Digital Transformation Of Airports

Digital Transformation Of Airports Could Cost Up To $4.6 Billion

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Digital transformation is increasingly becoming relevant for businesses, with national infrastructures too investing in evolving digitally. Airports are more driven than ever to become more innovative, but their efforts could be costly.

According to research by Frost & Sullivan, the efforts to increase passenger traffic and global capacity constraints through the means of digital transformation could drive airport IT spending to nearly $4.63 billion by 2023.

Digital transformation efforts are already driving growth opportunities, so the spending will not be in vain. According to analysis, European airports are more motivated to invest in digitalizing operations rather than physical infrastructure while airports of Asia-Pacific are innovating as a brand attribute and to enhance the airport experience.

“Capacity constraints coupled with unprecedented growth in aircraft and passenger traffic,” said Renjit Benjamin, Senior Industry Analyst at Frost & Sullivan. “As well as competition and the promise of new non-aeronautical revenue streams necessitate a transformation in airports’ value proposition, by leveraging emerging technologies and transitioning from a process centric to a passenger centric business model.”

Among the technologies being used to drive digital transformation in airports are biometrics, blockchain, analytics and artificial intelligence (AI). AI will play a pivotal role in e-commerce functions in airports, while blockchain will be an imperative part of passenger data.

“As airports transition to a data-driven infrastructure, there will be considerable investment in data analytics, storage, and security products and services. The industry will also witness the growth of end-to-end data platforms that consolidate airport functions and processes,” added Benjamin.

source : Forbes Middle East

 

Emirates Wants Amazon-Like Robots Sorting Out Airport Baggage

Emirates, the world’s biggest long-haul carrier,

can’t understand why robots — like the ones used by Amazon.com Inc.’s warehouses — aren’t handling airport baggage yet.

Outlining what automation, artificial intelligence and big data can do for air travel, the carrier’s President Tim Clark laid out a vision in which robots, with no need for human intervention, would ID bags, put them in prescribed bins and later take them out of the aircraft. His concept also includes cutting back on what is still the most laborious part of flying — the central security search.

“That’s in today’s technology,” he told reporters in Sydney on Tuesday at the International Air Transport Association’s annual general meeting. “We can actually do this.” The entire process, from arrival at the airport, check-in, immigration through all the way to the boarding gates, would become seamless and uninterrupted, he said.

Amazon’s Robot War Is Spreading

The technology can be deployed even for security searches, said Clark, 68, adding a passenger passing through the system would keep walking while being inspected by “lots of entities.”

If there’s a problem, “something will come out — I can’t say whether it’ll be humanoid or whatever — and stop him.”

Say ‘Konnichi Wa’ to Robots in Tokyo Airport as Population Ages

Emirates is already close to producing a walk-though security system that doesn’t require passengers to remove boots and belts and offload mobile phones and keys.

The construction of the new Al Maktoum International Airport south of Dubai, which Clark says was designed with “old think,” has been paused so its architecture can be reworked to accommodate new technologies and the internet of things.

“If it means we delay a couple years, we have to do that,” Clark said. “Those that don’t do it are going to be problem children in the future.”

source : Bloomberg

 

7 Humanoid Robots Which Were Made In India

7 Humanoid Robots Which Were Made In India, And Their Success Stories

Humanoids robots have been gaining popularity in India for quite some time now. Although the country is still catching up with the developments in artificial intelligence and robotics as compared to others, Indian startups, as well as the government, are working at a rapid pace to integrate new age technologies. According to an IFR research, robot sales in India increased by 27 percent to a new peak of 2,627 units in India — almost the same as in Thailand. Another survey claims that India ranks third in implementing robotic automation.

Let us take a look at a few noteworthy humanoid robots that are designed and developed in India:

Manav

Manav is India’s first 3D-printed humanoid robot. The two kilo, two-feet tall robot has an inbuilt vision and sound processing capability which allows it to walk, talk and dance — just in response to human commands.

Developed by Delhi’s A-SET Training and Research Institute, the humanoid robot is primarily meant for research purposes and is made available to research institutes which offer robotics as a subject of study.

