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Internet of Things software development
IoT development services we offer
IoT consulting
Our consultants help shape your vision for a viable IoT solution and develop an implementation strategy aligned with your business goals, IoT use case, and budget and timeline expectations. We can also assist you all the way through IoT solution development, from its conceptualization to implementation and launch, advising on the best course of action and helping address possible issues.
IoT implementation
We offer comprehensive IoT software development and implementation services to help companies improve their operations efficiency with the help of tailored IoT solutions. Depending on your needs, we can configure and customize platform-based IoT solutions, like AWS IoT or Azure IoT, or build bespoke IoT software, including custom IoT platforms, desktop and web solutions, and iOS and Android apps.
Extension into IoT
We augment your existing IT ecosystem with IoT technology, turning multiple heterogeneous devices and gadgets into helpful assets that gather valuable data and provide valuable insights into business operations.
IoT data analytics
Our IoT developers deliver powerful custom or platform-based analytics solutions that accumulate and process real-time IoT data, enabling business process insights and actionable predictions.
Want to explore the possibilities of IoT?
Itransition as an IoT development company
5+ years in delivering robust IoT solutions
Providing IT consulting and software development services since 1998
Featured in E R&D Services report by Zinnov Zones
Recognized in Forrester's Modern Application Development Services report as a leading app development provider
Long-standing Microsoft and AWS partners
Developing solutions compliant with FDA, HIPAA, GDPR, and other standards
Efficient care
during Code Blue events
Medical IoT solution for emergency care
Itransition delivered a multi-tenant solution that streamlines medical cart inventory management and configures and documents workflows for the Code Blue event, helping deliver high-quality emergency care.
+30
new clients
Clinical data exchange PoC
Itransition helped develop a PoC of a clinical exchange data application that allows ambulance doctors to automatically fill patient data, including received results from ECG devices, into the information form during the examination.
>400
blood centers use the solution
Medical equipment management software
Over 10+ years of collaboration, Itransition developed seven versions of a medical equipment system that helps blood centers gather and manage data from multiple devices related to blood collection, processing, and storage.
HIPAA-compliant
health monitoring solution
Asthma monitoring software suite
Itransition’s team developed mobile and web apps that gather data from multiple medical devices and help patients self-manage their respiratory diseases. We also complemented the solution with a platform for clinicians to provide better care based on the collected data.
Add IoT connectivity to your business
Why choose Itransition as an IoT development partner
Focus on quality
We adhere to internal principles and guidelines set by our ISO 9001-backed quality management system while also following language-specific coding standards and best practices to ensure the highest quality of the solution’s source code from the start.
Technology expertise
We possess extensive software development expertise and keep up with the latest trends in data analytics, machine learning, and artificial intelligence algorithms, AR & VR, and robotic process automation that can significantly enhance your IoT solution’s efficiency.
Efficient cooperation
To ensure the success of your IoT project, we adopt a suitable Agile project management methodology and maintain transparent communication with your stakeholders, regularly updating them on the project’s progress.
IoT application development for your industry
Manufacturing
Itransition builds robust industrial IoT systems, enabling factories to gain control over each production phase, streamline asset management, and improve safety and work conditions for staff.
- Predictive maintenance systems
- Quality control and anomaly detection solutions
- Smart supply chain
- Industrial robots
- Worker wearables
- Environment sensors
- Connected production lines
Healthcare
Itransition helps healthcare organizations implement IoT technology, allowing healthcare professionals to remotely monitor patient care, access patient information, and enable more precise diagnosis and treatment.
- Remote and in-hospital patient monitoring solutions
- Medical facility environment monitoring systems
- Hospital asset and staff location tracking solutions
- Smart hospital appliances (e.g., smart beds)
- Ingestible sensors
- Smart inhalers
- Smart insulin pumps
- Patient wearables
Automotive
Itransition develops embedded connected car software and automated predictive maintenance systems for smart vehicles, as well as IoT-powered quality control systems to help car manufacturers ensure high production standards.
