The worldwide industry digital transformation trend is inspiring innovation that promotes intelligent connections of objects; it has also led to advances in industry services and business modes. These developments are affecting the value chain, supply chain, and the industrial ecosystem. By 2020, more than 50 billion terminals and devices will be connected, and over 50 percent of data will be analyzed, processed, and stored at the network edge.

The IoT is a large and complex system covering many different industries and application scenarios. The connection and management of mass terminals, and real-time analysis and processing of large amounts of data create challenges for the digital transformation of industries.

To address these challenges, Huawei’s EC-IoT Solution provides deep openness, supports a variety of various industry protocols and interfaces, and widely adapts to various many industry interconnection scenarios. It leverages uses open edge computing capabilities and cloud management architecture to meet intelligent data processing requirements in different industries. This helps them quickly innovate, improves enhances production efficiency and quality, reduces O&M costs, and improves public services.

Open Edge Computing

The IoT gateway provides lightweight VMs or containers and supports on-demand deployment of industry-specific apps.

Various Protocols and Interfaces

Provides PLC-IoT, RF, RS485, DI, DO, and CAN, which are used in many power and predictive maintenance scenarios.

Cloud-Based Centralized Management

The Agile Controller unifies the control of millions of cloud gateways, VMs, containers, applications, and networks.

Why Huawei?

Open Ecosystem

Huawei cooperates with top vendors such as IBM, SAP, and GE to build an open industry ecosystem.

Advanced Technologies

Provides lightweight VMs or containers, an on-demand industry app, and many scenario protocols and interfaces.

Various Scenarios

Applied to various industries such as electric power, manufacturing, and Smart City; also used in vehicle-mounted hardware scenarios.