Today, companies mostly suffer from data deluge when they aim to follow data-driven approaches to provide a better customer experience. Siloed data, a lack of automation, and disparate data sets block real-time insights that help in predictive analysis and improved decision-making. 

What can we do to save ourselves from getting drowned with overflowing data? 

You can opt for a solution: IoT (Internet of Things) app development. Leveraging the power of advanced technology, IoT, businesses can catch up with higher efficiency and productivity, improve operation management, analyze customer behavior, streamline predictive maintenance needs, and more. 

IoT technology bridges the gap between machines and devices and facilitates them to work together and share data. Whatever the industry, manufacturing, logistics, healthcare, agriculture, etc, IoT drives efficiency, valuable data insights, and automation.

Eyeing the latest statistics, by 2033, the use of IoT devices is anticipated to grow in the consumer segment and reach 17+ billion, while in IT infrastructure, connected vehicles, smart grid, and asset tracking and monitoring, the figure will likely hit 1+ billion. 

At this edge, the role of IoT apps comes into play. Acting as a brain of connected devices, the technology saves businesses from becoming data-drowned to data-driven. By coupling machines and gathering sensor data, such apps access a rich source of insights. By leveraging this data, businesses can better understand their customers. 

If you want to learn the ropes relevant to IoT app development, this blog is definitely for you. Today, we will discuss IoT application development, its benefits, features, processes, costs, and everything else that can be helpful for your business. 

What Is IoT Application Development?

IoT application development is building a solution that allows routine objects to link with the internet and communicate with each other. Such applications join the physical world with the digital one, opening the door for the new automation era to achieve high efficiency and the power of data-driven decision-making. 

Connecting with a leading app development company can help you build an IoT app by harnessing the capability of the latest technology, tools, strategies, and everything that can assist your solution attain success. 

How Does An IoT App Work?

An IoT app coordinates the flow of information between varied connected devices and users. 

In this section, let’s delver deeper to learn how an IoT app works:

1. Data Accumulation

IoT devices that are well-embedded with sensors collect data relevant to their operation or environment, which can be anything from pressure and temperature readings to user interactions or location details. 

2. Data Transmission

Ahead, the devices transfer the collected data wirelessly using Bluetooth, Wi-Fi, or cellular networks. The data may be forwarded via a local gateway device or directly to the cloud. 

3. Data Processing and Analysis

The IoT app receives data on a central server or cloud. Then, it processes and interprets the information to identify trends and extract valuable insights. 

4. User Interface and Controls

The app offers a user-friendly interface where users can visualize the collected data clearly, check the device status, and interact with the connected devices. 

5. Action and Automation

The app triggers actions according to user input and data analysis, such as automating tasks, alerting or notifying users, or sending commands to connected devices. 

6. Security Measures

During the comprehensive process, the app implements security protocols to safeguard user data and ensure well-maintained integrity between the network and devices. This may embrace access controls, encryption, and authentication mechanisms. 

This is how an IoT app works and provides valuable insights that improve customer experience, work safety, productivity, and reduced costs. 

Why To Invest In IoT App Development? 

IoT app development has been a game-changer for businesses, making them futuristic and all set for the next generation. 

  • About 127 devices are linked to the internet worldwide every second. 
  • Statista says that by 2025, we can expect the use of 75+ billion Internet of Things (IoT) connected devices worldwide, which is about three times the installed base of IoT. 
  • In the US, by 2027, the number of smart homes is predicted to hit 93.59 million
  • By 2027, the IoT-powered medical devices market is estimated to surge at a CAGR of around 27.9% in the healthcare sector. 
  • In the USA, the GDP witnessed a boost of 10% because of IoT. 
  • By 2030, the consumer sector will dominate the worldwide IoT market with about 17 billion connected devices. 

Whether you run a food and beverage, healthcare, fintech, or agriculture-relevant business, investing in IoT app development will surely benefit you in the long run. The statistics we mentioned clearly prove this fact. 

What are you waiting for? Hire a team of app developers and start your IoT app development project today!

What Are The Required Major Components For IoT Application Development

The careful coordination of essential components is required for successful IoT app development. 

Below, we will learn the major components of IoT app development: 

1. Sensors and Devices

Sensors are equipped with devices that permit data collection from the physical world, such as motion, pressure, or temperature. The devices can be smart thermostats or industrial machinery. 

