Contact us anytime to know more — Kuldeep K., Founder & CEO CISIN
Smart home devices that are IoT-based have also become increasingly popular. IoT technology is also being integrated with emerging technologies such as Artificial Intelligence (AI) and Blockchain to maximize productivity and achieve unimaginable results.
Several entrepreneurs invest in IoT application development.
IoT application development is difficult and requires expert knowledge. Investors and entrepreneurs hire professional help to execute IoT projects.
To achieve the best results, it is important to select your IoT app developer carefully.
This article will guide you in selecting the best IoT app developer for your project. This post will guide you through what to look for when selecting an IoT application development service based on the use case that you have and the standard protocols and best practices needed for IoT app development.
Let's look at the IoT ecosystem before we go any further.
The Functioning Principles of IoT Applications
How an IoT app works:
Perception Layer: Connected Objects & Devices:
This layer consists of wireless sensors and devices connected to the Internet, such as actuators, that interact with the environment to collect relevant data.
The data is then sent to a central hub, such as a Cloud platform.
How IoT data is collected, Sensors monitor environmental conditions or processes, and actuators control these. Sensors can collect data on the chemical composition of an object, the temperature and humidity of a certain environment, the speed of an assembly line, the fluid level in a tank, the water flowing through a pipe, the movement of objects within a certain environment, etc.
Sensors detect conditions and trigger real-time remedial actions by actuators. This includes switching off lights automatically when the sun comes up, shutting off valves once the water level reaches a predefined mark, adjusting the flow rate of a fluid, controlling an industrial robot's movements, etc.
Network Layer Data Acquisition
This layer is where data from IoT sensors and devices are compiled, then converted into digital formats and sent over the network using internet gateways.
Here's how it works. The raw data collected by analogue sensors is converted to a digital format before it can be processed.
Data is gathered and formatted by a Data Acquisition System. Data is sent to a gateway on the Internet for further processing.
Wireless or wired systems like cellular systems, Wi-Fi, Ethernet, Bluetooth, NFC, etc. This is done by using wired or wireless systems like cellular systems, Wi-Fi, Ethernet (Near Field Communication), Bluetooth, etc.
Edge IT Systems: Pre-processing
At this stage, the size of the data is enormous. Data collected from several sensors at the same time is consolidated into one location.
Before sending this massive data to the Cloud, or data center, it must be reduced. Edge IT systems are used to pre-process data through analysis. Edge IT Systems use ML algorithms to gain insights and visual technologies to present the data in an understandable format.
Data Storage: Cloud & Data Centers
Cloud-based platforms such as Microsoft Azure, AWS(Amazon Web Services), GCP ("Google Cloud Platform") etc., store & process the data collected from multiple sources for generating comprehensive insights.
Data is stored in data centers, where it's visualized, analyzed thoroughly, and managed.
Application Layer (UI)
This layer provides app-specific services for the end user. The data is handled by a backend system, such as a database or message queue.
The UI of the mobile or web application allows users to interact with this data.
Future IoT Technology Trends: Eight Trends for Businesses to Watch in 2023
In a world of artificial intelligence, data and connectivity technologies that are constantly improving, it is hard to ignore the "Internet of Things" when listing innovative technologies.
IoT is one of the most influential technologies in the world today, and it's responsible for many other technologies, such as machine learning.
Businesses must be aware of how the market will change over the coming years. The most successful companies are those who have a creative approach to new technologies.
It's impossible to come up with innovative ideas on how to combine and use these technologies without paying attention. We'll talk about IoT and the trends that will shape markets in 2023.
Iot Technology: A More Connected World
The production process becomes easier as machines become smaller. Recently, a shift in technology philosophy has taken place.
Industries have moved away from monolithic devices to a modular approach. A network of devices could handle all calculations and measurements instead of one device. The network may also benefit from the individuality of each device.
IoT technology is based on this core principle.
Iot's Growth
According to Mordor Intelligence, the IoT market is expected to reach $1.39 trillion in 2026. This growth is due to several factors.
- The COVID-19 epidemic has accelerated the development of remote monitoring devices, smart home appliances, and data analytics solutions.
- The commercial sector is vying to develop superior artificial intelligence solutions. They often require advanced sensors and edge computing within the IoT.
- IoT networks are more efficient than centralized solutions for certain tasks.
But don't get too excited yet. But there's more.
