A Review of the iPhone 8

Power, Grace and Beauty in the Palm of Your Hand

Powerful. Graceful. Easy to use. The iPhone 8 brings useful features you would expect from an Apple product. It delivers a meaningful, new consumer experience thanks to a faster processor, wireless charging, and an excellent dual-lens camera that offers a great way to capture images. But that’s not all; many other elements combine to make this superb device the quintessence of all some consumers so profoundly adore today. This review takes an in-depth look at these features as well as the pros and cons of the smartphone.

Build and Design

In terms of build and design, the iPhone 8 sports an old design in that it resembles the iPhone 7, 6s, and 6, albeit it is sturdier. The Cupertino-based tech giant re-engineered the chassis, adding a glass rear to the alloy casing in a bid to make the device more robust. The glass back, which is further reinforced by a steel substructure, is touted by Apple as “the most durable [glass] in a smartphone.”

Sporting a glass rear makes the iPhone 8 more fragile than metal-backed phones. That notwithstanding, the innovation gives it a much more premium appearance than previous-generation iPhones. The gentle curve at the edges blends well with the glass and aluminum to make the device more comfortable and easy to hold.

At 138.4 x 67.3 x 7.3, the newer model is also slightly thicker than its predecessor. It may not feature a particularly head-turning design, but the iPhone 8 boasts a cleaner look when compared to Apple’s older phones. This is mainly because much of the text at the back has been removed to make the device clean and more appealing.

There’s still no sign of a headphone jack. But the phone more than makes up for this with some general sound improvements. The stereo speakers have been redesigned for enhanced audio output (volume has been upped by 25 percent compared to the iPhone 7) and deeper bass. There’s also a forward-facing speaker equipped to provide clearer audio.

Regarding display, the iPhone 8 features 4.7-inch Retina HD (750 x 1334) resolution IPS display with 16:9 aspect ratio, the same display as the outgone iPhone 7.

Features and Specifications

  • Display: 4.7” Retina HD, 750 x 1334 (326 PPI density)
  • Operating System: iOS 11
  • Processor: Apple A11 Bionic chip
  • Selfie Camera: 7 MP, f/2.2 lens, 1080@30fps video recording
  • Rear Camera: f/1.8, 28mm, OIS, PDAF, 2160@24/30/60fps, 1080@30/60/120/240fps video recordings
  • Ram: 2 GB
  • Rom: 64/256 GB
  • Battery: 1,821 mAh

Processor

The iPhone 8 comes with Apple’s own A11 Bionic chip, which has been hailed as the most powerful chipset in the world. The six core chip delivers two low-performance and four high-performance cores. Both core divisions offer significant speed improvements on the A10 chip. The regular cores are up to 25 percent faster, while the high-performance ones are about 75 faster.

Camera

Moving beyond the processor, the iPhone 8 delivers a superb camera that will definitely elevate your mobile photography game. The f/1.8 aperture of the 12-megapixel camera lets in plenty of light, ensuring better shots in low light conditions and sharper images overall.

The camera also boasts an excellent color reproduction capacity, while the auto HDR feature works to create perfectly lit photos with more color and details. The selfie camera features a single 7 MP f/2.2 aperture, which doesn’t produce as many details in pictures as the rear, sadly.

Battery Life and Wireless Charging

The iPhone 8 is powered by a 1,821 mAh non-removable battery, which lasts all day on average use. The device is also the first Apple phone to offer wireless charging capability.

As the iPhone 8 does not ship with wireless chargers, users rely on Qi-Certified wireless chargers to juice up the device. At the time of its launch, the wireless charging was limited to 5W. However, it has since gone up to 7.5W following the release of iOS 11.2. The upgrade is still not fast enough when compared with Samsung phones which offer up to 15W.

Pros:

  • Wireless charging
  • Fast mobile chip
  • Dual-lens camera
  • Supports fast charging with 28W chargers
  • Good battery life
  • Features a home button
  • 4K Ultra HD video at rapid 60 frames per second

Cons:

  • Large body
  • Dated 16:9 aspect ratio
  • No headphone jack
  • Old-fashioned look

Last Word

If you are coming from the iPhone 7 or 6s Plus, getting an iPhone 8 may not feel like a major upgrade if you consider the design. However, if you would rather a device with a better camera and wireless charging, then the iPhone 8 is worth considering.

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What is the Antikythera Mechanism

Learn About the Incredible Antikythera Mechanism

As far as science and technology go, the Antikythera Mechanism is one of the biggest and most intriguing stories ever told. But what exactly is the Antikythera Mechanism and what makes it such a significant discovery?

What is the Antikythera Mechanism?

The Antikythera Mechanism is a device used to monitor and forecast solar cycles. The mechanism, which is often described as the world’s “first analogical computer,” is believed to have been used by early astronomers to mark the calendar as well as predict solar and lunar eclipse by tracking the movements of the sun, moon, and planets.

The Antikythera Mechanism was also used to plan a four-year athletics tournament cycle like the Olympic Games. Technically, you would be right to call it a calculator, as it was used to add, multiply, divide, and subtract. In addition, the relic could align different cycles and show the position of the sun and moon in the zodiac.

The device, a complex system, comprises over 30 sophisticated bronze gears held in a wooden and bronze case that’s about the same size as a shoebox. These gears were used to control dials tracking the moon, sun, planets, eclipses, as well as the schedule for the Olympics.

When Was the Antikythera Mechanism Discovered?

In 1900, a boatload of Greek sponge divers was blown off course by a storm, forcing them to take shelter by the small Mediterranean island of Antikythera, per LiveScience. The following day, they went diving off the tiny island and found the wreck of an ancient trading ship believed to be 2,000-years-old.

The divers later retrieved three flat pieces of corroded bronze from the submerged ship, which many believe sank between 70 BC and 60 BC on its way to Rome from Asia. Researchers say the device was first made sometime between the second and early first century.

Two years after the discovery, Greek politician, Spirydon Stais, who spearheaded the ship’s underwater excavation, visited the museum where the treasures from the wrecked cargo ship were kept. While sifting through the items, Stais was attracted by some fascinating pieces of bronze, which would later be known as the Antikythera Mechanism.

The Antikythera Mechanism’s True Purpose Finally Discovered

In the decades past, scientists have made several attempts to find the actual purpose of the Antikythera Mechanism using X-rays and CT scans to look inside the device. Despite several efforts, it wasn’t until 1951 that Derek J. de Solla Price found the real purpose of the “computer.”

Assisted by Greek nuclear physicist Charalampos Karakalos, Price took a complete X-ray and gamma-ray images of the device’s 82 fragments. His research showed that the mechanism’s primary gear represented the calendar year, while the smaller, unconnected gears were designed to serve as the celestial bodies, cites an Independent article.

 

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What is Net Neutrality – Wall Street

Gathering And Sharing Information On The Internet Globally

The internet has fast evolved to represent a new extension of our connected world. Today, we are ever more closely connected internationally. Such interconnectedness now enables individuals to bring a unique beauty that makes the world more interesting through the gathering and sharing of information.

Much more than just a communication system, the internet makes it possible to download or watch movies, shop, listen to podcasts, transact, learn, etc. Our modern world is indeed inextricably connected. Net neutrality aims to make sure that it remains that way, by ensuring that the internet continues to provide a level playing field for consumers and content providers.

What Exactly is Net Neutrality?

Net neutrality is a principle which advocates that Internet Service Providers (ISPs) treat all data delivered to consumers equally. The idea aims to ensure that customers are given access to all legal content and applications on equal basis, without giving an unfair advantage to some sources or blocking others.

The principle stops broadband providers from deliberately blocking content or deciding to boost or slow down traffic for specific apps and sites. Net neutrality also prevents ISPs from prioritizing their own content – or those of a partner – or otherwise hamper others’ ability to reach customers.

The net neutrality rule was approved in 2015 during Barack Obama’s presidency. The law states that “The FCC’s Open Internet rules protect and maintain open, uninhibited access to legal online content without broadband internet access providers being allowed to block, impair, or establish fast/slow lanes to lawful content.”

This definition suggests net neutrality was conceived to ensure the freedom of internet users to share information, start new businesses, and engage in discussions online. With net neutrality, all internet content – video streaming, audio streaming, etc. – will be treated equally by broadband providers. Also, startups and business will have unrestricted access to broadband networks.

The Rollback

But it wasn’t to be. In a move which left internet users scratching their heads and asking why, the Ajit Pai-led Federal Communications Commission (FCC) voted to reverse net neutrality rules in December 2017. The decision, it was claimed, was to “deregulate the industry,” according to a CIO article.

Abolishing the rule gives internet free rein to offer service at their own discretion. However, ISPs are required to reveal their policies concerning performance, commercial terms, as well as network management practices. This means that while they have the freedom to throttle connections, block websites, or charge different prices to different sites, they will have to own up to doing so.

