One-Stop Custom Development Services for IoT (Internet of Things) Smart Electronics

Leveraging our expertise in IoT communication technologies and full-stack software and hardware development capabilities, we provide clients with end-to-end customized services—from requirements analysis, solution design, and R&D to app and cloud development, testing, mass production and market launch, plus lifetime operations and maintenance. Our services span multiple sectors, including industrial IoT, smart home, smart agriculture, healthcare, and consumer electronics. Through standardized processes combined with customized technology, we help clients quickly seize first-mover advantages in the IoT market.

I. Core Technical Capabilities

1. Multi-Protocol IoT Communication Adaptation

Technical Highlights: Supports a full range of communication protocols for all scenarios, including Wi-Fi 6/5, Bluetooth 5.2/LE, LoRa, NB-IoT, Zigbee, and 5G, allowing for flexible selection based on application scenarios (indoor/outdoor, short-range/long-range, low-power/high-speed); Proprietary communication protocol optimization algorithms enhance interference resistance by 40%, reduce data transmission latency to as low as 10 ms, and support concurrent access to the cloud by high-quality devices.

2. Smart Hardware Integration and Design

Technical Highlights: Provides customization of IoT core boards (based on STM32, ESP32, and RK series chips); integration of sensor modules (temperature and humidity, GPS, infrared, gas, motion sensors, etc.); low-power circuit design (standby power consumption ≤ 5 μA); industrial-grade protection design (IP67 water and dust resistance, wide temperature range support from -40°C to 85°C); supports modular hardware development to shorten prototyping cycles.

3. Full-Stack Software Ecosystem Development

Technical Highlights:

• Device Firmware: Develops device status management, data acquisition and preprocessing, protocol parsing, and OTA remote upgrade functions; supports local offline computing;

• End-User Applications: Customize Android/iOS apps, WeChat Mini Programs, and H5 pages to enable device pairing, remote control, data visualization, and alert notifications;

• Cloud Platform: Build private/public cloud platforms (supporting deployment on AWS, Alibaba Cloud, and Huawei Cloud), providing device management, data storage and analysis, user permission management, and open API interfaces.

4. Data Security and Privacy Protection

Technical Highlights: Utilizes an “end-to-end” triple encryption mechanism—AES-256 encryption on the device, TLS 1.3 encryption at the transport layer, and RSA asymmetric encryption in the cloud; supports device authentication (unique SN code + dynamic key), data de-identification during storage, and blocking of unauthorized access; complies with regulations such as GDPR and the Level 2.0 Information Security Standards.

5. Industry-Specific Algorithm Development

Technical Highlights: Custom AI data analysis algorithms tailored to different industry scenarios—such as equipment failure prediction algorithms for the industrial sector, environmental threshold early warning algorithms for agriculture, and physiological data anomaly detection algorithms for healthcare—enabling an upgrade from “data collection” to “intelligent decision-making.”

II. Customized Services Across Multiple Fields

1. Industrial Internet of Things (IIoT): Remote Monitoring Terminal for Smart Equipment

Project Background: We developed a customized remote monitoring terminal for a machinery manufacturing company to address the issues of “low operational and maintenance efficiency” and “difficulty in predicting equipment failures” associated with traditional equipment.

Core Features:

• Hardware: Integrates vibration, temperature, and current sensors; supports dual-mode LoRa/NB-IoT communication; industrial-grade protection (IP68);

• Software: A cloud-based platform monitors equipment operating parameters in real time; AI algorithms predict failure risks; the app pushes alert notifications; and the system supports remote debugging and parameter configuration;

Project Outcomes: Equipment downtime due to failures was reduced by 60%, and O&M costs were lowered by 35%. Over 5,000 units have been deployed in bulk, covering factories in more than 20 provinces and municipalities.

2. Smart Agriculture Sector: Smart Irrigation Control System

Project Background: Customized a smart irrigation system for an agricultural cooperative to achieve “on-demand irrigation, water conservation, and labor savings.”

