| dc.description.abstract | In recent years, the business sector has changed extremely and rapidly due to the development of globalization and science and technology. That is, the same business model will face very different environmental challenges after a good period of operation. Therefore, how to quickly make new adjustments in response to changes is the key to sustainable profitability.
Compared to the company′s vision and long-term goal, vision and goal is not appropriate to quickly fix. However products needs to quickly adjust its business model according to the status of the market.
Quick adjustment means that adjustment methods need to be simple and easy to use. And need to easily show the plan to decision makers, explain the plan and strive for support. And need to be corrected immediately when new information is discovered. The business model canvas method is a lightweight and easy-to-follow rapid business model architecture system, which is very suitable for the product level. Therefore, this method is selected as the planning tool for frequent operations.
However, the business model canvas method is more of an architectural description, and the thinking process is often filled in with intuition. In practice, it has been found that the decision makers have obvious limitations, that is, different products get similar business model structures. We know different products in different markets must face different customer needs. If we analyze a similar structure, the analyzed architecture cannot help us create value.
Therefore, the goal of this paper is to try to optimize the business model canvas method and hope that it can be more systematic and comprehensive in the process of planning the business model diagram. After the planning, it can provide clear task information so that the implementer can quickly follow the strategy. After the information of the mission, we quickly started various tasks.
After this research optimization, we found that this method can really bridge business model diagrams and task lists, which is very helpful for practical applications. | en_US |