Customers Concerns

As you might have surmised, the FCC’s repeal of net neutrality was condemned in various quarters, with consumers clamoring to have it restored. According to a New York Times piece, customers resist the abolishment of the rule for several reasons. First, they fear that with the repeal, ISPs would start “selling the internet in bundles,” and they would be required to pay to access social media sites like Facebook and Twitter.

Second, with internet providers having the leeway to do as they want, more influential organizations and households would monopolize the “fast lane” through paid privatization, which allows service providers to create a fast lane for firms and individuals willing to pay more, leaving everyone else to make do with the “slow lane.”

Paid privatization, in particular, would have severe consequences for small businesses and individuals. For e-commerce startups, the worry is that their sites and services wouldn’t be as swift. On their part, freelancers and other remote workers risk higher internet costs.

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Artificial Intelligence and the Future of Banking and Finance

A I Artificial Intelligence On Guard Against Fraud

Artificial intelligence (AI) is expected to be the next big thing in the banking and financial services sector; it has been touted as next great breakthrough that will change the way we bank and conduct financial transactions.

Why not, the vast amount of data, high volume transactions, and the quantitative nature of the banking and finance industry makes it one of the sectors where artificial intelligence will be better applied. It is believed that financial institutions can leverage the power of AI to transform current processes and improve services delivery as well as the use of financial products.

A Powerful New Weapon Against Financial Fraud

In today’s low-trust environment, artificial intelligence offers a new way to tackle financial fraud, build trust, and create a secure financial atmosphere. New forms of AI are being introduced to catch fraudsters with exceptional speed and efficiency.

Thanks to such new technologies, artificial intelligence could identify irregularities or patterns in transactions which might point to fraud, money-laundering, or terrorist activity. Tools like machine learning and data analytics could be used to scrutinize the vast amounts of data AI holds on clients and transactions, and compare this information against publicly held data to flag suspicious activity for security teams.

Asides these anomaly detection apps, future security measures will require biometric data such as facial recognition, voice recognition, etc., to provide more protection to customers.

Role in Customer Service as well as Sales and recommendation of Financial Products

Other potential future applications of AI in banking and finance lie in the area of customer service and sales of financial products. An Accenture report states that artificial intelligence will become the primary channel through which financial institutions and their clients will interact in future. Indeed, this prediction is fast becoming a reality thanks to organizations like Kasisto, which are developing chatbots that enable bank customers to chat with their financial institution using text-based natural language.

The Kasisto app facilitates finance-specific interactions by allowing customers to ask finance related questions via chat. Similarly, McLean-based Capital One Finance has developed a chatbot called Eno to enable its clients to complete a broad array of tasks on their smartphone. Customers can use the app to transact, check their account balances, as well as request card information such as bill dates and limits.

Beyond its role in enhancing customer experiences, AI is also expected to play a significant part in the sales and recommendation of financial products. For instance, a robo-advisor might recommend portfolio changes. It is also believed that robo-advisors could potentially employ some level of machine learning to recommend a specific car or home insurance plan.

As AI continues its journey into the mainstream, it is predicted that the technology will play a more prominent role in reinventing the banking and financial services landscape by making it much easier for banks to analyze risks and assess the behavior of a prospect to discover any possible fraud, among other things.

Overall, the future of AI promises a new era of disruption in the banking and finance industry.

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The Surge of eSports – Wall Street

Multiplayer Video Game Competition

The surge of interest in these organized, multiplayer video game competitions continues rapidly, to no one’s great surprise. eSports, short for electronic sports, is one of the growing industries in the world, with prizes totaling around $25 million up for grabs in some tournaments.

The multiplayer games are expected to show continued growth in future. Per a Statistica chart, eSports will become a billion-dollar industry by 2020, which will see their worth rise to around $1.65 billion. The rapidly growing number of digital native eSport fans who are continuously connected to the internet, the advent of technology which made it much easier for people to get involved with computer gaming, interest from media and tech giants, etc. are some of the factors that are expected to drive the eSports sector into the billion-dollar club.

If you are looking to get a better idea of what eSports are, this piece not only helps you understand what they are but also takes a look back at the games’ early days to enable you to learn how they became a professional video gaming industry watched by millions today.