2. IoT Platform

An IoT platform can seamlessly manage devices’ connectivity and let developers develop new solutions. The platform also allows the accumulation of data from devices and facilitates businesses’ use of the data and transformation accordingly. It connects varied components, ensuring a smooth flow of communication between devices. 

3. Connectivity

Connectivity components are technologies that make it easy for devices, like Bluetooth, Wi-Fi, etc., to connect with the Internet of Things (IoT) and transfer data. Such components are crucial for IoT as they let the devices communicate and send gathered data to the cloud for analysis and processing. 

4. Data Management

Data management in the IoT comprises the data lifecycle within an IoT system, which includes components like data production, transfer, segmentation, optional filtering and pre-processing, and storage and archiving. Thus, users can ensure streamlined data access and analysis for valuable insights. 

5. Application Layer

This layer, the user interface, allows humans to interact smoothly with IoT devices and systems. It can be a web dashboard, mobile app, or a voice-controller interface. This interface allows Users to monitor data, get updates, and control devices. 

6. Security and Privacy

User data protection and system integrity are crucial at every edge. Security measures, such as access control and encryption, keep data safe from unauthorized access, while privacy protocols ensure user details are handled responsibly. 

7. Analytics and Insights

Raw data is an organization’s powerhouse, but processing and extracting meaningful information unlocks its true potential. By harnessing the power of analytics tools, you can analyze the gathered data, locate trends, and create valuable insights to make informed decisions and optimize operations.  

8. Integration and Scalability

In an IoT ecosystem, integrators collaborate to ensure the seamless working of devices with different manufacturers and communication protocols. With the increasing number of connected devices and data volumes, IoT systems adapt and expand flawlessly. 

By knowing these IoT components and effectively using them, we can build innovative and robust IoT applications that can convert how we interact with our surrounding world. 

Business Benefits Of IoT App Development

Here, we will check out compelling reasons businesses should invest in IoT app development.

The Internet of Things (IoT) is revolutionizing businesses from varied industries. By optimizing the strength of connected data and devices, enterprises can reap the advantages of various benefits that drive innovation, efficiency, and customer satisfaction. 

1. Predictive Maintenance and Reduced Downtime

IoT applications can monitor equipment’s health and performance, permitting predictive maintenance. Businesses can find the potential issues before they worsen, avoiding costly downtime and ensuring flawless operation. 

Thus, you experience reduced maintenance costs and prolonged lifespans for the equipment. 

2. Enhanced Customer Satisfaction And Engagement

By building IoT applications, businesses can improve customer experiences by allowing users to handle connected devices remotely, get personalized recommendations depending on used data, and access real-time details about their services or devices. 

3. Improved Efficiency And Automation

With IoT apps, you can connect devices and machines that automate jobs and streamline workflows. This reduces manual tasks, improves resource allocation, and enhances production speed and quantity. 

4. Data-Driven Decision Making

IoT devices accumulate a huge volume of data that provides valuable, real-time insights to businesses. Thus, they gain a deep understanding of their business operations, locate areas of improvement, and make data-driven decisions that maximize the use of strategies. 

5. Competitive Advantage and Innovation

IoT technology is a game-changer for businesses, making them stand out as tech giants and magnetizing customers who prefer avant-garde solutions. Also, IoT attracts new revenue streams, creating innovative subscription plans for personalized services. 

Through IoT app development, businesses can find a path to ultimate success. From elevating efficiency to diminishing costs to catching up with a competitive edge and grounding deeper customer engagement, IoT holds the caliber to transform how businesses operate and craft a more connected future. 

Use Cases Of IoT Applications

IoT applications assist in connecting regular objects with the Internet and create a balance between data and automation, influencing various sectors. 

Here, we will explore possible use cases that can unveil the power of IoT: 

1. Smart Cities

IoT applications are shaking up urban landscapes, making cities smarter and enabling them to optimize everything from traffic lights to waste management. 


  • Sensors finely equipped in buildings, roads, and trash bins accumulate real-time data on environmental conditions, traffic flow, and waste levels. 
  • The data is transferred wirelessly to a unified platform where IoT apps analyze it. 
  • Based on data insights, the application communicates with connected devices, such as smart grids or traffic lights, to automate tasks and optimize operations. 

Result: Consistent improvement in efficiency and responsiveness in varied city parameters. 

