The three steps for smart cities to unlock their full IoT potential

The three steps for smart cities to unlock their full IoT potential
Cities should be proactive in increasing IoT adoption so they can reap maximum benefits from smart city solutions. (AFP file photo)
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Updated 27 January 2021

The three steps for smart cities to unlock their full IoT potential

The three steps for smart cities to unlock their full IoT potential

The pursuit of sustainability roadmaps, the transformation of the urban landscape, and the improvement of the quality of life for citizens are simultaneous priorities for every major city. Emerging technologies are primed to play an influential role in facilitating success, and cities are eager to harness the power of one technology, in particular, moving forward – the Internet of Things (IoT).

There has been an exponential increase of smart city developments in the Middle East, aspiring to become global leaders in the space. In the UAE, several smart cities, including Masdar City and The Sustainable City, have already developed. And in Saudi Arabia, plans for a new smart city called “The Line”, which is a part of the USD 500 billion megacity development called NEOM was recently unveiled as part of the 2030 Vision to embrace a new economic era.

However, smart city development is not without IoT-related challenges. At present, the supplier landscape is considerably fragmented, with related products bound by various standards. IoT solutions struggle to work together – hindering data exchange and opportunities to capitalize on potential benefits.

Interoperability is a must for seamless information exchange to reap enhanced IoT advantages. After all, the number of IoT-connected devices worldwide is projected to be approximately 125 billion in 2030 from 11 billion in 2019 – emphasizing the need to unlock the full benefits of IoT solutions.

In many cases, cities are relying on vendors with end-to-end solutions that accommodate select needs but they are not compatible with other IoT systems. As a result, this generally entails smart city developers being accustomed to working with a smaller pool of suppliers and this does not allow the possibility of transitioning to better solutions from a cost-effective standpoint. As such, cities must take the initiative in solving the interoperability problem, something that can be done through two methods, having a uniform set of standards or a cross-vertical platform.

A Uniform Set of Standards

Several countries and cities are studying the possibility of using common standards to achieve greater interoperability between IoT devices. This approach can solve two major legacy issues that have hampered cities’ efforts in the past:

- IoT devices contain many components that were developed before the internet even existed and that use incompatible standards. With the rise in connected technologies, the weak interoperability of these standards has become self-evident.

- Over time, different standards developing organizations and industry consortia have produced standards to meet their own needs. This has led to a proliferation of diverse standards, some of which are more advanced than others. Initiatives to consolidate these standards have largely failed, owing to disagreements between organizations and companies.




Thibault Werle, Managing Director and Partner at Boston Consulting Group

For these reasons, a common set of global industry standards is unlikely to appear unaided in the short to medium term. If city governments and regulators can create a consensus among private-sector players, however, they may be able to develop a set of standards to accelerate smart city initiatives, lower market entry barriers to alternative providers, and promote greater innovation.

In theory, if a city applied uniform standards across all of its IoT-connected devices, it could achieve full interoperability. Nevertheless, we believe that cities and regulators should focus on defining common communication standards to support technical interoperability.

The reason: Although different versions exist, communications standards are generally mature and widely used by IoT players. In contrast, the standards that apply to messaging and data formats—and are needed for syntactic interoperability—are less mature, and semantic standards remain in the early stages of development and are highly fragmented.

Some messaging and data format standards are starting to gain broad acceptance, and it shouldn’t be long before policymakers can prudently adopt the leading ones. With that scenario in mind, planners should ignore semantic standards until clear favorites emerge.

Benefits of a Cross Vertical Platform

Building a platform that works across use cases can improve interoperability. The platform effectively acts as an orchestrator, translating interactions between devices so that they can share data and work.

In a city context, a cross-vertical platform offers significant benefits over standardization. Because such a platform functions as an interface between IoT solutions, devices can continue to use their existing standards. And because the platform, rather than common standards, is responsible for interoperability, cities can achieve both syntactic and semantic interoperability and so introduce more advanced smart city applications.

Platform economics also supports their use in metropolises that have a large number of smart city solutions. Revenues consist of subscription fees from participating cities, together with a transaction fee for every use case added to the platform. The more use cases (such as smart lighting or smart parking) a city maintains, the more money the platform makes. This arrangement makes platforms more commercially viable in cities with relatively well-developed IoT ecosystems that can combine existing solutions to create additional use cases. Indeed, whether with cross-vertical platforms or with common standards, pursuing interoperability for its own sake won’t create significant value. Players must apply it to generate entirely new use cases.




