We build .NET apps for the medical industry such as telemedicine applications, symptom tracking & health management apps, solutions for secure hospital messaging, EHR/EMR systems, e-prescription solutions, and more.
Our .NET programmers take part in building payment apps, lending services, transfer pricing solutions, trading platforms, AI-based anomaly detection algorithms, auction platforms, and more.
Our development teams can assist companies in the education sector to produce .NET-based web, mobile, and desktop apps for educational purposes. For example, competency management systems for employee skills tracking, assessment & development, simulations for online skills mastering, learning platforms with video lessons, and more.
We assist our clients in the logistics domain in the creation of stable and reliable .NET applications and tools. Our experts can take part in the development and support of such solutions as logistics portals, logistics management software, transportation management systems, OMS software, and more.
The .NET software engineers due to their expertise bring value to the customer’s asset management solutions, product lifecycle management tools, solutions for inventory management, software material requirements planning, and more.
We provide .NET programming services to companies who operate in the travel & hospitality industries. Our specialists can help clients in building travel planning applications, apps for renting vehicles or booking apartments, and more.
.NET is a powerful technology for the creation of custom e-commerce solutions. Our software engineers can assist customers in building online shopping solutions, ERP systems for retail, OMS software, marketplaces, dropshipping applications, and more.
Our .NET programmers can create solutions for video entertainment, publishing and art industries, music, sports, and digital media directions. For instance, to take over streaming platforms, solutions for book writing, art inventory solutions, software for music production, sports fan engagement platforms, and more.
Besides, .NET MAIU introduces a whole bunch of platform APIs. Does means common things like connectivity, geolocation, and much more are available in one common API.
When the application starts up and whatever the code is created .NET MAUI generates and renders the mobile native control:
Our .NET MAUI app developers can assist in building intuitive and reliable Android and iOS mobile applications. Also, our mobile teams include Xamarin developers who help in further development of customers’ existing solutions and their maintenance & support.
Implement modern desktop applications natively compiled for Windows, Linux, and macOS. Currently, quite a lot of existing desktop applications are written in Windows Forms, WPF, or UWP. Our .NET developers can assist customers in building native desktop apps from scratch or take over the existing applications, which were created earlier on older technologies.
Microsoft recently offered .NET MAUI for desktop app development. When the application starts up and whatever the code is created .NET MAUI generates and renders the desktop native control:
Our .NET development teams assist the organizations in building native desktop apps and their support & maintenance.
Develop autonomous microservices capable of being deployed separately. Microservices can run within the Doker containers in the cloud environment or can be hosted in their own Linux or Windows infrastructures.
The microservices architecture enables the usage of different technologies between each service. For example, the microservices written on .NET can be mixed with the microservices written on other languages like Java, Go, etc.
Message brokers enable the smooth transfer of messages between services and applications in an asynchronous manner. Among the message brokers that our .NET developers apply to the projects are RabbitMQ, Apache ActiveMQ, Apache Kafka, AWS SQS, etc.
Our .NET teams offer microservices development services to boost the delivery of software products to the market and their stable operation.
Build games for PCs, consoles, phones & AR/VR experiences with cross-platform engines. It is possible to implement and run games on cloud infrastructures (for example, Microsoft Azure PlayFab offers options for building and efficiently managing live games).
Several game engines enable the creation of games with C# and .NET. For example, Unity, MonoGame, Godot, Evergine, Unigine, and others.
Create IoT applications with .NET to interact with special devices and sensors. Among the devices, examples are HummingBoard, Raspberry Pi, BeagleBoard, Pine A64, etc. .NET empowers developers to create applications efficiently and seamlessly integrate them with Azure IoT Services. Furthermore, the framework enables users to apply machine learning models to their data, providing them with invaluable insights.
Empower the .NET applications with advanced ML models and vision algorithms. Create state-of-the-art applications with functionality like sentiment analysis, price predictions, sales forecasting, segmentation of customers, and more.
ML.NET is a productive ML framework for the .NET developers, aimed at creating custom machine learning models and their integration into the .NET apps. Besides, software engineers can integrate into the .NET systems already pre-build AI models from OpenAI (for instance, ChatGPT).