- Connected cars
- Telematics devices
- In-vehicle infotainment systems
- Onboard diagnostics devices (OBD)
- Production line automation solutions
Oil & gas
We develop IoT systems that help oil and gas companies achieve real-time visibility into upstream, midstream and downstream processes, environmental conditions, and staff safety.
- Fleet management solutions
- Seismic exploration sensors
- Smart tanks and pumping systems
- Predictive maintenance systems
- Remote pipeline management solutions
Telecom
Itransition assists telecom companies with building robust 5G-enabled IoT products to create B2B offerings for various industries and generate more revenue.
- Industrial monitoring systems
- Fleet management solutions
- Smart city sensors and devices
- eSIM-enabled solutions
Retail
We create integrated systems that help streamline retail store operations, from sending personalized deals to customers’ devices to assisting employees with product layout optimization, tracking inventory levels, and getting insights into the entire supply chain.
- Smart shelves
- Self-checkout
- RFID scanners
Banking
Itransition provides BFSI companies with high-quality IoT-enabled solutions to help personalize customer experience, increase asset and staff safety, and automate banking and financial processes, like managing cash replenishment through smart ATMs and detecting security threats.
- Smart ATMs
- Contactless payment solutions
- Sensor systems for bank branches
- Smart safes
- Data analytics solutions
Logistics
We collaborate with logistics companies to promote transparency in supply chains through sensor-embedded IoT solutions that empower both cargo owners and shipping partners to keep control of cargo location, delivery speed, and warehousing and shipping conditions.
- Cargo tracking systems
- RFID scanners
- Smart locks
- Cold chain monitoring solutions
Agriculture
Itransition designs custom smart farming IoT solutions that include devices for real-time field conditions, livestock, and weather monitoring, as well as predictive and prescriptive analytics tools and irrigation and fertilization controls.
- Livestock monitors
- Climate sensors
- Water supply controls
- Agricultural drones
Smart homes
Itransition helps real estate businesses and smart home providers create connected IoT solutions that improve people’s living environments and make houses smart, convenient, comfortable, and safe.
- Smart lighting
- Smart HVAC
- Smart locks
- Intelligent CCTV
- Smart home appliances
Insurance
We help insurance providers develop and implement IoT solutions that enable their customers to collect and transmit data to insurers for accurate risk assessment, faster claims processing, fraud detection, and policy personalization.
- Underwriting and risk assessment
- Insurance policy development
- Claims intake and processing automation
- Loss prevention
- Fraud identification
IoT development roadmap
1
Discovery phase
We explore your business objectives to elicit the requirements for future IoT solutions and draw up a suitable IoT architecture and a high-level implementation strategy.
2
Planning
Based on the project requirements, we carefully plan the whole IoT development journey. We choose the optimal tech stack and a suitable IoT platform, outline development team composition, and schedule accurate timelines for each development stage.
3
Prototype design
Our IoT experts create a prototype or an MVP of the IoT solution to gather user feedback, which can be used to validate the solution concept, design, and functionality early on.
4
Development
We develop all components of the IoT solution, including the IoT platform, applications, data storage, processing, and analytics mechanisms, and user interface, following the predefined system requirements and ensuring the high quality of the solution’s source code.
5
Integration & testing
Our team integrates the developed IoT solution with the company’s existing infrastructure and third-party systems using prebuilt APIs and custom connectors and tests it for compliance with functional, performance, and security requirements.
6
Launch
After validating the solution, we deploy the system in the selected environment and ensure it works as intended.
7
Support
On request, our team provides continuous maintenance and support of the developed IoT solution, keeping it operational and up-to-date.
Tech stack for IoT development
To build stable and reliable software, our engineers rely on tried-and-tested IoT technologies and are proficient in third-party IoT platform integrations and microcontroller-based boards. We continuously run research and development activities in the IoT field to expand our proficiency in emerging connectivity trends.
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Need assistance with selecting the best IoT platform?