Rachid El Ameri, Principal at Boston Consulting Group

Although a private-sector consortium typically builds, owns, and maintains the cross-vertical platform, city governments can initiate the platform’s development by offering the consortium financial support and providing access to their data.

Cross-vertical platforms remain a relatively new concept. Owing to the diversity of IoT solutions and standards, developing a platform is a very complex undertaking, and most projects are still in the planning or testing phase. What’s more, the interests of cities and private-sector players do not naturally align. Municipalities and platform providers can derive significant interoperability benefits or revenues from cross-vertical platforms, but participating companies have less incentive to share their data through a platform. Resolving these challenges would help platforms gain popularity.

 The Three Steps Toward a Connected Future

To unlock the full benefits of IoT solutions, cities should take the following steps:

- Select an approach. Metropolises must decide which approach is likely to work best for them. In making this determination, they should first look at their existing IoT solutions. If they have only a handful of solutions, standardization is probably the better option. If they have more than a few solutions, commercial and interoperability considerations favor opting for a cross-vertical platform. Other factors are likely to influence cities’ decisions as well, however. In highly regulated cities and regions, we expect standardization to be more popular; meanwhile, in deregulated markets that encourage competition, platforms are likely to be more prevalent.

- Ensure early buy-in. For either approach to succeed, cities must create a consensus among key stakeholders. Defining IoT standards that work for all participants requires the involvement of all important private-sector players from an early stage of the process. The same is true of platforms, as cities will have to persuade participating companies to share their data—perhaps by offering revenue-sharing agreements or other incentives.

- Promote IoT adoption. Cities should be proactive in increasing IoT adoption so they can reap maximum benefits from smart city solutions. They can do this by funding training, offering subsidies and tax credits, and providing centralized procurement support for the public-and private-sector organizations that are developing solutions. They can also build their own IoT wireless communications network to support adoption.

Fundamentally transforming the urban landscape and improving citizens’ quality of life are possibilities that can become reality with smart city solutions. Yet to be successful, interoperability is essential. Once attained, seamless data exchange will be guaranteed in every instance, leading to full IoT potential exposure.

• Thibault Werle, Managing Director and Partner at Boston Consulting Group (BCG) & Rachid El Ameri, Principal at Boston Consulting Group (BCG)


I choose you! Pokemon turns 25

I choose you! Pokemon turns 25
Updated 26 February 2021

I choose you! Pokemon turns 25

I choose you! Pokemon turns 25
  • The augmented-reality game raked in $1 billion in just the first 10 months of last year — its most lucrative yet
  • Pokemon is inspired by the childhood tradition of collecting bugs

