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From Hardware-Software Customization to AI Integration: The Innovation Practice of Siring Company In 1996, when the Internet in China was still in its infancy, a small enterprise named "Shenzhen Siring Enterprise Management Consulting Co., Ltd." was quietly registered in Shenzhen. At that time, no one could have predicted that this company, which started with corporate image design and gift development, would grow into a high-tech enterprise spanning hardware-software customization, artificial intelligence application development, and IoT system integration nearly three decades later. Over these nearly thirty years, Shenzhen has transformed from the "World's Factory" into the "Capital of Innovation," and Siring Company has evolved from an initial "service provider" into a "technology co-creator." This journey across centuries is not only the growth story of a Shenzhen tech enterprise but also a microcosm of China's software industry transitioning from outsourcing services to independent innovation. Chapter 1: Taking Root — Accumulating Strength in the Industrial Fertile Ground 1.1 Shenzhen: The Natural Soil for Innovation It is no accident that Shenzhen has given birth to world-class tech giants such as Huawei, Tencent, and DJI. The city's unique industrial ecosystem—characterized by the "half-hour supporting industrial circle" and the integrated synergy of "industry-academia-research-application"—provides exceptional conditions for the growth of technology enterprises. In the "Robot Valley" of Nanshan District, along the approximately 15-kilometer Liuxian Boulevard, more than 200 robotics industry chain enterprises, 32 specialized and sophisticated "little giant" companies, and nearly 10 universities and research institutions—including Shenzhen University, Southern University of Science and Technology, Tsinghua Shenzhen International Graduate School, and Harbin Institute of Technology (Shenzhen)—are clustered together. This layout, where "the upstairs and downstairs are upstream and downstream partners" and "the industrial park is the industry chain," has significantly improved the efficiency of R&D iteration for enterprises. It was precisely in such soil that Siring Company completed its initial accumulation. The company started with corporate image design, graphic design, and gift development, gradually expanding into computer hardware-software technology development and communication product sales. These businesses, which seemed far removed from "high technology," actually accumulated valuable customer resources and industry insights for the company—understanding what enterprises truly need is far more important than mastering a single technology. 1.2 The Critical Turn: From "Service Outsourcing" to "Technology-Driven" Around the 2010s, China's software industry experienced explosive growth. The wave of mobile internet swept across the country, and the demand for enterprise digital transformation surged. Siring Company keenly captured this trend and began shifting its business focus from design services to software development. The company's business scope gradually expanded to include "development of animation and game software products" and "technology development and sales of computer software, hardware, and communication products." Meanwhile, the company's registered address moved from its early location to China Electronics Information Building on Xinwen Road in Futian District, and then to Funian Plaza in Futian Free Trade Zone—each relocation marked an upgrade in business capability. During this phase, Siring Company established "custom development" as its core competitiveness, offering clients comprehensive solutions ranging from APP development and WeChat mini-programs to enterprise management software and IoT platforms. It was also during this period that the company's service philosophy took shape: "Strive for a 100% project completion rate and endeavor to provide clients with the highest quality personalized end-to-end services." Chapter 2: Leaping Forward — Embracing the Age of Artificial Intelligence 2.1 Strategic Judgment Under the AI Wave At the end of 2022, ChatGPT emerged, ushering in an era of "great explosion" in artificial intelligence technology. As a national pilot zone for the new generation of artificial intelligence innovation and development, Shenzhen took the lead in releasing the "Shenzhen 'AI+' Advanced Manufacturing Action Plan (2026-2027)," which explicitly called for "deeply integrating artificial intelligence technology with the entire process and all factors of manufacturing." Guided by this policy, Shenzhen's AI industry entered the fast lane: in 2025, the city's core AI industry scale exceeded 220 billion RMB, with over 2,600 AI enterprises above designated size. The city's capacity for large-scale application of smart hardware products ranks among the best in China, and its overall industrial strength firmly stands in the nation's first tier. Siring Company once again stood at a crossroads of transformation. Unlike the transition from design to software development more than two decades ago, this decision was even more critical—should it continue to deeply cultivate the red ocean of traditional custom development, or embrace the irreversible technological wave of AI? The company's answer was: **Take the initiative and fully embrace AI.** In July 2024, Siring Company made a major update to its business scope, adding nearly twenty AI-related services, including "AI industry application system integration services," "AI theory and algorithm software development," "AI application software development," "AI foundational software development," "intelligent robot R&D," and "IoT technology R&D." This business registration change marked Siring Company's strategic upgrade from a "hardware-software custom development service provider" to an "AI integration solutions provider." 2.2 The Path to AI Integration Implementation Transformation does not happen overnight. Siring Company adopted a "two-pronged" strategy: The First Prong: AI-Enabling Existing Businesses. Introducing AI tools and capabilities into traditional custom development services. For example, applying AI-assisted programming and code review in the software development process; embedding AI functional modules—such as intelligent customer service, smart recommendation systems, and image recognition—into client solutions. This "gradual" transformation not only reduced risks but also allowed the team to accumulate AI technical experience through practice. The Second Prong: Expanding New AI Integration Businesses. Addressing the intelligent upgrade needs of industry clients by providing one-stop services from AI computing infrastructure setup, model selection and deployment, to industry-specific application development. This requires the company to understand not only software development but also AI models, industry scenarios, and data governance. Chapter 3: Empowering — Bringing AI to Every Industry 3.1 The Ecosystem Dividends of Shenzhen's AI Industry Siring Company's transformation is inseparable from the strong support of Shenzhen's AI industrial ecosystem. At the computing power level, Shenzhen has built the country's first 10,000-card-scale, fully stack self-controllable intelligent computing cluster using domestically produced advanced chips, with intelligent computing power reaching 14,000P; the Supercomputing Phase II "Ling Sheng" system has topped the global TOP500 supercomputing list. At the data level, Shenzhen has established a public data resource system centered on basic databases, thematic databases, and business databases, aggregating approximately 28.3 billion basic data records, and has created the province's first intelligent corpus governance platform for the government affairs domain. At the application scenario level, Shenzhen has cumulatively released nearly 300 "City+AI" application scenarios across five batches, with AI now fully penetrating government affairs, manufacturing, healthcare, finance, sanitation, and other fields. These infrastructure and open scenarios provide small and medium-sized technology enterprises like Siring Company with the opportunity to innovate by "standing on the shoulders of giants." 