet of Things) technology. Traditional forms of entertainment have been infused with cutting-edge connectivity, creating immersive and personalized experiences for audiences worldwide.
70. Smart Theaters and Cinemas
In the world of entertainment, theaters, and cinemas are no longer confined to mere movie screenings. And it is due to the IoT technology that they have evolved into smart spaces tailored for personalized experiences.
With IoT, smart theaters allow patrons to customize everything from seating arrangements and ambient lighting to climate control. Smart cinema apps on smartphones allow seamless booking, personalized recommendations, and even pre-set ambiance preferences.
Businesses investing in smart theater development will be able to offer satisfaction to their customers with a high level of personalization. It also opens avenues for IoT businesses to develop innovative solutions in theater management, audience analytics, and immersive technologies.
71. Connected Theme Parks and Attractions
IoT has breathed new life into theme parks and attractions, transforming them into interconnected wonderlands. Visitors are no longer mere spectators; they are active participants in their own adventures.
Wearable IoT devices, such as smart bands, provide visitors with personalized experiences. These bands guide them to attractions, offer real-time wait time updates, and suggest food preferences based on their previous choices.
For IoT businesses, this opens doors for creating engaging applications, interactive ride experiences, and robust data analytics tools, ensuring visitors have unforgettable moments.
72. Live Events and Concerts
Live events and concerts have become interactive spectacles, blurring the line between performers and the audience. IoT-powered wristbands and mobile apps enable concertgoers to influence the show in real time.
From adjusting lighting effects to voting for the next song, these interactions create a unique event for each attendee.
The IoT-driven businesses can thrive by developing applications that facilitate these interactions, ensuring seamless connectivity and enhancing the overall event experience.
73. Gaming and eSports
IoT technology has revolutionized the gaming and eSports industry, making gameplay more immersive and competitive. IoT-connected peripherals, smart gaming arenas, and real-time player performance analysis have become standard.
IoT businesses can innovate by creating responsive and customizable gaming accessories. They can invest in developing IoT-integrated arenas for eSports tournaments and offering robust analytics platforms for players, teams, and sponsors. Undoubtedly, this sector presents a vast playground for IoT innovations, enhancing the gaming experience for enthusiasts worldwide.
74. Interactive Exhibits and Museums
Museums and interactive exhibits have embraced IoT, turning passive learning into immersive adventures. IoT sensors, augmented reality (AR), and interactive touchpoints engage visitors in historical narratives and scientific discoveries.
With IoT, museums offer interactive displays, allowing visitors to explore artifacts, play historical roles, and enjoy educational games. IoT businesses can thrive in this space by developing AR applications, interactive exhibit solutions, and visitor engagement platforms. It ensures an enriching and memorable museum experience.
75. Streaming and Content Delivery
Streaming platforms have become ubiquitous, and IoT is at the heart of personalized content delivery. IoT algorithms analyze user behavior and preferences, tailoring content recommendations in real time.
Smart devices adjust streaming quality based on network conditions, ensuring uninterrupted viewing experiences. For IoT businesses, it brings opportunities in content recommendation algorithms, adaptive streaming technologies, and smart device integration. Creating seamless, personalized content delivery experiences is the key to thriving in the competitive streaming landscape.
76. Augmented Reality (AR) and Virtual Reality (VR) Experiences
AR and VR have opened new dimensions in entertainment, blending virtual and real-world experiences seamlessly. IoT devices enhance these experiences further, integrating real-time data into virtual environments. For example, IoT sensors can simulate weather conditions in VR games or provide real-time data in AR educational apps.
IoT businesses can explore applications in AR/VR content creation, immersive simulations for education, and interactive gaming experiences. By integrating IoT with AR and VR, businesses can create captivating and educational content that resonates with users profoundly.
77. Smart Theaters and Cinemas
In the world of entertainment, theaters, and cinemas are no longer confined to mere movie screenings. And it is due to the IoT technology that they have evolved into smart spaces tailored for personalized experiences.
With IoT, smart theaters allow patrons to customize everything from seating arrangements and ambient lighting to climate control. Smart cinema apps on smartphones allow seamless booking, personalized recommendations, and even pre-set ambiance preferences.
Businesses investing in smart theater development will be able to offer satisfaction to their customers with a high level of personalization. It also opens avenues for IoT businesses to develop innovative solutions in theater management, audience analytics, and immersive technologies.
78. Connected Theme Parks and Attractions
IoT has breathed new life into theme parks and attractions, transforming them into interconnected wonderlands. Visitors are no longer mere spectators; they are active participants in their own adventures.
Wearable IoT devices, such as smart bands, provide visitors with personalized experiences. These bands guide them to attractions, offer real-time wait time updates, and suggest food preferences based on their previous choices.