TOKYO: Twenty-five years after Pokemon first began delighting children and adults alike, the phenomenon is still capturing hearts, with smartphone craze Pokemon Go enjoying record success in virus-hit 2020.
The augmented-reality game raked in $1 billion in just the first 10 months of last year — its most lucrative yet — according to market tracker Sensor Tower, and experts see no sign that interest is flagging as the world’s highest-grossing media franchise evolves.
“The characters themselves are so appealing, and the mechanics of the actual video and card games are so well executed that it has this very timeless quality,” said Brian Ashcraft, an author who writes about Japanese pop culture.
Dan Ryan, a 29-year-old who works in London’s finance sector, has been a fan nearly his whole life and is not shy about his hobby, even with colleagues.
“They know I disappear every Thursday to go and play Pokemon cards, they see me come in with my Pikachu jacket, and they see my Pokemon mugs,” he told AFP.
He admits he spends “too much money” on rare Pokemon cards, whose prices have boomed as virus lockdowns push people toward indoor pursuits, with some in mint condition going for over $500,000 in recent weeks.
Pokemon is inspired by the childhood tradition of collecting bugs — popular during Japan’s hot and humid summer holidays — and part of its enduring appeal is its simple goal: to catch them all.
Hundreds of round-eyed “pocket monsters” inspired by everything from mice to dragons can be caught and trained to full strength in battles.
The winning concept has sold countless toys, film tickets and more than 30 billion Pokemon cards since the first black-and-white Game Boy titles were released in Japan in 1996.
Atsuko Nishida, who designed the electric mouse Pikachu, once said she modelled it on a round Japanese sweet called a daifuku.
Her fellow designers, who had asked Nishida to draw a cute monster, liked the creature and urged her to make it even more adorable.
“I thought it would be nice to have it store electricity in its cheek pouches. At the time I was really into squirrels, (which) store food in their cheeks,” she told a Japanese newspaper.
The character’s signature pronouncement “pika-pika” — meaning shiny and sparkly in Japanese — only added to the bright yellow creature’s powers of attraction.
For ZoeTwoDots, a Pokemon Go vlogger and livestreamer with nearly 200,000 YouTube subscribers, a childhood obsession has become her full-time job.
The 27-year-old Australian finds other fans mostly supportive, “which I think is incredibly rare, especially because gaming has that toxic stereotype.”
Her favorite Pokemon? “Togepi. It’s just a happy little egg. It’s quite literally, nothing can bother this.”
The game’s nature imagery, varied characters and focus on building a collection are central to its success, said Jason Bainbridge, executive dean of the University of Canberra’s arts and design faculty, who has written extensively about Pokemon.
But there have also been controversies along the way.
An anime episode in the 90s caused several seizures among Japanese children — which some deemed a case of mass hysteria.
And magician Uri Geller recently dropped a 20-year legal battle against Nintendo, which partly owns Pokemon. He had accused it of using his likeness to create Kadabra, a psychic Pokemon holding a spoon.
While real-life 25th-anniversary celebrations are off the cards due to the coronavirus pandemic, a virtual concert featuring US rapper Post Malone — described as a lifelong Pokemon fan — is planned.
And Bainbridge says Pokemon could be around for another 25 years if it keeps adapting.
“Pokemon Go really revived the franchise, at a point when we all knew what Pokemon was, but all of a sudden... we all wanted to do it again,” he said of the game released in 2016.
The game allows players to roam the outside world throwing Pokeballs to capture monsters that pop up on their phone screens.
It has caused real-life mishaps from car crashes to clifftop falls, but it’s still easy to find players on Tokyo’s streets waiting for “wild” Pokemon to appear.
“It feels like you are catching the Pokemon, for real,” said Tsuyoshi Aihori, 22, who was on the hunt in Tokyo’s Akihabara gaming district on a weekday afternoon.
He plays around five hours a week and at a recent promotional event, “I played from dawn to dusk and caught 400 or 500 Pokemon,” he told AFP.
“I ran out of Pokeballs.”


Touchdown: NASA’s Perseverance rover ready to search for life on Mars

Touchdown: NASA’s Perseverance rover ready to search for life on Mars
Updated 19 February 2021

Touchdown: NASA’s Perseverance rover ready to search for life on Mars

Touchdown: NASA’s Perseverance rover ready to search for life on Mars
  • Shortly after landing, the rover sent back its first black-and-white images
  • The rover is only the fifth ever to set its wheels down on Mars