Manav can also perform activities like push-ups, headstands and can also play football. It uses an open-source code so that it can also be taught to learn and respond like a human child. It also has WiFi and Bluetooth connectivity and has a rechargeable lithium polymer battery that can work for an hour with a single full charge. The parts of Manav are all made in India, the outer frame of the robot is made of plastic and was 3D printed from A-SET’s own 3D printing venue, Buildkart Retail.

Mitra

The first indigenously built humanoid robot is capable of interacting with humans smartly. The five feet-tall humanoid robot is made of fibreglass and is programmed to greet customers using contextual help, autonomous navigation and facial and speech recognition. It also has a touchscreen on its chest which can be used to interact where speech is not possible. It can work for eight hours on a single charge. It can also understand multiple languages.

The humanoid robot was launched by Prime Minister Narendra Modi and Ivanka Trump, First Daughter and advisor to the President of the United States Donald Trump, at the Global Entrepreneurship Summit (GES) conference last year.

Developed by a Bengaluru-based robotics startup Invento Robotics, the robot can be found floating in the corridors of the Canara Bank and PVR Cinemas in Bengaluru, chatting with the customers and making them feel welcome.

According to the robot’s official website, the robot is as handy in the service sector as it is as a host. In fact, one can rent the robot for any party. Depending on the requirement, the startup customises the humanoids accordingly.

Reportedly, Mitra was also showcased at an annual technology conference Slush 17 in Helsinki, Finland. During the event, the robot not only caught the attention of the audience but also received opportunities for partnership with a European firm.

Robocop

Hyderabad-based AI and ML startup H-Bots Robotics has developed a police robot to assist in handling the law, order, and traffic management. The life-sized robot, which was deployed last year in Hyderabad, is equipped with cameras and an array of different sensors like ultrasonic, proximity and temperature sensors. The robot is designed to protect and secure places like offices, malls, airports, signal posts and other public spaces and can take care of security if deployed autonomously. Reportedly, the Robocop can diffuse bombs too. The beta version robot is made in India using all Indian components.

KEMPA

Passengers visiting Bengaluru airport may soon be greeted by a special robot assistant. Built to suit the needs of the Kempegowda International Airport, the little bot assistant, named KEMPA, will answers queries of confused passengers in English as well as Kannada.

The humanoid is built on AI by a Bengaluru-based startup Sirena Technologies. The advanced humanoid is completely designed and manufactured in Bengaluru.

KEMPA is programmed to provide flight and check-in details and other information about flights. While the bot is still being tweaked and is getting ready for the official launch. It also suggests places to visit in the state also engages in casual conversation with passengers.

RADA

Vistara, a joint venture between Tata Sons and Singapore Airlines, has created a unique artificial intelligence-based robot called RADA to automate simple tasks and improve customer experience.

According to a statement released by Vistara, the RADA will be placed at Vistara’s Signature Lounge at Delhi’s Indira Gandhi International Airport’s Terminal 3 from 5 July 2018 to assist customers before they board their flights. It will also help promote Vistara’s product and services with the help of distinct messages recited by the bot.

RADA will be further developed over a period of time in terms of functionality and features for future use cases, after gauging customer feedback. It is conceived, designed and engineered by its team of technology experts and apprentices from Tata Innovation Lab with support from students of reputed institutions.

Built on a chassis of four wheels, RADA can rotate 360 degrees and has three inbuilt cameras for cognitive interaction. Combining these components with an effective voice technology, Vistara has developed the robot to provide a simple solution to cater to the emerging and future trends.

IRA

Next time you enter the HDFC Branch, you may be greeted by a shiny white interactive humanoid called IRA (Intelligence Robotics Assistant). HDFC bank first launched IRA 1.0 in its Mumbai branch last year. Recently, it deployed an advanced version of IRA in its Koramangala Branch in Bengaluru.

IRA 2.0 is a blend of the former model and EVA (Electronic Virtual Assistant). It has been trained to answer questions frequently asked by the customers and assist the customers to the correct counter as per their requirements. The humanoid interacts with customers with a voice-based technology. IRA 2.0 has been created by HDFC Bank in collaboration with its technology partner Invento Makerspaces and Sensorforth Technologies. The bank claims that it is the first bank in India to introduce a humanoid for customer service.

