Groundbreaking tech advances expected to take place in the coming years

The 20th century was the most violent century in the history of humankind. It was also the most innovative century in human history, a fact that still gives our species hope amidst the daunting crises we now face. The 2020s will be a pivotal decade. Fortunately, technologies are coming down the pike that will reshape society for the better. Below, we’ll highlight five tech advances that will make an enormous impact on society.
Groundbreaking tech advances expected to take place in the coming years Electrified self-driving vehicles are poised to disrupt both the oil & gas and auto industries. Don’t believe us? Let’s start with the coming EV revolution – according to the International Energy Agency, the global electric vehicle fleet is set to grow from 3.1 million to over 125 million by 2030. This is a conservative estimate – if governments around the world begin to take climate change seriously, 220 million EVs could be roaming roads by 2030. While gasoline-powered ICE cars will still be around in 2030, their numbers will soon start declining, if they haven’t already started doing so. According to a survey conducted by the American Automobile Association, 20% of respondents plan on making an electric vehicle their next purchase. Bloomberg projects electric vehicles will reach price parity with ICE vehicles as soon as 2022. This will displace oil consumption to the point where the world will be pumping two million barrels per day more than it needs. And that’s just the start. Now, let’s talk about autonomous vehicles. As we speak, level 5 (or completely autonomous) concept cars already exist. BMW claims they’ll have a level 5 on the road by 2020, and Tesla production cars may make the jump to level 3 autonomy (car in control, with the driver able to take over in an emergency) soon as next year. This puts the world on track for level 5 autonomous cars by the end of next decade. Unless you want to, there will be no need to own a car – you’ll simply be able to call one and have them drive you wherever you need to go. With increasing numbers of urbanites ditching their rides, the number of cars on the road will stall and then plummet. The vehicles that remain will become increasingly autonomous and electric. Cars are presently responsible for 28% of American greenhouse gas emissions – if this shift occurs, it will help mitigate the ongoing rise in global temperatures. (2) Brain-to-brain communication Passing notes in class is so 20th century. However, smartphones are hard to conceal. Soon, however, your teenagers will be able to transmit thoughts to their crush directly, and nobody will be the wiser. Sound impossible? Thanks to groundbreaking research conducted earlier this decade, a day may soon come when this Star Trek-esque advance will become science fact. A few years ago, researchers from the University of Washington managed to send a simple ‘hello’ from the mind of one research participant through the internet to a colleague’s 8,000 kilometres away. Once honed, this advance will have a wide range of applications. Communication with those silenced by strokes, brain injuries, and birth defects will be possible. Emergency workers will be able to communicate easily in chaotic situations. Couples will be able to discuss a movie without angering fellow theatre patrons. However, serious ethical issues will need to be addressed. Will students be able to cheat on exams without their teacher knowing? Will debating politicians be fed lines by fixers off-stage, Manchurian Candidate-style? Will you able to read the thoughts of others? It will be interesting to see how this technology evolves in the coming decades. (3) Hyperloop trains Hatched from the mind of master inventor Elon Musk in 2012, the Hyperloop is a transport system that promises to change how we move about the world. An airless tube that serves as a conduit for passenger-carrying modules, it is claimed this futuristic mode of transport could eventually hit cruising speeds of over 1,200 kilometres per hour. What does this mean in real-world terms? This would allow someone to travel from San Francisco to Los Angeles in only a half-hour – much faster than driving (5 hours 43 minutes) or flying (1 hour 25 minutes). After a few years of research and development by universities like MIT and the Technical University of Munich, the first real-world prototypes are now under construction. Hyperloop Transportation Technologies is presently constructing test tracks in China and France, with plans to build additional prototypes in the United Arab Emirates and Ukraine. Sir Richard Branson recently unveiled plans to build the UK’s first Hyperloop from London to Edinburgh, while Elon Musk himself is about to open a concept tunnel underneath Los Angeles within the next year. If the Hyperloop manages to live up to the hype, it will massively disrupt short and medium haul flights, to say nothing of car, bus, and legacy train services. Even if it is not powered by fossil-fuel free electricity, this innovation will greatly reduce the carbon intensity of travel. According to analysis conducted by the Department of Transportation in the United States, Hyperloop travel could be up to six times more energy efficient than comparable short haul air routes. (4) Vertical farms As our climate continues to change, agricultural land will come under stress. Drier conditions, flash floods, record heat, and sudden frosts will all wreak havoc on crop yields. In addition to mitigation tactics like desalination and genetic engineering, the construction of vertical farms will be key to feeding our planet as the 21st century progresses. What are vertical farms? They are indoor agricultural facilities where crops can be grown in a climate-controlled environment. Light is provided by arrays of full spectrum LED bulbs, while water comes from hydroponic systems. According to the creator of a vertical farm prototype in Japan, these facilities use 30 to 50 times less water than traditional greenhouses – great news for those about to inherit an H2O-constrained world. It’s important to note that these facilities are still in their infancy. Commercially available LEDs are only 28% efficient at present – however, with lights that boast 68% efficiency currently in development, vertical farm products may approach cost parity with field crops by the end of the next decade. (5) Bioengineered meat It’s getting increasingly uncomfortable to be an omnivore these days. They’ve had to deal with ethical challenges for years, but now, it’s become a well-known fact that meat production is a major carbon emitter. According to a United Nations report, the raising of livestock (poultry included) is responsible for 18% of all CO2 emissions. With drastic action now required to avoid runaway climate change, a rapid shift away from field-raised meat is necessary. Fortunately for the steak lovers among us, researchers have been working for decades to find a way to make meat in the laboratory. The first cultured meat experiments were conducted by NASA in the early 2000s. However, it wasn’t until the early 2010s when serious efforts began to create the world’s first lab-made burger. Delivered in 2013, this patty cost $300,000 to make. By 2017, though, the procedure had become far more cost-effective, bringing the price of a lab-made hamburger down to about $11. At this rate, we can expect to find flavourful, cost-competitive lab meat in grocery store meat coolers by the middle of next decade. When this happens, the demand for meat from factory farms will fall drastically, lowering carbon emissions as omnivores move to a guilt-free source of animal protein. Fasten your seat belts – it’s gonna get wild It took one hundred years for the telephone to become universal. The smartphone went from zero to over 70% penetration in a decade. The rate of technological progress is accelerating exponentially – wherever it leads us, the coming years certainly won’t be boring ones.