For IoT businesses, this opens doors for creating engaging applications, interactive ride experiences, and robust data analytics tools, ensuring visitors have unforgettable moments.
79. Live Events and Concerts
Live events and concerts have become interactive spectacles, blurring the line between performers and the audience. IoT-powered wristbands and mobile apps enable concertgoers to influence the show in real time.
From adjusting lighting effects to voting for the next song, these interactions create a unique event for each attendee.
The IoT-driven businesses can thrive by developing applications that facilitate these interactions, ensuring seamless connectivity and enhancing the overall event experience.
80. Gaming and eSports
IoT technology has revolutionized the gaming and eSports industry, making gameplay more immersive and competitive. IoT-connected peripherals, smart gaming arenas, and real-time player performance analysis have become standard.
IoT businesses can innovate by creating responsive and customizable gaming accessories. They can invest in developing IoT-integrated arenas for eSports tournaments and offering robust analytics platforms for players, teams, and sponsors. Undoubtedly, this sector presents a vast playground for IoT innovations, enhancing the gaming experience for enthusiasts worldwide.
81. Interactive Exhibits and Museums
Museums and interactive exhibits have embraced IoT, turning passive learning into immersive adventures. IoT sensors, augmented reality (AR), and interactive touchpoints engage visitors in historical narratives and scientific discoveries.
With IoT, museums offer interactive displays, allowing visitors to explore artifacts, play historical roles, and enjoy educational games. IoT businesses can thrive in this space by developing AR applications, interactive exhibit solutions, and visitor engagement platforms. It ensures an enriching and memorable museum experience.
82. Streaming and Content Delivery
Streaming platforms have become ubiquitous, and IoT is at the heart of personalized content delivery. IoT algorithms analyze user behavior and preferences, tailoring content recommendations in real time.
Smart devices adjust streaming quality based on network conditions, ensuring uninterrupted viewing experiences. For IoT businesses, it brings opportunities in content recommendation algorithms, adaptive streaming technologies, and smart device integration. Creating seamless, personalized content delivery experiences is the key to thriving in the competitive streaming landscape.
83. Augmented Reality (AR) and Virtual Reality (VR) Experiences
AR and VR have opened new dimensions in entertainment, blending virtual and real-world experiences seamlessly. IoT devices enhance these experiences further, integrating real-time data into virtual environments. For example, IoT sensors can simulate weather conditions in VR games or provide real-time data in AR educational apps.
IoT businesses can explore applications in AR/VR content creation, immersive simulations for education, and interactive gaming experiences. By integrating IoT with AR and VR, businesses can create captivating and educational content that resonates with users profoundly.
Hospitality Industry
Historically, guests enjoyed personalized service but with certain limitations. Checking in, adjusting room settings, and requesting services often involved manual processes and energy consumption was rarely optimized. Ensuring the safety and comfort of guests was primarily a human endeavor.
Fast forward to the present, and IoT has ushered in a new era of smart hospitality. It’s all about interconnected experiences and personalized service, enhancing guest comfort, and optimizing resource management. It is a technological wave that is rewriting the rules of guest experiences and operational efficiency, taking the sector far beyond its traditional boundaries.
84. Smart Room Management
In the realm of hospitality, the guest experience is everything. IoT is transforming traditional hotel rooms into smart, personalized sanctuaries. Through mobile apps and voice commands, guests can take control of their room’s ambiance.
With IoT, adjusting the lighting, room temperature, and curtains per user’s liking is easy with a simple request. Smart room management not only elevates guest comfort but also empowers IoT businesses to create innovative applications for room customization, energy efficiency, and guest feedback analytics.
As the world becomes more conscious of the need for sustainability, IoT-driven room management is a key to enhancing comfort and eco-friendliness.
85. Keyless Entry and Access Control
The days of physical room keys are behind us. IoT has ushered in a new era of keyless entry and access control. Guests can check in seamlessly through smartphones and unlock their rooms with a simple tap.
It not only makes the check-in process smoother but also enhances security. IoT businesses are thriving by creating secure, user-friendly mobile apps and access control systems that cater to the modern traveler’s need for convenience and peace of mind.
86. Guest Safety and Security
Safety and security are paramount in hospitality. IoT-enabled security cameras offer real-time monitoring, ensuring the safety of guests and the integrity of the premises. Sensors detect fire, smoke, and gas leaks, sending instant alerts to guests and hotel staff in case of emergencies.
IoT businesses in this sector are continually advancing technology, developing more sophisticated alert systems and efficient monitoring platforms to provide a secure environment for guests.
87. Personalized Guest Services
IoT doesn’t stop at security and room control; it extends to creating personalized guest services. Smart hotels are using IoT to understand guest preferences, enabling tailored experiences. From room preferences to dining recommendations, IoT-powered applications cater to individual tastes. IoT businesses can thrive in this space by creating user-friendly and data-driven applications that enhance guest satisfaction and create lasting memories.