INDRO

This is reportedly the tallest humanoid robot built in India. Created by researcher Santosh Vasudeo Hulawale, INDRO is an autonomous robot was made inside a house with easily available low-cost material like aluminium, wood, cardboard, plastic etc. According to a research paper, INDRO can be used for lightweight tasks like entertainment, education and a few household works. The autonomous humanoid robot is not fully autonomous and can be controlled both autonomously and manually. It has 31 motors and can perform actions like a human. In addition, it can lift objects weighing up to 2 kilos with its hands.

DRDO’s Daksh

This made-in-India robot is primarily designed to detect and recover Improvised Explosive Devices (IEDs). Developed by Defence Research and Development Organisation (DRDO), the robot was inducted by Indian Army around 2011. Reportedly, 20 Daksh robots are already being used by the Indian Army.

Using its X-ray vision, Daksh can identify a hazardous object and can diffuse it with a jet of water. Daksh is capable of climbing staircase and negotiating cross-country terrains and is capable of towing a suspected vehicle away from a crowded area. Additionally, it can be operated from a distance of 2.5 kilometres and can handle car explosives with its high-calibre shotgun. Reportedly, after it got an upgrade in 2015, it not only became lighter, faster and rugged, but has also been equipped with chemical, biological, radiological and nuclear hazard detection mechanism. The new Daksh is made of aluminium alloy which has reduced the weight and has become three-time faster, compared to the older version, which was made of steel.

Conclusion

India’s robotics industry is still small when compared with those of South Korea, Japan, US and China. Nonetheless, there are only three robots per 10,000 employees in India. But it is only a matter of time before the country becomes a major player in robotics design and development. India already has many of the basic elements in place to become a robotics industry, including established business, academic research, government support and an increasingly entrepreneurial business community.

source : Analytics India Mag

Biometrics, blockchain and AI driving digital transformation of airports

Rising passenger traffic and global capacity constraints will drive airport IT spending to $4.63 billion by 2023, according to the latest analysis by Frost & Sullivan.

Airports are developing their digital transformation roadmap in line with strategic planning activities to address key performance indicators across all areas of the airport operation, claims its Digital Transformation in Airports study.

Indeed, Frost & Sullivan insist that digital transformation in airports is creating growth opportunities across the globe with renewed commitment to infrastructure modernisation and expansion creating a dynamic environment.

In Europe, for example, it says that airports are motivated to invest in digitalising operations due to physical infrastructure constraints, while Asia-Pacific airports are seen more open to innovation as a brand attribute and to enhance the airport experience.

However, many airports endeavour to develop solutions in-house with local expertise and partnerships, according to Frost & Sullivan’s analysis.

Technologies driving the digital transformation process in the airport environment include biometrics, blockchain, analytics and artificial intelligence.

Biometrics
Biometrics applications focus on border control, reducing bottlenecks by automating processes.

The technology is now being introduced across all touchpoints, in the form of identity management for self-service kiosks, aiming to create seamless passenger journeys.

In the future, says Frost & Sullivan, passengers will be submitting biometric data (enrollment) at the first airport touchpoint and will only need to verify their identity in all subsequent originating airport touchpoints, with the possibly to further extend this facility at destination airport touchpoints.

Blockchain
Blockchain technology, as a trusted network for storing biometric and other personal data, can be used to create secure and faster passenger journeys.

Blockchain could also prove to be the catalyst for a truly collaborative airport environment, among airport stakeholders that today work in silos.

Passengers may be willing to share even more data about themselves, in exchange for valued personalized services and products, while blockchain eliminates any security or privacy concerns.

Analytics
The data generated by various airport systems are collated and analysed to provide historic, real-time and forecasted data that will empower the operator to take proactive steps to deal with peak operational periods and disruptions.

Artificial Intelligence
Artificial Intelligence (AI) is already been used in narrow passenger-related applications, says Frost & Sullivan, from chatbots to predicting preferences and recommending suitable products/services in the information and pre-travel stages of the passenger journey.

It will be increasingly used in the e-commerce function of an airport, as well as in enabling operators to better manage airport spaces and allocating resources, according to optimized flow prediction models.