E-commerce website
Basic mobile app (Xamarin/.NET MAUI)
Simple desktop application
• Project manager (part-time)
• Designer (part-time if needed)
• Developer
• QA Engineer
Medium-sized E-commerce Platform
Social Media Applications
Complex Mobile App (with advanced and native features)
• Project manager (part-time or full-time)
• Designer (part-time if needed)
• 2+ Developers
• QA Engineer
Enterprise Web Portal
Business process automation tool/app
Large Enterprise Application with Integrations
• Project manager
• Designer
• Business Analyst
• 4+ Developers (incl. Team Lead)
• DevOps (part or full-time)
• 2 QA Engineers
Hire .NET developers or other experts in the .NET field to supplement your organization's existing in-house IT team and boost the delivery of your project.
Pricing model: time and material by an hourly rate (hourly rate depends on the seniority level and experience of the .NET engineer).
Hire the dedicated .NET development team, comprised of the experts that are needed for the efficient implementation of your .NET project. The team can include designers, project managers, software architects, developers, and other specialists in different combinations.
Pricing model: time and material by an hourly rate (hourly rate depends on the seniority level and experience of the .NET specialist).
Delegate the implementation of .NET software solutions to our development team up to the full project realization.
Pricing model: time and material by an hourly rate (for long-term projects; hourly rate depends on the seniority level and experience of the .NET experts) or fixed price (for short-term projects that have clearly defined requirements).
Our team starts the .NET project by discovering the client’s business needs and analyzing objectives, requirements specifications, and goals to define a roadmap for solution development.
Once the software requirements are clarified and approved, our .NET team can proceed with the specification of the system requirements, components, and the selection of the solution's architecture design.
Within the development stage takes place the conversion of the system design and all the .NET solution requirements into the source code. As a rule, the system is created step-by-step in the small units and each unit is tested.
After all developed units are integrated into one system QA team ensures that the software meets the defined requirements, identifying and addressing any potential issues.
The market-ready solution is released to the production environment. After this starts the phase of post-release support and continuous maintenance of the software product in general.
The microservices architecture enables the utilization of various technologies across a service boundary. By leveraging this mix of technologies, it becomes possible to gradually embrace .NET in the creation of new microservices that seamlessly integrate with other microservices or services. E.g. it’s possible to mix the services or microservices built with .NET, Ruby, Java, or even any other monolithic technologies.
Besides, lots of infrastructure platforms are available. For instance, Azure Service Fabric streamlines the development of microservices and enables efficient application lifecycle management. Azure App Service is a suitable option for stateless microservices. Microservices alternatives on Docker match different types of microservices approaches.
Message brokers RabbitMQ, ApacheActiveMQ, ApacheKafka, AWS SQS, and others facilitate the process of message exchange between the services.
.NET is an open-source platform for building different types of apps. Using .NET it is possible to deliver desktop, mobile, and web applications or produce simulations, 2D & 3D games, IoT apps, etc.
.NET Framework was released in 2002 by the Microsoft Corporation. Initially, the .NET Framework was the first realization of the .NET platform that could be launched on Windows and was intended for building applications for macOS, Windows, Linux, iOS, Android, and more. .NET Framework 4.8. was the final version of the .NET Framework.
.NET Core was officially released in 2016. It is the rewritten modern analog of its predecessor .NET Framework. .NET Core can be launched not only on Windows but also on other operating systems like Linux, and MacOS. .NET Core offers advanced development options and enables the building of different application models that are scalable, flexible and robust. After .NET Core version 3.1. Microsoft delivered .NET Core as .NET 5 without “Core” in its naming. From that moment Microsoft releases the new version of .NET every year. For now, the latest version is .NET 8.
Reasons to choose .NET for the development of the software solution:
According to Statista .NET belongs to the most used worldwide, as of 2023.
Our back-end developers as well as full-stack developers work on the customer’s projects and successfully perform their tasks. The software engineers have different seniority levels and years of experience. Generally, the approximate distribution is as follows: