Lanner, a leading provider of network appliances and SD-WAN solutions, has announced its participation in the MPLS World Congress 2023, which will take place from April 18-20, 2023, in Paris, France, is expected to draw thousands of industry experts and executives to discuss the latest trends, innovations, and best practices in 5G edge computing technologies.

Fremont, California – Lanner Electronics Americas, a global provider of intelligent edge computing hardware solutions, has announced its participation in the upcoming industry conference "Transform" hosted by ZEDEDA, a leader in edge orchestration software. The on-line event is scheduled to take place on March 16, 2023 and will focus on the latest trends, challenges and innovation in industrial IoT and edge computing.

With the increasing convergence of IoT and IT networks, conventional security measures are encountering their limits against sophisticated, advanced cyber intrusions. As the leading hardware solution provider in network security appliances, Lanner strives to innovate our product portfolio to meet the changing security needs in the evolving edge-to-cloud network architecture.

A Smart City is a well-connected infrastructure that constantly and intelligently interacts with the environments, things, and human beings. At the scale of a city, punctual data processing and smart service delivery require AI accelerated video analytics and coordinated hardware and software integration.

5G and Edge AI have changed the landscape of smart city. With low latency 5G communication and AI-powered deep inferencing, 5G+AI unlock the digital transformation of today’s smart city solutions, including autonomous mobile vehicle, retail video analytics, traffic monitoring

This webinar will provide an overview of the benefits of implementing SRv6 in a telecoms network and the advantages of deploying such a solution: providing enhanced control over traffic flows, faster and easier service insertion, improved scalability, and reduced operational complexity.

The rapid growth of SD-WAN and Multi-access Networking Computing (MEC) has enabled numerous innovations in the space of 5G networks, which drives service agility to the edge cloud as the disaggregation of telco infrastructure facilitates the virtualization of packet routing, security, load balancing and SRv6 Service Chaining. Through multi-vendor compatibility, pre-validated Lanner uCPE and MEC platforms provide dynamic scalability and low-latency communications and assisted with high performance AI computing.

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