Our Services

Swiss precision in software and architecture design tailored for your business.

Reduce risk, Make better decisions. Build on solid foundations.

Complex technical projects succeed or fail long before the first line of code is written. We provide independent, engineering-driven consulting that gives your team the clarity and confidence to move forward: with the right architecture, the right approach, and a realistic path to implementation.

From early feasibility studies through to detailed system and software architecture design, we analyse your processes, data flows, and technical constraints to uncover bottlenecks, define viable solution paths, and establish a foundation built for long-term maintainability. The outcome is a robust, scalable concept that balances technical feasibility, cost, and sustainability – whether as preparation for a software project, an automation initiative, or a broader system redesign in an industrial or production environment.

What we deliver

• Technical feasibility studies and solution concept development

• Process and workflow analysis and optimisation

• Scalable, maintainable system and software architecture design

• Technical guidance through solution definition and decision-making

Particularly valuable at the start of new projects, during system modernisation, or when validating a technical approach before committing to implementation.

Built to last. Engineered for complexity.

Standard software rarely fits where precision matters most. We develop custom solutions for technically demanding environments such as industrial systems, engineering workflows, and data-driven processes, where reliability, maintainability, and long-term usability are core requirements, not optional extras.

A clear and robust architecture is central to everything we build. We focus on clean interfaces, extensible designs, and technology choices that can evolve alongside changing requirements, ensuring solutions remain adaptable over time even as systems grow in complexity and integration depth.

From initial concept and architecture design through to implementation and commissioning, we work closely with our customers to deliver software that integrates seamlessly into existing technical ecosystems.

What we deliver

• Custom software development for complex technical and industrial applications

• Software architecture and system design with long‑term maintainability in mind

• Integration with existing systems, tools, and data sources

• Well‑structured, extensible, and thoroughly documented solutions

Particularly valuable when standard software falls short, when existing systems need to be extended or integrated, or when long-term reliability is critical.

Less repetition. More engineering.

Repetitive CAD work is a bottleneck that compounds over time. We help engineering teams automate and parametrise their CAD workflows, reducing manual effort, eliminating error-prone repetition, and freeing up capacity for work that actually requires engineering judgement.

Our focus is on rule-based and parametric CAD models, including the automation of complex geometries and freeform surfaces. By embedding engineering knowledge directly into automated models and workflows, repetitive tasks can be executed reliably while preserving design intent and quality.

Every solution is built with downstream manufacturing in mind. Close integration with CAD/CAM and production processes ensures that design data is not only generated faster, but is also robust, consistent, and production-ready.

What we deliver

• Parametric and rule‑based CAD modeling

• Automation of engineering and design workflows

• Automation of complex geometries and freeform surfaces

• CAD/CAM integration and manufacturing readiness

Particularly valuable when engineering effort needs to scale, when design consistency is critical, or when repetitive CAD tasks are limiting productivity and time-to-production.

Software Development

CAD Automation

Consulting & Technical Analysis

Robotics &
Industrial Automation

Precise. Repeatable. Production-ready.

Where precision and repeatability are non-negotiable, manual processes reach their limits. We design and implement robot-controlled manufacturing systems tailored to the specific task, component geometry, and production constraints of each environment, ensuring reliable performance under real-world conditions.

A strong emphasis is placed on offline programming, simulation, and process validation. Planning and testing robotic processes before deployment significantly reduces commissioning time, operational risk, and disruption to ongoing production.

Our experience spans automated machining and processing of complex components, collision-aware toolpath planning, and the integration of robotic systems into existing production lines.

What we deliver

• Robot‑controlled manufacturing and processing systems

• Offline programming, simulation, and virtual commissioning

• Toolpath generation and process optimization

• Collision detection, process validation, and operational safety

Particularly valuable when high precision and repeatability are required, or when robotic processes need to be integrated into existing manufacturing lines with minimal disruption.