Are you wondering how to choose the best IoT app development company for your project? Our award-winning team consists of top IoT developers and has a strong background in developing big-league, complex BLE (Bluetooth Low Energy) applications.
Read our clients’ reviews, view examples of our IoT projects, and ask us questions to find out if we are the IoT (Internet of Things) app development company you are looking for.
If you are looking for a long-term partner who takes the whole IoT app development process off your shoulders – you are in the right place.
We are Droids On Roids – a mobile & web development company from Poland (est. 2011) offering full-stack mobile, web, and backend services. Being a 100% office-based team of 45+ talented professionals, we serve clients throughout the world, mostly in the US and the UK. We completed over 130 projects – here you can see our works. One of our key specializations is mobile app development for Internet of Things.
Our services include native iOS development, native Android development, Flutter app development, React Native app development, frontend & backend web development, Product Design Workshop, UX/UI design, and app maintenance. Among our clients are start-ups and global brands, moreover, companies like Facebook, WhatsApp, and Bitrise use our Open Source libraries.
If you choose Droids On Roids for your IoT app development:
That makes us the best Internet of Things app development company you can choose.
If you are not ready for your IoT app development, we can start our cooperation with the Product Design Workshop which will help us to clarify the business vision of your product. The workshop lets us be clear about your business goals, technical requirements, and the development approach.
Based on what we work out during the workshop, we create wireframes to lay the structure of your application out, and we prepare a detailed estimation with a split for each platform and user story. What is more, you get the complete documentation necessary to start your mobile app development for Internet of Things.
If you already have the complete documentation, don’t hesitate to estimate your project.
Droids On Roids – Top IoT App Development Company from Poland.
Try us for 2 weeks, retaining the rights to your code if you cancel the partnership
Receive your first working demo within 7 days of the project kick-off
You are the owner of Intellectual Property rights at all times
Work with exclusively allocated team 100% focused and engaged with your product
Our certified Scrum Masters ensure the efficiency of the team’s work
Set your project live when expected, and within your estimated budget
We use the best practices to ensure high-level security for your app and its users’ data
You will be able to examine and organize your data with the goal of better serving your customers
We will make sure your app is fully GDPR Compliant, so you won’t have to worry about it
You get all the features you need to manage your app easily
our app will have everything you need to make your customers happy and engaged
The app will show what’s essential with a modern and user-friendly interface
The Internet of Things (IoT) is a broad term that includes many types of devices. One way to define it would be as a worldwide network of an ever-growing number of electronic devices connected to the internet.
In its essence, IoT consists of many interconnected devices that gather and exchange data between each other. These days, virtually anything can be made into an IoT-enabled device.
Today, IoT is a massive industry with 50 billion connected devices generating 4.4 zettabytes of data.
IoT ranges in complexity from autonomous vehicles to simple, sensor-based utility devices that collect data in our buildings. IoT can make use of artificial intelligence (AI), and machine learning streamline the data gathering processes.
From the perspective of users, IoT means interacting with a global network without using any input devices like keyboards or touch screens. Many of our everyday objects and home appliances can now connect to that network with minimal intervention.
When talking about IoT, we can distinguish three main types of IoT devices:
Each of these IoT devices comes with its own IP address and can communicate with an external, centralized data storage via a safe internet connection.
An IoT network is made of devices that gather data using various sensors, from complex systems we find in autonomous vehicles to simple sensors that monitor the temperature in office buildings. IoT also includes personal fitness devices like step trackers or heart rate monitors.
Sensors collect data by transferring it to a remote location where a machine is waiting to make sense of it. This data transfer can be done wirelessly or using wired networks. Devices can send data via the internet to a data center or cloud storage with a solution that has the computing power required to process it.
To unlock the value from data, the solution collects, processes, filters, and analyzes it. Note that data itself can vary in complexity, from a simple temperature monitoring sensor or a complex full video feed.
This data can help machines to learn user preferences and adjust their work accordingly. This is what makes IoT devices “smart” – they can collect data from their surroundings and use it to change how they work using technologies like machine learning.
Most of the time, data processing takes place in data centers. But that’s not always possible due to larger latencies. Critical use cases like shutoffs in industrial settings or autonomous vehicles make the delay of sending data from the device to a remote data center problematic. It might render the system unusable or become a security threat. In such cases, local computing can help – this is where smart devices can aggregate data, analyze it, and then create demanded responses if necessary, all within close-to-real-time. Data processing can also take place in physically connected edge devices that have upstream connectivity for sending data to be processed, stored, and analyzed further.
In the IoT world, you might also come across M2M communication. The machines created by the same manufacturer are often programmed to be able to seamlessly communicate with one another – for example, within a single household. This can greatly improve the performance of the whole system and contributes to its security. Users can set the devices up, give them instructions, or access the data – otherwise, the devices do most of the work on their own.
