Edge computing

Complementing the cloud in IoT by enabling quick, secure, and local data processing

Edge computing: the perfect complement to the cloud in IoT

In many cases, it is simply not feasible to connect thousands or even millions of IoT devices directly to the cloud. This is where edge computing comes in: by facilitating data processing at the edge of a network – close to the source – it helps overcome some typical challenges of IoT deployments:

  • Sending huge amounts of data to the cloud can lead to high network costs for data transmission. In addition, high costs for cloud storage and processing can also accrue.
  • Latency can be an important consideration in IoT deployments. If it takes a long time for the cloud to process a request, this may well become an issue.

Use case overview

  • In many cases, it is simply not feasible to connect thousands or even millions of IoT devices directly to the cloud.
  • Edge computing facilitates data processing close to the source.
  • It therefore helps overcome network latency and enables companies to save costs.

How companies benefit from edge computing

With IoT devices generating ever-larger amounts of data, more and more companies are turning to edge computing as a way of processing that data quickly and reliably. What benefits does edge computing entail?

Icon Connectivity

Overcoming network latency

Moving the processing of sensor data to an edge gateway is a way of avoiding network latency. This makes it a perfect fit for IoT applications that require sub-second response times – autonomous cars, for example.


Cutting costs

With edge computing, data can be filtered and processed before it is sent to the cloud. This reduces network costs for data transmission. It also reduces the costs for cloud storage and processing of data that is not relevant to the application.

Computational efficiency

Deploying analytics algorithms or machine-learning models to an edge gateway means that computational processing can be performed on smaller data sets. Edge computing is therefore an efficient way to process data.

Added device autonomy

Edge computing enables local storage and local computation. A device can therefore continue to function even if it is not connected to the network, thus improving the reliability of the entire IoT solution.


Improved security

Edge computing can reduce the number of sensors and actuators connected to the internet. This reduces the potential attack vector for security attacks.


Addressing privacy needs

Local data processing and filtering by an edge gateway can reduce the amount of sensitive and private information that is sent over a network.

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Our solution: cloud connectivity and intelligence at the edge

Bosch IoT Edge is an integrated set of tools and services to connect diverse IoT devices locally and to the cloud, set communication between devices, and develop scalable IoT applications that bring IoT device data processing and services where they can best optimize outcomes. Bosch IoT Edge deploys cloud or custom logic on the device to get more value from diverse edge assets, process and act on IoT data right on the device and manage devices from the cloud. Device manufacturers can add new revenue streams with connected products and ensure agile development for hardware and software.

Bosch IoT Suite Edge

Local connectivity via gateways, uniform device representation and communication between devices, edge computing

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