Siring Information Technology

Shenzhen Siring Information Technology Co., Ltd. (abbreviated as Siring), founded in 1996, is a high-tech enterprise integrating comprehensive e‑commerce, educational live‑streaming, blockchain application development, IoT application development, high‑end customized APP development, and platform operation & promotion. Headquartered in Futian District, Shenzhen, the company has adhered for over two decades to the philosophy of “putting users first,” striving for a 100% project completion rate and delivering the highest‑quality personalized full‑service solutions. Its core team members possess more than ten years of software R&D experience and have earned a strong reputation in the industry through excellent execution capability. Siring is also a standing member of the Shenzhen IoT Intelligent Technology Application Association, a standing member of the Big Data Association, and a designated ICT development partner of Guangdong Mobile.

At present, enterprise informatization is at a critical turning point—from “informatization” to “digital intelligence.” According to data from the Ministry of Industry and Information Technology (MIIT), China’s software business revenue reached RMB 15.48 trillion in 2025, a year‑on‑year increase of 13.2%. The software industry has completed three iterative waves—informatization, networking, and cloudification—and has entered a pivotal phase of intelligent transformation. Against this backdrop, the development directions for enterprise informatization are undergoing profound changes. The following areas deserve particular attention.

1. Cloud‑Native Architecture Becomes the Mainstream Choice

Leveraging elastic scalability and pay‑as‑you‑go models, cloud‑native architecture has become the mainstream choice for enterprise management information systems in 2026. Whether for the lightweight needs of SMEs or the complex scenarios of large enterprises, cloud‑native enables flexible adaptation through modular configuration and microservices. For enterprises, migrating existing systems to a cloud‑native approach, or adopting it for new system development, has become a vital path to reducing operational costs and enhancing system resilience.

2. Deep Integration of AI into Enterprise Scenarios

In its 2026 Guidelines for Cultivating “Small, Fast, Lightweight, and Precise” Digital Products and Services, the MIIT explicitly identified deepening AI applications as a core direction for SME digital transformation. AI technology is moving from “proof‑of‑concept” to “large‑scale deployment.” Enterprises are no longer satisfied with superficial “+AI” integration; instead, they are advancing toward deep restructuring. From intelligent customer service and quality inspection to demand forecasting, AI capabilities are being encapsulated into specific business contexts, allowing enterprises to directly use them without understanding the underlying algorithms. For enterprise informatization development, embedding AI capabilities into existing business processes and building AI‑driven applications are among the most valuable investment directions today.

3. Data‑Driven Capability as a Core Competency

In 2026, data strategies are shifting from “compliance reporting” to “intelligent driving.” Enterprises no longer focus solely on the book value of data, but rather on its deep application in AI model training, real‑time decision‑making, and personalized services. Informatization systems must establish a full‑chain collaborative mechanism covering data collection, cleansing, modeling, and scenario‑based deployment. Data‑platform construction, improvement of data governance systems, and development of intelligent decision‑making systems based on data have become foundational projects for enterprise informatization.

4. Accelerated Replacement with Indigenous Innovation (Xinchuang) Ecosystem

The Xinchuang (indigenous innovation) industry reached a critical inflection point in 2026. Domestic operating systems have completed compatibility adaptation for mainstream office software and enterprise applications. In leading industries such as automotive manufacturing, some enterprises have already fully replaced their ERP and data platforms with domestic solutions, achieving a 98% localization rate for core business systems. For enterprise informatization development, accelerating migration to localized technology stacks and ensuring stable system operation within the Xinchuang environment have become unavoidable strategic tasks.

5. “Small, Fast, Lightweight, and Precise” as a New Development Paradigm

The MIIT’s proposed development orientation—miniaturized, rapid, lightweight, and precise—is reshaping the form of enterprise informatization products. Digital products should avoid monolithic, all‑in‑one feature stacks and instead prioritize meeting the transformation needs of key business links. The widespread adoption of low‑code and no‑code development approaches also allows business users to generate application templates without complex coding, significantly reducing customization costs and iteration cycles.