3.2 Differentiated Positioning: Being a "Small but Refined" AI Integration Partner Unlike AI giants such as Huawei and Tencent, Siring Company does not pursue foundational R&D of large models. Instead, it positions itself as "the connector between AI technology and enterprise needs. This positioning is based on a simple observation: there is a huge "last mile" gap between large model companies and industry clients. Industry clients do not understand AI technology—they do not know which scenarios are suitable for AI, what kind of models to use, how to prepare data, or how to evaluate results. Meanwhile, large model companies focus more on improving model capabilities and find it difficult to cover the personalized needs of thousands of industries. Siring Company's nearly thirty years of custom development experience have precisely accumulated cross-industry client service capabilities, requirement understanding capabilities, and project delivery capabilities. Combining these capabilities with AI technology to form implementable industry solutions is precisely the company's core value proposition Taking the IoT field as an example, Siring Company already has a presence in IoT technology R&D and IoT device sales. By layering AI capabilities on top of this foundation, the company can provide clients with a complete "perception-connectivity-analysis-decision" closed loop—sensors collect data, IoT gateways transmit data, AI models analyze the data and make intelligent decisions, and finally actuators complete the closed-loop control. 3.3 Outlook: A New Paradigm for AI-Powered Custom Development As Shenzhen continues to advance its "AI+" initiative, AI is accelerating its integration into every industry. In the electronic information manufacturing sector, Shenzhen supports the R&D and innovation of key products such as AI smartphones, AI glasses, and AI-powered trendy toys. In traditional advantageous industries, sectors such as apparel, watches and clocks, eyewear, and gold and jewelry are leveraging AI to transform from "scale-driven" to "creativity + efficiency + personalization"-driven models. These industrial upgrade demands all require customized software development capabilities as a foundation. With nearly thirty years of technological accumulation, cross-industry service experience, and rapid responsiveness to AI technology, Siring Company possesses unique competitive advantages in the "AI + custom development" niche. Conclusion From 1996 to 2026, from enterprise management consulting to AI integration services, Siring Company has walked a full thirty-year journey of innovation. Along this path, there has been the difficult turn from "service outsourcing" to "technology-driven," the strategic leap from "custom development" to "AI integration," and above all, a steadfast commitment to the original aspiration of "creating value for clients." In Shenzhen, this "City of Innovation," countless technology companies are born, grow, and transform every day. Siring Company's story may not be earth-shattering, but it represents a more common and more resilient path of innovation—not chasing trends, but taking root in industry; not pursuing scale at all costs, but focusing on deep cultivation; not blindly believing in technology, but serving clients. Just as Shenzhen's humanoid robot industry evolved from "one person's solitary courage" to "a collective endeavor," Siring Company's thirty years of practice also prove: in the long race of technological innovation, persistence matters more than speed, and deep cultivation is more valuable than reckless expansion. When the wave of artificial intelligence sweeps in, those "veterans" who have accumulated profound expertise on the front lines of industry often unleash unexpected innovative energy. Looking to the future, Siring Company will continue to take root in Shenzhen's fertile ground of innovation, with AI technology as the engine and custom development as the foundation, serving as a reliable partner for enterprises on their digital transformation journey. They have walked this path for thirty years, and they will continue to walk it with unwavering determination.

Usher in a New Smart Sanitation Era! Yanbian Runji’s First AI-Powered Autonomous Sweeping Robot Rolls Off the Production Line In the flourishing early summer of June, innovation momentum is surging across the region. At 11 a.m. on June 12, 2026, the roll-off ceremony for the first autonomous sweeping robot under the AI + Autonomous Driving Sanitation Equipment Project was grandly held at the project plant in the Prefabricated Industrial Park of Airport Zone. The event showcased the enterprise’s scientific and technological innovations and marked a key milestone for Yanji City in advancing integrated development of artificial intelligence and high-end equipment manufacturing industries. Distinguished guests from local Party and government authorities, business circles, academic institutions and industry associations gathered at the venue to witness a historic moment as the sanitation industry of Yanbian Prefecture and even the entire Northeast China strides into a new era of intelligence and unmanned operation. The ceremony was hosted by Wu Yong, President of Shenzhen Runhong Environmental Engineering Co., Ltd. Per event arrangements, all participating leaders and guests arrived at the venue in an orderly manner before 10:50 a.m. Thorough pre-event preparations laid a solid foundation for the smooth running of the whole ceremony. The venue was filled with a solemn yet warm atmosphere, with all guests brimming with anticipation to welcome the official launch of the first intelligent sweeping robot. A full lineup of Yanji municipal leaders attended the event, including: Wang Jibao, Member of the Standing Committee of Yanbian Prefectural Party Committee and Secretary of Yanji Municipal Party Committee; Ji Wenbo, Vice Mayor of Yanji Municipal People’s Government; Liu Guoxiang, Deputy Secretary of the Party Working Committee of Airport Zone; Li Shenghua, Deputy Director of the Administrative Committee of Airport Zone; Ye Guibin, Director of the General Office of Yanji Municipal Party Committee; Sun Shouquan, Director of