ESWIN Computing’s smart park solutions deeply integrate IoT, big data, AI, and other cutting-edge technologies to facilitate smart management, efficient operations, and sustainable development of parks, helping build efficient, green, and secure modern parks.
Smart edge devices for edge computing feature high-performance processing power, modular configurations, a wide operating temperature range, and industrial-grade environmental endurance, and support remote Ops management. The hardware platform is equipped with hundreds of self-developed efficient AI algorithm libraries, and dedicated algorithm packages can be loaded according to industry needs, enabling swift development of infrastructure ranging from general-purpose smart edge stations to industry-specific analytical instruments. It boasts high performance and is also cost-effective, making it a favored choice for edge AI computing.
Dedicated hardware for smart computing acceleration integrates five RISC-V general-purpose intelligent computing SoCs by ESWIN Computing, namely, the EIC7702X SoCs (each equipped with 8 high-performance RISC-V cores with a core frequency of 1.8GHz). It boasts a robust 200TOPS of processing power at INT8 precision and has up to 320GB memory capacity, allowing high-precision LLMs to run more efficiently. It enables real-time video transcoding and compression and supports interconnection of up to 8 GPUs within a single server and server clustering for scalability to accelerate LLM inference for AI inference servers, video cloud platforms, and park management systems, fully meeting the demands for AI inference and hybrid computing acceleration.
The terminal-edge-cloud integrated solution adopts a four-layer architecture (perception, service, application, display) and integrates cloud computing, AI technology, and data middleend capabilities, focusing on meeting the needs of public safety, property management, energy management, business services, lifestyles, and other core applications. Through deep synergy between smart hardware and the management platform, the solution promotes the smart transformation of park management, enhances the operational efficiency and service experience, and empowers the smart park ecosystem across multiple scenarios.
Robust Processing Power with Wide Application The solution features self-developed RISC-V multi-purpose intelligent computing SoCs, each of which offers 40TOPS of processing power at INT8 precision. It supports real-time processing of multiple high-definition video streams and AI inference, ready to process massive amounts of data and smart analysis of complicated scenarios in parks.
Flexible, Extensible Architecture Supports seamless extension from a single building to multi-park clusters, suitable for communities, commercial complexes, and city-wide park networks. Through a classified management model, management and services are independent and separated to meet the needs of diversified management structures.
Smart Hub for Global Perception Collects data in real time through IoT devices (e.g., smart sensors and cameras) and utilizes AI algorithms and big data analysis technology to implement smart park management, predictive maintenance of equipment, dynamic energy consumption optimization, intelligent alerting, etc., greatly enhancing the operational efficiency.
One-Stop End-to-End Delivery Provides full-cycle services from top-level design to smart hardware deployment to platform implementation, covering solution customization, product supply, system integration, and Ops support, ensuring that the solution is implemented efficiently and iterated on an ongoing basis.
A multidimensional detection network is deployed to conduct comprehensive, real-time park monitoring through high-resolution cameras, smart access control, and vehicle identification systems. AI algorithms are used to analyze abnormalities (e.g., intrusion, crowd gathering, and parking violation) in real time and automatically link security plans to achieve closed-loop management including detection, alerting, and disposal, so as to keep the parks safe and in order.
Energy consumption data is monitored in real time through smart electricity and water meters and environmental sensors, and comprehensive analysis reports are generated. Lighting, air conditioning, and other systems are dynamically optimized through centralized device control, and load forecasting algorithms are used to match energy supply and demand, significantly improving the overall energy efficiency.
IoT devices and sensors are deployed to monitor the elevators, water supply and drainage systems, fire prevention equipment, and other key facilities 24/7. An advanced fault prediagnosis model is used to warn against potential risks and schedule timely maintenance to reduce downtime. Plus, the smart operations platform supports remote monitoring and management, improving the operations efficiency.
A one-stop service platform is developed to provide convenient services for enterprises in the park. The platform integrates multiple features such as office automation, resource reservation, and employee benefits to help enterprises improve the operational efficiency. Based on data analysis, it also offers market insights and policy interpretations to empower the smart operations of enterprises.
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