Short plate early warning + long plate amplification two-way collaborative new quality core competitiveness construction system and method

Abstract

The application discloses a digital short board risk bottom-up prevention and control and core innovation long board resource focusing amplification two-way collaborative enterprise competitiveness construction method, and belongs to the technical field of enterprise new quality productivity intelligent empowerment, scientific and technological innovation structure optimization and core competitiveness digital construction. In view of the industry pain points that the traditional enterprise operation short board is not early warned, the weak part continuously erodes the development foundation, the advantage resource is scattered, the core long board cannot be amplified, the attack and defense are unbalanced, and the competitiveness construction is blind and inefficient, the application realizes the enterprise core competitiveness sustainable, differentiated and irreplaceable long-term growth through the AI global short board intelligent early warning bottom-up, the core innovation long board resource centralized amplification and the attack and defense two-way dynamic balance iteration mechanism, synchronously holding the enterprise scientific and technological innovation safety bottom line and raising the innovation excess income upper limit, dynamically optimizing the enterprise new quality scientific and technological innovation structure.

Description

Technical Field

[0001] The invention relates to the fields of intelligent identification and early warning of enterprises' scientific and technological innovation shortcomings, digital mining of core advantages, intelligent reallocation of innovation resources, two-way collaborative governance of offense and defense, and digital construction of new quality core competitiveness. Background Technology

[0002] Traditional enterprise competitiveness building relies on manual experience-based judgment, lacking quantitative models for weaknesses, intelligent early warning mechanisms, precise algorithms for amplifying strengths, and a two-way collaborative system for offense and defense. Enterprises commonly suffer from long-standing, latent weaknesses in technology, digitalization, qualifications, and risk control. This leads to problems such as evenly distributed resources, the inability of advantageous technologies to form barriers, the continuous accumulation of risks from weaknesses, and an imbalance between strengths and weaknesses. Traditional management models are not subject to patent protection and cannot achieve precise two-way governance through digital systems to address weaknesses and unleash strengths, resulting in enterprises lacking a stable security foundation, core competitive advantages, and robust growth in new productivity. Summary of the Invention

[0003] I. System Composition.

[0004] 1. AI-powered intelligent identification and real-time early warning system for enterprises' multidimensional weaknesses.

[0005] 2. Core Innovation Strengths Discovery and Advantage Quantitative Rating System.

[0006] 3. Intelligent collection and amplification system for scientific and technological innovation resources.

[0007] 4. A two-way balance between offense and defense and a dynamic optimization system for the structure of scientific and technological innovation.

[0008] 5. A closed-loop system for iterative review and long-term upgrade of competitiveness.

[0009] II. Methods and Steps.

[0010] S1. The system performs a full-domain scan of the enterprise's technological shortcomings, digitalization shortcomings, scientific and technological innovation qualifications shortcomings, weak links in risk control, and loopholes in innovation processes. AI quantifies the weak thresholds and provides real-time early warnings as a safety net.

[0011] S2. The system intelligently identifies a company's core patents, unique technologies, exclusive business models, digital advantages, and high-yield innovative strengths, and gathers high-quality scientific and technological innovation resources for targeted support.

[0012] S3. Establish a two-way collaborative mechanism that provides a safety net for risks in weak areas and amplifies resources in strong areas, balancing the bottom line of business safety with the upper limit of excessive innovation benefits.

[0013] S4. Dynamically calculate the risk erosion coefficient of weak links and the innovation gain coefficient of strong links, and intelligently allocate the resources of R&D, funding, talent and patent layout.

[0014] S5. Reduce ineffective investments, address systemic shortcomings, strengthen core advantages, and continuously optimize the enterprise's new-type science and technology innovation industrial structure.

[0015] S6. Periodically review the dynamic changes in strengths and weaknesses, and adaptively update the early warning threshold and resource allocation weights.

[0016] S7. Form a two-way collaborative core competitiveness iteration closed loop of "weaknesses not causing problems and strengths forming strong barriers".

[0017] III. Beneficial Effects.

[0018] It enables fully automated early warning and support for enterprise risk weaknesses, eliminating hidden risks in science and technology innovation; it maximizes the concentration and rapid amplification of core innovation strengths, forming unique technological barriers; it achieves a dynamic balance between offense and defense, taking into account both security and growth; it thoroughly solves the problems of resource dispersion, imbalance between strengths and weaknesses, and weak barriers; and it provides full-process data traceability, adapting to all scenarios of high-tech enterprises, specialized and innovative enterprises, science and technology innovation applications, and R&D compliance. Attached Figure Description

[0019] Figure 1 A two-way collaborative system architecture diagram for enterprises' weaknesses early warning and support and strength amplification.

[0020] Figure 2 A flowchart for the dynamic construction of new core competitiveness through two-way collaboration between offense and defense.

[0021] Abstract and Figure Selection Figure 1 . Detailed Implementation

[0022] The system integrates enterprise patent data, R&D data, digital operation data, qualification system data, and risk control ledger data; AI automatically quantifies and identifies various shortcomings and risks and provides real-time warnings; it simultaneously rates the enterprise's core innovative advantages and strengths; the system automatically collects high-quality resources to provide targeted empowerment to the strength tracks; it dynamically balances the risk bottom line and innovation benefits, iterates and optimizes the science and technology innovation structure and resource allocation on a monthly basis, continuously strengthens the enterprise's differentiated new core competitiveness, and the solution is stable, repeatable, and meets the three examination standards for invention patents.

Claims

1. A method for building enterprise competitiveness through two-way synergy: mitigating risks related to digital weaknesses and focusing on amplifying core innovation strengths. Its characteristics are... The system includes a weakness intelligent early warning and backup module, a strengths and advantages discovery and amplification module, and a two-way balancing and iterative module, comprising the following steps: S1. AI intelligently identifies and provides real-time warnings of the enterprise's technological weaknesses, digital weaknesses, qualification weaknesses, and risk control weaknesses, achieving comprehensive risk control across the entire business domain. S2. The system aggregates the enterprise's high-quality R&D resources, financial resources, talent resources, and patent layout resources, focusing on empowering core patents, unique technologies, and digital advantages to maximize innovation strengths. S3. A two-way collaborative mechanism is established to safeguard weaknesses and maximize strengths, balancing operational safety with excess innovation returns, dynamically optimizing the enterprise's overall new-quality scientific and technological innovation structure, and continuously iterating and upgrading the enterprise's core competitiveness.

2. The method according to claim 1, characterized in that... The system has a built-in threshold model for quantifying weaknesses in science and technology innovation, which can provide tiered early warnings for minor, moderate, and severe risks.

3. The method according to claim 1, characterized in that... The system incorporates a long-board advantage gain algorithm to automatically calculate the market barrier revenue weight of core technologies, patents, and digital advantages.

4. The method according to claim 1, characterized in that... The system automatically reallocates resources, reducing inefficient business resources, addressing weaknesses, and enhancing core strengths.

5. The method according to claim 1, characterized in that... Two-way collaborative data is fully traceable, automatically generating compliance ledgers for enterprise science and technology innovation structure optimization and competitiveness building.

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