IoT software development company

Yes. Yalantis specializes in IoT solution development for multiple industries. Our IoT projects include:

• Developing software and integrating with Internet of Things devices to implement edge computing in the automotive industry
• Building IoT applications for smart home automation projects
• Delivering IoT platforms that enable remote management and monitoring of massive industrial IoT device networks
• Developing multiplatform solutions for fleet, dock, and yard management
• Creating software for educational robots
• Integrating Internet of Things devices into a healthcare ecosystem and developing software for their utilization
• Delivering software for sustainable resource monitoring and management, contributing to the setup of smart offices

Moreover, as Internet of Things devices involve working with large amounts of data, our experts have helped our clients enable real-time and historical IoT data analytics and management for aggregating actionable insights. Yalantis IoT developers also use such technologies as artificial intelligence and machine learning.

As an IoT development company, we understand that businesses often rely on a combination of technologies to meet their unique requirements. Whether you need to incorporate a specific software application or connect various hardware devices with your existing system, we have the expertise to ensure a smooth integration process. 

Our approach involves a thorough assessment of your current system architecture, understanding your specific integration needs, and identifying the best strategies to achieve seamless interoperability. Our team carefully evaluates the compatibility of third-party components with your existing systems, considering factors such as data compatibility, APIs, security protocols, and system performance. 

Throughout the integration process, we focus on maintaining data integrity, optimizing system efficiency, and minimizing disruption to your operations.

We take a client-centric approach when selecting hardware and software components and consider a range of factors to ensure the stability and reliability of the proof of concept (PoC). We have access to the latest advancements in hardware technology, and if a client requires cutting-edge hardware, we can incorporate it into the PoC. 

However, we also recognize the importance of using proven hardware and software components that have a track record of successfully withstanding various business and operational challenges. 

The choice of hardware components also depends on the solution’s specific requirements. For example, if a client needs temperature or moisture sensors, we carefully evaluate the available options and select the most suitable hardware for the prototype.

Our goal is not only to fulfill the immediate requirements of the PoC but to seamlessly transition to the next stages of development as the solution progresses beyond the PoC stage.

Our approach to implementing IoT devices for a PoC begins with meticulous architecture design. Considering the clients’ requirements, we determine the number and type of necessary IoT devices. Once we have a clear architectural plan, we embark on sourcing and selecting the most suitable devices on the market.

In cases where off-the-shelf devices don’t meet requirements, we offer assistance in custom device development. For this, we utilize 3D printing and then, collaborating with suitable vendors, we design and prototype a device, integrating necessary sensors and other components.

Once the device is manufactured, we integrate it into the PoC. This integration phase helps us validate the performance, functionality, and interoperability of an Internet of Things device within the context of the PoC. By closely monitoring device behavior and performance, we ensure that a device is seamlessly integrated and contributes to the overall success of the PoC.

To overcome connectivity challenges, our IoT software developers use various approaches to IoT solutions development to adjust for the environment in which devices will operate. 

In scenarios where cellular coverage is available, we can implement cellular data connectivity into your IoT solution to connect and transmit data securely over cellular networks, ensuring reliable communication even in remote areas or regions with limited infrastructure.

For environments where long-range and low-power communication is essential, we can implement LoRaWAN technology to communicate wirelessly over large distances. 

In cases where short-range communication is required within a localized network, we can use Zigbee technology to form a mesh network, facilitating reliable and low-power communication among devices in close proximity.

Our experts consider such factors as coverage availability, power consumption, scalability, and cost-effectiveness to recommend the optimal connectivity solution for your specific needs.

The Yalantis team has experience integrating sensor data with cloud platforms and other systems. When delivering IoT development services, our goal is to ensure secure, reliable, and real-time transmission of sensor data from connected devices.

By integrating sensor data with cloud platforms, we help clients access sensor data from anywhere, perform sophisticated analytics, and gain valuable insights that can drive strategic decision-making.

Our integration solutions are tailored to each client’s specific requirements, enabling seamless data transfer and data aggregation from diverse sensor sources. We carefully design the integration process to make sure that sensor data is accurately collected, stored, and made available for analysis.

Furthermore, we enable integration of IoT solutions with other systems such as ERPs, CRMs, and BI platforms to utilize sensor data in combination with other data sources, unlocking the full potential of your IoT ecosystem. This helps to optimize processes and make informed decisions.

Yes. As an IoT app development company, Yalantis has experience working with edge computing devices for real-time data processing in automotive, manufacturing, agriculture, green tech, and other industries. For example, in terms of our IoT development services, we have helped to:

• enable predictive maintenance for large manufacturers, overseeing system malfunctions and providing immediate notifications
• configure real-time crop condition monitoring for farmers, allowing them to protect and optimize their harvest
• augment healthcare solutions with complex remote patient monitoring capabilities, preventing negative outcomes
• ensure a rapid response to emergencies within smart cities with extensive networks of connected devices

Our Internet of Things software development services include the following measures for ensuring the reliability and stability of IoT solutions:

• Quality assurance to identify and eliminate any potential issues or vulnerabilities
• Error and exception handling to ensure that software can handle unexpected events, recover from errors, and maintain stable operations even in challenging conditions
• Robustness testing to ensure the software’s reliability and stability under challenging circumstances
• Real-world environment simulations, which involve testing and validation in environments that closely mimic real-world conditions in which embedded systems will operate
• Version control and configuration management to track changes, maintain software integrity, and ensure that the correct and stable software versions are deployed on embedded devices
• Ongoing maintenance and updates to address any identified issues, enhance performance, and mitigate security vulnerabilities
• Hardware-in-the-loop simulation to test the performance of complex systems using real hardware components in a simulated environment