We provide the foundation for the technical excellence of your products through integrated systems engineering, structured safety management, and comprehensive product security. This results in systems that reliably meet the highest technical, regulatory, and operational requirements.
The development of modern systems is characterized by increasing technical complexity, stringent safety requirements, and growing regulatory demands. This makes it all the more important to integrate systems engineering, safety, and product security into the development process early on and in a structured manner.
We support you with an integrated approach throughout the entire lifecycle - from requirements definition through architecture and design to implementation and verifiable validation. In doing so, we combine reliable engineering expertise with clear methodologies, established processes, and field-proven toolchains.
The result: systems that are not only specified but also technically sound in their implementation and verifiably validated. Risks are addressed early on, decisions are made transparently, and regulatory requirements are reliably met. The outcome is stable, certifiable, and future-proof products that perform reliably in operation and build trust.
With a structured systems engineering approach, we bring clarity to complex development projects. Requirements, architectures, and interfaces are clearly defined and consistently implemented across disciplines. This allows you to maintain control even under time and cost pressures, make well-informed decisions, and develop compliant systems of high technical quality.
A continuous digital thread connects data, models, and processes across all development phases. Information remains consistent, dependencies are transparent, and changes can be traced at any time. This reduces friction, shortens development times, and ensures that your systems can be efficiently developed and operated throughout their entire lifecycle.
Functional safety is not an afterthought, but an integral part of the system design. We incorporate safety early in the development process and consistently implement regulatory requirements. This allows us to lay the groundwork for a smooth approval process, minimize the need for later modifications, and ensure that your products are safe, reliable, and compliant when in use.
Taking a holistic approach to product security, we identify, assess, and address cyber risks early in the development process. Security requirements and regulatory mandates, such as the Cyber Resilience Act, are systematically incorporated. This provides lasting protection for your products, strengthens customer trust, and ensures long-term compliance.
We provide support for the structured development of complex systems and reliably bring projects to fruition, even under time and cost pressures. In the process, we take full responsibility for content, quality, and results.
Our experienced engineers create key development artifacts, ranging from specifications, architecture, and design to integration, verification, and testing. Interdisciplinary teams with expertise in software development, safety, security, and UX design ensure that the resulting systems are consistent, traceable, and technically sound.
Using model-based systems engineering (MBSE) approaches, we create transparency for you and make complexity manageable. Variant diversity, dependencies, and decisions are tracked and efficiently managed across disciplines.
Drawing on years of experience, we design processes, methods, and toolchains in a pragmatic and goal-oriented manner - integrated into existing ALM (Application Lifecycle Management) and PLM (Product Lifecycle Management) systems and closely aligned with safety, product security, and AI-driven automation. This enables teams to work in a model-based manner and achieve sustainable efficiency, quality, and transparency throughout the entire development cycle.
Our support enables you to integrate functional safety into system development from the very beginning, thereby significantly reducing risks, effort, and rework. We view safety not as an afterthought, but as an integral part of the system design.
We have safety specialists who support development projects as well as the establishment of sustainable safety structures within organizations - from hazard analysis and safety concepts through to validation and documentation. Through a practical, collaborative approach, we foster safety, a sense of responsibility, and long-term product reliability.
We enable secure and compliant product development that reduces cyber risks and reliably meets regulatory requirements. Product security is holistically integrated into development processes - from risk analysis and security-by-design to evidence management and audit preparation.
In addition, we support companies in the adoption and implementation of the requirements of the Cyber Resilience Act - from assessment and action planning to organizational embedding. This enables teams to embed security and compliance sustainably and to build resilient, future-proof products.
A leading industrial company planned to strategically realign its development landscape and bring the growing number of variants under control. As part of the modernization of the control platform, it became clear that processes, architectures, and toolchains needed to be more tightly integrated and future-proofed.
We gradually introduced Model-Based Systems Engineering (MBSE) and developed a consistent RFLP approach with integrated variant management. Processes and the toolchain - including integration with ALM (Application Lifecycle Management) and PLM (Product Lifecycle Management) as well as automated safety documentation - were specifically refined. At the same time, we supported the organization through its transformation and trained several hundred engineers in model-based working methods.
With our support, the company operates in an integrated, transparent, and highly efficient development environment.
Engineering, safety, and security work together seamlessly, projects are implemented more quickly, and variants are managed in a structured manner. System development has been sustainably digitized and is clearly focused on the future and growth.
Our engineers handle operational tasks throughout the entire systems engineering process - from specification and architecture to design and integration, all the way through verification and validation. We see ourselves not merely as consultants, but as technical partners who actively contribute to the development process and bridge the gaps between disciplines, tools, and teams.
With many years of project experience, we speak our clients’ language and approach system development with a consistently networked mindset - along the entire digital thread.
A successful start with model-based systems engineering does not begin with a tool, but with a clear vision. Together with our customers, we determine the intended use of MBSE and derive a suitable, practical approach from this - step-by-step, pragmatic, and sustainable.
In doing so, we take a holistic view of processes, methods, tools, and organization, ensuring that people remain at the center. The result is not a theoretical construct, but a dynamic MBSE approach that is understood, utilized, and continuously refined.
Our customers benefit from shorter development times, higher data quality, and a noticeable reduction in the workload on their engineering teams. We see significant potential for the targeted use of automation and AI, particularly in systems engineering, to make processes more efficient and easier to track.
Together, we identify suitable use cases throughout the entire development cycle and develop customized solutions that combine engineering expertise, automation, and AI. In combination with model-based approaches and modern languages such as SysML v2, toolchains can be intelligently expanded, and modeling, analysis, and traceability can be sustainably improved. In doing so, we also draw on the comprehensive AI expertise and resources of our parent company, Infosys.
We provide a clearly structured and transparent approach to implementing CRA requirements. To this end, we analyze the current state of your development processes, evaluate existing documentation, and align your current practices with the requirements of the Cyber Resilience Act through joint workshops.
Based on this analysis, you will receive a comprehensive assessment with prioritized recommendations for action to ensure that your products and processes are efficiently, securely, and sustainably aligned with CRA compliance.