The use of smart devices has increased across different sectors like transportation, hospitality, healthcare, and education. The rise of IoT is accelerated by the unique benefits it brings to businesses.
The use of smart devices helps to increase the productivity level of organizations in many different ways. IoT allows the monitoring and control of the different processes for optimizing operations and increasing team efficiency. For example, in the context of manufacturing, IoT can help in managing resources and real-time monitoring of different production stages.
By collecting massive amounts of data, IoT solutions give businesses the opportunity to examine recurring patterns and contribute to predictive analytics solutions. The insights they generate can then be used in the preventive maintenance of manufacturing machines and increasing the level of service delivered.
IoT is all about a rapid, near real-time response. The previously collected data allows companies to monitor systems in real-time and remotely. IoT facilitates the optimization of maintenance processes and decision making, offering companies a strategic advantage in monitoring anything from device operation to customer behaviors and market trends. Real-time monitoring also reduces the associated risk with regular business operations and routine activities. For example, IoT dashboards help to keep the operation of machinery safe by informing the staff about anomalies through alert systems and digital panic buttons. The technology also identifies when machines or operators might be in danger.
IoT provides businesses with the ability to collect data from the network and use advanced analytics to uncover business insights, identify customer segments, and reduce operational cost. For example, a company can select a sampling of data about its top customers and then break down the data that can be collected about them to create an initial baseline. The company can learn how customers are requesting services and what the typical response is. This opens the door to optimizing the process and processing requests faster. By harnessing IoT data, you can create new opportunities and discover market niches.
IoT helps to reduce the costs of market research, as well as the expenses originating in human errors. Thanks to the complementary nature of technologies such as AI, IoT makes it possible to reduce the number of human-made errors to a minimum during mundane or repetitive tasks. An IoT system can be put in place to discover and automatically report on process abnormalities, lowering the cost of labor and maintenance time.
Leading companies are using IoT to fine-tune their services and products. The customers might need a product or service, but if the flow of information is poorly tuned, you will never learn about their requirements. IoT offers you the opportunity to identify gaps or interruptions of data relative to the process in which your customer is engaged.
Risk management is a vital part of developing IoT solutions. Here are some of the dangers and risk factors you should consider before launching an IoT app development project.
Companies are often unprepared for risks created by unique vulnerabilities in IoT applications. In many cases, IoT apps are harder to secure than mobile apps, and the focus on agile software development makes these apps more vulnerable to cyberattacks. At the same time, they have access to personal user data like name, date of birth, card information, and more, which is sometimes saved without any solid encryption. This is a threat to the privacy and security of users.
Imagine this scenario: a health monitoring app with access to data about a user’s illness history contains a vulnerability that causes a data leak, and the information is traced back to this user.
If your IoT app includes sensitive data, ensure that encryption and secure coding are integrated into your development process.
Other security challenges include:
Another obstacle is access to a good internet connection. In our digital world, there are still some places where good internet throughput is not available. The more IoT devices in one place, the more internet bandwidth they will use. Poor connectivity often results in monitoring and tracking issues.
Another common problem in IoT development has to do with data collection and processing pipeline. Because virtually any IoT application involves a significant quantity of data, its collection and processing pose some challenges for system engineers. Teams need to plan well and establish how data will be gathered, saved, or processed within an environment. To accomplish that, you need data science professionals, analytics designers, and machine learning experts.
Another key problem in the introduction of IoT is the integration of multiple types of devices. The reason behind this issue is that device manufacturers haven’t reached a consensus regarding communication protocols and standards. Every manufacturer creates its own separate ecosystem of IoT devices that don’t work with the devices and applications of competing manufacturers. In such a situation, there are no synchronous protocol developers could follow for data aggregation and communication. The non-uniformity slows down the process of adoption and reduces the potential scalability of IoT in sectors such as healthcare. To synchronize two different systems, clients need a tailored solution.
To reduce the chances of potentially harmful security threats, a multi-layered security approach is recommended for IoT application development. It’s best to assume that security breaks can happen anytime, so it’s important that you arm yourself with a plan to secure your data.
The primary function of an IoT platform is acting as middleware or plumbing that connects devices or applications to the other end. IoT includes a mixture of functionalities like sensors and controllers, a gateway device, communication network, data analyzing and translating software, and an end application service.
IoT cloud platforms handle massive data volumes from devices, customers, applications, websites, and sensors – and take action for a near-real-time response.
How to select the best Internet of Things platform? This depends on your requirements for physical hardware, real-time processing capabilities, custom reports and analysis, budget, development skills required for system creation and maintenance, and your business model.
Here’s a comparison of the most popular platforms to help you choose the best solution.
Amazon AWS IoT Core