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IoT Development Services

Make insights-driven decisions with integrated IoT solutions

Customers aren't just more connected to their devices, they are more connected to everything around them. As ownership is moving to membership, we help clients make customer experiences more personal through our Internet of Things (IoT) solutions backed by Big Data Analytics, AI, and ML.

IoT Connected Solutions

Custom IoT solutions to improve your business

At Icreon, we understand the value of leveraging the power of connectivity to drive success for your enterprise. We specialize in developing IoT applications that help you reinvent operations, optimize experiences and reap sustainable growth through process automation, transportation management, asset & inventory management, remote diagnostics and more.

Our IoT Services

TRUSTED BY INDUSTRY LEADERS

Client Success Story: Amdocs
Creating an adaptive learning platform for training employees

Amdocs provides software and services for the telecommunications industry. Its offerings fit into an overarching IoT ecosystem, in which devices are interconnected and AI technology provides enhanced value.

With the help of Icreon, Amdocs has developed a new digital product for businesses aiming to upskill their employees. The solution we built uses machine learning to tailor the educational content to the user's current knowledge, which in turn leads to faster learning and better results without resource inefficiency. Read more about the success story here.

Client Success Story: Amdocs

Accelerate Growth With IoT-enabled Solutions

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FAQs around IoT Development

  • What IoT solutions does Icreon offer?

    We partner with our customers to build the most innovative and impactful IoT applications from concept to implementation. We offer a range of services, including IoT Application Development, Integration & Implementation, Analytics & Insights, Platform & Device Engineering, Connected Business Operations, Experience Transformation, and niche IoT Based Servies.
  • What is IoT software development?

    IoT software development is creating new software applications designed to interact with Internet-connected devices, sensors, and other services. The main purpose of IoT software development is to build innovative solutions for specific business problems using modern technologies like cloud computing, Big data analytics, AI & ML, mobile applications development, etc.

    Internet of Things (IoT) is a concept that refers to the interconnection between physical devices through the internet. The IoT can be applied to almost any industry, but it is most commonly used in manufacturing and supply chain management. It allows companies to collect data from their products, which can then be analyzed by software to predict problems before they happen.
  • How do I start an IoT project?

    First, you need to identify the business problem that you're trying to solve. This can be a challenging step if you don't already have one. In most cases, there's no shortage of good ideas out there — but how do you know which ones are right for your organization? The answer depends on your organization's unique needs.

    Once you've figured out what problem to solve, it's time to consider all of the different ways that IoT can be used to address it. For example, if you want to improve customer experience (CX), there are many different ways that an IoT solution could help:
    IoT solutions can reduce costs by automatically detecting when a part is needed and sending an order directly to the appropriate store so that the wrong part isn't delivered; this saves time and money for both the customer and the company.

    IoT solutions can increase revenue by tracking inventory levels in real-time so that customers can be notified when products are about to run out; this increases sales because customers don't have to worry about missing out on their favorite product if they wait too long before ordering.
  • What is needed for IoT applications?

    First of all, you need an idea of what kind of application you want to create. Do you want to create something that can monitor the temperature in your home? Or do you want to build a system that will allow people to control their home appliances from anywhere?

    Once you have an idea of what kind of application you want to create, then it’s time to decide which hardware and software tools you are going to use. For example, if your project requires sensors, then you will need sensors and a microcontroller (MCU). If your project requires communication with mobile devices, then it needs Wi-Fi or Bluetooth capabilities.

    When choosing your MCU, make sure that it has the required amount of processing power and memory size to handle all the tasks your IoT device needs to perform.
    The key difference is that an IoT application needs access to real-time data from many different sources and devices. These devices can include anything from mobile phones to thermostats and even industrial equipment like oil wells.

    To accomplish this, data must be collected from each device, processed, stored, and then presented in a way that makes sense to humans.
  • What is IoT system development and application?

    IoT is a concept that will be used more and more in the coming years. It stands for "Internet of Things," which means that machines, objects, or devices can be connected to the internet or other networks. This can be done via wireless technology or wired technology. The key feature of this trend is that these devices can communicate with each other and with central servers or computers.

    IoT systems are designed to transmit data to a central server to analyze it, process it, and react to it. This makes it possible for our society to become smarter because it enables us to collect data about our environment and behavior and make decisions based on this information.

    The primary purpose of IoT system development is to make human life better. IoT systems can improve our lives by making them safer and more comfortable through automation and connectivity between devices, computers, and networks.
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