Yanji Investment Promotion Service Center; and Fei Yongzhi, Chairman of Yanji Sanitation Operation Co., Ltd. Having long followed project construction and industrial growth, all leaders participated in the full ceremony and attached great importance to the landing and development of the intelligent sanitation equipment industry. The ceremony also drew an elite roster of renowned entrepreneurs, industry experts, university scholars and chamber of commerce representatives nationwide. Notable attendees included: Yu Jinlong, Executive Chairman and Secretary-General of China Air Business School Entrepreneurs Club, Standing Director of Hong Kong Beijing Overseas Friendship Association, and President of Beijing Air Business Investment Management Co., Ltd.; Zeng Changbiao, Vice President of the Global Zheshang General Chamber of Commerce, Chairman of Liaoning Zhejiang Chamber of Commerce, Chairman of Shenyang Zhongxu Group Co., Ltd., and Chairman of Zheshang United Investment & Development Co., Ltd.; Xu Zhe, Associate Research Fellow at Tsinghua University Institute of Education, former Deputy Director of Tsinghua University Policy Research Office, Expert Member of Higher Education Reform Committee, and Co-founder of Tsinghua Pingshi Fund; Zhang Yueming, Deputy Secretary-General of Liaoning Zhejiang Chamber of Commerce and Manager of Investment Development Department of Shenyang Zhongxu Group; Fan Bohua, Secretary-General of Shenzhen Hubei Chamber of Commerce; Liu Juntao, Administrative Assistant of Shenyang Zhongxu Group; and Yu Yongcai, Chairman of Zhongyu Group. The core management team of Shenzhen Runhong Environmental Engineering Co., Ltd. made a full appearance as well. Company executives including Zhang Ying, Chairman; Wu Yong, President; Zhang Haiqing, Vice President and Chief AI Expert; and Zhang Jia, Vice President and General Manager of Operations attended the ceremony, joining guests from all sectors to witness the commercialization of the enterprise’s technological achievements. After the ceremony officially commenced, host Wu Yong introduced all leaders and guests present one by one. On behalf of Shenzhen Runhong Environmental Engineering Co., Ltd., he extended a warm welcome and sincere gratitude to all attendees, met with rounds of applause expressing heartfelt thanks to guests traveling from afar. Following the guest introduction segment, the event moved to the project briefing session. Zhang Haiqing, Vice President and Chief AI Expert of Shenzhen Runhong Environmental Engineering Co., Ltd., took the stage to deliver a comprehensive overview of the AI + Autonomous Driving Sanitation Equipment Project. He elaborated on multiple dimensions including the project’s original development intent, R&D system, core intelligent technologies, functional advantages of products, manufacturing workflow and market application roadmap. He detailed the team’s technical breakthroughs integrating artificial intelligence, autonomous driving and sanitation operations, and illustrated the project’s high-end, market-oriented and industry-empowering development positioning, enabling leaders and guests to fully grasp the project’s technical prowess, R&D accomplishments and long-term development vision. The project briefing gave way to the much-anticipated highlight of the ceremony. With all leaders and guests as witnesses, Wang Jibao, Member of the Standing Committee of Yanbian Prefectural Party Committee and Secretary of Yanji Municipal Party Committee, and Zhang Ying, Chairman of Shenzhen Runhong Environmental Engineering Co., Ltd., walked slowly toward the autonomous sweeping robot draped in bright red silk cloth. The two guests jointly cut the ceremonial ribbon and lifted the red silk cover together. Accompanied by crisp horn sounds, the first AI-powered autonomous sweeping robot was fully unveiled to the crowd. Boasting a sleek, futuristic design, the brand-new intelligent equipment triggered thunderous applause, lifting the atmosphere of the ceremony to its peak. This autonomous sweeping robot is an innovative product forged through deep integration of artificial intelligence and traditional sanitation machinery. From technical R&D and component testing to complete vehicle assembly and commissioning before roll-off, the project team endured persistent technological challenges and refined manufacturing, embodying tremendous efforts from all R&D and production staff. Since settling in the Prefabricated Industrial Park of Airport Zone, the project has received full support from the Yanji Municipal Party Committee, Yanji Municipal People’s Government, Airport Zone Administrative Committee, the Municipal Party Committee General Office, Investment Promotion Service Center, Sanitation Company and other relevant departments at all levels. Authorities took proactive initiative and delivered frontline services to resolve various bottlenecks in project progress, laying a solid foundation for steady construction and the scheduled roll-off of the first robot. The successful roll-off of this first AI-powered autonomous sweeping robot carries far-reaching significance. It stands as a successful practice of Yanji City’s commitment to technological innovation and cross-industry integration between high-end equipment manufacturing and artificial intelligence. More importantly, it marks a vital step toward accelerating the transformation and intelligent upgrading of the traditional sanitation industry across Yanbian Prefecture and the entire Northeast China. Leveraging its existing production infrastructure, the plant will later realize full automated operation of flexible production lines. Drawing on mature technologies and production capacity, it will continuously mass-produce high-quality, high-performance autonomous sweeping robots and a full range of supporting sanitation equipment. Moving forward, Shenzhen Runhong Environmental Engineering Co., Ltd. will remain rooted in Yanji and deepen its layout in Airport Zone. Relying on the city’s sound business environment and industrial support policies, the company will steadily ramp up investment in technical R&D, continuously optimize the performance of intelligent sanitation products and expand its product portfolio. The enterprise will fully leverage its technological strengths and industrial driving capacity, taking intelligent sanitation equipment as a core pillar to support Yanji in scaling up its featured AI + manufacturing industry. Meanwhile, it will harness technological innovation to boost efficiency and quality of municipal sanitation operations, contributing to refined urban management and improved ecological environment quality across the region. The entire roll-off ceremony featured tight, well-organized procedures and concluded successfully amid a warm and harmonious atmosphere. This event signals the opening of a brand-new chapter for the development of Yanji’s intelligent sanitation industry. Going forward, the local government will continue to take technological innovation as the guide, foster new industries, new business formats and new growth drivers, promote coordinated development of the regional real economy and digital intelligent industries, and write a new chapter of high-quality industrial development.