Key Benefits of IoT Apps in Smart Cities

  • Optimized Traffic Management
  • Enhanced Public Safety 
  • Sustainable Infrastructure
  • Increased Citizen Engagement
  • Improved Public Safety And Security

2. Wearable Technology

In wearables, integrating IoT technology helps push the boundaries of simple monitoring, providing personalized fitness guidance, real-time health insights, and emergency alerts. 


  • Sensors, such as heart rate monitors, gyroscopes, and accelerometers, gather data on the wearers’ bodies and surroundings. 
  • The data is transmitted wirelessly to their smartphone or a cloud platform. 
  • The IoT application on the wearer’s phone or the cloud performs data processing, converting it into valuable insights about their fitness, environment, or health. 
  • The app showcases this information, sends alerts, or even seamlessly communicates with other linked devices to personalize the wearer’s experience. 

Result: IoT-powered mobile apps help in taking extra care of a person’s fitness regime. 

Key Benefits of IoT Apps in Wearable Technology

  • Enhanced Health And Fitness Tracking
  • Improved Convenience And Automation
  • Personalized Health Insights
  • Personalized Experiences
  • Enhanced Safety Features

3. Smart Manufacturing

Leveraging integrated technologies, smart manufacturing enhances and coordinates physical and digital operations in factories and across a supply chain. It’s a modern process that’s data-rich, automated, and interconnected, including collaboration between machines, big data, and people. 


  • Sensors placed in machines observe vibration, temperature, and production output. 
  • The data is wirelessly transferred to a central hub. 
  • An IoT-powered application analyzes the data, recognizes potential issues, and maximizes processes. 
  • The app sends instructions to machines to trigger alerts or adjust settings for maintenance.

Result: IoT apps in smart manufacturing create responsive and self-aware manufacturing and manage real-time inventory, asset tracking, and employee safety. 

Key Benefits of IoT Apps in Smart Manufacturing

  • Expanded Automation and Labor Productivity
  • Predictive Maintenance and Diminished Downtime
  • Real-Time Data Insights For Better Decision-Making
  • Improved Supply Chain Visibility and Management
  • Optimized Production Lines and Augmented Efficiency

4. Logistics And Fleet Management

IoT-enabled fleet management solutions let businesses easily reap competitive advantages through process automation in a cloud-based platform. 


  • Vehicles and packages embedding sensors track temperature, location, and road conditions. 
  • Data is sent wirelessly, and IoT apps analyze it. 
  • Such apps then maximize delivery routes, predict maintenance requirements, and ensure better appropriate storage conditions. 

Result: Rapid deliveries, diminished costs, and enhanced transparency across the supply chain. 

Key Benefits of IoT Apps in Logistics and Fleet Management

  • Optimized Delivery Routes And Quicker Transportation
  • Predictive Maintenance For Diminished Downtime And Costs
  • Real-Time Tracking For Improved Visibility And Transparency
  • Improved Inventory Management And Lowered Stockouts
  • Enhanced Fuel Efficiency And Eco-Friendly Procedures

5. Healthcare

IoT in the healthcare industry helps create a more connected and personalized approach. It monitors patients, tracks inventory, and manages medical equipment. 


  • By wearing connected devices, patients can monitor vitals and transfer data to healthcare providers. 
  • Using smart sensors, hospitals can track equipment and optimize resource allocation. 

Result: IoT-enabled applications in healthcare enhance remote patient monitoring, ease operations, and provide better health outcomes. 

Key Benefits of IoT Apps in Healthcare

  • Enhanced Remote Patient Monitoring And Chronic Disease Management
  • Streamlined Resource Allocation and Hospital Operations
  • Improved Medication Adherence and Treatment Efficacy
  • Real-Time Data For Better Clinical Decision-Making
  • Personalized Medicine and Preventative Care Possibilities

6. Retail

By harnessing the capability of IoT in Retail, you can revamp the shopping experience. IoT implementation in the retail sector aids in building new business models, analyzing customer behavior, maximizing procedures, and increasing employee productivity. 


  • The connected sensors observe customer traffic patterns, and smart shelves seamlessly track inventory levels. 
  • IoT mobile apps employ this data to trigger automatic re-orders, improve product placement, and personalize in-store promotions. 

Results: IoT applications in retail improve inventory management, diminish stockouts, and result in an engaging shopping experience. 