“Capacity constraints coupled with unprecedented growth in aircraft and passenger traffic, as well as competition and the promise of new non-aeronautical revenue streams necessitate a transformation in airports’ value proposition, by leveraging emerging technologies and transitioning from a process centric to a passenger centric business model,” says Renjit Benjamin, Frost & Sullivan’s senior industry analyst.

Benjamin further noted that among other growth opportunities, IT and airport system suppliers focus ondata monetisationand predictive operations.

At the same time, major suppliers are entering strategic partnerships and investing in innovative start-ups to fill capability gaps.Companies that specialise in big data analytics and cybersecurity are increasingly being targeted by incumbents.

“As airports transition to a data-driven infrastructure, there will be considerable investment in data analytics, storage, and security products and services,” he adds.

“The industry will also witness the growth of end-to-end data platforms that consolidate airport functions and processes.”

Digital Transformation in Airports is part of Frost & Sullivan’s global Aerospace, Defense & Security Growth Partnership Services programme.

source : Airport World

GVApp, welcome aboard the airport!

Fly away and take Genève Aéroport in your pocket or on your wrist without fearing an excess baggage.
Follow your flight, parking, find your way, coming and leaving from the airport, stay informed with GVApp, shopping, access to the Free WiFi, find out the weather information, …

Haven’t you yet downloaded it ? GVApp is available for free in French, German and English, for Android, iOS and Apple Watch.


www.gva.ch/GVApp

Where can technology make air travel more bearable?

Rajendra Pawar and Sudhir Singh of NIIT Technologies point the way for a better airport experience for travellers.

Rajendra Pawar and Sudhir Singh of NIIT Technologies point the way for a better airport experience for travellers

 

Rajendra Pawar and Sudhir Singh of NIIT Technologies point the way for a better airport experience for travellers

In what ways are technology helping to improve the airport experience for passengers?
Rajendra Pawar, chairman of NIIT Technologies: Well, face recognition and the internet of things (IOT) can cut down time spent at security terminals, while intelligent machines can guide travellers to shopping discounts or food outlets.

Machine learning can predict traveller behaviours to send them shopping offers available in real-time. Essentially, technology creates opportunities to increase employment across airports, increase passenger footfall and contribute to the economy of cities.

What if travellers want to spend less time in an airport, though… treat it more like coach station?
Sudhir Singh, CEO of NIIT Technologies: Some airports across the US now use biometrics instead of physical boarding passes to improve procedures, while IoT and radio frequency identification (RFID) are used as substitutes for tagging a bag, tracking it and receiving it at the end.

Over the last six months, some airlines such as KLM have also come up with apps that push notifications whenever the need arises to improve flight and boarding information.

What about Artificial Intelligence (AI)?
SS: That’s already in place. Beijing Capital International Airport has incorporated AI-driven tools in their everyday processes to optimise operations, while countries such as Japan ensure efficiency during peak seasons by using intelligent machines.

For example, to pre-plan for the 2020 Summer Olympics, the Tokyo Haneda Airport is currently testing humanoid robots to guide passengers. Governments, airlines, airports, tour operators, crew managers and any other stakeholders understand that they should already be preparing for the future of airports.

So, what will air travel look like by this time next year?
RP: From a consumer perspective, there is significant growth in expectations around being involved in decision-making for flight routes and experiences.

To meet these demands, 2018 will be the year of experimentation as airlines and airports use tech-powered multi-layered solutions.

Whether its baggage handling, use of chatbots or digital interaction with travellers through push notifications. Any new airports being constructed will have to be future-ready to keep up with the pace of the digital transformation.

source : Arabian Business

 

PASSME App Demonstration | Schiphol Airport

The PASSME App is a combination of personalised device and application,

designed to allow passengers to relax and make the best use of their available time at the airport.

Using indoor navigation and up-to-date personalised information from airports and airlines, the PASSME App monitors the stress levels of a passenger wearing the smart wristband, and provides helpful notifications about how best to manage stress and arrive at their gate on time.

The PASSME App is a breakthrough on the PASSME project. The PASSME project aims to reduce unwanted door-to-door air travel time in Europe by an hour and to make the airport experience less stressful and more enjoyable for passengers.

The PASSME project is funded by the EU’s Horizon 2020 research and innovation programme under grant agreement No. 636308.