Shenzhen Siring Information Technology Co., Ltd. (Siring), founded in 1996, has dedicated 30 years to AI digitalization. With 100 employees and 90% in R&D roles, the company holds ISO27001, Double-Soft, and National High-Tech Enterprise certifications. Leveraging partnerships with the Shenzhen Institute of Big Data Research and other top universities, Siring masters the full technology stack: Java/GO/Python/Vue/Flutter. Targeting the smart wearable and metaverse segments, the company independently develops heart rate, blood oxygen, fall detection, eye tracking, and DeepSeek voice interaction algorithms, delivering PCBA prototypes to mass production with cloud data synchronization in seconds. I. Smart Watch Solutions AI Stethoscope Watch Integrating high-precision ECG sensors with AI heart sound analysis algorithms, enabling at-home cardiac health monitoring and anomaly alerts. Data is synchronized in real-time to medical institution backends, providing round-the-clock health protection for chronic disease patients. AI Body Fat Scale Integration Seamless data sharing between the watch and smart body fat scale, comprehensively analyzing weight, body fat percentage, BMI, and basal metabolic rate to generate personalized health management recommendations, with multi-account support for family members. II. VR/AR Glasses Solutions AR Navigation Glasses Utilizing SLAM spatial positioning and computer vision technology for real-time path planning and virtual information overlay, widely applied in industrial inspections, warehousing logistics, and tourism navigation scenarios. Virtual Coach Headset Combining eye tracking and motion capture technology to deliver immersive virtual instruction for fitness, sports rehabilitation, and skills training, with real-time posture correction and training data recording. III. Immersive Audio Solutions Immersive Earphones Equipped with spatial audio algorithms and active noise cancellation technology, supporting head tracking and 360-degree sound field reproduction, delivering an immersive auditory experience for gaming, film, and remote conferencing. IV. Core Technical Advantages Self-Developed Sensor Algorithms Core algorithms for heart rate monitoring, blood oxygen saturation detection, fall identification, and eye tracking are all independently developed, achieving medical-grade accuracy standards. DeepSeek Voice Interaction Engine Supporting offline wake-up, continuous dialogue, and multi-turn intent understanding, providing natural and fluent voice control experiences for wearable devices. Multi-Protocol Connectivity Supporting Bluetooth 5.3, Wi-Fi 6, NB-IoT, and other communication protocols, ensuring stable connection and low-power operation across various scenarios. Open Ecosystem APIs Open interfaces for HealthKit, national medical insurance, civil affairs elderly care, and sports fitness platforms, enabling seamless integration across payment, regulatory, social, and gaming scenarios. V. Full-Stack Development Capabilities From hardware design, embedded development, PCBA prototyping, and mold mass production to APPs, mini programs, and SaaS management backends, providing one-stop full-stack customization services. Private deployment is supported with localized data storage, meeting compliance requirements for sensitive industries such as healthcare and finance. Source code licensing is available with core code delivery, granting clients full intellectual property ownership. OTA upgrades ensure lifetime firmware and algorithm iterations, continuously optimizing product experience. VI. Flagship Products AI Stethoscope Watch Integrating high-precision ECG sensors with AI heart sound analysis algorithms, enabling at-home cardiac health monitoring and anomaly alerts, with real-time data synchronization to medical institution backends. AI Body Fat Scale Multi-dimensional body composition analysis, comprehensively evaluating weight, body fat percentage, BMI, basal metabolic rate, and other indicators to generate personalized health management recommendations, with multi-account support for family members. AR Navigation Glasses Utilizing SLAM spatial positioning and computer vision technology for real-time path planning and augmented reality information fusion, suitable for industrial inspections, warehousing logistics, tourism navigation, and other scenarios. Virtual Coach Headset Combining eye tracking and motion capture technology to deliver immersive virtual instruction for fitness, sports rehabilitation, and skills training, with real-time posture correction and training data recording. Immersive Earphones Equipped with spatial audio algorithms and active noise cancellation technology, supporting head tracking and 360-degree sound field reproduction, delivering an immersive auditory experience for gaming, film, and remote conferencing. VII. Service Commitments Average 60% budget savings and 70% shorter delivery cycles; 5-minute response, 24-hour repair, lifetime OTA upgrades; 100% on-time delivery. Consecutive winner of the "Futian Elite Talent" team award, Siring is dedicated to commercializing AI wearable research achievements, partnering with clients to capture the trillion-level smart health and metaverse market.

Shenzhen Siring Information Technology Co., Ltd. (Siring) Founded in 1996, with 30 years of deep expertise in AI digitalization. Our team of 100 professionals includes 90% R&D staff. We hold ISO27001, Double-Soft, and National High-Tech Enterprise certifications, collaborating with top research institutions including the Shenzhen Institute of Big Data Research. We master the full technology stack: Java/GO/Python/Vue/Flutter. Targeting the AI Desktop Companion Robot Segment, we independently develop emotion recognition, voiceprint wake-up, multimodal interaction, and DeepSeek dialogue engine algorithms. We offer deep customization for ESP32 / JieLi chip solutions, from PCBA prototyping to mass production, with cloud data synchronization in seconds. Core Product Portfolio: AI Following Robot "Xiaozhi": Voice wake-up + visual tracking + emotional interaction — intelligent desktop companionship AI Desktop Pet Companion: Multimodal emotional interaction for therapeutic companionship Learning Assistant: AI tutoring + curriculum sync + habit formation Meeting Minutes Robot: Real-time voice transcription + smart summarization + multi-platform sync Elderly Care Elf: Fall detection + medication reminders + emergency calling Gaming Buddy "Little Cannon": Voice interaction + strategy assistance + community battles Technical Strengths: Seamless multi-protocol support: Bluetooth 5.3, Wi-Fi 6, NB-IoT Open API integration with QQ, WeChat, DingTalk, and education platforms Full-scenario connectivity: reminders, entertainment, security, social, gaming Full-stack customization: hardware, embedded systems, APP, mini-programs, SaaS Service Commitments: Private deployment and source code licensing available Average 60% budget savings and 70% shorter delivery cycles 5-minute response, 24-hour fix, lifetime OTA upgrades 100% on-time delivery Consecutive winner of the "Futian Elite Talent" team award, we are dedicated to commercializing AI companion research achievements, partnering with clients to capture the trillion-level smart companionship and affective computing market.