Key IoT development challenges & how we address them
Challenge | Best practice | |
|---|---|---|
Security |
IoT ecosystems with multiple end-point devices significantly expand the organization's attack surface,
leaving many unprotected points of access for attackers.
| We make IoT security top priority from the very beginning of the project by adopting a security-by-design approach, protecting device hardware and firmware, and implementing strong encryption, authentication, and access control mechanisms. |
Interoperability |
The diversity of devices, protocols, and data formats that are employed in IoT solutions can hinder seamless
data exchange, integration, and system scalability, limiting the effectiveness of IoT ecosystems.
| We consider all nuances of IoT components' interaction and data transmission at the IoT solution conceptualization and design stages. In particular, our specialists make sure your IoT components use the same data formats and have similar data interpretation mechanisms. To address the problem of devices using different communication protocols, we implement a middleware solution tol act as a bridge between versatile components, ensuring their compatibility. |
Scalability |
To align with the company’s business growth and changing needs, an IoT system should be able to handle the
increasing number of IoT devices and expanding amounts of data while ensuring real-time data processing.
| We build IoT systems with scalability in mind, employing cloud, edge, and fog computing, applying microservices architecture and data compression techniques, and utilizing scalable databases and data processing frameworks. |
Data velocity |
The failure of IoT solutions to process, analyze, and extract meaningful insights from IoT-generated data
can reduce the effectiveness and overall value of the IoT solution.
| To ensure that IoT systems can process large data volumes at high speeds, we advise companies, apart from switching to cloud computing, to adopt edge computing capabilities that reduce the load on cloud servers and help reduce latency, as well as equip data analysis tools with machine learning and artificial intelligence models that enable greater automation and increase IoT efficiency. |
Organizational & cultural change |
IoT implementation requires companies to adopt suitable change management policies so as not to leave their
workforce frustrated about the recently adopted technology.
| We advise involving managers and stakeholders across relevant company departments in IoT adoption early on to get all business lines on the same page and help them embrace updated work processes. |
Benefits of IoT implementation
FAQs
A high-level architecture of an IoT solution generally includes five or six layers.
- Device level
The first layer of an IoT architecture consists of sensors and actuators that interact with the physical world. Sensors collect data from the environment, while actuators respond to an impulse from the processing center by carrying out the necessary actions.
- Edge layer (optional)
The edge level includes edge devices and gateways that process, analyze, and act on the received sensor data in real time prior to sending the collected information for storage and processing to the data center. Such data processing closer to its source helps reduce latency and decrease computation load in the cloud.
- Communication layer
This layer enables the transmission of data between IoT devices, edge nodes, and the cloud using different networks, protocols, and standards (e.g., Bluetooth, BLE, Wi-Fi, 5G, LTE-M, LPWAN, or Ethernet connection for device communication, and IPv4, IPv6, Modbus, Profibus or open-source protocol OPC-UA for network connectivity).
- Data processing layer
The data processing layer includes databases, data warehouses, and data processing and analytics platforms, where IoT data is accumulated, analyzed, and transformed into meaningful insights.
- Application layer
The application layer includes desktop, web, or mobile applications and different services that enable end users to monitor and control devices in real-time, as well as manage data analysis reports and dashboards.
- Security layer
This layer penetrates all levels of the IoT architecture and ensures the protection of the entire IoT ecosystem through encryption, authentication, access control, and threat detection, ensuring data integrity, privacy, and safety.
Implementing a simple IoT solution can take up to a few weeks, whereas developing a complex IoT ecosystem can require 6 months or more. The timeframes primarily depend on the IoT use case and software complexity, as well as the necessity to acquire regulatory approvals or certifications.
The pricing of an IoT software development project ranges from $10,000 for a simple solution to $200,000+ for complex enterprise-level software. The IoT software development costs depend on a wide range of factors, like complexity and customizations, platform fees, team expertise, number of integrations, and more. In case you need to estimate your IoT software development project costs, Itransition experts are ready to help you accurately define your project’s budget and timeline.
Look for a software development company with extensive IoT development experience in your industry or business specifics. A skilled IoT software development services provider will establish regular and open communication and provide a detailed description of how they organize development processes. They can also prove their professional skill with certificates, compliance with global standards, and partnerships with global tech leaders like Amazon, Microsoft, or Oracle.
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