To learn more about the PASSME project, please visit http://www.passme.eu or follow us on Twitter @PASSME_EU

Robotic Falcon Keeps Airports Free of Birds

Birds and airplanes share the sky,

so inevitably collisions occur. But airport authorities try to limit those encounters because bird strikes cause costly damage to jet engines and can lead to crashes. Some airports employ trained dogs, others use loud noises to frighten birds away. A company in the Netherlands says its robotic predator Robird is much more efficient. VOA’s George Putic has more.
Originally published at – https://www.voanews.com/a/robotic-fal…

 

Digital tech aims to de-stress the pet transport experience

Unisys Corporation has unveiled Digi-Pet,

a new solution that allows pet owners to monitor their pets while in transit. The announcement follows a spate of pet safety incidents on US airlines, with United Airlines reportedly having the highest number of animal deaths and injuries for any US carrier in 2017.

 

 

Transporting a beloved family pet on a flight can be a fraught experience at the best of times. The emotional connection between pet and owner makes for an uncomfortable fit with the restrictions and requirements of commercial aviation; few pet owners agree to have their dog or cat loaded into the cargo hold of a plane without a pang of anxiety and guilt.

A spate of recent incidents involving animal welfare on passenger flights has brought into sharp focus the consequences if the worst-case scenario should occur. In the US, United Airlines has become a focal point for complaints about the airline industry’s treatment of animals in its care. Around 75% of animal deaths on US commercial flights in 2017 took place on United’s watch, sparking anger and even calls for a boycott of the airline.

The most recent incident to outrage the public was the death of a French bulldog puppy after a flight attendant requested that its owner store the dog in an overhead locker rather than under the seat in front, as is standard. Animal fatalities in recent years, as well as other incidents including pets being shipped to the wrong destinations, have brought attention to the need for airlines and airports to crack down on preventable animal mistreatment.

The actual numbers of pet deaths on commercial flights in the US is relatively low; of more than half a million animals that flew with American carriers in 2017, there were 24 deaths in transit. There are also mitigating factors for United’s terrible reputation with pet owners, as until recently, it was the only major US airline willing to transport snub-nosed breeds such as bulldogs and boxers, whose narrower airways make them more vulnerable to breathing problems. In the wake of the French bulldog’s death, United has announced that it will no longer accept short-nosed dog and cat breeds.

While the raw risk involved in transporting a pet by air is low, the social media age has amplified the public relations shockwaves that these incidents set off, prompting airlines to bolster their response. In April, airline trade group the International Air Transport Association (IATA) launched a new global certification programme to improve the safety of animals travelling by air.

As well as improving animal welfare standards at airlines and airports, digital technology has the potential to de-stress the animal transport experience for pet owners. Global IT services company Unisys has identified the opportunity, launching the Digi-Pet system for airlines in February. Digi-Pet incorporates smart sensors attached to a pet’s kennel or carry case, which measure metrics such as oxygen levels,

temperature, vibration and light and automatically alert the airline and pet owner via an app if any issues need to be addressed. Here, Unisys’s senior industry director of freight solutions Venkatesh Pazhyanur discusses Digi-Pet’s benefits and limitations.

Chris Lo: There have been a number of high-profile animal welfare incidents coming from airlines in recent years. Do you think this has been a blind spot for the aviation industry, historically?

Venkatesh Pazhyanur: In terms of the number of incidents, I don’t know if it has increased a lot, but obviously we get more visibility of these because of it being made known through social media circles. So it has probably brought visibility to a problem that perhaps was not so well known before.

CL: From the perspective of the airport, is it a complex undertaking to make sure pets are safe and comfortable during the hours before they are loaded into the cargo hold?

VP: Very much so. We have seen some progress in this; we’ve got pet care centres in major airports right next to airline acceptance counters, and also to cater for them during transit time. So airports do play a big role in the comfortable transport of pets.

CL: Have the airlines that you’ve spoken to been receptive to new ideas to help tackle these issues?

VP: Yes. We’ve got a lot of excitement in the market for two reasons. One is that the idea of a whole solution for pet transport is exciting. But it also opens up the idea of personalised service, which could be applied to other products as well, like vegetables and pharmaceuticals, where the business interaction between the subscriber of the service and the airline needs to be personalised across all products. Digi-Pet is one of the initiatives moving towards that end.