Partners Shenzhen Sirui Information Technology Co., Ltd. sincerely invites major enterprises and entrepreneurs from around the world to work together to develop and create the future. Business scope: Customized services including industry wide APP customization, IoT software and hardware customization, office system customization, mobile phone customization, game customization, etc. (You only need to introduce customers with needs, and we will provide professional communication and research and development delivery.) Classification of proxy modes: advanced proxy, core proxy 1、 Senior agent: Collaborate with brands through single or multiple projects or business leads; Maximum cooperation commission: 50% Support services:☑ Free project operation plan☑ Free use of company office space☑ Professional pre-sales software planning and operation consultants assist in signing contracts;☑ A professional technical team provides technical pre-sales support, solves technical difficulties and implementation solutions;☑ Can independently issue legal and valid service invoices for the users you have developed; Franchise conditions:Enterprises, units, and individuals who can independently bear civil liability. 2、 Core agent: Cooperate to establish a branch (office); The highest proportion of cooperation is 80% We provide support:☑ Partial financial support☑ Support for traffic and business opportunities in the operating location in the early stage☑ Company assisted construction and operation plan☑ Professional technical service and support team☑ Professional pre-sales software planning and operation consultantFranchise conditions:1. Enterprises, units, and individuals who can independently bear civil liability;2. Having a certain level of stable economic capacity;3. Having good company management skills;4. Having good business expansion ability or establishing an excellent sales team; Explanation: You only need to be responsible for sales coordination, and the after-sales and R&D work should be handed over to our technical service team for delivery. Contact information:Phone:+86 19925374651WeChat: 19925374651WhatsApp: 19925374651Email: 50087335@qq.con Headquarters Address: 5th Floor, West Block, China Electronics Information Building, No.1 Xinwen Road, Futian District, Shenzhen, China

1、 Conceptual Analysis 1. Native development:Native development refers to the direct use of platform provided development tools and languages for development, such as developing iOS platform apps using Objective-C or Swift language, and Android platform apps using Java or Kotlin language. Native development fully utilizes the characteristics and advantages of the platform, providing the best performance and user experience. 2. Mixed development:Mixed development refers to the use of web technologies such as HTML, CSS, and JavaScript for development, and the ability to access native functionality of devices by embedding browser components. Among them, mixed development is carried out using development frameworks such as React Native, Flutter, and Ionic. Mixed development can run on multiple platforms by writing code once, with high development efficiency and cross platform capabilities. 2、 Performance and User Experience1. Native development: By directly interacting with device hardware and operating system, native apps have better response speed, smoother animation effects, and higher stability. In addition, native development can better adapt to platform updates and rapid iteration of new features. 3. Mixed development:Compared to native development, hybrid development may have slightly poorer performance and user experience. Because hybrid development requires loading and rendering pages through browser components, it cannot directly interact with device hardware. This may lead to some performance losses, such as slow response times and insufficiently smooth animation effects. Meanwhile, hybrid development is also relatively slow in adapting to new platform features and iterating updates. 3、 Development costs and efficiency1. Native development: In addition, as native development requires separate development for different platforms (Android/iOS), developers need to write two separate sets of code and perform corresponding debugging and maintenance. This increases development time and labor costs, but can provide the highest performance and user experience. 2. Mixed development:Compared to native development, hybrid development has lower learning costs. By using web technology for development and utilizing development frameworks to run the same code on different platforms, development efficiency has been greatly improved. Hybrid development can cover multiple platforms (Android/iOS) in one development, reducing development time and maintenance costs. But in some special needs, it may be necessary to have a deep understanding and write native plugins. 4、 Applicable scenarios and selection suggestions1. Applicable scenarios for native development:If you have high requirements for the performance and user experience of the app, and the project budget is sufficient, native development is of course the first choice. Native development not only provides complete and stable functionality, but also fully utilizes the latest features of the platform and provides better opportunities for operation and promotion. 2. Applicable scenarios for mixed development:If your project has high requirements for time and cost, and low requirements for performance and user experience, hybrid development is a good choice. Hybrid development can quickly cross platform release and adapt to a wide range of users, covering a wider range of user groups.In summary, native development and hybrid development each have their own advantages and disadvantages, and it is crucial to choose the development method that suits the needs of your project. Based on the performance, user experience, development cost, and time requirements of the project, developers can flexibly choose appropriate development methods to achieve the best app development and release results. #APP Customization Development # Website Construction # Software Development # Hardware Development # Source Code Development # Source Code Customization#Social Customization # Live Streaming # E-commerce Shopping # Website System # Takeout # Same City Services # Internet of Things # Education

Shenzhen Siring Information Technology Co., Ltd. (Siring), founded in 1996, has dedicated 30 years to AI digitalization and IoT technology. With 100 employees and 90% in R&D roles, the company holds ISO27001, ISO9001, Double-Soft, and National High-Tech Enterprise certifications. Leveraging partnerships with the Shenzhen Institute of Big Data Research and other top universities, Siring masters the full technology stack: Java/GO/Python/Vue/Flutter, with complete full-chain development capabilities from chip-level to cloud. I. Project Overview This project focuses on integrated IoT embedded software and hardware development, covering PCBA design, microcontroller firmware development, wireless communication protocol integration, and smart terminal mass production delivery. Supporting mainstream chip platforms including STM32, ESP32, JieLi, and Rockchip, we provide high-reliability wireless smart solutions for smart home, industrial control, smart healthcare, automotive electronics, wearable devices, and more. II. Core Chip Platform Support STM32 Series (STMicroelectronics) Targeting industrial-grade high-reliability applications, supporting Cortex-M0/M3/M4/M7 cores, suitable for motor control, power monitoring, precision instruments, and other scenarios. Rich peripheral interfaces (ADC/DAC/CAN/ETH), supporting RTOS real-time operating systems and low-power modes. ESP32 Series (Espressif) Integrated Wi-Fi 4/5 and Bluetooth 5.3 dual-mode communication, ideal for consumer IoT devices such as smart home, smart wearables, and wireless sensors. Supports Arduino, MicroPython, ESP-IDF development frameworks, with ultra-low-power sleep modes and rich GPIO expansion capabilities. JieLi Chips (Zhuhai JieLi) Focused on audio and low-power Bluetooth solutions, widely used in TWS earphones, Bluetooth speakers, smart voice toys, and other products. Supports Bluetooth 5.3, LE Audio, multi-point connection, with high cost-performance ratio and rapid mass production advantages. Rockchip Targeting high-end smart terminals and edge computing, supporting RK3566/RK3568/RK3588 AIoT chip platforms. Powerful NPU computing power (up to 6 TOPS), suitable for complex graphics and AI inference scenarios such as smart security, robotics, industrial tablets, and digital signage. III. PCBA Hardware Development Capabilities Schematic and PCB Design Supporting mainstream EDA tools including Altium Designer, Cadence, and PADS, with experience in multi-layer boards (4-12 layers), high-frequency high-speed design, and EMC/EMI optimization. Providing SI/PI simulation, thermal design analysis, and DFM manufacturability review. Component Selection and Supply Chain Management Leveraging Shenzhen's complete electronics industry