Core Features:

• Hardware: Deployment of soil moisture, light, and precipitation sensors; data collection via LoRa gateways; remote control of solenoid valve controllers;

• Software: A cloud-based platform automatically calculates irrigation volumes based on crop type (wheat/vegetables), supports manual/automatic mode switching via the app, and generates irrigation data reports;

Project Outcomes: Water savings of 40%, labor cost reduction of 70%, and a 15% increase in crop yield per mu. The system has been implemented across more than 1,000 mu of high-standard farmland.

3. Smart Home Sector: Whole-Home Smart Interconnection System

Project Background: Customized a whole-home smart interconnection system for a smart home brand to achieve “device interconnectivity and scenario-based control.”

Core Features:

• Hardware: Custom smart gateway (supporting multi-protocol compatibility including Wi-Fi, Bluetooth, and Zigbee) that integrates with devices such as lighting, curtains, air conditioners, and security systems;

• Software: The app supports customizable scene modes (e.g., “Coming Home Mode”: turn on lights + turn on air conditioner + close curtains), voice control (integrated with Xiao Ai and Tmall Genie), and remote integration;

Project Outcomes: Sales exceeded 100,000 units within six months of the product’s launch, with a user satisfaction rate of 92%, making it one of the top five best-selling products in Tmall’s smart home category.

4. Healthcare Sector: Portable Vital Signs Monitor

Project Background: Custom-developed a portable vital signs monitor for a medical device company to meet the needs of home-based elderly care and outdoor emergency scenarios.

Core Features:

• Hardware: Integrates ECG, heart rate, blood oxygen, and body temperature sensors; features Bluetooth 5.2 low-energy communication; offers up to 72 hours of battery life; supports USB charging;

• Software: The app displays vital signs data in real time, automatically alerts users to abnormal readings, supports data synchronization with hospital management platforms, and generates health reports;

Project Outcomes: Obtained a Class II Medical Device Filing Certificate; the product has been deployed in over 300 community hospitals and senior care facilities, serving a cumulative total of over 100,000 users.

III. Standardized Collaboration Process

1. In-Depth Requirements Research (1–3 days)

• Collaborate with the client’s team to clarify product positioning, core features, use cases, target users, budget, timeline, and compliance requirements; produce a “Requirements Analysis Report” and a “Feasibility Assessment Plan.”

2. Custom Solution Design (3–7 days)

• Assemble a dedicated team (hardware engineers + software engineers + algorithm engineers + project manager) to produce a “Hardware Design Proposal” (including a BOM), “Software Architecture Diagram,” “Cloud Platform Proposal,” and “APP Prototype.” Begin R&D after confirmation with the client.

3. Prototype Development and Prototyping (15–25 days)

• Complete hardware PCB fabrication, component procurement, firmware development, and joint debugging of the app and cloud platform; produce 3–5 functional prototypes for client testing and feedback collection.

4. Testing (10–20 days)

• Conduct reliability testing (high and low temperature, drop, water resistance), communication stability testing, and data security testing; assist the client in achieving compliance with CE, FCC, CCC, and other standards; and deliver a “Test Report” and “Certificates.”

5. Mass Production, Delivery, and Operations & Maintenance (Ongoing)

• Assist the client in setting up production lines and provide technical guidance to ensure yield during mass production; offer a 1-year free warranty, lifetime OTA update service, and 24/7 technical support.

IV. Service Guarantee System

1. Full-Cycle Service Support

• Dedicated Project Team: Each project is assigned one project manager and a specialized technical team, providing one-on-one coordination throughout the process and issuing weekly progress reports;

• Rapid Response Mechanism: Technical support responds within 2 hours; urgent issues are resolved within 24 hours;

• Lifetime Operations and Maintenance Services: Provides ongoing services such as device firmware updates, cloud platform upgrades, and app feature optimization.

2. Core Competitive Advantages

• R&D Capabilities: A team of over 50 professional R&D staff (including 20 engineers with 10+ years of experience in the IoT field), completing an average of over 30 custom projects annually;

• Timeline Advantages: Modular development of core boards shortens prototype delivery time to 15 days, with overall project timelines 30% faster than the industry average;

• Intellectual Property Protection: Clear agreements on the ownership of intellectual property for design solutions, algorithms, and software, along with patent application consulting services.