Was M2M bedeutet, wie es funktioniert und wo es in der Praxis eingesetzt wird.
Embedded systems and robotics applications are the invisible key players in industry. Seamlessly integrated into systems and technical products, they take over control, regulation and monitoring, automatically and in real time. The convergence of both technologies creates intelligent systems that can communicate, analyze and act independently. Our specialists combine the know-how of both worlds. They bridge the gap between classic software development and embedded software engineering, developing high-performance, scalable solutions and platforms for you.
Technology must not overtax even the most demanding requirements. That's why we rely on lean architectures and iterative development - with practical use cases and early testing. Our approach includes consulting, analysis, development, implementation and support during operation in order to solve our customers' challenges with individual/tailor-made software for their device.
In workshops and through prototyping, we sharpen the requirements and formulate a target image as the basis for technology selection. Based on this, a customized system architecture is created - with precisely the components that ideally support your business model. We realize the developed architecture, implement the software on the devices and establish connectivity to backend systems. We also support you in the further technical development or the development of monitoring, security updates or remote maintenance for your devices.
MaibornWolff develops customized embedded software – resource-efficient, robust, and scalable. Ideal for smart devices, strict specifications, and complex system landscapes.
MaibornWolff develops customized embedded software – resource-efficient, robust, and scalable. Ideal for smart devices, strict specifications, and complex system landscapes.
Reliable systems right from the start: We think embedded testing in an integrated way—with automation, clear architecture, and reproducible setups for stable product quality.
Whether individual integration or complete systems: we connect your components precisely – with experience, structure, and technical depth. For stable systems that deliver impressive productivity.
Added value for our customers is an important guideline for our technological development.
Digital twin for control unit development & testing in cars
Virtualization of control units & AWS cloud integration
Setup of virtual cars & control units without expensive hardware setups, worldwide & distributed testing
Control center for the technical monitoring of driverless trucks
UX design, product strategy, data structure, vehicle data visualization
Monitoring, remote support, mission management, reports for commercial autonomous transport solutions
IoT gateway (MAX Box) for data connection between elevator & IoT platform
Examination of code quality, architecture, operations & organization
Optimization of IoT gateway connectivity & digitalization of elevators
Knee training simulator for technology-supported medical education
Mixed reality application combined with a haptic knee model, interactive training environment
Diagnostics on the human knee without simulated patients, simulation of various pathologies, real-time visualization of motion sequences
Customized assistance robots for people with physical disabilities in production
Integration of AI for automated adaptation of robots to people's capabilities
Effective empowerment of people with physical disabilities
Protection of digitalized trucks against virtual attacks
Risk analysis based on 4x6 methodology, ThreatSea, ISO21434
Quick identification of relevant threats for immediately effective security measures
Further development of the IoT platform for connected home appliances
Container-based architecture, open standards, modular design
Quick availability & scalability of digital services, high added value for users
Experience a futuristic outdoor environment in the headset while inside a real vehicle interior
Real-time 3D application, Unreal development, XR technology, game design, smart devices
High-performance processing of vehicle signals for precise motion mapping for an immersive driving experience without motion sickness
Easy & intuitive web UI for product control
Development of HMI components & modules using Scrum
High user-friendliness, reliable operation, fast scalability & extensibility
Control and configuration of the robotic mower via smartphone
Development of app, web, cloud platform and direct Bluetooth communication
Digital benefits for users, app controllability, remote software updates
Fully integrated remote access in the IoT platform
Full stack cloud application, RUST-based clients, UX design
Analysis of sensor data from production as a basis for sustainable decisions for customers
Live monitoring platform for visualizing connected warning devices
Automation & cloud services (MS Azure), API management
Alarms visible worldwide within seconds, multi-tenant system
Software upgrades without the need to visit a service center
Backend system for over-the-air communication with the vehicle, 24/7 support
IT security, more comfort, on-demand provision of new features
Was M2M bedeutet, wie es funktioniert und wo es in der Praxis eingesetzt wird.
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Streamline processes, structure interfaces, and implement automation where it makes sense.
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Simplify processes, identify potential, and use automation in a targeted manner.
Stabilize processes, reduce complexity, create measurable benefits.
How to bring your AI system into line with applicable laws and ethical standards.
How AI is making the automotive industry more efficient, smarter, and more competitive.
How AI works explained in simple terms—from data to models to benefits.
AI is more than just hype: it is already being used today - in everyday life, in business, for society.
Understanding and using LLMs: What they can do, where they can help – and how to get started.
Use generative intelligence strategically, securely and with clear added value.
Descriptive analytics explained – definition, process, benefits and specific examples.
Predictive maintenance explained: making maintenance more predictable, efficient and smarter.
Using AI correctly: data, opportunities, challenges and concrete solutions.
Potential and areas of application for AI, tips and examples for sustainability.
Understanding artificial intelligence simply: applications, impact and future opportunities.
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Better estimate customer demand: definition, methods and added value of demand forecasting.
How predictive quality helps increase customer satisfaction and reduce production costs.
AI in practice: use cases from sales to production, with opportunities and obstacles.
As one of the most innovative IT service providers with a great passion for AI, we focus entirely on the project business and individual software development - without our own products. To stay at the forefront, we continuously invest in our team of digital technology engineers and develop digital solutions that are well thought-out, efficient and reduced to the essentials.
Our principle: simplicity instead of complexity. We only develop what is really needed - tailor-made, useful and reliable. Our results speak for themselves. With over 800 large-scale systems and more than 10,000 person-years of experience in high-end software engineering, we are one of the few who can reliably implement even the largest and most complex IT landscapes. Thanks to close partnerships with leading hyperscalers, our customers operate their solutions in today's most modern and powerful environments.
Less technology. Better Business.