WASHINGTON: After seven months in space, NASA’s Perseverance rover overcame a tense landing phase with a series of perfectly executed maneuvers to gently float down to the Martian soil Thursday and embark on its mission to search for signs of past life.
“Touchdown confirmed,” said operations lead Swati Mohan at 3:55 p.m. Eastern Time (2055 GMT), as mission control at NASA’s Jet Propulsion Laboratory in Pasadena erupted in cheers.
The autonomously guided procedure was in fact completed more than 11 minutes earlier, the length of time it took for radio signals to return to Earth.
Shortly after landing, the rover sent back its first black-and-white images, revealing a rocky field at the landing site in the Jezero Crater, just north of the Red Planet’s equator.
More images, video of the descent and perhaps the first sounds of Mars ever recorded by microphones are expected in the coming hours as the rover relays data to overhead satellites.
US President Joe Biden hailed the “historic” event.
“Today proved once again that with the power of science and American ingenuity, nothing is beyond the realm of possibility,” he tweeted.
Perseverance’s prime mission will last just over two years but it is likely to remain operational well beyond that, with its predecessor Curiosity still functioning eight years after landing on the planet, said NASA acting administrator Steve Jurczyk.
“It’ll be on Mars for its entire life,” he said, adding “these robots tend to be really reliable.”
Over the coming years, Perseverance will attempt to collect 30 rock and soil samples in sealed tubes, to be eventually sent back to Earth sometime in the 2030s for lab analysis.
About the size of an SUV, the craft weighs a ton, is equipped with a seven foot- (two meter-) long robotic arm, has 19 cameras, two microphones and a suite of cutting-edge instruments to assist in its scientific goals.
Before it could set out on its lofty quest, it first had to overcome the dreaded “seven minutes of terror” — the risky entry, descent and landing phase that has scuppered nearly half of all missions to Mars.
The spacecraft carrying Perseverance careened into the Martian atmosphere at 20,000 kilometers per hour, protected by its heat shield, then deployed a supersonic parachute the size of a Little League field, before firing up an eight-engined jetpack.
Finally, it lowered the rover carefully to the ground on a set of cables.
Allen Chen, lead engineer for the landing stage, said a new guidance system called “Terrain Relative Navigation,” which uses a special camera to identify surface features and compare them to an onboard map, was key to landing in a rugged region of scientific interest.
“We are in a nice flat spot, the vehicle is only tilted by about 1.2 degrees,” he said. “We did successfully find that parking lot, and have a safe rover on the ground.”
Scientists believe that around 3.5 billion years ago the crater was home to a river that flowed into a deep lake, depositing sediment in a fan-shaped delta.
Perseverance ended up landing about two kilometers (a mile) southeast of the delta, NASA scientist Ken Farley said, in a geologically significant area.
Mars was warmer and wetter in its distant past, and while previous exploration has determined the planet was habitable, Perseverance is tasked with determining whether it was actually inhabited.
It will begin drilling its first samples in summer, and along the way it will deploy new instruments to scan for organic matter, map chemical composition and zap rocks with a laser to study the vapor.
Despite the rover’s state-of-the-art technology, bringing samples back to Earth remains crucial because of anticipated ambiguities in the specimens it documents.
For example, fossils that arose from ancient microbes may look suspiciously similar to patterns caused by precipitation.
Before getting to the main mission, NASA wants to run several eye-catching experiments.
Tucked under Perseverance’s belly is a small helicopter drone that will attempt the first powered flight on another planet in a few weeks’ time.
Dubbed Ingenuity, it will have to achieve lift in an atmosphere that’s one percent the density of Earth’s, a demonstration of concept that could revolutionize the way humans explore other planets.
Another experiment involves an instrument that can convert oxygen from Mars’s primarily carbon dioxide atmosphere, much like a plant.
The idea is that humans eventually won’t need to carry their own oxygen on hypothetical future trips, which is crucial for rocket fuel as well as for breathing.
The rover is only the fifth ever to set its wheels down on Mars. The feat was first accomplished in 1997, and all of them have been American.
The US is also preparing for an eventual human mission to the planet, though planning remains very preliminary.
“Maybe by mid-to-end of the 2030s we can start pushing out of the Earth-Moon system and land astronauts on Mars,” said Jurczyk.


China’s space probe Tianwen-1 enters Mars orbit

China’s space probe Tianwen-1 enters Mars orbit
Updated 10 February 2021

China’s space probe Tianwen-1 enters Mars orbit

China’s space probe Tianwen-1 enters Mars orbit
  • The UAE’s orbiter called Amal, Arabic for Hope, began circling the red planet on Tuesday
  • Tianwen-1 is China’s second attempt to send a spacecraft to Mars