CL: When did the idea for Digi-Pet come about, and what issues with pet transport were you specifically looking to address with it?

VP: We were looking for specific cases where things like machine learning, IoT and device enhancement could bring value to the freight business. At that time, one of our senior leaders had to be transporting pets. He had mentioned that it was a big problem for him. That incubated the idea, and as we started exploring it further, in Digi-Pet we found a use case where some of these technologies can be put together and make pet transport easier.

CL: How does Digi-Pet work?

VP: So there are a few metrics that we track. First of all, Digi-Pet starts with making the business interaction between the pet owners and the airlines easier. There is a personalised app that they can use to book their pets [on to a flight]; they can take a photo of their pet, and then machine learning kicks in and recognises the breed, and makes sure that only those flights where that breed can be carried are presented to the pet owner. We found a lot of problems with the breed recognition, and machine learning does add value there.

At the time of the booking, the pet owner can subscribe to additional services, like temperature, humidity, GPS location, and others, like subscribing for some special food or services during the transport process. So the booking interaction becomes personalised and easy.

So once the booking is done and the pet is handed over to the airline, based on the subscription of these extra services, we have appropriate devices attached to the kennel by the airline agent. After that, the pet owner goes away and from that point, the same personalised app can be used by the pet owner to track these vitals throughout the transport process.

CL: What action could airline staff take if Digi-Pet issued an alarm about dangerous conditions for a pet while in the air?

VP: The ones that are in the air during transport, actions are limited. You can’t do much. On land, proper care can be taken. The policies of transmission in the air are being relaxed at a very fast pace. Some time back we had no WiFi on flights and now we do. We’ve got messaging, and some airlines are going to be announcing phone services during flights. So we do see transmission during flights being made available soon. So at that point in time, perhaps some actions can be taken.

But it is mainly the fact that it is tracking the pet completely, and there are more sensibilities attached to it, and the visibility of these metrics.

On the ground, of course, we’ve had cases where the kennel is left outside for some time and the temperatures are too hot. This gives immediate access to that information and proactive notification for collective actions to be initiated.

CL: IATA recently launched a certification programme for transporting live animals by air. What kinds of animal welfare policies and staff training do airlines need to get the best results from a system like Digi-Pet?

VP: To strengthen those training procedures and address all aspects of pet transport is why the CEIV [Center of Excellence for Independent Validators] for Live Animals programme has been initiated by IATA. We are in close contact with it. Certain pets are more sensitive to temperatures, for example, and there are regulations in terms of their health when a pet gets transported from region A to region B.

The specific needs at origin, during transit, and at the destination – there are certain aspects of care that need to be given. What the CEIV programme is expected to do is to bring all these aspects together, and to get the right training programmes in place, and process monitoring in place, to make sure these pets are transported safely. And it’s not just pets – in some regions, horses or live chicks are transported, so it’s the whole gamut of live animals.

source : Airport Technology

 

Dubai Airports rolls out new high-tech info displays

Cloud-based flight information solution goes live with 2,700 displays at Dubai’s two airports.

 

Dubai Airports, in partnership with Samsung Electronics and AirportLabs, has achieved another first in the region by rolling out an advanced cloud-based Flight Information Display solution.

The new technology has gone live at Dubai International (DXB) and Dubai World Central (DWC) airports and the Dubai Airports team can now operate its new VisionAir FIDS software without external PCs, which is reducing electrical footprint and operational costs.

As part of the project a total of 2,700 display screens were also replaced across Terminal 3, Concourses A, B and C.

Michael Ibbitson, executive vice president of Technology & Infrastructure at Dubai Airports said: “As the world’s busiest international airport that is operating at nearly full capacity, we understand that the most efficient way to accommodate growth without physically expanding the infrastructure is by deploying smart technologies and enhancing processes.

“Information and communication are critical elements of airport operations and we are positive this new display system will go a long way in helping us deliver a smooth experience consistently for the millions of customers that pass through our airports each year.”

Some of the advanced capabilities of the new system include the ability to run it from an internet browser without the need for any local software installation. It allows enabling of screen layouts and content for specific zones within the airport from a mobile device or from the control room.

source : Arabia Business