Frameworks you need to know right now for PHP

Time is money in the software business. With globalized competition in every niche, the pressure is on to get a product to market fast, as seizing the first-mover advantage is crucial to success. 

To save time, most successful companies have their programmers use frameworks rather than having them crank out code from scratch. This makes sense, as this reduces costly mistakes, standardizes work flow, and frees up hours spent on repetitive work.

Which frameworks are best for programmers? 

Frameworks can be applied to any programming language – PHP is no different. Having one in place when programming in this language can save enormous amounts of time and grief – below, we’ll look at a few that can help radically increase productivity.


Laravel is a very popular tool among PHP coders thanks to its well-constructed syntax and easy to understand interface. This helps programmers to cache/queue websites or send an authentication prompt faster than if they had to create the relevant code on their own.

Its immense popularity has created a large community around this application. Any coder that runs into a roadblock need only ask a question or search numerous discussion forums to get the answer they need to move forward.

Because of these advantages, Laravel has been used to construct the back end of web applications and websites for everything from app developers to major corporations. As such, every PHP coder should have a shortcut to this program on their workstation.     


Although this interface can be confusing for some, Symfony is a powerful software development tool in the hands of experienced developers. Take Drupal for example, as this popular content management platform had its later versions built with the help of reusable PHP components that are included within this framework.

Like Laravel, its widespread utilization means Symfony has a dedicated community of programmers who swear by it. This is good news for neophytes, as there are active communities online that can help overcome the initial confusion caused by processes such as object configuration, routing, and others.   


Any programmer starting out in web development can get intimidated by what is expected of them in the workplace. Thankfully, CodeIgniter has simplified the process of programming in PHP to the point where most new users will feel confident about their coding within a matter of days.

This is possible due to libraries which make mundane tasks like writing SQL queries far simpler than it is by hand. For most basic websites, users of CodeIgniter need only copy and paste the code from these libraries and make modifications where necessary.

With numerous plugins like Dataspark – which makes database creation a breeze – it is useful for a wide variety of web development tasks. Because of its user-friendly interface and its flexibility, CodeIgniter also has a large following. This facilitates learning even more, as a simple Google search turns up scores of tutorials created by CodeIgniter enthusiasts.


Though less known compared to other PHP frameworks, CakePHP is lauded by programmers for its simplicity. Though it lacks the complexity of Laravel and Symfony, its simplified nature makes it a great framework for beginner coders to learn at the start of their programming career.

