Solutions
Technical Software
We specialize in developing technical software and automation for technical applications, providing robust solutions for your most demanding use cases. Our comprehensive software solutions are based on apps, backend systems, automation, and embedded software. With our expertise in safety-critical product development, we deliver reliable, tailored systems ready to drive your business success.
Your experts for technical software
Technical Software Solutions
Software Solutions
Solid software solutions for your technical applications based on user-friendly apps and reliable backend systems deployed in the cloud and on-premises.
Process Automation
Streamlined process automation for your technical applications as standalone solution or software system extension deployed in the cloud and on-premises.
Embedded Software
Efficient embedded software for bare-metal and RTOS-based systems to drive your business-critical technical applications locally and on the edge.
Software Solutions
Technical software often requires powerful functionality that goes beyond basic measurement and control features. By leveraging the latest technologies, particularly AI, technical software can efficiently solve complex problems and open doors to entirely new use cases that were previously impossible. Data-intensive applications especially benefit from advances in data science and increased computational power. Technical software based on advanced algorithms, machine learning, and large language models (LLM) provides powerful solutions for your applications, giving your business a competitive edge.
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Technologies
Our solutions include comprehensive software systems based on web / mobile apps and backend systems. Upon request, we also develop native software. Deployment depends on the system and use case and can be in the cloud and on-premises.
Web / Mobile Apps: We develop universal web and cross-platform mobile apps that run on any device with a modern browser, such as tablets and smartphones. This means you can use common hardware to run the user interface for your technical application.
We use popular, mature technology stacks to develop web and mobile apps that provide excellent user experience combined with industrial reliability.
Native Software: Upon request, we develop native apps and backend systems for specific operating systems, including Windows, macOS, Linux, Android, and iOS. In most cases, a web/mobile app with a cloud-based or self-hosted backend system is the best solution. However, sometimes the specific requirements of a project demand a native implementation of all or part of the software system.
Backend Systems: We develop robust, scalable, and high-performance backend systems that implement the core functionalities of your application. While backend systems are sometimes implicit parts of an app, in most cases they are dedicated, independent components of the system that are deployed in the cloud or on-premises. We use popular, mature technology stacks to develop backend systems that provide reliable data storage and fast task processing to drive your technical application.
Process Automation
Our customer-centric approach is rooted in understanding our clients’ needs and providing solutions that align with their objectives. Some challenges do not require a comprehensive software system but rather carefully tailored, lightweight solutions for specific use cases. Automation is the best answer for repetitive and well-defined tasks or processes, reducing complexity, development time, and costs. Solutions may comprise multiple automation components or a combination of software and automation to provide the most efficient implementation.
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Technologies
Our solutions include API-based automation, robotic process automation (RPA), and AI agent solutions. Automation can serve as a standalone solution or as part of a larger software ensemble, addressing a specific aspect of the application. Automation is usually constructed using platforms that are either cloud-based or on-premises.
API-based automation: Our solutions include API-based automation that integrates various services to produce predictable results. We also recommend designing and implementing an API when building your software system so that it is ready to be integrated with external services at any time.
Robotic process automation (RPA): When API interfaces are unavailable or limited, we recommend using robotic process automation to automate tasks, especially manual ones. RPA works on user interfaces (UIs) and other system components in a manner similar to that of an employee, only faster and more reliably. This approach is the perfect interim solution for legacy software that does not provide the necessary APIs.
AI agents: Our AI agent solutions leverage the power of large language models (LLMs) to provide clients with flexible, powerful automation. These solutions can comprise several domain-specific AI agents, each dedicated to a specific task. Combined, they form a powerful virtual workforce. The latest standards, such as the Model Context Protocol (MCP), allow for the efficient integration of LLMs, your data, and other services, providing outstanding results that go beyond basic automation workflows.
Embedded Software
Technical applications range from simple calculation apps to complex distributed systems that run on terminals, servers, and embedded devices. Real-world interfaces for sensors and actuators, in particular, require embedded computing capabilities, which are realized with microcontrollers or embedded computers.
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Technologies
We offer bare-metal and RTOS-based software development solutions for microcontrollers and single-board computers. Our focus is on implementing functionality that integrates with our app/backend solutions, particularly communication layers and APIs.
Target Platforms: We cover common architectures, especially popular ARM-based systems. These range from entry-level microcontrollers that provide simple sensor readouts to powerful CPUs/NPUs that are specifically designed for advanced and demanding applications. We develop on both bare-metal microcontrollers, which do not use operating systems, and systems that run common real-time operating systems (RTOS), such as FreeRTOS or Linux. Development is typically realized in C/C++, depending on the system.
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Frequently Asked Questions (FAQ)
What are the typical components of a technical application?
Our focus is on systems consisting of web and mobile apps as frontend and backend systems as the core of an application. However, technical applications can range from simple standalone mobile apps to complex systems with multiple backend systems, web and mobile apps, native components, automated integration of external services, interconnected systems, and embedded modules that interface with real-world devices via the Internet of Things (IoT). The specific system architecture depends on the use case and the most efficient implementation solution for your business needs.
Is it possible to extend or modify an existing software system?
It is usually more efficient to enhance or modify an existing system than to rebuild everything from scratch. If this approach is technically feasible and aligns with the client’s objectives, we offer development services for existing systems, particularly tailored automation solutions. However, reengineering a solution with new functionalities while retaining only the necessary old ones may sometimes be a better option.
Do you provide full-scale embedded system development services?
We develop software for various target platforms, including bare-metal and RTOS-based systems. We focus on providing the necessary functionality for integration with our apps and backend software solutions. Although we cover most aspects of embedded software development, we do not offer hardware development services. We prefer to concentrate on our core competency of software development to provide excellent services in this area to our clients. However, we do cooperate with other suppliers that specialize on hardware development, manufacturing, and testing.