Key Benefits of IoT Apps in Retail

  • Optimized Inventory Management And Diminished Stockouts
  • Enhanced Customer Experience With In-Store Navigation And Product Information
  • Real-Time Data For Targeted Promotions And Personalized Marketing
  • Streamlined Checkout Processes With Self-Service Kiosks
  • Improved Security With Smart Cameras And Loss Prevention Systems

While kickstarting the learning role of IoT applications in diverse industry verticals, you should know the list is endless. We discussed major sectors, explaining how IoT makes a huge difference and transforms the sector in this modern digital landscape. 

Must-Have Features To Consider For IoT Application Development

Explore the essential features you should consider while building an IoT app to ensure seamless device connection, data analysis, and valuable real-time information. 

Connectivity ManagementEnsures smooth communication between cloud platforms, devices, and the user interface. Depending on the app’s needs, it includes protocols like cellular networks, Wi-Fi, satellite connections, Bluetooth, etc. 
Scalability and IntegrationThe expanding IoT application must seamlessly integrate with current systems and adapt to easily put up more devices and data. This ensures flawless operation and flexibility for future requirements.
Data Management and AnalyticsAccumulated data is a goldmine but demands proper organization and analysis. Data management tools store, organize, and protect the data devices generate. Analytics tools extract meaningful information from the data, recognizing trends and generating valuable insights for informed decision-making and optimizing operations.
Data Security and PrivacySafeguarding user data and system integrity is crucial. Features like access control, encryption, and authentication mechanisms secure data from unauthorized access, while privacy protocols guarantee responsible handling of user information. 
Device Management and ControlPermits users to seamlessly interact with connected devices remotely. Users can observe data, regulate device settings, and get updates via a user-friendly interface ( web dashboard, mobile app, voice interface).
User Authentication and AuthorizationThis ensures that only authorized users can access the control devices and applications. Features like multi-factor authentication, login credentials, and role-based access control measures protect the system.
Device SecurityProtecting the devices is important. This may include tamper detection mechanisms, secure firmware updates, and secure communication protocols to avoid unauthorized access or device manipulation. 
Visualization and ReportingVisual representation of complex data is understandable. Features like charts, dashboards, and reports convert raw data into easily accessed insights, allowing users to identify trends and make informed decisions.

Include these features in your IoT app to optimize processes, transform user experience, and extract the true potential of the digital world.

Advanced Features To Integrate While Developing An IoT App

Finding your app thriving in this competitive landscape, you can incorporate advanced features in your IoT app to upgrade it and match the steps of the revolutionizing world. 

We have curated a table with advanced features you can include in your app. 

Machine Learning and AIIntegrate machine learning algorithms to identify patterns, analyze sensor data, and anticipate future events.
BlockchainEmploy blockchain technology for safe data storage and tamper-proof transactions.
Edge ComputingProcess data closer to the source (on local gateways or devices) to diminish latency and enhance responsiveness.
Virtual and Augmented Reality (VR/AR)Seamlessly integrate VR/AR to visualize sensor data and provide immersive user experiences.
Advanced Security FeaturesImplement encryption protocols, multi-factor authentication, and secure device onboarding to protect user data and system integrity.
Interoperability and IntegrationEnsure your IoT app smoothly integrates with current systems and devices, regardless of protocol or manufacturer. 

The list of advanced features for IoT apps is endless; you can include these and connect with a mobile app development company that can suggest more depending on your project requirements.

Step-by-Step Process For IoT App Development

A well-defined development process is necessary to convert a vision into a fully functional app. 

Here, we have unveiled a step-by-step process for IoT app development: 

1. Define Your Concept and Objectives

Start by identifying the pain points your IoT app will likely solve, your target audience, the goals you want to achieve through your app, and how you will evaluate its potency. 

2. Select The Appropriate Hardware

Now, it’s time to opt for the right devices and sensors to accumulate your app’s required data. While you choose, consider factors such as compatibility, power consumption, and cost. 

Also, remember to determine which communication protocol will be best for your devices (Wi-Fi, Bluetooth, cellular networks). 

3. Design The Application Architecture

In this step, you must plan the data flow, including how it will be collected from devices, transferred securely, and processed by the app. 

Ahead, create a user-friendly and intuitive interface to make your app interactive and captivating for visualizing data. 

4. Build The Software Components

Develop or use existing firmware to handle sensor communication and transmit data onto the devices. 

