Our Working Model
Navet Analytics’ working model revolves around providing you with insights into opportunities, giving you the confidence to transform and develop your business. In this way, we support our clients throughout their change journey.
We have extensive industry knowledge across a wide range of sectors, including construction and real estate, infrastructure, logistics, banking, finance and insurance, manufacturing and food, IT services, as well as service and retail.
We take a structured team-based approach to our work, which is tailored to your needs and harnesses the experience and expertise of our team members. You can always count on our collective commitment to your success, with a company culture characterised by responsiveness, creativity, reliability, and stability.
This structured working method is essential for the successful execution of complex assignments, ensuring quality at every stage.
Navet Analytics’ applies a three-step approach – Analysis-Structure-Execution.
Analysis – Analysis is always carried out in close collaboration with the client, with the aim of creating a relevant foundation for the decision-making process. This foundation consists of the company’s internal data and conditions, as well as key external factors, taking into account the nature and purpose of the change process.
Structure – Our clear and forward-looking structure provides a good overview of the situation and supports the decision-making process. Client reports, tailored to the assignment, present facts and knowledge in an efficient and descriptive manner.
Execution – The third step, execution, is where the entire change process is completed and “activated”. The client receives support and specialist help to succeed on all levels. Navet Analytics is involved at regular intervals throughout the change process. When necessary, our team of selected specialists is supplemented with external expertise from our network to ensure a professional, solution-oriented approach, even for needs that arise during the execution phase.