chain, establishing long-term stable chip agency channels to ensure stable supply and cost advantages for core components such as STM32, ESP32, JieLi, and Rockchip. PCBA Prototyping and Mass Production Equipped with complete production lines including SMT mounting, DIP insertion, AOI inspection, X-RAY, and functional testing, supporting seamless scaling from 5 prototype boards to 1 million monthly production capacity. Providing value-added processes such as conformal coating, potting, and aging testing. IV. Embedded Software Development Firmware Development STM32: HAL/LL libraries, FreeRTOS, RT-Thread, bare-metal drivers ESP32: ESP-IDF, Arduino, MicroPython, Lua scripting JieLi: SDK secondary development, Bluetooth protocol stack customization, audio codec optimization Rockchip: Linux/Android system porting, BSP driver development, NPU model deployment Wireless Communication Protocols Short-range: BLE 5.3, Mesh, Zigbee, Thread, Matter Local area: Wi-Fi 6, Ethernet, PLC power line carrier Wide area: NB-IoT, 4G Cat.1, 5G RedCap, LoRa Cloud integration: MQTT, CoAP, HTTP/2, WebSocket, TLS/SSL encryption Edge Computing and AI Inference Rockchip NPU: Supports TensorFlow Lite, ONNX, Caffe model conversion and quantization STM32 AI: X-Cube-AI toolchain, enabling lightweight neural network deployment ESP32-S3: Vector instruction acceleration, supporting voice wake-up, image recognition, and other edge AI applications V. Application Scenario Solutions Smart Home Networking and interoperability for smart sockets, lighting control, environmental monitoring, security sensors, and other devices. Supports Matter/Thread protocols for cross-brand ecosystem compatibility. Industrial IoT Equipment status monitoring, predictive maintenance, energy management, production line traceability, and other solutions. Supports industrial protocols such as Modbus, OPC UA, and CAN bus, with integration to MES/ERP systems. Smart Healthcare Wearable health monitoring, medical device networking, pharmaceutical cold chain traceability, and more. Compliant with medical device electromagnetic compatibility standards, with FDA/CE certification support. Automotive Electronics T-Box vehicle terminals, OBD diagnostics, tire pressure monitoring, smart cockpits, and more. Supports CAN/LIN bus, GNSS positioning, and 4G/5G remote communication. Smart Audio TWS earphones, Bluetooth speakers, AI voice assistants, hearing aids, and more. Based on JieLi/Rockchip platforms, supporting active noise cancellation, spatial audio, and offline voice wake-up. VI. Cloud and Application Layer Development Device Management Platform Based on Spring Cloud microservices architecture, supporting million-level device concurrent access, providing device registration, OTA upgrades, remote diagnostics, rule engines, data visualization, and other functions. Mobile Development APP: Native iOS/Android, Flutter cross-platform, React Native Mini Programs: WeChat, Alipay, TikTok, Baidu, and other multi-platform adaptation Management Backend: Vue3/Element Plus, data dashboards, BI reports Data Security and Compliance Transmission encryption: TLS 1.3, national cryptography SM2/SM3/SM4 Storage encryption: AES-256, database transparent encryption Privacy compliance: GDPR, Personal Information Protection Law, Level 2.0 Protection VII. Project Delivery and Services Development Process Requirements Analysis → Solution Design → Schematic Design → PCB Layout → Prototype Verification → Firmware Development → Cloud Integration → Small Batch Trial Production → Mass Production Import → Continuous Operation and Maintenance Quality Assurance Hardware: ICT/FCT testing, temperature cycling, salt spray testing, ESD protection Software: Unit testing, integration testing, stress testing, penetration testing Certifications: CCC, SRRC, CE, FCC, RoHS, REACH Service Commitments Average 60% budget savings and 70% shorter delivery cycles 5-minute response, 24-hour repair, lifetime OTA upgrades 100% on-time delivery, with optional source code licensing VIII. Flagship Cases Delivered core IoT modules for multiple industry leaders, covering smart appliance main control boards, industrial gateways, medical monitoring devices, automotive T-Box, TWS earphone main controls, and more, with cumulative shipments exceeding 10 million units. Consecutive winner of the "Futian Elite Talent" team award, Siring is dedicated to commercializing embedded IoT research achievements, partnering with clients to capture the trillion-level wireless smart market.

Shenzhen Siring Information Technology Co., Ltd. (Siring), established in 1996, has dedicated 30 years to custom software development. With over 100 employees and 90% in R&D roles, the company leverages an AI algorithm laboratory founded in partnership with the Shenzhen Institute of Big Data Research and other top universities. Siring masters the full technology stack including Java/GO/Python/Vue/Flutter, and holds ISO27001, ISO9001, Double-Soft, and National High-Tech Enterprise certifications. Siring deeply cultivates the smart healthcare, elderly care nursing, and sports rehabilitation sectors, launching the "SiringHealth" Health & Wellness Middle Platform, which delivers customized full-chain big data platforms covering appointment booking, AI consultation, follow-up visits, health assessments, rehabilitation training, payment processing, and regulatory compliance. I. Smart Healthcare AI Intelligent Consultation System Powered by big data and deep learning technologies, the system provides symptom self-assessment, intelligent department recommendation, and medication guidance, effectively diverting outpatient pressure and improving medical visit efficiency. Online Appointment & Follow-up Platform Supporting multi-hospital integration and unified management, with intelligent scheduling, re-visit reminders, and electronic medical record management, achieving full-cycle patient health management. Medical Insurance Settlement Interface Fully integrated with the national medical insurance platform, supporting one-click reimbursement and real-time billing settlement, simplifying the medical payment process. II. Elderly Care Nursing Smart Elderly Care Management System Covering elderly electronic profiles, real-time health monitoring, intelligent nursing staff scheduling, one-click emergency calling, and remote family interaction, building an integrated elderly care service system for institutions, communities, and home-based care. Civil Affairs Elderly Care Code Set Integration Strictly following national elderly care service standards, supporting government regulatory audits and elderly care subsidy applications, ensuring data compliance and business transparency. III. Sports Rehabilitation Intelligent Rehabilitation Assessment & Training System Utilizing motion capture technology and AI posture correction algorithms, automatically generating personalized rehabilitation training plans, tracking rehabilitation progress in real-time, and scientifically evaluating training effectiveness. Wearable Device Data Integration Real-time collection of critical physiological data including heart rate, blood oxygen, and gait, synchronized to the rehabilitation big data platform, providing precise decision-making support for doctors and rehabilitation specialists. IV. Big Data Middle Platform SiringHealth Data Middle Platform Providing a unified data governance architecture, constructing multi-dimensional user health profiles, achieving disease prediction models and health risk early warnings, driving precision medicine and proactive health management. V. Multi-terminal Coverage Comprehensive support for iOS and Android native apps, WeChat/Alipay mini programs, H5 mobile web pages, and Web management backends, achieving full-scenario coverage for user ends, medical staff ends, management ends, and regulatory ends. VI. Core Technical Advantages The company independently develops AI algorithms including emotion recognition, voiceprint wake-up, multimodal interaction, and the DeepSeek dialogue engine, possessing full-stack development capabilities from hardware embedded systems to backend, frontend, apps, mini programs, and SaaS. Supports multiple communication protocols including Bluetooth 5.3, Wi-Fi 6, and NB-IoT, seamlessly connecting various smart wearables and IoT devices. Open APIs for QQ, WeChat, DingTalk, education platforms, and the national medical insurance platform, building an open and win-win health ecosystem. Provides flexible cooperation models including SaaS cloud deployment, private deployment, and source code customization. VII. Flagship Case Study Successfully delivered a national-level project for a Health Commission serving 7.5 million residents, with the system stably serving tens of millions of users, earning high recognition from government departments and the industry. VIII. Service Commitments Average 60% budget savings and 70% shorter delivery cycles; 5-minute response, 24-hour repair, lifetime upgrades; 100% on-time delivery. Partnering with clients to seize the trillion-level AI Health & Wellness blue ocean market.

