Key Points
- Cisco launched a new device, “Cisco Unified Edge,” to run AI workloads locally.
- It is designed for use in places like retail stores, factories, and healthcare facilities.
- The goal is to speed up AI processing and reduce the strain on traditional data centers.
- The platform uses an Intel chip, and Verizon is an early adopter. The device is expected to be generally available by the end of the year.
Cisco Systems launched a new computing device on Monday designed to run artificial intelligence workloads right where the action is—in local settings like retail stores, factory floors, and healthcare facilities. The goal is to make their AI data processing much faster.
The new platform, called “Cisco Unified Edge,” aims to bring AI infrastructure closer to where businesses create data. This helps solve a growing problem: traditional data centers are getting bogged down with complex AI commands.
As new, smarter AI models that can reason and act on their own (“agentic models”) become more common, they are creating a huge amount of network traffic, overwhelming centralized systems.
The new Cisco platform includes an Intel chip and already has a major early customer in Verizon. Cisco expects the device to be widely available by the end of the year.
Tech companies have been pouring tens of billions of dollars into expanding their data centers to handle the explosive growth of AI. Cisco’s new device offers a different solution. Instead of sending all data to a centralized cloud for processing, the Unified Edge platform processes it on-site. This can dramatically speed up AI data processing for local entities, making AI applications more responsive and effective.
“As AI agents and experiences proliferate, they will naturally emerge closer to where customers interact and decisions are made – the branch office, retail store, factory floor, stadium, and more,” said Jeetu Patel, Cisco’s Chief Product Officer. This move is all about making AI more practical and efficient for everyday business operations, right at the source.
