Digitization
AI Strategic Transition
Innovation
Revolutionize Model
Compliance
Quality and IP
Deployment
New rapid experience
R&D innovation platform is a digital platform focus on experimental process data management. Through multi-dimensional management of R&D projects, experimental data and laboratory resources, it optimizes the R&D process of enterprises, promotes R&D collaboration, achieves the accumulation of "data" to "knowledge", and comprehensively improves the R&D innovation ability and management efficiency of enterprises. The use of automated data acquisition and large data analysis technology helps enterprises quickly integrate and process large amounts of data, and explore more value of data utilization.
Quality Compliance Platform is positioned to provide a comprehensive information-based quality management solution for enterprises, to achieve the regularization, digitalization, high efficiency and refinement of quality management, to help enterprises stabilize the quality management system framework and improve the efficiency of enterprise quality management.
Simulations Platform can explore the relationship between micro-structure and macro-product properties in multiple scales. Combining with the latest AI technology, simulation will revolutionize material research and drug research and realize a new data-driven R&D model.
To provide continuous professional products and services, and constantly create value for our customers.
Neotrident is willing to make its contribution to improve the innovation capability and core competitiveness of world scientific research institutions and enterprises.
The Life Sciences represented by biology and pharmaceuticals are the frontier of scientific development. Through information and AI technology, R&D laboratories will have higher efficiency of team cooperation and R&D, lower environmental risk and more standardized data management.
Making full use of cloud computing, big data, Internet, mobile applications, artificial intelligence and other new generation of scientific and technological information, petroleum, petrochemical and chemical industry are gradually taking digitalization, networking, intellectualization and greening as the technological base to enhance the competitiveness of industry.
With the rapid development of downstream applications, increasing technological innovation in the field of new energy has become an inevitable choice for new energy enterprises to enhance their development capabilities and cope with market competition. The mastery of core technology and the exploration of innovative technology are still the most important tasks.
Using artificial intelligence technology and advanced information technology to predict material properties and screen formulations in advance of experiments, partly replacing chemical synthesis, structural analysis, physical property testing and other experiments, to improve research and development efficiency and reduce overall research and development costs, is the key way for enterprises in the field of new materials to strengthen their competitiveness.
Developing and designing high-performance aerospace structural materials is the goal of aerospace. Aerospace materials need to adapt to extreme conditions such as ultra-high temperature, ultra-low temperature, high vacuum, high stress and strong corrosion, how to develop and design new materials or formulations to meet the performance requirements has become more and more important.
Scientific and technological innovation is the motive force to promote the integration of military institutes and civilians in the information age. The data accumulation of R&D experiments and corresponding research results is becoming more and more huge. How to manage and maintain these information resources adequately, and how to utilize and excavate the potential huge value of data are new opportunities and challenges faced by the researchers.
To provide continuous professional products and services, and constantly create value for our customers.
Neotrident is willing to make its contribution to improve the innovation capability and core competitiveness of world scientific research institutions and enterprises.
The Life Sciences represented by biology and pharmaceuticals are the frontier of scientific development. Through information and AI technology, R&D laboratories will have higher efficiency of team cooperation and R&D, lower environmental risk and more standardized data management.
Making full use of cloud computing, big data, Internet, mobile applications, artificial intelligence and other new generation of scientific and technological information, petroleum, petrochemical and chemical industry are gradually taking digitalization, networking, intellectualization and greening as the technological base to enhance the competitiveness of industry.
With the rapid development of downstream applications, increasing technological innovation in the field of new energy has become an inevitable choice for new energy enterprises to enhance their development capabilities and cope with market competition. The mastery of core technology and the exploration of innovative technology are still the most important tasks.
Using artificial intelligence technology and advanced information technology to predict material properties and screen formulations in advance of experiments, partly replacing chemical synthesis, structural analysis, physical property testing and other experiments, to improve research and development efficiency and reduce overall research and development costs, is the key way for enterprises in the field of new materials to strengthen their competitiveness.
Developing and designing high-performance aerospace structural materials is the goal of aerospace. Aerospace materials need to adapt to extreme conditions such as ultra-high temperature, ultra-low temperature, high vacuum, high stress and strong corrosion, how to develop and design new materials or formulations to meet the performance requirements has become more and more important.
Scientific and technological innovation is the motive force to promote the integration of military institutes and civilians in the information age. The data accumulation of R&D experiments and corresponding research results is becoming more and more huge. How to manage and maintain these information resources adequately, and how to utilize and excavate the potential huge value of data are new opportunities and challenges faced by the researchers.