Shenzhen Siring Information Technology Co., Ltd. (Siring), founded in 1996, has dedicated 30 years to AI digitalization and software development. With 100 employees and 90% in R&D roles, the company holds ISO27001, ISO9001, Double-Soft, and National High-Tech Enterprise certifications. Leveraging partnerships with the Shenzhen Institute of Big Data Research and other top universities, Siring masters the full technology stack: Java/GO/Python/Vue/Flutter, with complete full-chain development capabilities from mobile terminals to cloud, from hardware to software. I. Project Overview This project is a one-stop enterprise digital transformation solution, covering six core modules: mobile application development, lightweight mini program construction, IoT device cloud management, shared Bluetooth device ecosystem, AI agent customer service, and automated office mall system. Targeting retail, manufacturing, logistics, healthcare, education, and other industries, providing end-to-end technology empowerment to help enterprises achieve business online, device intelligence, and service automation. II. APP Development Native Development iOS: Swift/Objective-C, based on UIKit/SwiftUI frameworks, adapted for iPhone/iPad/Apple Watch Android: Kotlin/Java, based on Jetpack Compose/MVVM architecture, adapted for phones/tablets/vehicle systems Cross-Platform Development Flutter: Dart language, single codebase outputting iOS/Android/desktop, hot reload accelerating iteration React Native: JavaScript ecosystem, rich component library, suitable for rapid prototyping and medium-large projects Core Functional Modules User registration and login (phone number/WeChat/Apple ID one-click authorization), push notifications (APNs/FCM/JPush), map positioning (Amap/Baidu/Google Maps), payment settlement (WeChat Pay/Alipay/Apple Pay), audio-video calls (Tencent Cloud TRTC/Agora), live streaming (RTMP/FLV/HLS low-latency streaming) III. Mini Program Production WeChat Ecosystem WeChat Mini Program: Native framework/Taro/Uni-app, supporting subscription messages, live components, video channel mounting, WeChat Work integration WeChat Mini Shop: Rapidly build带货 malls, supporting distribution, group buying, flash sales, member points Multi-Platform Adaptation Alipay Mini Program: Sesame Credit deposit-free, Huabei installment, lifestyle account content marketing Douyin Mini Program: Short video product linking, live room small windmill, POI store引流 Baidu Mini Program: Search direct access, information flow recommendation, AI voice interaction Kuaishou/QQ/360 Mini Programs: Selective adaptation based on target user groups Industry Solutions Restaurant ordering (scan-to-order + kitchen printing + delivery integration), retail stores (in-store pickup + same-city delivery + inventory sync), education and training (course booking + online live streaming + homework check-in), government services (appointment queuing + progress inquiry + electronic certificates) IV. IoT Cloud Platform Device Access Layer Supports MQTT/CoAP/HTTP multi-protocol access, single cluster supporting million-level device concurrent connections. Provides Device Shadow functionality for offline device state caching and synchronization. Device Management Layer Full lifecycle management: registration, activation, diagnostics, remote configuration, firmware OTA, decommissioning Grouping and tagging: flexible grouping by project, region, model dimensions, batch operations Rule engine: device data threshold alerts, linkage control, automated scenario orchestration Data Processing Layer Time-series databases (InfluxDB/TDengine) store sensor data, stream computing (Flink/Spark Streaming) real-time analysis, data dashboards (Grafana/DataV) visualization. Application Enablement Layer Open API gateway (Kong/Spring Cloud Gateway), providing standard interfaces for device control, data query, alert subscription, supporting rapid third-party system integration. V. Shared Bluetooth System Core Architecture Based on BLE 5.3 low-power Bluetooth, achieving full-process automation of device discovery, pairing, authentication, billing, and settlement. Supports dual-mode switching between broadcast mode (Beacon) and connection mode (GATT). Application Scenarios Shared Power Banks User scans code → Bluetooth wakes device → cloud authentication → power bank pops out → timed billing → return settlement. Supports cross-location returns, credit deposit-free, profit sharing settlement. Shared Bikes/Electric Vehicles Bluetooth unlocking (replacing NB-IoT solution, reducing power consumption and data costs), battery monitoring, electronic fencing, standardized parking voice prompts. Shared Massage Chairs/Claw Machines/Arcade Games Scan to start, time-based or per-use billing, remote device status monitoring, automatic profit distribution to merchants and venue owners. Shared Printers/Coffee Machines/Umbrellas Scan and use immediately, prepaid deposit, automatic refund after use, automatic device fault alerts. System Capabilities Bluetooth gateway: supports multi-device concurrent connections, data aggregation to cloud Offline mode: local caching of transaction data, automatic synchronization after network recovery Anti-cheating mechanisms: GPS positioning verification, device abnormal vibration detection, repeated scan interception VI. AI Agent Dialogue Engine Based on DeepSeek large models and RAG retrieval-augmented generation technology, building vertical domain knowledge bases. Supports multi-turn dialogue, intent recognition, slot filling, and context memory. Application Scenarios Intelligent Customer Service 7×24 online Q&A, automatically handling 80% of common inquiries, seamless transfer to human agents for complex issues. Supports text, voice, and image multimodal interaction. Sales Guide Based on user profiles and historical behavior, recommending personalized product combinations, generating marketing scripts, guiding order conversion. Office Assistant Automatically drafting emails, meeting minutes, work reports, intelligent scheduling, to-do reminders, document summarization. Training Mentor Generating exam questions, mock interviews, practical guidance based on knowledge bases, tracking learning progress and automatically adjusting difficulty. Technical Architecture Model layer: DeepSeek/ChatGPT/Claude and other large model API access, or private deployment of open-source models (Llama/Qwen) Knowledge layer: Vector databases (Milvus/Pinecone) storing enterprise documents, product manuals, FAQs Tool layer: Function Calling connecting to order queries, inventory retrieval, logistics tracking, and other business systems Deployment layer: supports multi-terminal embedding in WeChat Official Accounts, WeChat Work, DingTalk, Lark, and standalone APPs VII. OA Mall Development OA Office Automation Workflow Engine Visual process designer, supporting complex approval logic including joint signatures, alternative