Researchers demonstrated that through mixed reality technology, the micron-level presents the spatial position relationship between the brain-computer interface device and the main blood vessels and brain tissues of the rat brain. Photo by Xinhua News Agency reporter Xiao Yijiu

  In today's rapidly developing science and technology field, innovation has become the core driving force for progress and the key to the survival and development of enterprises. Among the many types of innovation, original innovation has attracted much attention for its uniqueness and breakthrough. Original innovation can not only bring about major technological breakthroughs, but also create lasting competitive advantages for enterprises. As an emerging technology company, DeepSeek has achieved outstanding results in a short period of time with its unique original innovation capabilities and has become a leader in the industry. By analyzing the successful experience of this company, we can better understand the far-reaching impact of original innovation on corporate development and provide reference for the development of other technology companies.

  Original innovation leads the forefront of science and technology

  DeepSeek is an innovative enterprise focusing on artificial intelligence and big data technology. Since its establishment, it has been continuously promoting technological progress with original innovation as the core.

  In the field of data processing, the company launched the "Distributed Intelligent Data Lake" solution, which combines edge computing and cloud computing to achieve efficient processing of massive data, providing powerful data support for multiple industries. This innovation not only solves the bottleneck of traditional data processing solutions, but also promotes the digital transformation of the industry.

  In terms of artificial intelligence algorithms, the "DeepSeek-Net" deep learning framework has been developed. By introducing adaptive learning rate and dynamic network structure, the model training efficiency and accuracy have been significantly improved, bringing new breakthroughs in the fields of image recognition, natural language processing, and providing new research directions for the industry. What is more worth mentioning is that DeepSeek has made revolutionary progress in the field of human-computer interaction. The company's successful development of brain-computer interface AI technology has realized the direct connection between human thinking and electronic devices, provided new communication methods for people with disabilities, and brought major changes to the fields of virtual reality and augmented reality.

  DeepSeek's success stems from its persistence in original innovation. The company has a high-quality R&D team, focusing on R&D investment, able to quickly respond to market demand and develop competitive technologies and products. At the same time, the company also accelerates technological innovation and results transformation through the combination of industry, academia and research.

  The importance of original innovation in the development of technology enterprises

  Original innovation plays a crucial role in the growth process of technology companies. Its influence runs through multiple levels of enterprise development and is the core driving force for the continuous progress of enterprises and industry innovation.

  First of all, original innovation is the key to technological enterprises breaking through technical bottlenecks and building core competitiveness. With the rapid development of technology today, if companies want to gain a foothold in the fierce market competition, they must constantly seek technological breakthroughs. Original innovation allows enterprises to independently develop disruptive new technologies that can not only solve the limitations of existing technologies, but also open up new market space for enterprises, thereby building core competitiveness that is difficult to replicate. Through original innovation, enterprises can lead the technological progress of the industry, become the maker of industry standards, and then occupy a dominant position in the market.

  Secondly, original innovation helps to reshape the industry structure and enhance the company's voice in the industry. In the field of science and technology, only by continuously launching revolutionary products and services can the entire industry be promoted. Original innovation enables enterprises to develop unprecedented new products or service models. These innovative achievements can not only meet the growing needs of consumers, but also lead the industry trend and promote the entire industry to develop to a higher level. In this process, enterprises can not only enhance their position in the industry, but also break technological monopoly through technological innovation, reconstruct the industrial value chain, and contribute to the diversified development of the industry.

  In addition, original innovation can also drive the sustainable development and ecological coordination of enterprises. Original innovation can not only bring direct economic benefits to enterprises, but also stimulate the vitality of the entire industrial chain and drive the development of related industries.

  Key paths to promote original innovation

  In an era of rapid change, original innovation has become an important driving force for promoting social progress and industrial upgrading. However, original innovation is not easy, it requires a comprehensive and strong innovation ecosystem to support it. This ecosystem covers multiple key paths, including breakthroughs in principle innovation, cultivation of high-quality talents, construction of innovative culture and management mechanisms, and innovation in scientific research organization models.