88. Inventory and Asset Management
Inventory and asset management are vital aspects of hotel operations. From tracking minibar contents to monitoring the movement of linens and equipment, IoT simplifies resource management.
IoT sensors and RFID technology automate inventory control and asset tracking. IoT businesses are shaping the future by developing innovative solutions that optimize inventory. It reduces wastage and ensures resources are readily available for guests.
Also Read: How To Improve Your Supply Chain With IoT Inventory Management?
89. Waste Management and Sustainability
In a world increasingly focused on sustainability, IoT has a crucial role in waste management and resource conservation. Smart waste bins with IoT capabilities alert staff when they need to be emptied, reducing unnecessary waste.
IoT solutions also monitor water usage, detect leaks, and optimize irrigation systems, contributing to sustainable water conservation. IoT businesses that focus on sustainability are in high demand, developing solutions that support eco-friendly practices in the hospitality industry.
90. Guest Feedback and Experience Enhancement
Guest feedback is invaluable for improving services. IoT surveys and feedback systems placed in rooms and common areas collect real-time input from guests, allowing hotels to address concerns promptly and enhance the guest experience.
IoT businesses can contribute to the sector by developing advanced feedback systems that provide actionable insights and facilitate effective communication between guests and hotel management.
Also Read: How IoT is Transforming the Hospitality Business?
Education Industry
Initially, education involved passive learning, with students absorbing information in a static classroom environment. Interactivity was limited and learning primarily occurred within the confines of school or university campuses.
But today, IoT is revolutionizing the education landscape, offering a dynamic and interactive learning experience. It is a digital revolution redefining how students learn, interact, and engage with educational content.
91. Smart Classrooms
IoT-enabled interactive whiteboards, tablets, and smart projectors facilitate seamless collaboration between teachers and students. Real-time feedback, interactive quizzes, and multimedia presentations engage learners actively.
IoT businesses can thrive in this sector by developing educational applications, interactive learning platforms, and adaptive content delivery systems tailored to student’s needs, ensuring an immersive and personalized educational experience.
92. Digital Libraries and Resource Centers
IoT transforms traditional libraries into dynamic digital resource centers. RFID tags and sensors track book movements, automate check-ins, and ensure optimal inventory management. You can invest in IoT-driven businesses that can create intuitive library management systems, ensure efficient cataloging, smart recommendations, and seamless access to digital resources, empowering students and educators alike.
93. Campus Facilities Management
From energy usage to maintenance schedules, campus facilities are becoming smarter with IoT. Sensors monitor energy consumption, optimizing lighting and climate control based on occupancy.
Maintenance alerts and real-time tracking of equipment streamline operations. Businesses can provide campuses with IoT-driven smart facility management solutions. It can reduce costs and conserve energy, ensuring a sustainable environment for learning.
94. Student Tracking and Safety
The safety and well-being of students are paramount, and IoT devices, such as smart student ID cards and school bus trackers, ensure the same both on and off campus. Parents receive real-time notifications about bus locations and student attendance.
IoT businesses can contribute by developing advanced tracking systems, ensuring accurate and timely information, and providing peace of mind to parents and educational institutions.
95. Collaborative Learning Spaces
Collaborative learning spaces are the heart of interactive education. IoT-driven applications connect students and educators in real-time, facilitating group projects, discussions, and knowledge sharing.
Smart interactive displays, IoT-integrated furniture, and shared digital platforms enhance collaboration. Businesses can develop collaborative tools and platforms driven by IoT, fostering creativity and teamwork. It can also offer a sense of community among learners, preparing them for the collaborative nature of the modern workforce.
96. Online and Remote Learning
The rise of online and remote learning has been accelerated by IoT technology. Smart platforms offer real-time interactions, personalized learning paths, and adaptive assessments. IoT-enabled labs and experiments bring hands-on learning to virtual environments.
IoT-powered businesses can innovate in this sector by creating intuitive learning management systems, virtual labs, and immersive educational simulations, ensuring high-quality, accessible education for learners worldwide.
Also Read: IoT in Education: A Smarter Way of Learning
Wrapping Up
The above-mentioned IoT business ideas are among the most promising ones on which the entire world is holding stakes. So, whether you are an established enterprise in any of the above-mentioned industries or an entrepreneur looking to lead your chosen industry with the most advanced and lucrative solutions, these innovative IoT business ideas are great, to begin with. What more? You do not even need to do everything on your own. Many IoT development companies like Matellio are readily offering a free consultation to investors for their ideas. We are also offering free feasibility tests, a development plan, and a quote for all IoT development projects, so you can begin with the realization of your idea right away!