signatures, transfers, reminders, and returns. Covers 200+ common templates including leave and reimbursement, procurement requests, contract approval, and seal applications. Collaborative Office Instant messaging (private chat/group chat/read receipts), schedule management (meeting booking, conflict detection), task collaboration (Kanban, Gantt charts, time tracking), document collaboration (online editing, version history, permission control). Human Resources Organizational structure, attendance check-in (GPS/Wi-Fi/Bluetooth multi-mode), payroll calculation, performance appraisal, recruitment management. Mall System B2C Retail Mall Product management (SPU/SKU, specification attributes, inventory alerts), order management (automatic order splitting, logistics tracking, after-sales returns), marketing tools (coupons, discounts, points, member levels, distribution commissions), payment settlement (multi-merchant profit sharing, automatic reconciliation, invoice management). B2B Wholesale Mall Tiered pricing, bulk procurement, credit period management, credit limits, electronic contract signing, batch import/export. O2O Store Mall LBS store positioning, in-store pickup, same-city delivery (Dada/Meituan/FlashEx), independent store inventory management, staff performance statistics. Multi-Merchant Platform Entry application, deposit management, store decoration, product review, transaction commission, settlement reconciliation, complaint handling. Technical Architecture Frontend: Vue3/React + Element Plus/Ant Design, responsive adaptation for PC/tablet/mobile Backend: Spring Cloud/Dubbo microservices, MySQL/Redis/RocketMQ middleware Search: Elasticsearch full-text search for products/orders/logs Recommendation: collaborative filtering based on user behavior + deep learning ranking models Payment: integration with WeChat Pay, Alipay, UnionPay, PayPal, Stripe, and other domestic and international mainstream channels VIII. Project Delivery and Services Development Process Requirements research → prototype design → UI design → system development → integration testing → user acceptance → deployment → operation monitoring Quality Assurance Code review: Git Flow branch management, SonarQube static scanning, unit test coverage ≥ 80% Performance testing: JMeter stress testing, API response time ≤ 200ms, concurrent users ≥ 100,000 Security testing: OWASP Top 10 vulnerability scanning, penetration testing, code audit Service Commitments Average 60% budget savings and 70% shorter delivery cycles 5-minute response, 24-hour repair, lifetime OTA upgrades 100% on-time delivery, with optional source code licensing IX. Flagship Cases Delivered 500+ digital projects for retail, manufacturing, logistics, healthcare, education, and other industries, covering brand malls, shared device platforms, smart parks, online education, remote healthcare, and other scenarios, with cumulative service to over 10 million users. Consecutive winner of the "Futian Elite Talent" team award, Siring is dedicated to commercializing cutting-edge technology achievements, partnering with clients to capture the trillion-level digital economy blue ocean market.

Hardware development generally refers to the hardware development of electronic products. A visible physical electronic product development, such as what we call mobile phone, mouse, keyboard, audio, computer, smart watch, TV and other electronic products research and development, involving motherboard, CPU chip, power supply, circuit, internal and external interface, display screen, various components and so on R & D or embedded development, to provide capabilities for software applications. Intelligent hardware is a technical concept after the smart phone, which transforms the traditional equipment through the combination of software and hardware, so that the traditional equipment has intelligent functions. Smart hardware development has extended from wearable devices to smart TVS, medical health, smart homes, smart cars, robots and other fields. It is an important part of the new generation of information technology and an important stage of development in the "information" era. Hardware system refers to the physical equipment that constitutes the computer, that is, the physical components that are composed of mechanical, optical, electrical and magnetic devices with the functions of calculation, control, storage, input and output. Such as CPU, memory, floppy disk drive, hard disk drive, optical disk drive, host board, various cards and the whole machine in the host, display, printer, plotter, modem, etc., the whole machine hardware is also called "hard equipment". In real life, we often hear some professional terms such as hardware development, intelligent hardware, hardware systems, but many people are not clear, always mixed concepts. Today, the hardware engineers of Mu Wo Technology will share with you what is hardware development, intelligent hardware, hardware system? After understanding the definition of hardware development, let's take a look at the basic process of hardware development and hardware development cost accounting. The basic process of hardware development: schematic design, circuit diagram design, PCB board design, test board production, functional testing, stability testing, single-chip microcomputer design, small batch production, formal market or mass production steps. Hardware development cost accounting: 1. Development investment The upfront investment in hardware products is generally large, and most companies spend a lot of time and money on product development. The development of the product needs to spend 100,000 to 500,000 yuan, and the development cycle usually takes about 6-9 months. The development and production of hardware products requires at least one industrial designer, one structural engineer, one electronics engineer, and one assembly worker. It takes months to talk to customers, build prototypes and get them ready for final mass production. 2. BOM cost When product development is complete, we will get a bill of materials, which is one of the essential costs of hardware development. 3. Sales cost The cost of sales mainly includes the assembly cost of finished products, processing commission, advertising fee, scrap rate, tax, logistics cost, return and exchange cost, etc. 4. Fixed costs Fixed cost is the part that needs to be spent once every time a new product is released, such as mold opening costs, certification costs, etc. As a professional hardware development company, MVO Technology has its own specifications for hardware development and a set of completed development processes, and goes deep into the market, taps customer needs, combines software development with hardware development, deeply integrates the Internet of Things, the real economy and big data, and fundamentally improves the security, efficiency and convenience of product layout. It opens up new exploration for hardware development.