Limited Production: The Chip Shortage
IoT products are becoming more expensive due to the high demand for semiconductor chips and low supply. The pandemic has made the situation worse.
The chip shortage will not be over for a long while, even though production has increased. Some companies order their semiconductor inventory far in advance rather than using a "just-in-time" solution.
According to Forrester, the shortage of semiconductors in 2022 is expected to limit the growth rate of the IoT market by 10% to 15%.
This may sound like bad news to businesses who are looking to invest in IoT solutions. But it is not the full story.
Good news is on its way. The European Union adopted the European Chips Act in February 2022. This act combines public and private investment to help resolve the shortage of supply chains.
Iot Is Powered By Bandwidth
Bandwidth is the main bottleneck of the Internet of Things. The lower the latency, the higher the bandwidth of an IoT system.
IoT will be more efficient and fluid if devices can communicate faster. IoT is not as efficient as centralized solutions if there is too much latency.
In the past high-speed network connectivity was restricted by fiber and cable connections. If every device is connected via an Ethernet cable, an IoT network may be severely restricted.
Wireless connections are inconsistent and can have lower data rates. IoT is on the rise due to advances in 5G networks, Wi-Fi 6, and 802.11ax. IoT's potential can be realized with faster wireless data rates.
Iot Is The First Trend To Watch
Supporting artificial intelligence software is one of the most interesting uses of IoT. Artificial intelligence and IoT share a mutualistic relationship.
AI benefits from IoT's distributed data, and IoT benefits from AI's advanced management.
A Network Of Data
IoT sensors can be a great asset for machine learning data, as artificial intelligence is heavily data-driven. Research and Markets estimate that AI technology in IoT will be worth $14,799,000,000 by 2026.
Machine learning techniques are only successful if they have high-quality data.
Live data from IoT sensors monitoring factory equipment, for example, can help machine-learning algorithms determine when the equipment will need to be serviced, a practice known as predictive maintenance.
This is one of the most significant applications of AI in manufacturing.
AI And Iot: Visual Inspection Works Together
Visual inspection is yet another area in which IoT and AI can be used to enhance the industrial and distribution industry.
See this technology in action by watching our video on AI-driven visual examination.
Machine learning can be extremely effective at identifying patterns. However, it cannot do this without good-quality data.
Machine learning will become more popular in the coming years as bandwidth increases and IoT networks take center stage across various industries.
IoT Connectivity: 5G, Satellites, Wi-Fi 6, LPWAN and Satellites
Wireless data rates have been the main obstacle that IoT networks had to overcome over the past few years. Sensors, edge computing and wearables will all improve as these technologies progress.
Recent infrastructure development has made IoT solutions more feasible. There are many connectivity technologies, including 5G, Wi-Fi 6, LPWAN and satellites.
5g: Advanced Mobile Networks
Many Internet Of Things Solutions require a connectivity infrastructure to be installed before an array of edge devices, sensors, or other devices can function.
Mobile networks such as LTE are a viable alternative in certain circumstances, like outdoor settings. 4G LTE bandwidth is, however, limited. 5G networks are faster, and they can handle data processing for IoT much better.
WI-FI 6
Wi-Fi in the 6GHz band is a great way to increase the bandwidth of IoT technologies indoors. The more devices that can communicate quickly, the more reliable the system.
Wi-Fi 6 is also available for use in homes, which can have a positive impact on IoT smart home networks.
LPWAN
This emerging technology is very effective in connecting devices that have low bandwidth usage and low bit rates across larger areas.
It is a great choice for IoT machines that communicate with each other on a machine-to-machine basis. LPWANs use less energy, which makes them cost-effective. LPWAN is a great choice if you want to use a lot of devices in a wide area.
Satellite
Satellites can power IoT devices in some cases for networks that are geographically distant. Tracksat satellite-powered IoT units are powered by Globalstar satellites and enable humanitarian staff members to report emergencies to request immediate assistance.
The GPS data is recorded immediately and sent to the headquarters for preparations.
Edge Computing: Low Latency and Security
Edge computing is essential for real-time applications. Edge networks, instead of processing information at a central location, process data closer to the users and reduce the overall load on the network.
Edge computing can reduce the latency of IoT technologies, and it has the potential to improve data security. Data can be processed by an edge device rather than being sent to a server.
This reduces the chances of it being intercepted. The information can be sent to the edge device and then returned to the user. In this case, the information does not need to be saved in memory.