What Are eSports ?

eSports are professional multiplayer video game competitions. Any video game with a strong competitive element is considered eSports. The competition models itself after traditional professional sports in several ways: it uses corresponding tournament formats, involves player contracts, and is governed by regulations. The athletes who compete in eSports competitions are gamers.

eSports are played between teams in arenas fitted with big screens so that followers can watch games comfortably. The most common game genres connected to this industry include First Person Shooter (FPS)Real Time Strategy (RTS), and Multiplayer Online Battle Arena (MOBA) games.

Some of the most popular eSports games include League of Legends (LoL), Hearthstone, Defense of the Ancients 2 (DOTA 2), Overwatch, Call of Duty, Counter-Strike: Global Offensive, and Starcraft. Fans can also stream eSports online via streaming services such as Twitch, Mixer, and YouTube Gaming.

How Did eSports Become So Popular ?

The history of eSports dates back to 1972 when some Stanford University students competed in the Intergalactic Space War Olympics for the opportunity to win a 1-year subscription to the Rolling Stone Magazine.

eSports pretty much continued on the rather quiet path until the ‘80s when competitions like the Space Invaders Championship shot them to the spotlight. 2002 marked the beginning of a new era for the sport and laid the foundation for what eSports would become thanks to the release of the Xbox live, which brought online play to consoles. Halo 2 became the first game to be shown on national television for Major League Gaming in 2004, paving the way for eSports to become a global phenomenon.

Today, eSports are growing at a rapid pace thanks to advances in technology and the arrival of streaming services like Twitch which have exposed video game competitions to a new audience due to their extensive reach.

To understand how much impact Twitch has made, data from gaming analyst group Newzoo show that eSports global audience increased 43 percent from 204 million to 292 million between 2014 and 2016. Interestingly, this coincides with Amazon’s acquisition of Twitch in 2014 and its effort to make the competition a spectator sport. In a related development, data from research firm SuperData say eSports drew 258 million unique viewers in 2017 alone.

Several investors continue to show interest and are actually investing in the sport. This fact, coupled with the continual efforts of developers to improve gaming experience, prove that eSports are here to stay and are headed to the very top. What is in store for you in the future!

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Amazon Applies for Patent Protection for Its Real-Time Accent Translator

 

Amazon Audio System

Seattle-based American e-commerce and cloud computing company, Amazon has filed for a patent for its new audio system which detects and translates accents in real time, according to a Techcrunch report. The application tries to make accents easier to understand by adjusting a speaker’s voice to be similar to a listener’s accent.

If the innovation gets approved and is released in product form, it will make Amazon only one of several tech giants to introduce such functionality. The likes of Microsoft and Google have added such features to Skype and Google Translate respectively. Google’s Pixel Buds earphones also support the feature.

The Techcrunch report states that Amazon’s new program will be based on machine learning or aspects of machines. The machine learning methods involve individuals with a specific accent training different machines on speech for many hours. It is also believed that Amazon’s virtual assistant, the Amazon Alexa, with its global presence, will make the translation process faster and easier, thanks to a torrent of audio samples collected from smart devices like the Amazon Echo.

Amazon uses phone numbers, location data, as well as previous correspondence to identify the right accent to use. The application requires only a few words alongside previous accent data to detect how a user is likely to be speaking correctly. The speaker can also pick their accent manually.

An App Potentially Adaptable to Many Uses

If it ends up in a product form, Amazon’s real-time accent translator will have many applications. Users who travel far and wide and those who conduct international businesses could genuinely appreciate its ability to eliminate the accent barrier on the international scene.

Also, those who contact call center agents frequently will know how difficult it can be to understand some accents even if you speak the same language. The app will smoothen conversation, making it easier for a listener to understand what a call center agent is saying and vice versa.

A Dominant Player

The real-time accent translator patent signals Amazon’s intent to continue to expand its position in a market it already dominates. New data from the Consumer Intelligence Research Partners (CIRP) show that Amazon has captured a greater share (70%) of the US smart speaker market, which in itself is experiencing strong growth.

Google comes a distant second with 24 percent market share thanks to its Google Home device. Apple’s Homepod ranks third with just 6% of the smart speaker market. There’s no denying that Amazon’s two-year head start gave it a helping hand. With competitors still playing catch up, however, the real-time accent translator may help the e-commerce giant to establish itself in the market further if released.

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Apple and Chinese Telecom Firms to Combat Spam with Machine Learning

Security Breaches in China

In an effort to fight spam, attempted security breaches, and protect their Chinese customers, Apple will employ sophisticated algorithms based on advances in the field of machine learning. The California-based tech giant is looking to enlist the help of Chinese telecom operators to identify messages by source, presumably. “We are in touch with telco companies to see what additional steps could be taken to reduce this inconvenience,” Reuters quoted an Apple spokesperson as saying.