  First, breakthroughs in principle innovation are the cornerstone of original innovation. Principle innovation involves a deep understanding of basic scientific principles and independent research and development of new technologies. In order to achieve breakthroughs in principle innovation, we must first attach great importance to R&D activities and invest sufficient resources. This includes support from funds, manpower, equipment and other aspects to ensure the smooth progress of R&D projects. At the same time, it is also necessary to establish efficient R&D mechanisms, such as project management, team collaboration, knowledge management, etc., to improve R&D efficiency and quality of results. In the process of principle innovation, it is also necessary to cleverly integrate international cutting-edge technologies and mainstream architectures. This means keeping up with the international scientific and technological development trends, timely introducing new technologies and new methods, and at the same time, we must carry out independent research and development and innovation in light of the actual situation in our country or region. Through this method, it is possible to maintain technological advancement while reducing R&D costs and improving technical applicability. In addition, principle innovation also requires the focus on interdisciplinary cooperation. The intersection of different disciplines can often generate new inspiration and breakthroughs. Therefore, exchanges and cooperation between different disciplines should be encouraged, discipline barriers should be broken, and knowledge sharing and integration should be promoted.

  Second, the cultivation of high-quality talents is the source of original innovation. Talent is the main body of innovation and a key factor in promoting original innovation. Cultivating high-quality R&D talents requires starting from multiple aspects. First of all, we must pay attention to basic education. Basic education is the basis for cultivating talents, and it should focus on cultivating students' innovative thinking and practical ability. By providing diverse educational resources and teaching methods, students are stimulated to be curious and curious, and cultivate their critical thinking and problem-solving abilities. Secondly, we must strengthen higher education and vocational training. Higher education and vocational training are important ways to cultivate professional talents. They should focus on the combination of theory and practice, providing cutting-edge course content and practical opportunities to cultivate students' professional skills and innovative abilities. At the same time, cooperation with enterprises and research institutions should be strengthened to provide students with more internships and employment opportunities. In addition, a complete incentive mechanism is also needed. This includes two aspects: material motivation and spiritual motivation. Material incentives can be achieved by increasing salary and benefits, providing bonuses and benefits, and spiritual incentives can be achieved by commending outstanding talents and providing career development opportunities.

  Third, the construction of innovative culture and management mechanisms is the guarantee of original innovation. An open, inclusive and innovative cultural atmosphere can stimulate employees' enthusiasm for innovation and work enthusiasm; while an efficient, flexible and collaborative management mechanism can improve innovation efficiency and quality of results. In order to build an innovative culture, enterprises, research institutions and government departments should work together. Enterprises can set up innovation funds, hold innovation competitions and other activities to encourage employees to participate in innovation; research institutions can strengthen academic exchanges, carry out international cooperation and other activities to promote the sharing and integration of knowledge; government departments can formulate innovation policies and provide innovation support and other measures to create a good innovation environment. In terms of management mechanisms, it is necessary to pay attention to flexibility and collaboration. Flexibility means being able to quickly respond to market changes and customer needs, and timely adjust R&D strategies and directions; collaboration means being able to strengthen communication and cooperation between teams, jointly solve problems and promote innovation.

  Fourth, innovation in scientific research organizational models is an accelerator of original innovation. The traditional scientific research organization model often has problems such as resource dispersion and inefficiency, which is difficult to meet the rapidly changing market demand. Therefore, it is necessary to explore new scientific research organization models to accelerate original innovation. An effective scientific research organization model is industry-university-research cooperation. Industry-university-research cooperation can integrate the resources of enterprises, universities and research institutions to form complementary advantages and collaborative innovation. Through cooperation between industry, academia and research, R&D results can be quickly transformed into practical applications, and technological progress and industrial upgrading can be promoted. At the same time, this cooperation can also promote knowledge sharing and talent flow, injecting new vitality into sustainable development. Another effective scientific research organization model is open innovation. Open innovation means breaking organizational boundaries and attracting more external resources to participate in the innovation process. Through an open innovation platform or community, developers, designers and entrepreneurs around the world can participate in innovation activities and form a broad innovation network and ecosystem. This open and innovative model can accelerate the promotion and application of new technologies and promote industrial upgrading and economic development.

  With the rapid development of technology and the fierce market competition, the importance of original innovation will become increasingly prominent. Technology companies must deeply realize that only by constantly pursuing original innovation can they be invincible in the fierce market competition and achieve sustainable development of their enterprises. Therefore, the vast number of technology enterprises should further increase investment in innovation, improve innovation mechanisms, and use original innovation as the engine to drive the company to continue to develop, and contribute greater strength to the progress of the entire industry and even society.

  (Du Kunlun and Wu Haijun are respectively: second-level researcher at the Institute of Finance and Trade, Sichuan Academy of Social Sciences; associate researcher at the Institute of Industrial Economics, Chinese Academy of Social Sciences)

[Editor in charge: Ran Xiaoning]