Our core members have worked side by side since 2017, building deep expertise in IoT, connected vehicles and smart hardware. With mature engineering management capabilities and device-cloud development experience, we consistently deliver reliable hardware products and industry solutions to clients in vehicle telematics, healthcare, personal care and smart living.
Building reliable products with the rigor of complex systems engineering.
Amid the global wave of digital and intelligent transformation of industry, smart hardware and connected solutions face unprecedented opportunities for digitalization and intelligence. We entered this field with device-cloud capabilities in IoT product development, disciplined R&D process management, and solid experience in cost and supply chain control. Compared with conventional R&D teams, this cross-domain foundation is precisely our differentiating advantage.
We intend to keep investing in smart hardware and connected vehicles, combining the reliability standards of automotive-grade products with the compliance requirements of multiple industries, so our clients can seize the initiative in digital transformation.
A professional team with clear management and well-defined roles. Members bring diverse backgrounds in electronic engineering, biomedical engineering, optics and computer science, with outstanding problem-solving skills and innovative thinking.
Schematic and PCB design, embedded hardware development, component selection and hardware debugging.
Embedded and host-side software architecture development, communication protocol implementation and algorithm deployment.
Standards and regulatory research, management-system and registration documentation, project management and gate reviews.
Product structure and drawing standardization, tooling and fixture design, and design-for-manufacturability optimization.
Optical system design, optical simulation and data analysis to underpin detection accuracy.
Hardware and software testing, test plan authoring, and full-process DV/PV/OTS/PPAP validation.
Finite element analysis, process development and resolution of major volume-production issues to keep mass production stable.
Cross-disciplinary integration of electronic engineering, biomedical engineering, optics, computer science and more.
The hallmark of a mature team is collaboration, trust and the ability to keep evolving.
Efficient cross-functional communication keeps information flowing smoothly across the team.
Solid professional skills and a deep knowledge base support complex product development.
Members trust and respect one another, creating a healthy team atmosphere.
A strong collective mindset, with aligned goals and effort pulling in one direction.
Consistent learning habits and innovative thinking keep absorbing new technologies and methods.
Strong execution and problem-solving turn plans into results.
Adept at bringing new technologies and new ideas into our products.
A positive mental state is what sustains long-term, high-intensity R&D.
Adapted from the IPD (Integrated Product Development) philosophy and combined with ISO 9001 and other quality management system requirements, we have built a rigorous, standardized R&D process focused on efficiency, quality and cost.
IPD's phase-gate decision and review mechanism forms the backbone, layered with ISO 9001 and other quality management requirements, so product development advances steadily in the right direction and stays traceable and auditable throughout.
A comprehensive document management system produces 300+ standardized documents for a single product, coordinating work across departments, aligning key information and preserving knowledge assets while avoiding the information loss of word-of-mouth handovers.
The five core quality management tools are embedded across R&D, pilot production and manufacturing, introducing detailed procedures from the earliest design stage to steadily reduce product risk and secure stable mass production.
We are a team that keeps learning, adept at bringing new technologies and ideas into our products and continually exploring ways to improve performance and functionality.
Sustained investment in microfluidics, photoelectric detection and biosensor technologies to build core detection capabilities.
Tracking AI, big data and cloud computing trends, we pair NPU engines with deep learning for image recognition scenarios such as white blood cell counting.
Continually evaluating alternative chip platforms (dedicated / general-purpose / automotive) and maintaining strong relationships with major chip vendors to build supply-chain resilience and secure priority supply.
Deep expertise across the RTOS and Linux platforms, building complete frameworks on an OS plus state machine design that is highly reliable, easy to maintain and highly reusable.
Hardware collects data that is analyzed and aggregated by cloud platforms and big data technologies, then pushed on demand to support home self-testing, elderly care and chronic disease management.
Experience with products shipped in the millions plus automated production test fixtures; multiple invention and utility model patents developed and filed in-house.
We are a focused, self-sustaining team with a portfolio of deployed connected-device technologies across automotive, healthcare and smart-living markets. As we scale our solutions globally, we are open to strategic partnerships — including investment and deeper collaboration — with organizations who share our long-term vision for reliable, device-cloud products.
Multiple shipped product lines, in-house patents and a mature device-cloud platform — real assets to extend, not a blank slate.
A lean, experienced team running efficient, document-driven processes — disciplined delivery without bloated overhead.
Rooted in China, serving the globe — we are looking for partners to accelerate market reach and new-product investment.
Whether you need device-cloud smart hardware development support or industry solutions and certification consulting, we would be glad to talk.
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