Redundant Fibre Paths
To guarantee uninterrupted service throughout the AI Impact Summit, an extensive hardware setup emphasizing high redundancy has been put in place. This
ensures that even during critical keynote sessions and live demonstrations, any potential disruptions are averted. The entire event relies on a fibre backbone that incorporates a sophisticated four-way protected fiber path system. This means that if one fiber line encounters an issue, the data transmission will automatically reroute through one of the other three active paths, maintaining a continuous flow of information. This level of protection is paramount for an event of this scale, where a stable and high-speed connection is essential for showcasing India's advancements in artificial intelligence to a global audience.
Enhanced Network Coverage
The digital framework for the summit has undergone significant upgrades to provide seamless, high-speed connectivity essential for attendees. The core infrastructure is bolstered by an impressive deployment of 55 small cells within the Bharat Mandapam complex itself, complemented by an additional 12 outdoor sites. This dense network of small cells is strategically placed to ensure robust signal strength, particularly in areas with a high concentration of users. Furthermore, the network expansion reaches beyond the primary event halls to encompass all transit points frequented by delegates, ensuring connectivity extends to all movement areas. Existing network sites have been optimized and enhanced to effectively manage the anticipated traffic flow across venues, routes, and entry/exit corridors, eliminating any potential 'dead zones'.
Proactive Monitoring & Support
A 24/7 monitoring system is in operation throughout the entire duration of the event to ensure a superior and uninterrupted user experience on the 5G Plus network. Dedicated teams are actively overseeing all roaming links, ensuring that visitors can rely on consistent connectivity. This proactive approach is a direct result of comprehensive site surveys that enabled the creation of blanket 5G coverage. The strategic placement of dense small cells and dedicated fiber backhaul were crucial in eliminating any areas with weak or no signal. Recognizing the potential for massive spikes in data usage, particularly during live streaming of AI demonstrations and other high-bandwidth activities, the network is equipped to handle extreme usage scenarios. This includes built-in surge capacity, supported by a dedicated 'war room' and on-site network experts who work around the clock to manage peak traffic in real time.
