ZEALX / APPLIED INTELLIGENCE AI + Hardware

Integrated AI Hardware & Software Solutions

Headquartered beside UESTC's Qingshuihe campus in Chengdu's "Western Silicon Valley" cluster. Engineers make up 75% of the team, with core members from Huawei and BAT, spanning 8 technical domains including computer vision, NLP and robotics.

Team & Location

Location Advantage

Headquartered beside UESTC's Qingshuihe campus, drawing on the "Western Silicon Valley" cluster for policy support, talent pool, and supply-chain ecosystem.

R&D Team Structure

Engineers make up 75% of the team, including full-stack engineers with Huawei and BAT backgrounds, ensuring high-quality delivery from algorithm to engineering.

Cross-Disciplinary Collaboration

The team spans 8 technical domains including computer vision, NLP and robotics, backed by industry advisors in healthcare and finance.

Core Business Areas

End-to-end delivery across three lines: AI software, AI hardware, and integrated hardware-software solutions.

Custom AI Software Development

Grounded in industry pain-point analysis, AI algorithm selection and data governance; we design AI middle-platforms on a microservice architecture, develop with PyTorch / TensorFlow, and validate to industrial-grade standards via A/B testing.

AI Hardware R&D

Smart hardware for real-time data processing and on-device decisions in manufacturing and surveillance, with integrated voice/vision/haptic interaction and a hardware-level TEE and data encryption engine.

Integrated Hardware-Software Solutions

Deep integration of AI algorithms, software platforms and in-house hardware across smart warehousing, intelligent diagnosis, urban traffic, production digital twins, retail, and energy management.

Hardware-Software Fusion

Low-level hardware-software co-optimization is our core edge in deploying AI efficiently.

Embedded System Optimization

Deep customization of the Linux kernel and RTOS for efficient hardware scheduling, ensuring low-latency, high-concurrency processing in industrial automation and edge computing.

Heterogeneous Computing

Combining CPU, GPU and FPGA units with in-house hardware acceleration to significantly boost AI inference speed for real-time smart-city video analytics.

Sensor Co-Design

Multi-modal sensor fusion, such as synchronization between mmWave radar and vision sensors, to enhance perception accuracy and robustness.

Power Control

Dynamic voltage and frequency scaling (DVFS) and sleep/wake mechanisms reduce standby power to milliwatt levels, extending IoT device battery life.

Hardware Security Module

Integrated state-grade crypto chips and a trusted execution environment (TEE) secure data across transmission, storage and processing to financial-grade standards.

AI Development & Deployment

End-to-end quality assurance for AI software systems from requirements to delivery.

Requirement Mining

Solution Review

Architecture Design

Model Development

System Integration

Delivery & Ops

Industry Solutions

Reusable integrated solutions proven across multiple industries.

Smart Warehousing & Logistics

Integrating AGV scheduling algorithms, 3D storage management software and autonomous navigation robots—boosting throughput by 300% and cutting labor cost by 70%.

AI Diagnostic Workstation

Combining medical-imaging AI with high-precision displays for real-time lesion annotation and 3D reconstruction of CT/MRI scans, improving diagnostic efficiency by 50%.

City-Scale Traffic Optimization

Roadside sensing devices plus a cloud traffic-flow prediction system, using adaptive signal control to cut average intersection delay by 35%.

Production Digital Twin

Industrial sensor networks plus a virtual simulation platform for full-lifecycle equipment monitoring and process tuning, raising yield by 12 percentage points.

Smart Retail Guidance

AI cameras analyze customer flow and people-goods-field data, linking electronic price tags and AR fitting mirrors to lift conversion by 25% and average order value by 18%.

Energy Management System

Power-monitoring hardware fused with load-forecasting algorithms for real-time building energy monitoring and optimized scheduling, achieving 15%-30% annual savings.

Representative Products

From concept to mass production, we crystallize AI capabilities into deliverable products.

Smart Park Digital Management Platform

A 3D digital-twin operations center integrating an IoT middle-platform, intelligent security, facility management and data analytics, with mobile apps for visitor booking, parking payment and maintenance requests.

AI Academic Management System

A constraint-satisfaction (CSP) engine weighs 200+ constraints to generate conflict-free timetables in 10 seconds; LSTM-based behavior analysis builds student profiles, knowledge graphs recommend resources, plus exam anti-cheating and a data cockpit.

SELECTED WORK / ENGINEERING IN PRACTICE