Common use of Problem Statement Clause in Contracts

Problem Statement. 1.1. This section, Problem Statement, is included for informational and contextual purposes to support the Network Communication Policy section. 1.2. The predicted large scale growth of IoT devices will create major challenges for mobile network operators. One major challenge that mobile network operators must overcome is the risk caused by the mass deployment of inefficient, insecure or defective IoT devices on the mobile network operators’ [domestic and roaming] networks. When deployed on a mass scale such devices can cause network signaling traffic to increase exponentially which impacts network services for all users of the mobile network. In the worst cases the mass deployment of such IoT devices can disable a mobile network completely. 1.3. IoT devices overusing the mobile network can affect not only the devices causing the incident but also other devices on the same IoT service platform or those devices of other end customers. 1.4. Network signaling resources are dimensioned assuming an overall device usage profile with a sensible balance between traffic and signaling needs. It is therefore important that IoT devices using mobile networks adhere to some basic principles before they can be safely connected to mobile networks. 1.5. Good design is essential to ensure that IoT Device performance is optimized and to prevent failure mechanisms creating runaway situations which may result in network overload.

Problem Statement. 1.1. This section, Problem Statement, is included for informational and contextual purposes to support the Network Communication Policy section. 1.2. The predicted large scale growth of IoT devices will create major challenges for mobile network operators. One major challenge that mobile network operators must overcome is the risk caused by the mass deployment of inefficient, insecure or defective IoT devices on the mobile network operators’ [domestic and roaming] networks. When deployed on a mass scale such devices can cause network signaling traffic to increase exponentially which impacts network services for all users of the mobile network. In the worst cases the mass deployment of such IoT devices can disable a mobile network completely. 1.3. IoT devices overusing the mobile network can affect not only the devices causing the incident but also other devices on the same IoT service platform or those devices of other end customers. 1.4. Network signaling signalling resources are dimensioned assuming an overall device usage profile with a sensible balance between traffic and signaling signalling needs. It is therefore important that IoT devices using mobile networks adhere to some basic principles before they can be safely connected to mobile networks. 1.5. Good design is essential to ensure that IoT Device performance is optimized and to prevent failure mechanisms creating runaway situations which may result in network overload.

Problem Statement. 1.1. This section, Problem Statement, is included for informational and contextual purposes to support the Network Communication Policy section. 1.2. The predicted large scale growth of IoT devices will create major challenges for mobile network operators. One major challenge that mobile network operators must overcome is the risk caused by the mass deployment of inefficient, insecure or defective IoT devices on the mobile network operators’ [(domestic and roaming] ) networks. When deployed on a mass scale such devices can cause network signaling traffic to increase exponentially which impacts network services for all users of the mobile network. In the worst cases the mass deployment of such IoT devices can disable a mobile network completely. 1.3. IoT devices overusing the mobile network can affect not only the devices causing the incident but also other devices on the same IoT service platform or those devices of other end customers. 1.4. Network signaling resources are dimensioned assuming an overall device usage profile with a sensible balance between traffic and signaling needs. It is therefore important that IoT devices using mobile networks adhere to some basic principles before they can be safely connected to mobile networks. 1.5. Good design is essential to ensure that IoT Device performance is optimized and to prevent failure mechanisms creating runaway situations which may result in network overload.