Edge computing can be useful in any situation that requires rapid decision-making. This is particularly true in contexts such as security and safety.
IoT edge computing is a great way to protect people by stopping machines from running while they are in restricted areas at a facility. Data is needed for autonomous vehicles to make real-time decisions.
Read More: What Is an IoT Ecosystem? And What Are Its Components?
Wearable Iot Technology Is The Fourth Trend
Wearable IoT devices should not be ignored, even though sensors and edge devices play a key role in many IoT solutions.
Wearable IoT devices, such as smart watches, earbuds and extended reality headsets (AR/VR), will continue to grow in importance and make waves by 2022.
The Future of IOT Smart Watches and Wristbands
In the past, it was predicted that smartwatches and wearable technology would eventually replace smartphones and desktop computers.
This prediction does not seem to be coming true anytime soon. Wearable devices, such as smartwatches, are not practical enough to complete tasks that can be completed on a laptop or smartphone.
Wearable IoT devices can be used to monitor the vital signs of patients, which is a great way to help in the medical field.
These devices are capable of performing tasks like automatically alerting others to emergencies and collecting continuous health records.
AR AND VR
IoT can be used to provide real-time network information and sensor data on a head-mounted display. This can help professionals in these situations: Professionals can benefit from having real-time network data and sensor data displayed on a head-mounted screen.
- Wearables and sensors are used by surgeons to provide information via head-mounted AR.
- A virtual reality simulation of a factory layout by a manufacturer. The digital twin can display data from IoT sensors on the factory floor to compare performance.
- Distribution center worker uses AR on a mobile device to find the location of an item within a warehouse. IoT devices are used to help locate the item and send directions to workers.
Smart Homes:
Google Assistant, Amazon Echo and Apple's Siri, among other digital assistants, have revolutionized the smart home market.
The technology has reached its peak with the IoT at home technology of 2023 being able to control a multitude of devices such as lights, appliances and even security systems.
There is much more growth to come in the coming years. According to Mordor Intelligence, the smart home industry will grow at a 25% CAGR between now and 2025.
This means that the market could reach $246 billion.
Smart home automation is one of the next steps. Smart home IoT network's ability to automate tasks such as lighting, temperature control and security is now increasing.
They can be set up manually by the consumer or automatically using AI algorithms which review sensor and usage data.
Smart Cities
Smart city networks can be developed using IoT in many ways. Traffic monitoring is a pressing issue. The ability to monitor traffic using sensors installed city-wide allows for better intersection control and traffic optimization.
Monitoring water levels can be used to detect flooding and alert citizens. This information can be used to guide further action to prevent future flooding.
Smart streetlights offer a wide range of applications. They can be used as platforms for sensors to detect weather, monitor traffic, host Wi-Fi and conduct surveillance.
They can be used to control digital street signage. The streetlights may be mounted directly on the pole.
Smart Columbus, Ohio, has tested self-driving buses. This futuristic experiment shows that smart cities will be able to reduce the use of private vehicles in the future.
IoT Technology for Healthcare
We have already discussed wearables in healthcare. However, IoT has other applications for this sector. WebRTC combined with IoT can be used to provide more efficient telemedicine, for example, in areas where edge devices are more efficient than traditional Internet connections.
There are many traditional IoT applications, such as hospital sensors, that monitor vitals throughout the day and aid in diagnosis and treatment. COVID-19 has led to a rapid evolution in this technology.
Connected Networks Aid Manufacturers
IoT has the potential to revolutionize manufacturing. This industry is more automated now than ever, thanks to the arrays of sensors in factories.
The expansion of IoT sensor networks in manufacturing has had a major impact on the development of advanced artificial intelligence applications. AI cannot provide solutions such as defect identification, predictive maintenance, digital twins and generative design without the data from sensors.
Trend 9 Industrial Internet of Things
Industrial IoT is becoming more common in the manufacturing industry. IoT has always been a trending technology that promotes innovation and adaptability.
IoT is the interconnection between devices and the existing internet infrastructure. This trend will not go away.
Industrial IoT Solutions
provide companies with real-time monitoring of asset performance from any location. IIoT allows technicians and supervisors to monitor dynamic assets in industrial sites.
IIoT allows remote viewing of assets. Employees can easily identify potential problems before they reach the final product thanks to the easy-to-understand graphical format.
Industrial IoT provides manufacturers with the ability to make strategic and informed decisions using real-time insight.
