Standards-Based Node-Driven AIoT Platform
Connect every device and data source—and optimize operations with AI
Modular Architecture
Visually design and execute complex data-processing logic through a node-based workflow engine.
- Higher development productivity through visual node-based design
- Support for diverse protocols and data formats
- Lower development costs through reusable modules
- Easy integration with AI and data analytics services
- Rapid feature expansion and customization
Unified Connectivity
Manage IoT sensors, CCTV cameras, industrial equipment, mobile devices, gateways, and more from a single platform.
- Unified data collection from diverse devices
- Real-time data streaming
- Integration with cloud and external systems
- Unified operation across heterogeneous environments
- Open platform built on standard APIs
Workflow Automation
Automate data collection, analysis, storage, notifications, and more with a node-based flow engine.
- Visual workflow design
- Prebuilt modules
- Integration with AI analytics and predictive models
- Event triggers and scheduling
- Accessible no-code/low-code environment for non-developers
Enterprise Reliability
A distributed architecture and fault-recovery mechanisms provide a reliable service environment.
- Distributed processing and load balancing
- Fault recovery and automatic restart
- Logging and monitoring
- Built-in access control and security
- Proven execution engine for dependable operation
NeosGen AI Core Solution
Integrated FLOW Generator (AI, DB, API) and Platform Suite
Features
Build complex business logic intuitively through node-based visual design.
Accelerate development and scale flexibly with prebuilt modules and components.
Implement workflows without extensive coding in a no-code/low-code environment.
Service
Create workflows for business automation, data processing, system integration, and more.
Support integrated operations through API connectivity, event triggers, and scheduling.
Validate workflows using the flow simulator.
Efficiency
Improve development productivity and shorten implementation time for faster service launches.
Reduce labor costs and maximize operational efficiency by automating repetitive tasks.
Enable non-developers to contribute and accelerate digital transformation across the organization.
Stability
Ensure reliable workflow processing with a proven execution engine.
Maintain service continuity through exception handling and retry mechanisms.
Support secure system operations with built-in access control and security.
Video Management System
An integrated video management system for real-time monitoring, recording, search, playback, and system integration
Features
Unify real-time video monitoring, recording, search, and playback on a single platform.
Connect ONVIF-compliant cameras and support RTSP and HLS streaming for broad device compatibility.
Support efficient video surveillance with multichannel layouts, event lookup, and PTZ control.
Service
Provide video surveillance services optimized for smart cities, industrial complexes, ports, parking facilities, public safety, and more.
Improve operational convenience by centrally managing camera status, recording status, event history, and user permissions.
Scale flexibly through API integration with security, traffic, and facility management systems.
Efficiency
Manage multiple cameras and video streams quickly and efficiently through an intuitive UI and unified dashboard.
Quickly find and play required footage using date-, channel-, and time-based search.
Simplify operations and improve response times with real-time event monitoring and analytics.
Stability
Securely retain critical video data through continuous recording, event recording, and backup.
Proactively identify potential failures by monitoring network and storage status.
Support secure and reliable surveillance operations through user access control and security policies.
Multiple CCTV ANPR Solution
Integrated Multi-Camera AI ANPR Solution
Features
Automatically recognize vehicles and license plates in real time with high accuracy using deep-learning-based video analytics.
Maintain stable recognition performance in daytime, nighttime, adverse weather, and high-speed driving conditions.
Recognize and classify multiple domestic and international plate formats and vehicle types.
Service
Provide smart mobility and security services, including parking management, access control, and illegal-parking enforcement.
Operate an integrated monitoring system through real-time vehicle data collection and server connectivity.
Support alerts, statistical analysis, history management, and other operational functions when events occur.
Efficiency
Reduce reliance on personnel and maximize operational efficiency through unattended automation.
Reduce congestion and strengthen security through vehicle-flow analysis and management.
Enable faster response and higher service quality.
Stability
Achieve a high recognition rate of 95% or above through precision video processing and AI algorithms.
A robust system design adapts to changing lighting and environmental conditions.
Ensure operational stability and rapid fault response through real-time processing and data backup.
Gate Control Solution
Multi-Gate Access Control Solution
Features
Provide an always-on, uninterrupted gate control environment through service-mode operation.
Deliver high performance with a multithreaded architecture that processes multiple devices simultaneously.
Adapt flexibly to diverse operating environments with server and client modes.
Service
Provide integrated access control for vehicle entry and exit, gate operation, and digital signage.
Monitor real-time access status and vehicle information.
Provide an extensible service architecture that integrates with external APIs and monitoring systems.
Efficiency
Maximize operational efficiency by controlling multiple gates from a single application.
Reduce staffing requirements and management costs through automated access control.
Reduce wait times and improve user convenience through fast, accurate vehicle processing.
Stability
Automatically restart and continue operation after system failures through service-mode execution.
Distribute workloads and maintain stable performance through multithreaded processing.
Support rapid diagnosis and recovery through logging and fault-response capabilities.
