As AI-powered beauty and medical aesthetics continue to evolve, intelligent skin analysis devices are becoming an important tool for professional consultation and personalized skincare services.

In this project, KICKPI worked with a customer to develop a custom RK3588 AI skin analysis beauty terminal for beauty salons, medical aesthetic clinics, and smart beauty stores.

The solution integrates a high-resolution MIPI CSI camera, RK3588 AI computing platform, NPU-accelerated skin analysis algorithms, a 15.6-inch touchscreen, customized Android software, and local/cloud data management.

The project required comprehensive ODM capabilities covering custom hardware design, Camera ISP tuning, AI model deployment, Android system customization, display optimization, and reliability testing.

Project Overview

Application Scenarios

The AI skin analysis terminal is designed for a variety of professional beauty and healthcare applications, including:

• Medical aesthetic clinics
• Professional beauty salons
• Smart skin analysis equipment
• AI beauty mirrors
• Digital beauty consultation terminals
• Chain beauty store management systems

Customer Requirements

The customer wanted to develop an intelligent skin analysis device capable of capturing high-resolution facial images and using AI algorithms to analyze different skin conditions.

The system needed to identify and analyze characteristics such as:

• Pores
• Acne
• Pigmentation
• Wrinkles
• Skin texture
• Skin moisture
• Overall skin condition

The customer required an ODM partner capable of providing the complete development process, from hardware design and RK3588 platform integration to AI deployment, Android customization, testing, and mass production support.

RK3588 AI Skin Analysis Terminal Solution

To meet the customer’s performance and scalability requirements, KICKPI selected the Rockchip RK3588 as the core computing platform.

RK3588 combines an octa-core CPU, Mali-G610 GPU, and integrated NPU, providing sufficient computing resources for AI image processing, computer vision, multimedia processing, and interactive applications.

Hardware Configuration

Component	Specification
SoC	Rockchip RK3588
CPU	4× Cortex-A76 + 4× Cortex-A55
GPU	Mali-G610
NPU	Integrated AI Accelerator
Memory	8GB LPDDR4X
Storage	128GB eMMC
Display	15.6-inch Touchscreen
Camera	High-Resolution MIPI CSI Camera
Network	Gigabit Ethernet / Wi-Fi / 4G
USB	USB 3.0
Operating System	Android 12

The RK3588 platform provides several advantages for this type of intelligent vision terminal:

• High-performance octa-core CPU architecture
• Integrated NPU for AI acceleration
• Powerful GPU for high-resolution UI rendering
• Support for multiple camera interfaces
• Advanced image and video processing capabilities
• High-speed connectivity for peripheral integration
• Sufficient computing performance for future AI model upgrades

System Architecture

The complete system connects the camera, RK3588 processor, AI engine, display, and cloud platform into an integrated intelligent terminal.

The development process covered both hardware and software engineering, allowing the customer to work with a single ODM partner throughout the project.

Testing and Validation

Before mass production, the complete system went through multiple levels of functional and reliability testing.

Camera Testing

Camera performance was evaluated under different conditions, including:

• White balance
• Color reproduction
• Skin tone accuracy
• Low-light performance
• HDR performance
• Image noise
• AI input consistency

AI Performance Testing

The AI system was tested for:

• Model inference performance
• NPU utilization
• CPU load
• Real-time analysis
• Multiple-face scenarios
• Long-duration AI operation

System Testing

The Android system and peripheral interfaces were tested for:

• LCD
• Touchscreen
• Wi-Fi
• Bluetooth
• USB
• Ethernet
• 4G
• OTA updates
• Camera operation
• System recovery

Reliability Testing

A 72-hour continuous operation and burn-in test was conducted to verify system stability under long-term operation.

The system maintained stable operation throughout the test without abnormal shutdown or major system errors.

Project Results

After approximately five months of development, the RK3588 AI skin analysis terminal successfully completed hardware and software integration and was introduced into mass production.

Project Item	Result
Platform	Rockchip RK3588
Development Cycle	5 Months
Operating System	Android 12
AI Acceleration	RK3588 NPU
Camera	MIPI CSI Camera
Image Processing	Camera ISP Optimization
Display	15.6-inch Touchscreen
Storage	128GB eMMC
Memory	8GB LPDDR4X
Reliability Test	72-Hour Continuous Operation
Production	Successfully Introduced to Mass Production

Customer Value

The completed solution provided the customer with a scalable hardware and software platform for AI-powered beauty applications.

Intelligent Skin Analysis

AI algorithms can assist beauty professionals in analyzing multiple skin characteristics and generating digital skin analysis reports.

Improved Consultation Efficiency

The system helps reduce reliance on manual visual assessment and provides beauty consultants with more structured information during customer consultations.

Scalable Store Deployment

The network-connected architecture supports deployment across multiple beauty salons and medical aesthetic clinics.

Cloud-Based Data Management

Local analysis results can be synchronized with a cloud platform, enabling centralized data management and future software upgrades.

Flexible AI Platform

The RK3588 NPU provides additional AI computing resources for future algorithm optimization and new computer vision applications.

Why Choose RK3588 for AI Beauty Devices?

The RK3588 platform is well suited for AI-powered beauty and vision terminals that require a combination of high-performance computing, AI acceleration, multimedia processing, and flexible peripheral connectivity.

Its combination of CPU, GPU, NPU, high-speed interfaces, camera connectivity, and Android support provides a strong foundation for customized commercial AI devices.

For ODM projects, the platform can also be customized according to application requirements, including:

• Custom PCB design
• Camera interface integration
• ISP tuning
• NPU AI deployment
• Android BSP customization
• Display integration
• Touchscreen integration
• Network connectivity
• Thermal optimization
• Reliability testing
• Mass production support

Conclusion

This RK3588 AI skin analysis beauty terminal project demonstrates how a high-performance embedded computing platform can be transformed into a specialized commercial AI device through customized hardware and software development.

The project combined RK3588 computing performance, Camera ISP optimization, NPU-accelerated AI inference, Android customization, large-screen touch interaction, and long-term reliability engineering into a complete ODM solution.

For companies developing AI skin analysis equipment, smart beauty mirrors, medical aesthetic devices, intelligent consultation terminals, or other AI vision products, a customized RK3588 platform can provide the computing performance and flexibility required for commercial deployment.

KICKPI provides end-to-end RK3588 ODM and embedded board development services, covering hardware design, Android BSP customization, Camera ISP tuning, AI/NPU deployment, system integration, reliability testing, and mass production support.

If you are developing a customized AI vision product based on RK3588 or another Rockchip platform, KICKPI can help transform your product requirements into a production-ready embedded solution.