BEIJING: A Chinese spacecraft entered Mars orbit on Wednesday on a mission to land a rover and collect data on underground water and possible signs of ancient life, state media said.
“China’s probe Tianwen-1 successfully entered the orbit around Mars on Wednesday after a nearly seven-month voyage from Earth,” the Xinhua News Agency said in a brief report.
The orbiter-rover combo became the second spacecraft in two days to reach the red planet. An orbiter from the United Arab Emirates led the way on Tuesday.
Next week, the US will try to land its Perseverance rover on the Martian surface. Only the US has successfully touched down on Mars – eight times beginning with two Viking missions. A lander and rover are in operation today.
All three Mars missions launched last July to take advantage of the planet’s close alignment with Earth that occurs only every two years.
The Chinese mission is its most ambitious yet. If all goes as planned, the rover would separate from the spacecraft in a few months and attempt to touch down. If all goes as planned, China would become only the second nation to do so successfully.
Tianwen, the title of an ancient poem, means “Quest for Heavenly Truth.”
Landing a spacecraft on Martian soil is notoriously difficult, and China’s attempt will involve a parachute, back-firing rockets and airbags. Its proposed landing site is inside the massive, rock-strewn, Utopia Planitia, where the US Viking 2 lander touched down in 1976.
The solar-powered rover — about the size of a golf cart — is expected to operate for about three months, and the orbiter for two years.
Only the US has successfully touched down on Mars — eight times beginning with the two Viking missions. A lander and rover are in operation today.
A US rover called Perseverance is aiming for a Feb. 18 touchdown on Mars to also search for signs of ancient microscopic life and to collect rocks for return to Earth in the next decade.
The UAE’s orbiter called Amal, Arabic for Hope, began circling the red planet on Tuesday to gather detailed data on Mars’ atmosphere.
Six others were already operating around Mars: three US, two European and one Indian.
Many others haven’t made it. Smashed Russian and European spacecraft litter the Martian landscape along with a failed US lander. About a dozen orbiters missed the mark.
Tianwen-1 is China’s second attempt to send a spacecraft to Mars. In 2011, a Chinese orbiter that was part of a Russian mission didn’t make it out of Earth orbit.
China’s secretive, military-linked space program has progressed considerably since then. In December, its Chang’e 5 mission was the first to bring lunar rocks to Earth since the 1970s. China was also the first country to land a spacecraft on the little-explored far side of the moon in 2019.


UAE’s ‘Hope’ probe to be first in trio of Mars missions

UAE’s ‘Hope’ probe to be first in trio of Mars missions
Updated 08 February 2021

UAE’s ‘Hope’ probe to be first in trio of Mars missions

UAE’s ‘Hope’ probe to be first in trio of Mars missions
  • After blasting off from Japan last July, the mission now faces its ‘most critical and complex’ maneuver

DUBAI: The first Arab space mission, the UAE’s “Hope” probe, is expected to reach Mars’ orbit on Tuesday, making it the first of three spacecraft to arrive at the Red Planet this month.

The United Arab Emirates, China and the US all launched projects to Mars last July, taking advantage of a period when the Earth and Mars are nearest.

If succesful, the wealthy Gulf state will become the fifth nation to ever reach Mars — a venture timed to mark the 50th anniversary of the unification of the UAE — with the China mission due to become the sixth the following day.

Landmarks across the UAE have been lit up in red at night, government accounts emblazoned with the #ArabstoMars hashtag, and on the big day Dubai’s Burj Khalifa, the world’s tallest tower, will be at the center of a celebratory show.

“Hope,” known as “Al-Amal” in Arabic, will orbit the planet for at least one Martian year, or 687 days, while the Tianwen-1 from China and the Mars 2020 Perseverance rover from the US will both land on Mars’ surface.

Only the US, India, the former Soviet Union and the European Space Agency have successfully reached the Red Planet in the past.

After blasting off from Japan last July, the Hope mission now faces its “most critical and complex” maneuver, according to Emirati officials, with a 50-50 chance of successfully entering a Mars orbit.

The spacecraft must slow significantly to be captured by Martian gravity, rotating and firing all six of its Delta-V thrusters for 27 minutes to reduce its cruising speed of 121,000 km per hour to about 18,000 kph.

The process, which will consume half of its fuel, will begin on Tuesday and it will take 11 minutes for a signal on its progress to reach ground control.

Omran Sharaf, the UAE mission’s project manager, said it was a “huge honor” to be the first of this year’s missions to reach Mars.

“It is humbling to be in such auspicious and skilled company as we all embark on our missions,” he said. “It was never a race for us. We approach space as a collaborative and inclusive effort.”


Palestinian student creates robotic hand

Palestinian student creates robotic hand
Updated 06 February 2021

Palestinian student creates robotic hand

Palestinian student creates robotic hand

DUBAI: Palestinian student, Jamal Shakhtor, has been hard at work creating a robotic hand in his workshop in Bethlehem on the West Bank.

The 26-year-old student in industrial automation, is not new to creating state-of-the-art disability aids.

He previously presented a breathing vest and a transformable disability chair he made, at the Qatari Stars of Science reality-TV program dedicated to innovation