Computing power where data is generated Edge Computing

Edge Computing brings data processing closer to applications, machines, and locations. Edge devices and servers enable rapid analysis, fast response times, and local applications without the need for a constant detour through the cloud.

Discover Edge Solutions

Decentralized IT Infrastructure

Not every workload belongs in the central data center. Edge Computing distributes computing power to locations close to the data source, thereby complementing traditional data center and cloud infrastructures.

Low Latency

When data is processed directly at the edge, applications can respond more quickly. This is particularly relevant for automation, machine vision, analytics, and other time-sensitive processes.

Transfer less data

Large volumes of data can be analyzed and filtered locally. Only relevant information is transmitted to central systems. This reduces bandwidth requirements and the load on central infrastructure.

Continue working locally

Edge systems can also deliver applications and data processing close to the point of use. This allows processes to operate with less reliance on constant connections to the cloud or a data center.

Typical Applications

Edge AI & Machine Vision

Process image data and AI models locally to perform recognition, quality control, or analysis directly on-site.

Production & Logistics

Analyze data locally in manufacturing, warehouses, or vehicles, and make time-sensitive decisions directly at the edge.

Branches & Remote Locations

Provide applications, data, and services in a decentralized manner and synchronize selected information with central IT or the cloud.

From Edge Devices to Edge Servers

New

AKHET® Edge Device Aeron Lite i

New

AKHET® Edge Device Aeron Max i

AKHET® Embedded PC Aeron Pro i

New

Server with 1U and 225mm installation depth

AKHET® industrial server Endurance R1U225i

AKHET® Industrial Server Endurance R1U300i

Compute Server Essential 1U

Benefits of Edge Computing

Computer computers are specially designed for demanding environments such as outdoor areas or production buildings, where they ensure reliable operation. They minimize downtimes as data can be processed locally and workflows can continue even without a cloud connection. At the same time, they reduce transmission costs by processing data at the point of origin.

Agile way of working

Thanks to their low latency, Computer computers are suitable for applications in industrial automation where fast reactions are crucial. They increase safety, prevent damage and enable near real-time data processing. Existing PLCs and sensors can also be connected, allowing older systems to be gradually developed into intelligently networked systems. This facilitates digital transformation and supports predictive monitoring and efficiency increases.

Planning a project on the Edge? Quote & Consultation

We advise on dimensioning, I/Os, assembly & software stack.

Your contact person:

Frederic Eschbach & Serena Liu

Frequently Asked Questions About Edge Computing & AKHET® Aeron FAQ

Edge Computing refers to the processing of data directly at the point where it is generated—such as on machines, production lines, or in logistics centers. With high-performance industrial PCs and edge systems from Pyramid , data can be analyzed locally and processed in real time without first having to be transferred to a remote data center.

Pyramid and manufactures powerful edge andComputer a wide range of applications. These include, for example, robust IPCs from the AKHET® , compact edge systems for machine integration, and scalable server solutions for edge data centers. The systems are designed for reliable continuous operation in industrial environments.

Pyramid edge systems Pyramid used in many industrial scenarios, such as machine vision, production monitoring, industrial automation, logistics systems, and data-intensive IIoT applications. They enable fast local data processing while reducing dependence on cloud connections.

Many industrial AI applications require fast data processing directly at the point of use. Pyramid Computer the necessary computing power to perform image processing, quality control, or AI-based analyses directly on the production line, for example.