I. Driving New Industrial Momentum Through Independent Innovation

As a representative enterprise in the field of non-standard equipment, Lyric aligns with the core requirement of "strengthening the independent and controllable development of industrial software." It consistently focuses on systematic breakthroughs along two main lines: core process equipment and industrial software. In key areas such as the R&D of independent core software and the intelligent implementation of complex equipment, Lyric continues to overcome technical barriers. Recognized for its remarkable achievements in engineering applications and value transformation, the company was honored with the "Outstanding Collaborative Innovation User Contribution Award" and the "Outstanding Pilot Application Contribution Award" in the 2025 Guangdong Provincial Core Software Research Initiative. Lyric will deeply integrate its strategy with the " digital-twin synergy " initiative, providing the industry with replicable and independently controllable implementation pathways. These accomplishments mark the acceleration of Lyric's "integrated software-hardware strategy," providing the non-standard equipment industry with replicable experience in digital transformation.

II. A Model of Value in Non-Standard Intelligent Manufacturing: "First-Time-Right"

The non-standard equipment industry has long been constrained by a "physical trial-and-error" model, characterized by numerous machine types, lengthy cycles, and complex operating conditions, making it a particularly challenging sector for digital transformation in manufacturing. Guided by the Ministry of Industry and Information Technology's "digital-twin synergy" initiative, Lyric has innovatively proposed "reshaping non-standard intelligent manufacturing through industrial software." By building an intelligent system characterized by “computing power support, AI model-driven processes, data integration, and closed loop application scenarios,” Lyric has elevated its R&D process from “experience driven” to “AI and data dual wheel driven.”

Du Yixian, Director of the Research Institute, emphasized: "By utilizing digital tools such as integrated mechanical-electrical-control-software design, simulation, and virtual commissioning for parallel design, we eliminate issues during the design phase, achieving 'first-time-right' results." This model facilitates the transition of R&D from isolated tool application to the accumulation of process knowledge. Having been implemented in lithium battery manufacturing scenarios, it provides the industry with a verifiable pathway for AI+Manufacturing integration. With a digital thread running through the entire lifecycle, Lyric is establishing a new paradigm of intelligent R&D characterized by "design as correctness and simulation as outcome."

III. Dual-Engine Strategy Driving Innovation: Toolchain Platform + Advanced Simulation Foundation

In response to industry pain points such as fragmented R&D processes and data silos, Lyric has innovatively developed a dual-engine system comprising a "toolchain platform and an advanced simulation platform," deeply integrated into the Ministry of Industry and Information Technology's strategic framework of "computing power, models, data, and scenarios." The highly integrated toolchain platform couples CAD/CAE/CAM with PLM/ERP systems, enabling unified data source management and the accumulation of engineering assets. The advanced simulation platform combines multi-disciplinary solving capabilities, including structural mechanics and fluid dynamics, allowing for high-fidelity validation of key performance metrics such as equipment vibration, motion accuracy, and noise at the early design stage. This significantly reduces reliance on physical prototypes and provides robust technical support for achieving "first-time-right" outcomes.

As Chief Operating Officer Li Jianxin stated: "Only with standardized data, online processes, and front-loaded simulations can enterprises build high-quality R&D capabilities." This strategy aligns closely with the "digital-twin synergy" initiative outlined in the Implementation Opinions, providing foundational support for the deployment of industrial intelligent agents. Through the deep integration of AI+Manufacturing, we empower industries such as lithium ion batteries to achieve a “process as knowledge” closed loop, thereby facilitating the sector’s transition toward reusable intelligent agents.

IV. Collaborating with Ecosystem Partners and Jointly Build Industrial Acceleration with Honeycomb

In active response to national and Guangdong Provincial strategic initiatives for the high-quality development of industrial software, and under the guidance of the Guangdong Provincial Department of Industry and Information Technology, the "Guangdong Provincial Core Software SME Service Platform" was officially launched. Lyric's subsidiary Haikui Information has entered into a strategic partnership with Honeycomb, simultaneously signing an agreement to join the platform. Together, they will co-establish the "Industrial Software Benchmark Enterprise Internship and Practice Base." By opening access to real-world lithium-ion battery production line scenarios, we accelerate the training and validation of industrial intelligent agents, providing the industry with reusable data assets and practical references.

This initiative will further enhance the ecological capabilities of Lyric’s self-developed software system, including its toolchain and simulation foundation. By opening application scenarios, sharing data assets, and enabling joint research and development, it will inject new momentum into the growth of the industrial software industry in Guangdong and across China. It will also allow more enterprises to participate in, contribute to, and benefit from the value created by industrial software.

V. Towards the Future: Building a New High Ground in Non-Standard Intelligent Manufacturing with Independent Industrial Software

Looking ahead, Lyric Haikui Intelligent Manufacturing will continue to deepen its efforts in the independent R&D of industrial software, the intelligentization of complex equipment, and the development of AI-powered process data platforms. These initiatives will advance the maturation of a new R&D paradigm defined by “Design-as-Right, Simulation-as-Outcome, and Process-as-Knowledge.”

Amid the wave of industrial digital transformation, Lyric will continue to serve as an “industry benchmark,” collaborating with ecosystem partners to drive breakthroughs in core technologies and open up application scenarios. Through these efforts, the company aims to help more enterprises build self-reliant and controllable industrial software capabilities, propelling Chinese manufacturing toward a smarter, more efficient, and more competitive future.