Smart terminal
For multi-scenario lock control and permission management across substations, power generation, power distribution, and industrial parks, advanced technologies such as large language models, the Internet of Things, and microservices are integrated. Based on a unified standard device model access architecture, centralized management of all types of intelligent locks is achieved. Relying on a modular configuration system, the platform enables customers to select lock control terminals and function modules as needed. It supports rapid deployment and adaptation of lock control solutions for various industry scenarios such as power grids and industrial parks, resulting in rapid scenario adaptation and the capability for customized services.
Comprehensive control
The system provides full coverage of lock control in all scenarios, including substations, power generation, power distribution, and industrial parks. From hardware devices to software permissions, it enables comprehensive, seamless monitoring and management, maintaining real-time awareness of lock control status to ensure overall safety with no blind spots.
Unified permission management
Breaking away from the traditional decentralized permission model, all user and lock permissions are centrally configured and managed through a standardized model. In the event of changes in personnel positions or regional functions, permissions can be adjusted with a single click, ensuring precise alignment and highly efficient management.
Full-path authorization
Covering the entire process from permission application, approval, issuance, to revocation, the system enables one-click authorization management for all types of locks in personnel access scenarios. Leveraging a hierarchical role system and scenario-based strategies, the platform enables dynamic and precise control over lock operations, ensuring traceable safety at every stage and building a closed-loop full-path control mechanism.
Business linkage
Deep integration with business operations such as power grid maintenance and park management ensures that lock control operation data is fed back to business systems in real time. When abnormal unlocking or changes in permissions occur, the relevant business processes are automatically triggered, enabling coordinated operation across multiple systems and significantly improving overall operational efficiency and security.
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