Recently, the first military small innovation, small invention, and small creation selection activity has come to an end. A group of innovative achievements that closely meet practical needs, solve training difficulties, and improve combat effectiveness have been showcased, with technology innovation projects accounting for 90%. This data indicates that our military's grassroots scientific research and innovation are shifting from "scattered improvement" to "systematic breakthrough", and the innovation vitality of grassroots officers and soldiers is competing to burst forth. In recent years, our military has increased investment in grassroots scientific research at all levels, established a three in one scientific research support system of "supporting laboratories, training bases, and innovation studios", and achieved full domain sharing of technical resources through cloud platforms. The "Intelligent Border Control System" developed by a certain border defense brigade integrates modules such as sensing, communication, and data analysis. During the development process, it completed full process verification in complex environments through simulation systems and specialized testing equipment issued by superiors. Grassroots scientific research backbone stated, "In the past, many ideas were difficult to put into practice due to limited conditions. Now, with systematic support, we are able to tackle more complex problems." The reporter found that currently, grassroots scientific research backbone exhibits a distinct characteristic of "finger technology integration," with both frontline commanders proficient in combat command and young officers, soldiers, and civilian personnel skilled in cutting-edge technologies such as artificial intelligence. The research and development team of the "Joint Operations Simulation Training System" participating in this selection activity is composed of battalion level commanders and professional technical officers with further education experience in universities. They deeply integrate practical experience with cutting-edge technology and have solved multiple training difficulties. In recent years, various levels have cultivated a large number of compound talents who understand combat and are skilled in technology by expanding talent introduction channels and improving joint training mechanisms, providing solid talent support for scientific and technological innovation. All levels of the military actively build innovation platforms for grassroots scientific research, widely carry out technical competitions, innovation contests and other activities, and establish special reward funds to stimulate the innovation enthusiasm of officers and soldiers. A certain soldier encountered repeated setbacks in the development of the "Equipment Intelligent Detection System", but the unit's chief continued to provide support. In the end, the soldier overcame the technical difficulties. This strong atmosphere of "encouraging innovation and tolerating failure" allows officers and soldiers to dare to focus on cutting-edge fields for research and development. At the same time, the cross departmental and cross disciplinary joint research and development model is becoming increasingly mature, and sharing and collaboration have become a new trend. Associate Researcher Lin from a certain institute of the System Engineering Research Institute of the Academy of Military Sciences stated, "Currently, the research and innovation of the entire military has shifted from focusing on improving the performance of single equipment in the past to paying more attention to system integration, information dominance, and overall efficiency doubling." It is reported that frontline officers and soldiers at the grassroots level of scientific research have firmly established the orientation of scientific research and innovation services for preparing for war, and regard whether the results can solve practical problems, integrate into the combat system, and have promotional value as the core standards. The innovation areas cover command and control, intelligence processing, simulation training, comprehensive support, and other aspects. The research topics focus closely on enhancing joint and cooperative combat capabilities, and strive to break down information barriers and optimize. Experts believe that this reshaping of scientific research concepts towards future battlefields and system capabilities has guided officers and soldiers to consciously elevate innovation activities to the level of "system solutions", promoting the evolution of grassroots scientific research innovation from fragmented and small-scale to integrated and platform based. Building a strong army with dreams, driven by innovation. In recent years, the entire military has vigorously improved research conditions, optimized talent teams, and created an innovative atmosphere, which has stimulated the creative potential of frontline officers and soldiers in grassroots scientific research. A large number of scientific research achievements are being widely promoted and applied, injecting new momentum into the military's ability to win. (New Society)