Next, build the software components that can hold, process, and analyze the collected data. 

5. Security Implementation

You should prioritize sensitive user data protection and integrate strong encryption protocols. Thus, you can ensure protected communication between applications and devices. 

Further, you must implement mechanisms for user identity verification and block unauthorized access to devices and data. 

6. Testing and Deployment

Now that you have developed your app, it’s time to test it thoroughly across varied scenarios to ensure its proper functioning, security, and performance.

Pick a best-fit deployment approach (on-premise, cloud-based, or hybrid) depending on your app’s needs. 

7. Maintenance and Updates

Even after deploying your IoT app, you must constantly monitor its performance and adjust it according to your needs. 

Besides, routinely update your app with security patches and locate the bugs (if any). 

By following the above-mentioned steps, you can build a secure and robust IoT application per your concept to extract the true caliber of the connected world. 

How Much Does It Cost To Build An IoT App?

The average cost to develop an IoT app ranges between $25,000 and $300,000. The price may shift depending on your project needs, such as app type, complexity, features and functionalities, development team region and experience, etc. 

You should opt for mobile app development services from a leading company to know the exact cost of building an app integrating IoT. 

Factors Affecting the Cost of IoT App Development

1. App Complexity

The cost of building an app surges with the app’s complexity. You can start with a simple one if you have a limited budget and timeframe. With time, as your app expands, you can upgrade it, making it more complex. 

2. Features and Functionalities

Based on your development strategy, you can incorporate features and functionalities into your app. You can include basic ones first, and as your app grows, you can include advanced ones, too, which may cost you more. The more features and functionalities you add to your app, the more time-consuming it will be, which in turn affects the cost. 

3. App Designing

When developing an IoT app, you should aim to create an innovative and easy-to-navigate UI that will attract repeat customers. Considering aesthetic designs, captivating visual elements, and animations may increase your app development cost. Decide according to your fixed budget. 

4. Developer Team’s Region and Experience

The regions to which your team of app developers belongs charge per hour differently. You should consider this aspect, but parallelly, ensure you focus on experience and expertise. 

The catalog of factors we discussed will go a long way, as varied parameters can influence the cost of developing an IoT app. 

Tools And Technologies Used For IoT Application Development

Developers can build an IoT app that performs across varied software and hardware environments by leveraging the caliber of tools and technologies. These tools pace the development, ensure perfect data security, and maximize IoT app performance. 

We have created a table of major tools and technologies you can use to develop an IoT application. 

Hardware DevelopmentMicrocontrollers (Arduino, Raspberry Pi)Small, single-board computers are best for prototyping and connecting sensors to the internet.
Single-Board Computers (Jetson Nano)More robust computers are needed for complex tasks like AI applications on IoT devices or image processing. 
Sensors (Pressure, Temperature, Motion)Devices that gather data from the physical environment.
Connectivity Modules (Bluetooth, Wi-Fi, Cellular)Modules that allow devices to communicate wirelessly with the internet or other devices.
Software DevelopmentIntegrated Development Environments (IDEs) (Visual Studio Code, Eclipse)Software platforms used for writing, testing, and debugging IoT app code.
Programming Languages (C++, Python, Java)Languages used to build the logic and functionality of the IoT application.
Cloud Platforms (AWS IoT Core, Microsoft Azure IoT, Google Cloud IoT)Cloud-based services that offer infrastructure for handling devices, storing data, and seamlessly running IoT applications.
API Management Tools (Postman)Tools for designing, testing, and managing APIs that permit different parts of the IoT application to communicate with each other.
SecurityEncryption Libraries (OpenSSL)Libraries that offer tools for encrypting and decrypting data to ensure confidentiality.
Authentication Protocols (OAuth)Protocols for verifying user identities and limiting unauthorized access to devices and data.
Data ManagementDatabase Management Systems (MySQL, MongoDB)Systems for storing, organizing, and retrieving the data accumulated from IoT devices.
Data Analytics Tools (Apache Spark, Tableau)Tools for analyzing and visualizing the data gathered from IoT devices to extract insights and make informed decisions.

You can consider the tools and technologies listed above, but remember to ensure that you review your project’s requirements and make changes accordingly.

Challenges In Developing IoT Applications

Building an IoT application exhibits exciting possibilities, but all with some challenges. 

