Saturday, July 6, 2024

Shaping the Future: AI and IoT at Bengaluru Airport

Industry is a member of NVIDIA Metropolis and Inception. The third-busiest airport in India now uses AI’s vision AI technology.

One of the busiest airports in the world’s most populous nation is Bengaluru International Airport, often known as BLR. Nearly 32 million passengers pass through this airport every single year.

The airport in the city that was formerly known as Bangalore is utilizing visual AI technologies that are powered by Industry in order to give a safer and quicker experience for the city’s massive population.AI.

Industry is a participant in the NVIDIA Metropolis vision artificial intelligence partner ecosystem.AI has implemented its visual AI platform across the newest terminal at BLR, which is known as the Garden Terminal due to its abundance of indoor gardens, green spaces, and waterfalls. This represents one of the very first large-scale deployments of intelligent video analytics in an Indian airport.

The industry.AI improves the efficiency and safety of the operations of the terminal by using visual AI and object detection in a variety of use cases. These use cases include tracking abandoned baggage, flagging long passenger waits, and alerting security staff to potential problems.

The staff is able to pro-actively reroute passengers to less busy locations by identifying points of congestion and anticipating delays with vision AI. Additionally, the staff is able to offer signals to open extra checkpoints, which results in reduced wait times and improved passenger experiences.

“Deploying vision AI at this scale is a first for us,” said George Fanthome, the chief information officer of the firm that BLR’s parent company is affiliated with. “We want to be one of the best airports in the world, and we want to provide the best experience possible for our customers by implementing such cutting-edge technologies as deep learning,”

Airport Operations That Are Both Smarter And Safer

The Business World.More than 500 live camera feeds from across the BLR terminal are connected via the AI platform to vision AI technologies that are capable of completing nearly a dozen jobs in real time.

AI in Airport
Image credit to NIVDIA

To begin, the system is able to recognize whether a piece of luggage or a pocketbook has been left unattended.

In addition to this, it assists with the management of passenger lines at the entrances to the terminal, check-in desks, security check lanes, and other locations. The AI platform can compile historical data about passenger flow, which can then be used to train airport staff to proactively complete jobs based on that information.

“Our platform speeds up passenger flow during peak hours of operation by alerting airport staff about longer-than-optimal lines,” said Tejpreet Chopra, CEO of Industry.AI. “Our platform alerts airport staff about longer-than-optimal lines.” “This is accomplished through the use of a dashboard that consists of a real-time visual and sensor feed, which enables the staff at the airport to react to the situation in the shortest amount of time possible.”

For the purpose of providing a higher level of safety, unauthorized individuals and vehicles may also be tracked within the airport and an immediate warning may be issued to platform users. In addition, Industry.AI is able to identify speeding offenses committed by cars located beyond the terminal, so assisting with the management of safe transportation in the vicinity of the transportation hub.

The industry.When it comes to training its AI models, AI relies on the NVIDIA TAO Toolkit and A100 Tensor Core GPUs. The company uses the NVIDIA Triton Inference Server and A30 Tensor Core GPUs for artificial intelligence inference.

And with the NVIDIA DeepStream software development kit for AI-powered video analytics, in addition to the technical knowledge from NVIDIA, which is a benefit of being a member of the NVIDIA Inception program for cutting-edge entrepreneurs, Industry.Only three months were required for AI to build and install the BLR solution.

“With the help of NVIDIA Metropolis, we were able to develop our vision AI applications in a more efficient and cost-effective manner and bring them to market more quickly,” Chopra explained.

Looking at the future, The industry.AI has plans to implement NVIDIA-powered accelerated computing and visual AI technologies at new airports in addition to BLR’s existing terminals.

“BLR’s focus on adopting advanced AI technologies sets a new benchmark for passenger experience at airports,” Chopra stated.

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