导航栏
Using the standard MQTT protocol, the collected data is actively reported to the cloud based on preset conditions. Unlike traditional industrial control acquisition modules that are cloud based through gateways, the communication volume of data can be predicted and controlled through optimized design, enabling efficient and reasonable transmission of data and building cost-effective application systems for customers.
Specially adapted for mainstream IoT cloud service providers such as Alibaba, Baidu, Tencent, Aws, Azure, etc., to facilitate software developers in various cloud ecosystems to use our hardware products. From connection configuration to comprehensive integration of services provided by cloud service providers such as shadows and object models, truly achieving ready to use.
Support simultaneous access to two cloud platforms to achieve redundant backup systems.
The device side supports Lua script. It is convenient for users to customize local logic control functions for various practical application scenarios, adding edge computing capabilities to the device. Provide powerful secondary development capabilities.
In an extremely complex public network environment where hackers are rampant, security issues cannot be avoided, especially for industrial control devices with control functions. GNC-NIO supports TLS 1-1.2 encrypted communication and has one-way and two-way certificate authentication capabilities, which can effectively prevent DNS fraud and "man in the middle" network attacks in complex network environments, ensuring communication security between devices and the cloud.
Industrial grade application design, each interface circuit has industrial grade electromagnetic immunity.
Our company provides a simple and easy-to-use graphical configuration tool that allows for one click discovery and graphical configuration within the local area network, making it convenient for users to deploy. In today's labor-intensive world, it can greatly reduce the cost of personnel training.
Due to the widespread use of timestamps starting in seconds according to the Unix standard 1970/1/1, a considerable number of embedded systems will experience timestamp overflow issues by 2038. Our IoT devices have solved this hidden danger and can be used with peace of mind for a long time.
Convenient for distributed installation and centralized power supply, while also facilitating standardized construction and reducing installation and implementation costs.
The current universal version of MN-NIO is a low-speed universal IO collector, but NIO is a platform with powerful hardware expansion capabilities that can lead to various specialized products. NIO adopts a real-time operating system internally, which can prioritize the processing of hardware interrupts and is a responsive system. For example, it can sample and record analog signals at a sampling rate of up to 100Khz, expand the counting function for edge jumps, and can be used for non real time operating system requirements such as transient data in industry. Of course, this type of application requires customized development. GNC-NIO is a product independently developed by Guangzhou Network Control, with complete mastery of the core and years of accumulated hardware acquisition technology, possessing the ability to develop such derivative products.
