Sensor Fusion X Physical AI: A One-Stop Industrial Edge AI Collaborative Management Center
NeoEdge Central is the cloud management core of the NeoEdge industrial edge AI collaboration platform. Through a centralized management interface, it unifies the orchestration of data acquisition, Sensor Fusion, and AI model deployment from edge devices, eliminating the information gap between OT and IT, and allowing full control over the entire lifecycle of OT data and AI applications, realizing true Physical AI.
Quick setup and deployment
On NeoEdge Central, you can easily activate the services you need and deploy them to real IoT environments in just four simple steps, including:
- Select the gateway you want to use.
- Select the communication protocol for collecting device data.
- Select the IT system to be integrated.
- Design business data workflows with NeoEdge.
Finally, deploy to the designated gateway.
The activation, configuration, and deployment of these services are all carried out in a secure and supervised environment.
Full lifecycle and real-time operation and maintenance management of turnstiles
NeoEdge Central provides complete lifecycle management for gateways, from deployment and maintenance to decommissioning. Through the Real-Time Monitoring dashboard, you can grasp the operational status of global Gateways and NeoFlow processes at a glance. Nodes display their health status with visual indicator lights. In case of anomalies, error logs can be traced in real time, significantly reducing troubleshooting time, cutting on-site dispatch costs, ensuring system stability, and optimizing operational efficiency:
- All-around status monitoring: Real-time monitoring of gateway connection status, system resource utilization (e.g., CPU/memory),NeoFlow operational status, and application and hardware version information.
- Proactive early warning and analysis: By uploading abnormal data and monitoring the Audit log, managers can eliminate potential risks immediately, significantly reducing the need for on-site dispatching and saving manpower and time costs.
- Integrated lifecycle management: Connecting one-click provisioning and legality verification during the registration phase, extending to the credential invalidation and fault replacement SOP during the retirement phase, achieving standardized and automated management of gateway devices from network access to decommissioning.
Authorization Management
NeoEdge employs a license pool-based licensing management architecture, decoupling application licensing from individual devices. Licenses can be dynamically allocated, revoked, and reassigned across distributed edge nodes, achieving centralized management and efficient resource utilization. This architecture is particularly suitable for large-scale edge AI deployment scenarios, providing elastic and scalable licensing management capabilities.
Project and Access Management
If you are a project manager, you can invite OT and IT colleagues to participate in development and management, and also add clients or owners to the project to monitor progress and configuration in real time. The platform uses RBAC (Role-Based Access Control) for role-based access management. You can assign corresponding operating permissions to different roles such as system administrators, project managers, field engineers, and external contractors based on the organizational structure, ensuring that each user can only access the functions and data required for their responsibilities.
If you are a company owner, you can clearly understand the project manager, project specifications, installed hardware, and the usage and cost of each project on NeoEdge Central. All project setup specifications and operation records are fully preserved, so you don't need to worry about project handover or personnel changes.
Neoedge Central project management allows you to systematically record IoT project specifications without worrying about project handover or personnel changes.
Cybersecurity Architecture
NeoEdge Central follows the ISO 27017 and IEC 62443 standards to build its security architecture and integrates the TPM 2.0 hardware security module to meet the cybersecurity requirements of critical infrastructure.
For device and authentication, the platform adopts a PKI/X.509 credential system, coupled with two-way mTLS authentication and multi-factor authentication (MFA), ensuring layered security from device to personnel. All data transmission is encrypted with TLS 1.2 throughout the entire process, ensuring the confidentiality and integrity of data during collection, conversion, and uploading. All operations retain complete audit records and provide a secure remote access mechanism to meet enterprise audit and compliance needs.