In response to these trends, Siring will continue to leverage its technical expertise in e‑commerce platforms, APP development, IoT applications, and other areas. By keeping pace with cloud‑native, AI, data intelligence, and other technological waves, we aim to deliver more efficient and smarter informatization solutions for our enterprise clients. Upholding the core philosophy of “putting users first” and drawing on more than two decades of hands‑on industry experience, Siring is committed to helping enterprises seize opportunities and move steadily forward in the wave of digital intelligence.

Remote Control Solution for Shared Projects and Quotation

—Control Panel Products and Platform Deployment Solution

Our company, Shenzhen Siring Information Technology Co., Ltd. (hereinafter referred to as "Siring"), specializes in remote control solutions for shared-use projects. We offer control board products supporting multiple communication protocols—including Bluetooth (BLE), WiFi, and 4G—enabling both single-protocol and multi-protocol combination configurations to meet remote control requirements across diverse application scenarios. Below, we have compiled our control board products and platform deployment solutions for your company's reference and selection.

I. Solution Positioning (Scenario Classification)

Based on typical application scenarios for shared equipment, we have categorized customer requirements into the following three types, with different communication solutions recommended for each scenario:

II. Tiered Quotation for Control Panels

Depending on the functional requirements, we categorize our control boards into four tiers to meet the needs of projects of varying scales and budgets. The detailed quotations are as follows:

Additional Options (Optional, billed separately):

Customized housing/terminal connectors: +35 CNY per set (minimum order quantity: 1,000 sets)

Add GPS positioning module: +45 CNY per set (Minimum order quantity: 30 sets)

Audio announcement module: +38 CNY per set (Minimum order quantity: 30 sets)

RS-485/CAN peripheral interface: +28 CNY per set (minimum order quantity: 50 sets)

III. Platform Deployment Plan

We offer two platform deployment modes, allowing customers to choose based on their specific requirements:

(1) SaaS Model (Low upfront investment, rapid go-live)

One-time setup/configuration fee: ¥5,000 (includes mini-program template, merchant backend, and billing rule configuration)

Optional commission model: No annual fee; a 2% commission is applied based on transaction volume (suitable for clients in their early stages who wish to avoid upfront cost commitments).

(2) Independent Deployment (data autonomy, capability to build proprietary brands)

Platform + Mini-Program Customization: Starting from CNY 50,000 for basic functional requirements; CNY 150,000 for solutions featuring multi-device compatibility, data analytics, and permission hierarchy management.

Server and Maintenance: For small-scale projects, the monthly cost is CNY 800, and the annual maintenance fee is typically charged at 10% of the development cost.

Key advantages: a localized closed-loop data ecosystem, seamless integration with customers' proprietary payment systems and ERP systems, and future scalability independent of platform constraints.

IV. Recommended Portfolio Options

Depending on your current stage of development, we recommend the following combination options for you:

V. Bid Price Explanation

1. The quoted price for the control wall includes firmware flashing and factory testing; additional quotes will be provided for customized firmware development.

2. The fees for the IoT card are not included in the quotation for the control wall; the customer shall either renew the fees themselves or have our company manage the payments on their behalf (the annual management fee, if applicable, shall be negotiated separately).

3. If a mini-program requires the client's own legal entity to complete registration and possess payment qualifications, the client shall provide the relevant licenses and permits to facilitate integration.

4. Warranty Period: The control board is covered by a 12-month warranty, during which any non-human-caused damage shall be replaced free of charge.

5. Interface costs for secondary development or the addition of new equipment types shall be assessed and quoted separately based on actual requirements.

6. All of the above quotations are tax-exclusive prices (VAT-specific invoices).

7. Payment Terms: 70% of the total payment shall be made as an advance payment upon execution of this contract, and the remaining 30% shall be paid upon delivery and acceptance.

I. Overview of the Plan

Siring offers one-stop PCBA solutions for consumer electronics sectors—including smart toys, companion robots, and educational hardware—spanning product definition, hardware design, embedded software development, PCBA prototyping, and mass production. Centered on a highly integrated main control board, these solutions integrate voice interaction, emotional display, motion control, and multi-sensor coordination capabilities, enabling customers to rapidly bring smart toy products from concept to market.