Apple plans to use machine learning to determine whether a message is spam or not, cites a report from Reuters. The tools, which are being developed will also help bar fraudulent accounts from sending spam messages. An Apple spokesperson was quoted as saying, “We are currently working on additional ways to further reduce it, including more advanced machine learning models to identify it and more tools to block fraudulent accounts.”

The Crux of the Matter

Apple was forced to act when the official state broadcaster, worried by the growing volume of spam messages Apple users were receiving through the messaging app and in an attempt to protect citizens who are most vulnerable, accused the American multinational corporation of allowing gambling apps on their devices – gambling is illegal in China.

The allegation forced the US manufacturer to take more effective action against unsolicited messages, which potentially cheats people out of their money, lowers consumer confidence in online commerce, and threaten the digital economy.

The issue of spam and unsolicited calls is a common problem in China, where individuals can get phone numbers from black markets. So, the Apple situation isn’t an isolated one. In fact, spam problem is so rife in China that a Spam Laws content claimed spam grows faster than the Chinese population.

On its part, the Chinese government is making efforts to curb spam through an organization created explicitly for this purpose, the “China Anti-spam Alliance.”

Undefined Engagement Objectives

Apple partnering with Chinese telecom operators is a step in the right direction. However, it is not yet clear what possible role the telecom companies could play with regard to fighting spam, or how they could help the tech giant, bearing in mind that Apple’s native messenger, iMessage uses the manufacturer’s servers and all data communication between end users is encrypted with a secure encryption algorithm.

As mentioned, they would likely be asked to provide the tech giant with information regarding the identity of spammers to enable Apple to block the messages from source using advanced machine learning algorithms.

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How Artificial Intelligence and Machine Learning Will Impact Cyber Security

AI Security and Intelligence Services

The efforts of security and intelligence services to counter threats has led experts to consider using new concepts that are fast becoming part of our daily life such as artificial intelligence (AI) and machine learning as a defense to boost skills for countering cyber-attack.

Industry experts have always believed that AI will have a growing impact on cybersecurity technology thanks to its potential to improve threat detection. Believe however turned to reality when Alphabet launched a cybersecurity intelligence system designed to fight crime on a global scale back in January. If one ever needed proof of how AI-based solutions will improve existing technologies and drive greater efficacy and efficiency in the war against cybersecurity, Chronicle is it. Before we proceed to discuss their impact on cybersecurity, it is essential to first understand, from a technical standpoint, what is meant by artificial intelligence and machine learning.

What is Artificial Intelligence?

Artificial intelligence is an aspect of computer science that gives prominence to the creation of applications that engage in tasks that require mental processes of a high level such as memory organization, perceptual learning, and critical thinking.

In other words, artificial intelligence borders on the development of machines that work and react like humans by performing activities such as problem-solving, learning, planning, and speech recognition, among others.

What is Machine Learning?

Kris Lahiri, co-founder and chief security officer of Egnyte, in an article published on Forbes, defined machine learning (ML) as “a branch of artificial intelligence (AI) that refers to technologies that enable computers to learn and adapt through experience.”

How Will AI and ML Impact Cybersecurity?

With technologies advancing very quickly, the sophistication of hackers is fast emerging as a threat to internet security. Cybercriminals continue to develop new attack strategies meant to avoid existing security systems. This makes organizations act defensively rather than proactively. The difficulty in knowing precisely what attackers are planning makes it hard to take preventive measures.

As the level of sophistication across the entire global threat landscape continues to increase rapidly, security outfits must use advanced tools to get ahead of the threats before they do any damage. Given their sophistication and intelligence, it is believed that the use of AI and machine learning tools will enable companies to detect, investigate and remediate breaches faster.

This is because AI allows organizations to automate complex processes for detecting attacks and responding to breaches. And since AI and ML work hand-in-hand, AI can leverage ML capabilities to enhance its abilities and evolve. In this manner, AI security solutions powered by ML can rely on ML use data from previous attacks to react to newer and similar risks.

Tech professionals believe that the efficacy of this approach rests on the fact that hackers build on old threats. Therefore, by deploying AI and ML, new dangers can be detected more quickly and dealt with before they do any harm.

 

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Best of the Best: Google’s Newest Projects

Google and Technology

Google’s impact on the technology industry knows no bounds. The multinational technology company is setting new trends that will impact and shape the future of the internet, computing, and automation. While its position at the top of the technology world cannot be disputed, the California-based tech giant continues to work to ensure that it remains streets ahead of the market by taking a more prominent role by embarking on new projects that are too important to ignore.