The Manufacturing Industry will benefit from enhanced efficiency, innovation of products, cost reduction and safety. Here are some of the smart manufacturing trends that we can concentrate on.
Top Tips To Consider When Choosing The Best Iot App Development Company
IoT Specific Skills
The first thing you should consider is this. Many mobile app developers lack the resources or tools to create customized IoT solutions.
Hire an IoT development company that has a track record for delivering high-end IoT solutions.
App development companies that have experience and expertise in providing advanced software solutions to electrical or mechanical engineering firms can be preferred.
Ratings and Reviews
It is important to check online for reviews and ratings of the IoT application development company which you want to hire.
The testimonials found on the respective websites can be used to help you find the best development partner. To get the true picture, you can contact past clients of IoT application development companies.
Communication Style
Did you know that two kinds of corporate clients hire a mobile app company? One type of company leaves everything to its app developer until the deadline for project completion approaches.
Two, companies need to know the development stages at regular intervals. Many IoT application development companies send weekly invoices to their clients stating the amount of time spent on specific development activities.
It is a complex process that requires communication to be successful. If you are looking for an IoT developer, you should look for someone with a similar style of communication.
You should ensure that your app developer is also willing to give you real-time updates if the management of your company tends to be proactive throughout the process. It's always best to be informed about the project scope, budget and duration.
Testing Procedure
The testing process is the same whether it's an IoT application for Android or iOS. This is because IoT apps integrate with the existing IoT infrastructure consisting of servers, connected devices and other IoT applications.
It is important to ensure that the IoT developer uses a robust, automated testing process for IoT applications. It is also important to adhere to deadlines and conduct extensive testing.
As your IoT application grows in size, it also becomes more complicated and difficult to manage. Once the app is running, it's difficult to make any changes.
The IoT developer should be able to use advanced testing and maintenance techniques. You should select an IoT app developer that can identify a bug at each level.
Flexibility
Your app development company and partner should be flexible to accommodate any changes that may occur in the app during the entire development cycle.
It is important that you, as a client, understand the difference between necessary and desired features.
You need to strike a delicate balance between end-user needs and budgetary constraints. Agile IoT app developers are the best choice for developing bespoke IoT applications because they can adapt the app to include the feature at any time.
Full Stack Capabilities
It is best to choose an IoT development company with full-stack software developers, as the majority of the IoT solution is made up of software.
You should also give priority to companies with a strong presence both in the web and mobile app domains.
Full-stack developers can create an app that is compatible with hardware, the web and mobile interfaces.
Design and Development Standards
IoT apps are more secure than traditional mobile apps because they work with a larger network of devices, servers, and smartphones.
These apps are built to share and fetch confidential data from users and businesses across the network. They remain vulnerable to cyber-attacks because they do this.
You should choose an IoT application development company that adheres to all design and development standards.
Infrastructure
Infrastructure is last but not least. When you are choosing an IoT app development company, this is a key factor.
The state-of-the-art infrastructure and cutting-edge tools can help development companies to come up with a seamlessly-performing app.
It is important to remember that an app development company will provide you with end-to-end services, from design and development to deployment.
Before hiring a firm, it is best to discuss your project and assess the infrastructure with the developers.
It is possible that you are wondering where to begin an IoT application development project. We will give you some tips to help you create a roadmap that will save time and effort for the IoT developer while also allowing you to have an excellent app within a short period of time.
Tips to Entrepreneurs on IoT App Development
Priorities first. Decide the level of complexity and features required for your IoT app. You can get help from a mobile app developer, but you should do your homework to understand the market and what other apps are available to determine a strategy.
To find the best IoT partner, you should also conduct extensive research and perform a background check. You should also make a list to determine the cost.
You should also ask the company that develops mobile apps to integrate additional security features into your IoT application, such as encryption and user authentication.
Enterprise-level IoT apps are also characterized by their scalability and flexibility.
What is the Future of IoT Technology?
IoT is a technology that will continue to evolve in many ways, including the retail industry and indoor mapping.
In many cases, the Internet of Things does not work alone. Businesses can cultivate innovation by combining technologies such as IoT with AI. To get started, all you need is an idea or vision to modernize the infrastructure of your business to face the future.
Cyber Infrastructure Believes in turning your vision into reality. We are an IoT consulting and development company that can help you with all aspects of IoT app development in various industries.
Please contact us if you are ready to make the first move toward modernizing your company. We can then begin to discuss how we can help you achieve your goals.