II. Core Features

1. Voice Interaction

Dual MENS microphone array pickup, featuring far-field noise cancellation and echo cancellation.

Dual-mode: offline wake-up + online ASR/TTS

Support for customizable wake-up phrases, dialogue flows, and emotional speech recognition for children.

2. Motor Control

Powered by dual miniature reduction motors, it supports differential steering, obstacle avoidance, and posture stabilization.

6-axis motion sensor (3-axis accelerometer + 3-axis gyroscope) for real-time posture detection

Supports multiple motion modes, including music rhythm, interactive following, and automatic cruise control.

3. Transmission and Feedback Integration

ToF sensor enables proximity wake-up and distance detection for human presence detection.

The touch buttons support multi-point touch control interaction on the crown and abdomen.

Multi-sensor fusion enables fall detection, grip sensing, and environmental perception.

4. Emotional Expression

Colorful expression display screen (driven by the main MCU), supporting a wide range of animated expressions and ambient lighting-based emotional feedback

LED light ring / programmable lighting effects, enabling emotional resonance when paired with voice content.

III. PCBA Hardware Architecture

IV. Services We Provide

One-stop service · Professional solution team

Product requirement review, industrial design alignment, electronic schematic design, and PCB layout

Embedded firmware development (RTOS/Linux optional), integration with speech recognition algorithms, and support for apps/mini-programs

R&D → Prototyping → Mass Production & Full-Process Support

Schematic design → PCBA prototyping → Functional testing → Certification guidance (CE/FCC/3C/SRRC)

Small-batch pilot production → Scale-up production → Continuous supply chain assurance and after-sales support

V. Why Choose Siring?

Full-cycle hardware capabilities: from schematic diagrams, PCBs, and structural components to embedded firmware—delivering end-to-end solutions through our in-house team.

Mass production experience in consumer electronics: familiarity with certification processes and cost control for smart toys and IoT hardware

Flexible collaboration model: we can provide customized solutions—whether through solution licensing, joint development, or end-to-end ODM services—tailored to our clients' specific requirements.

Shenzhen localized delivery: proximity to the supply chain, short sample turnaround times, and rapid response capabilities.

The smart scenic area navigation system is built on technologies such as the mobile internet, positioning systems, the Internet of Things (IoT), and artificial intelligence. It transforms traditional navigation into an electronic and intelligent system featuring human-voice explanations. The system provides comprehensive coverage of 3D panoramic maps and public facilities, offering rapid route planning and accurate information on dining, accommodation, sightseeing, and shopping nearby. Furthermore, it allows users to jump to corresponding pages for booking services, thereby enhancing service quality and improving the visitor experience. It truly realizes the concept of "putting a tour guide in your pocket" while turning the smartphone into a living map within the scenic area.

Scenic navigation systems integrate positioning, attractions, public service facilities, and routes. Below are some of the core functions of the Zhongpiaotong navigation system:

1. 3D Scenic Maps: Navigating without getting lost
The 3D map display allows visitors to locate ticket offices, souvenir shops, hotels, restaurants, and entertainment venues. It supports free zooming, enabling users to view details or the full panoramic layout of the scenic area in proportion, providing a comprehensive view of the actual environment.

2. Mobile Self-Service Guiding: A convenient digital experience
In traditional scenic spots, staff or tour guides often provide one-to-many explanations, which can be difficult to hear in crowded and noisy environments. Through the navigation system, visitors can simply scan QR codes on guideboards to access electronic explanations without a physical guide. This achieves a fully digitized experience, allowing visitors to enjoy the convenience of a "mobile tour guide" at their fingertips.

3. Online Hotel Booking: Rapidly addressing visitor needs
By integrating system data, the point-of-interest (POI) information displays brief introductions and real-time hotel room availability. Through the GIS map interface, users can jump directly to specific pages to handle business such as ticket booking, meal reservations, room bookings, and merchandise pre-orders.