IoT App Development Company in India

Deuglo is a renowned Internet of Things App development Company in India that build innovative Iot Apps for verticals like Healthcare, Education, Logistics and many more. Deuglo offer most efficient Mobiles App Development and Internet of Things App Development. M2M application development is another term for Internet of Things (IoT) Application Development Services. Simply described, this is a system in which gadgets communicate data without the involvement of a human being. The IoT App Development Company in India might be having business security systems, smart home systems, or an accounting system for a shipping firm, amongst other applications.

What is IoT App Development?

The Internet of Things (IoT) is a concept in which common items are linked together via the use of the Internet via IoT App Development Company in India. Every day, there are an increasing number of things or gadgets that are linked to the internet, and the number is expanding at an exponential rate. Objects may be anything you can think of, including but not limited to: phones, refrigerators, cars, headphones, lights, wearable gadgets, household things such as home automation systems, and anything else you can think of even humans! It is possible to form interactions or communication between people-people, people-things and things-things via the creation of IoT applications (objects).

The devices communicate with the internet using a variety of means of communication, including WiFi, Bluetooth, iBeacon, Zigbee Wireless, and Near Field Communication (NFC). In most cases, mobile phones are used to connect devices to the internet by acting as a conduit between the two devices. As a result, the data gathered by these devices can be viewed from any location, and the devices themselves may be operated from any location using a web browser and/or a mobile device. Because mobile phones have sophisticated hardware and software platforms, they can perform a variety of tasks.

Deuglo, a prominent IoT App Development Company in India, provides IoT development services that are robust and well-supported by infrastructure.

Why should IoT applications be developed?

Artificial intelligence and the Internet of Things (IoT) are increasing quickly, and they have influenced all sectors, regardless of what they do. Everyone is taking advantage of the most recent technological advancement and improving the overall quality of their products. The IoT App Development Services enables gadgets to provide a better user experience and increase consumer satisfaction. Thus, the number of sales is increasing, which is a positive development.

Our IoT App Developer offers a number of significant advantages that you may take advantage of.

  • New business possibilities are being created.
  • Customers should be delighted.
  • Improve the overall effectiveness of your product.
  • Allow your gadgets to communicate with one another.
  • Make advantage of technology to reach a more specific audience.
  • Make use of the power of technology to solve a complicated issue and provide a straightforward answer.
  • In order to keep one step ahead of the competition

Technologies we use in our IoT application development Company

  • Wi-Fi

Wi-Fi is a wireless networking technology that allows for communication between a sender and a receiver by utilising radio frequency technology to transmit and receive data. Wi-Fi is meant to give high-speed internet access without the need for physical connections to the internet. The Wi-Fi Alliance defines Wi-Fi as a wireless local area network (WLAN). Personal computers, cameras, phones, tablets, and other devices may all transport data over Wi-Fi. Through the use of wireless network access points, these Wi-Fi enabled devices may be linked to the internet and shared resources. Wi-Fi has a number of advantages over alternative wireless networking technologies for corporate Internet of Things applications.

  • WiFi direct 

Wi-Fi direct, commonly known as Wi-Fi P2P, is a method of connecting devices to one another that does not need the use of a wireless access point. When utilised at regular Wi-Fi speeds, Wi-Fi direct may be used for internet surfing, file transfer, and communication between devices between devices. Wi-Fi direct allows you to connect devices from multiple manufacturers at the same time.

  • Bluetooth

Basically, Bluetooth cleared the way for the interchange of data between unwired elements in a novel manner as compared to. For example, infrared communication where we had to literally keep entities very close to each other.

  • Bluetooth Low Energy/Bluetooth Smart

Bluetooth smart operates on the same 2.4GHz radio frequencies as traditional Bluetooth, and a single radio antenna may be used by devices that operate in both modes. The radio’s range may be tailored to meet the needs of certain applications. Bluetooth smart allows a manufacturer to maximise range up to 200 feet and beyond, which is particularly useful in-home automation applications where a greater range is necessary. 

It is an industry-standard wireless protocol that allows for compatibility across different vendors. Because of the ability to construct a dedicated data channel for IPv6 communication, the procedure of assigning IP addresses to Bluetooth devices is no longer necessary. Bluetooth Smart has the following advantages: – Lower power consumption, Lower implementation costs, Increased range, Interoperability across many vendors.

  • Zigbee

Zigbee, also known as a high-level communication protocol, is a technology that allows for the creation of personal area networks via the use of low-power digital radios. Zigbee is supposed to be less costly and simpler to install than wireless personal area networks (WPANs). Wireless switches, traffic management systems, and other related applications are all possible. Because it uses less power, it can only transmit data up to a distance of 10 to 100 metres, depending on the ambient conditions. 

Zigbee utilises mesh networking technologies in order to achieve a greater range. Because it employs a mesh networking approach, consumes little power, and is inexpensive, it is designed for use in the creation of devices with extended battery life. Zigbee focuses on wireless and sensor networks in the Internet of Things and Machine-to-Machine (M2M).

