Industry: Software Region: Germany Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
The company is a deep technology company from Hanover, with decades of experience in robot research, development and productization. It combines our expertise in robotics, automation and artificial intelligence with modern development methods such as advanced software development and continuous integration to help customers realize production automation more independently. Its innovative middleware software enables robots, sensors and (AI) software to be combined into an innovative solution in a short time, and quickly iterate in a long time to realize software-driven automation.
Supplier lock-in refers to the situation that customers rely heavily on the products or services of a specific supplier, which makes it difficult to switch to other suppliers without a large budget or budget interruption. This may be a problem for enterprises seeking to optimize their automation processes, because their ability to utilize new technologies or effectively expand their operations may be limited.
With the help of the company's software manufacturers, integrators and users, customers can easily create new solutions for all applications and optimize their entire automation in a flexible, modern, sustainable and efficient software environment. It not only improves the production efficiency, but also lays the foundation for the integration of sustainable practice. From automation to the integration of adaptability and environmental protection technology, sustainable production has been realized.
● Efficient automation: innovative solutions to achieve independent automatic production, the company can not only optimize the workflow, but also improve energy efficiency and reduce material waste.
● Flexibility and adaptability: The ability to program with Python enables companies to implement customized solutions to meet the specific requirements of sustainable production. This may include integrating energy management systems, smart sensor technology or other innovative methods to save resources.
● Open interface and open source: The openness of innovation system enables the sustainable technologies of third-party providers to be seamlessly integrated. This promotes the use of environmental protection solutions and helps to minimize the ecological footprint of production.
● Scalability of micro-service architecture: Micro-service architecture not only improves flexibility, but also realizes scalable implementation.