We have revealed some challenges with solutions that can interfere with your pathway:

Challenge #1: Security Vulnerabilities

Solution: You must implement strong encryption protocols, opt for essential authentication methods, such as multi-factor authentication, and consistently update software to identify vulnerabilities. 

Challenge #2: Device Heterogeneity and Interoperability

Solution: Utilize open standards and protocols to ensure the devices you choose from diverse manufacturers can seamlessly communicate. 

Challenge #3: Data Privacy Concerns

Solution: You should be transparent when opting for data collection practices, implement secure data storage, and obtain user consent and access control mechanisms. 

Challenge #4: Scalability and Handling Huge Data Volume

Solution: You can prefer using cloud platforms crafted for IoT applications, which can manage huge data volumes and facilitate better data management. 

Challenge #5: Unreliable Networks and Connectivity Issues

Solution: Depending on the available network, choose the right communication protocols and aim at edge computing for your real-time requirements. 

Challenge #6: Limited Power Sources for Battery-operated Devices

Solution: Maximize device communication protocols and use energy-saving hardware components to boost battery life. 

Challenge #7: Integration with current/existing Infrastructure

Solution: Develop APIs that permit flawless integration with the existing systems and use pre-built connectors provided by cloud platforms. 

Challenge #8: No Skills and Expertise in IoT

Solution: Train your staff or partner with an app development company with a proven track record in IoT application development. 

After reviewing the list of challenges and possible solutions, you can be set if any such issues hinder your development of scalable, secure, and user-friendly IoT apps that let you maximize the potential of the connected world. 

Why Consider EmizenTech For IoT App Development? 

IoT app development demands all hands of deck holding experience and experience in this field. You may be tech-savvy with all the required knack, but as the app admin, don’t you think you have other jobs to do? 

Here arises the need to hire a mobile app development company for your IoT application development project. EmizenTech is a leading company with a team of mobile app developers who have accomplished varied relevant projects that are running successfully in the market. 

You must opt for mobile app development services from EmizenTech and let your IoT app flourish in the market. 

Key Highlights of Hiring EmizenTech

  • Faster Time-to-Market
  • Access to Latest Technology and Tools
  • Security Best Practices
  • Focus on Core Business
  • Cost-Effectiveness
  • Scalability and Maintenance


We hope you find this article useful to get a better understanding of IoT app development and relevant benefits, features, costs, and more. With the growing 

According to the McKinsey Global Institute, by 2025, the IoT can have a yearly economic impact of around $3.9 trillion to $1.1 trillion across various settings, including cities, factories, environments, retailers, etc.

For businesses or consumers, IoT app development can be a win-win situation, with improved decision-making, increased revenue streams, increased convenience, and automated routine jobs.

Beat the clock and build an IoT app that can thrive and unlock various revenue streams for your business. 

Frequently Asked Questions

How much does it cost to develop an IoT application?

The average cost to build an IoT app starts at $25,000 and can go up to $300,000. The figure may fluctuate depending on cost factors such as the app’s complexity, the number of features to include, the developer’s region, and the UI/UX design.

How long does it take to build an IoT application?

Developing an IoT application is a significant undertaking. Depending on your specific project requirements, the process typically takes a few weeks to a year or more. This time frame underscores the commitment to bringing an IoT app to life. 

Connect with a trusted mobile app development company to know the exact cost and timeframe of your IoT app development project.

What are the top 5 IoT Apps?

a. Google Home
b. Fitbit
c. Amazon Alexa
d. Samsung SmartThings
e. Philips Hue Bluetooth

Want to build an IoT app? Choose mobile app development services from a leading app development company.

Can IoT apps be developed for both Android and iOS platforms?

Yes, IoT applications can be developed for Android and iOS platforms, but before you start, consider various factors, such as your budget, resources, app complexity, target audience, etc.

Which industries use IoT mobile apps most often?

IoT apps hold extensive possibilities, and to maximize their advantages, every industry, ranging from retail and healthcare to energy and manufacturing, leverages its caliber for improved efficiency and innovation.

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CTO at Emizentech and a member of the Forbes technology council, Amit Samsukha, is acknowledged by the Indian tech world as an innovator and community builder. He has a well-established vocation with 12+ years of progressive experience in the technology industry. He directs all product initiatives, worldwide sales and marketing, and business enablement. He has spearheaded the journey in the e-commerce landscape for various businesses in India and the U.S.