  • NFC

NFC is a wireless communication technology that is widely used in the technological world. It is a collection of communication protocols that communicate with electronic devices, where one of the devices is a moveable device such as a smartphone, and the two devices are brought within 10cm of each other in order to accomplish near-field communication. NFC is the technological successor of RFID. When compared to Bluetooth, NFC requires less time to set up.

  • Beacons/iBeacons

Beacons also known as iBeacons are a technological standard developed by Apple that enables mobile applications (both iOS and Android) to listen for and respond to signals from beacons in the actual physical environment. Beacons are tiny wireless devices that transmit radio signals in an uninterruptible manner. BLE technology will be used to transmit and receive signals, which will be received and acted upon by mobile applications or smart apps. It keeps track of interior activity and aids in the location of people.

Why should you choose Deuglo as your IoT App Development partner?

As a leading Internet of Things (IoT) Application Development Services provider firm in India, we are well aware of the critical role those mobile applications play in connecting devices to the internet. Maybe you’re working on the next generation of fitness bands, or you’re the CEO of the world’s biggest weighbridge maker, or you’re a specialist in constructing home automation gateways.

We being the best IoT App Development Company in India provide our Internet of Things (IoT) development services that will assist you in connecting your gadgets to the web. As a result, your ‘Devices’ should be transformed into ‘Smart Devices’.

Not just another IoT Mobile App Development Company in India, we are something more. Bringing us on board is equivalent to having a fantastic tech staff that understands how to communicate with external devices using a variety of different protocols.

  • We have a team of IoT app developers with a combined expertise of more than eight years.
  • In our prior work, we have taken on challenging and exciting projects that have kept us on our toes and forced us to work outside of our comfort zones.
  • With over 15 years of experience as a leading IoT Application Development firm, we have built IoT applications that allow mobile phones to communicate with external devices using Bluetooth, Wi-Fi, ZigBee, and NFC technology.
  • Working on protocols such as UPnP, MQTT, and OBD2 has been a highlight of our career. A competent backend staff is also available to handle database administration and communication between the front and back ends of the website.
  • We think quickly, develop quickly, and iterate quickly in order to meet the business objectives of our customers.
  • We are not the IoT Application Developers that create the software; rather, we are the ones who take your idea and turn it into a reality.

Frequently asked Questions

How much does it cost to create an IoT application?

The answer to this question depends on several factors. The first thing that people need to consider is how many sensors are used within their application. If they have only two temperature sensors, then it would not take too long to get started. However, if they have hundreds of different types of sensors, then that could take quite some time. Another factor is whether or not they want to integrate any other data sources into their application or just use them for monitoring purposes. Depending on what type of device they are using, the initial cost can range anywhere from $10 to thousands of dollars.

Reasons why Developing an App is cheaper than ever before

  1. Rise in Demand for Mobile Apps – As per a report published by Statista, there were about 2.5 billion smartphone users worldwide in 2017. By 2021, this number is expected to reach 7.9 billion people. So, if you’re looking to create an app but don’t want to spend too much money, then creating a mobile version could be your best bet. You can even consider making it responsive as well.
  2. Popularity Of Platforms Like Ionic, AngularJS And React Native – If you have never heard of them, you might be wondering what they are. Well, Ionic is a framework used to build hybrid mobile apps. AngularJS is a JavaScript-based open-source frontend web application framework created by Google. React Native is a cross platform UI toolkit developed by Facebook. These technologies make it easier to create native mobile apps without having to learn Objective C or Java.
  3. Decrease in Hardware Prices – Hardware prices have been decreasing steadily since 2008. Today, smart devices are becoming more affordable than ever. This is true for both smartphones and tablets.

What do we mean by IoT applications?

An IoT application refers to any kind of system that connects devices together through the internet. These systems allow for real-time data collection and analysis. They can be used for anything from monitoring physical properties and conditions to collecting environmental data. Some common examples of IoT applications include smart homes, smart cities, healthcare, industrial automation, transportation, agriculture, and military operations.

Name of few Best IoT Apps

1. Google Home – Voice controlled smart speakers
2. IFTTT (If This Then That) – Create your own applets that work with services like Gmail, Facebook, Twitter, etc.
3. Alexa & Echo – Amazon’s voice service
4. Nest Thermostat – Smart thermostat from Google
5. Sonos One – Wireless speaker with Google Assistant
6. Philips Hue – Light bulbs with voice control

How long does it take to develop an Internet of Things-based mobile app?

Mobile apps that connect our devices to each other and data sources can be developed quickly. To start, we need a device driver API (application programming interface) first, but this may vary by platform. We then need to create an application framework and security layer. After that, we can begin developing an app using existing frameworks or libraries such as React Native, CocoaPods, PhoneGap, or Xamarin. Once we have an app installed on a user’s phone, we need to install the appropriate drivers for the hardware peripherals. This process varies by manufacturer and model. Finally, we need to test the app to ensure that it works as expected. All of these steps take time and resources, but the end result is a working app that connects your phone to your IoT devices.

#Deuglo – The right choice for IoT App Development

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