Here are some of the Google projects you should know about:
  1. Self-Driving Cars

Google is out to ensure that people get to their destinations safely. Alphabet Inc.’s (Google’s parent company) autonomous car project, Waymo, isn’t exactly new but continues to lead the way regarding self-driving car technology. The project is in line with company’s drive to make traffic safe and to enhance traffic and fuel efficiency. Since the cars are automated, it is expected that there will be fewer accidents, as the human element is eliminated. The vehicles will also help improve fuel efficiency and lower carbon emissions.

  1. AI for Everyone

Google continues to push the boundaries and set new standards in the artificial intelligence world. To provide consumers with innovative solutions that help them keep ahead of their time, the tech giant is making the voice-activated Google Assistant more conversational and visible. The feature, called Continued Conversation, has been improved to sound more natural and enable users to have a conversation with it. Google declared that the updated Assistant knows when a user is talking to it and can respond accordingly.

Further, Google has updated its artificial intelligence to make the Assistant sound less like a robot. Six new voices have been added to the system, including John Legend’s, to make it sound more natural. A “Pretty Please” functionality has also been equipped to teach kids how to treat others with decorum and respect. Meanwhile, Duplex, a robocall feature for the Google Assistant is still under development. The system is designed to enable the Assistant to call and talk to humans to request for basic things such as restaurant reservations, hair appointment, etc.

  1. Google Smart Jeans (Project Jacquard)

Wearable technology keeps expanding thanks in part to Google’s continual ability to reinvent itself and push beyond the boundaries of what’s possible in the technology world. The project, which was announced some years ago, offers tech fabric in the form of a smart jacket thanks to a collaboration with Levi Straus.

Project Jacquard is built to hand cyclists more control over their mobile experience. Users can connect to several services including maps and music directly from the Commuter Jacket sleeve. This means that they can get directions, reject phone calls, change music, or view nearby places without pulling their phone from their pocket. The feature can also read messages aloud to allow you to focus on what you are doing.

 

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5 Best New Technologies – Wall Street

Technologies Transforming Our Way of Life

The emergence of new technologies and the invention of new products have transformed human relationship with the world. And with major tech players battling to be the better game changer, we’ve had to deal with the influx of new technologies on a regular basis.

However, we recognize that not all technologies are the same. For that reason, we have identified some of the standout innovations you should know.

  1. Computational photography: Image is everything to individuals and businesses, and high-quality pictures play an important role in reinforcing that perception. With that in mind, computational photography has been designed to tremendously improve image processing by algorithmically combining a host of data from images or image sensors. The technology can assemble image data across time and space to generate either real high dynamic range (HDR) pictures or images that capture both light and dark areas. The computational procedure allows for crisper and richer images in a single short, saving you time and effort regardless of whether you are using a digital camera or smartphone.
  2. Cloud-Based AI Services: Artificial intelligence is breaking ground in various sectors, including health, manufacturing, and education. This has prompted big tech players like Google, Amazon, Microsoft, and IBM to all work tirelessly toward making advanced machine learning more readily accessible to businesses. Consequently, the cloud-based AI services aim to make artificial intelligence tools more accessible by basing them in the cloud.
  3. Wearable technology: Wearable technology is a new and innovative clothing sector that is gaining traction due to the vast possibilities that it offers. Also known as wearable gadgets, wearable technology refers to a group of technological devices that can be worn by an individual consumer. These gadgets typically include powerful technologies that collect and deliver health- and fitness-related data, among others. The innovation presents an opportunity for organizations regarding new markets and data collection. It has been predicted that the wearable technology industry will reach $100 billion by 2023, per Humanvox.
  4. Artificial Embryos: Embryonic science continues to hit new highs thanks to Dutch scientists who created synthetic embryos using mouse cells that weren’t traditional sex cells. Scientists at Rockefeller University and the University of Michigan are also said to be exploring ways to make an artificial embryo from human stem cells.
  5. Immersive Technology: Immersive technology such as Augmented Reality (AR) and Virtual Reality (VR) are making their way into the mainstream. These technologies aren’t exactly new. Before now, they were more commonly found in gaming. Today, however, they are branching out into other areas. AR, for one, has shown a potential to improve efficiency in hospitals. The Patient’s Virtual Guide app incorporates augmented reality to show kids which direction to walk in the hospital environment.
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