By: Network-Switch.com | June 22, 2026
Operations Transformation Forum (OTF) 2026 in Copenhagen
On June 22, 2026, Huawei officially kicked off the Operations Transformation Forum (OTF) 2026 in Copenhagen, Denmark. Coinciding with the upcoming DTW Ignite event, this gathering brings together global telecom and enterprise network leaders. The core focus of this week's forum is enabling "Autonomous Driving Networks" (ADN) at the enterprise level. Huawei is demonstrating how integrating large language models directly into network controllers can help enterprise IT teams transition from manual troubleshooting to fully automated, intent-driven network management using natural language commands.
Agentic Core: Transitioning to AI-Native Operations
A major talking point across the mid-June enterprise network landscape is the shift toward an "Agentic Core." Building on announcements made earlier in the month, Huawei's latest whitepapers released ahead of OTF 2026 detail the integration of AI agents within core enterprise routing and switching infrastructure. By utilizing digital twins of the physical network, these AI agents can simulate traffic spikes, predict potential firewall breaches, and autonomously reroute critical data center workflows without human intervention, effectively maintaining 99.999% uptime for massive AI training clusters.
MWC Shanghai 2026 Preview: Next-Gen Enterprise Connectivity
As the industry looks toward MWC Shanghai 2026 (scheduled for June 24-26), anticipation is building around Huawei's enterprise networking division. Leaks and pre-event briefings suggest Huawei will unveil a new tier of ultra-compact, liquid-cooled enterprise switches designed for the edge computing market. Additionally, updates to the Xinghe Intelligent Network portfolio are expected, specifically targeting industrial campus environments that require high-density IoT integration alongside ultra-reliable, low-latency communication (URLLC).
Bridging the Gap: Wi-Fi 7 Adoption in European Campuses
Despite ongoing regulatory friction in the broader 5G telecom space, industry analysts reported on June 20 that Huawei's enterprise Wi-Fi 7 Access Points (such as the AirEngine Advanced series) are seeing accelerated adoption in private European enterprise sectors. Research institutions and smart manufacturing campuses are increasingly deploying these APs due to their proprietary intelligent Coordinated Scheduling and Spatial Reuse (iCSSR) technology. This capability effectively turns multiple APs into a unified super-network, delivering the zero-roaming reliability required by automated guided vehicles (AGVs) and localized AI workloads.
Frequently asked questions (FAQs)
What is the main focus of the Huawei Operations Transformation Forum (OTF) 2026 in Copenhagen?
Kicking off on June 22, 2026, the OTF 2026 focuses heavily on "Autonomous Driving Networks" (ADN) and AI-native network operations. Huawei is showcasing how enterprise IT teams can use large language models and AI agents to transition from manual configurations to automated, intent-driven network management.
What does "Agentic Core" mean in the context of Huawei enterprise networks?
The "Agentic Core" refers to the integration of autonomous AI agents directly into the network's routing and switching infrastructure. These AI agents use digital twins to simulate network traffic, predict potential firewall vulnerabilities, and autonomously optimize data flows to ensure uninterrupted service for high-demand enterprise environments.
What enterprise hardware is expected to be unveiled at MWC Shanghai 2026?
Ahead of MWC Shanghai (June 24-26, 2026), industry briefings anticipate that Huawei will introduce a new lineup of ultra-compact, liquid-cooled enterprise switches designed specifically for edge computing. Updates to the Xinghe Intelligent Network portfolio tailored for heavy industrial IoT campuses are also expected.
Why are European enterprises adopting Huawei's Wi-Fi 7 Access Points despite telecom restrictions?
While public telecom infrastructure faces strict regulations, private European enterprises (like smart factories and research labs) are adopting Huawei's Wi-Fi 7 APs for their unmatched performance. Technologies like iCSSR (intelligent Coordinated Scheduling and Spatial Reuse) provide seamless, zero-roaming connectivity crucial for automated guided vehicles and local AI processing.
How does Huawei's iCSSR technology improve enterprise Wi-Fi networks?
iCSSR allows multiple physical Access Points to coordinate and function as a single, virtualized "super AP." This technology drastically reduces signal interference and ensures that mobile devices or enterprise machines experience zero packet loss and no connectivity drops as they roam across large campus environments.