Source Code Capital Portfolio | Senmu Leishi Closes B+ Round, Continues Push Into Controllable Nuclear Fusion and Other Fields; Existing Shareholder Source Code Capital Increases Stake

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Recently, MaHui member Senmu Leishi announced the successful completion of its Series B+ funding round. The round was led by Shenergy Chengyi, with existing shareholder Source Code Capital and Inno Angel Fund continuing to invest. The proceeds will be used to further increase R&D investment, accelerate the iterative upgrade of the PPEC Workbench cross-architecture embedded development platform (IDE), deepen application deployment in frontier fields such as controlled nuclear fusion, nuclear medicine, and synthetic diamonds, while strengthening talent pipeline development and market channel expansion.

This funding round marks a critical step for Senmu Leishi as it evolves from "tool-driven" to a synergistic "platform + scenario" development model. Going forward, the company will continue to deepen the capabilities of the PPEC Workbench cross-architecture embedded development platform, expand into more industry application scenarios, and build an integrated ecosystem of tool chains and industry solutions — making the development of complex systems simpler and smarter.

Source Code Capital led the company's Series A round in 2022 and has continued to increase its investment in subsequent rounds, providing long-term support for the company's growth. Lei Xin, Vice President of Source Code Capital, said: "As a disruptor in the embedded intelligent development platform space, Senmu Leishi is breaking down barriers in embedded development through AI and graphical programming, achieving a leap from product to 'platform + scenario.' Its commercial traction in frontier fields such as controlled nuclear fusion further validates the company's technical value and commercial potential in complex industrial scenarios. We remain bullish on the growth potential and execution capability of the Senmu Leishi team, and look forward to continuing our journey alongside the company."

Liu Shuang, Founder and General Manager of Senmu Leishi, said: "This funding round represents not only market recognition of our company, but also firm support for our direction in embedded development platforms and frontier technology applications. We will use the PPEC Workbench cross-architecture embedded development platform as our engine to accelerate technology iteration and ecosystem building, making the development of complex systems simpler and smarter. At the same time, we will continue to deepen our presence in strategic national fields such as controlled nuclear fusion and particle accelerators, empowering China smart manufacturing with core technologies."

Wuhan Senmu Leishi Technology Co., Ltd. (Senmu Leishi) is a high-tech enterprise integrating R&D, manufacturing, and sales. Committed to independent innovation, the company focuses on three main product lines: the PPEC Workbench cross-architecture embedded development platform (IDE), the EasyGo power electronics hardware-in-the-loop simulation platform, and PPEC inside high-end digital power supplies, dedicated to providing full-lifecycle solutions for digital power development. Its services target industries and fields including controlled nuclear fusion, nuclear medicine, military applications, universities, and research institutes.

Since its founding in 2017, the company has remained focused on the digital power development field. Team members primarily come from leading universities such as Huazhong University of Science and Technology, Wuhan University, and Tongji University. To date, the company holds over 90 independent intellectual property rights, providing solid support for sustained innovation and market competitiveness. Senmu Leishi is committed to its mission of "making power supply design accessible to all," with the goal of becoming a driver of transformation in power electronics as an academic discipline and industry, and a leader in the intelligent design upgrade of the power electronics sector.

1

Core Technology: PPEC Workbench Embedded Development IDE

Currently, industrial embedded development faces the pain points of "diverse chips, fragmented ecosystems, and inefficient development." To address this, the company launched the PPEC Workbench cross-architecture embedded development platform. It is not merely an IDE, but a hub for embedded intelligent development ecosystems. With "graphical programming + AI-driven" development at its core, the platform significantly lowers the barrier to entry, making embedded development simpler and smarter.

  • Graphical programming: Replaces traditional code writing with visual logic construction, enabling rapid development and deployment of embedded projects while significantly lowering the development threshold.

  • AI-driven programming and project design: Integrates an embedded-specific AI intelligent assistant that automatically generates code frameworks and system architectures based on requirements, achieving "on-demand generation, ready to use" — eliminating manual copy-pasting entirely.

  • AI-assisted tools: Supports automatic recognition and visual configuration of any MCU chip, with one-click conversion of peripherals into standardized graphical components — no need to adapt from scratch, just drag and drop.

  • Cross-architecture compatibility and ecosystem: Supports seamless switching between ARM, DSP, RISC-V, and other architectures, building an open embedded development ecosystem.

2

Industrial Deployment and Application Breakthroughs

Leveraging the powerful capabilities of the PPEC Workbench platform, Senmu Leishi has achieved key application deployments in multiple high-precision fields such as controlled nuclear fusion and nuclear medicine, continuously empowering national strategic scientific and technological capabilities.

  • Controlled nuclear fusion: PPEC inside power supply products have been successfully applied to the core power systems of tokamak devices. Using high-precision control algorithms developed on the platform, they achieve millisecond-level dynamic response, supporting the stable operation of the "artificial sun."

  • Nuclear medicine: Provides high dynamic response special power supply solutions for high-end nuclear medical equipment (such as medical heavy-ion/proton accelerators), meeting precise control requirements under extreme operating conditions. This hardcore technology enables precision targeted therapy and supports the development of the national nuclear medicine industry.

  • Synthetic diamonds: Launched dedicated microwave power supply products for synthetic diamond growth processes, significantly improving crystal growth efficiency and yield through precise energy control, driving cost reduction and efficiency gains in the industry.