This doesn’t mean it can’t tackle major projects, though – programmers have used CakePHP to create visually stunning websites for major corporations like Sainsbury Bank in the United Kingdom. However, many experienced coders opt to switch to more flexible, powerful frameworks for more complicated projects after learning this program.   


Building websites and applications for large enterprises? Programmers in these environments love Zend, as it has features designed to cater to their specific needs. This framework uses object-oriented programming methods, making it easier to manage extraordinarily long strings of code that often found in the back end of enterprise applications.

With components that allow coders to encrypt client data, insert forms with ease, and validate programs quickly, Zend is perfect for programmers who need to get their work done quickly and efficiently.

Professional coders need to get comfortable with multiple frameworks

Leaving programmers to their own devices is a risky proposition. If they write messy, difficult to understand code, those that come after them may not know where to begin when the time comes to modify it.

After running into these issues, many companies have adopted frameworks that their coders must follow. When posting ‘Help Wanted’ ads, HR lists these standards in the requirements they want in a successful applicant.     

Not all businesses are on the same page, though – some prefer CodeIgniter, while others use Symfony for their programming needs. Having a background in multiple frameworks is essential not just for those hoping to join the workforce, but as a professional. By familiarizing themselves with the most popular frameworks, mid-career coders can maximize their employment options.

Big Markets for Outsourcing Coding

In the early 2000’s outsourcing was a very negative word that meant people were losing their jobs in the US. Today outsourcing doesn’t have the same meaning it did back then. Outsourcing can mean hiring freelancers to handle projects instead of adding additional workloads to your existing employees.

One of the biggest market for outsourcing has been in India. They have more skilled people each year capable of working remotely and that meet companies needs for IT work, like coding. Indian IT graduates are usually proficient in their English and provide low cost for high demand requirements when it comes to coding.

Freelance coders from India are able to handle much of the work sent to them by their US clients, there are definitive impacts outsourcing has had on the global economy.

India’s Competitive Advantage

When you think about paying for a coder $6.80 USD per hour it might seem shocking, considering the US federal minimum wage is $7.25! However India has a lower cost of living. This lower cost of living with the globalization of freelance coding gives India a direct advantage over doing business with other business in the states or in Europe. It costs less to get coding work done remotely in India versus domestically.  

Outsourcing Impact on India

India has greatly benefited from the globalization of the information technology jobs. Where once India had no major export to offer the world, they now have an export of remote labor that can be used worldwide. They have an undeniable advantage over competitors for the US outsourcing market.

When a client in the US makes a request, India’s workday starts when the US’s workday ends, India can have one day turnaround for its US clients. This means that instead of having US coders work long hours, evening shifts, or overtime, you can have work done overnight and come back and it is done and for less money!  

Protectionism Impact on India

Protectionism is the use of economic policies to limit the amount of imports from one country to another. Under the Trump administration, they are viewing outsourcing as a one-way impact, and how it impacts the states and the states only. This has sent a message to India to be aware that if policies change it could dissipate their current competitive advantage they have for their highest export, remote labor. If labor is restricted or other sanctions are enacted this could impact the employment of everyday people in India and people trying to get work visas in the states.  

Freelance Coders

You do not need to work for an organization to do coding, you can freelance your coding skills. Coders can register with sites like:, and and work anywhere in the world and have clients anywhere in the world. This platform allows individuals or businesses to search out the skills they need for a specific task, like coding, they can negotiate and hire someone to get the job done.

Along with an hourly rate being lower than US coders, businesses save by not having to pay for employee expenses like payroll taxes, insurance and the overhead of providing an office space for employee coders. Coders from India are able to freelance out their skills and earn better income than if they worked for a company in India, and still provide a cost advantage over US freelance coders.  

Global Impact

Thus far, most all of those involved are benefiting from the existence of outsourcing coding. Coding that is simple and the requirements can easily be explained can be exported to India by US companies. Coders here state side, handle more complex coding issues, thus they are certainly not out of work, but regularly handle more in-depth coding requirements than what is outsourced. In fact there are still jobs that are not being filled state side for coders! There are more opportunities than there are capable coders. Companies are able to save money by not paying their in-house coders to do tasks that can be done through outsourcing.

Years back people believed that all IT jobs could be handled through outsourcing to India, but corporations soon learned that while they were saving money, they were spending money on other things. It took longer to get the requirements of complex projects handled, thus much of this work came back to the States to be handled by US trained coders.

Why are there so many software developers in India?

India is the second most populated country in the world and with that many people around there is fierce competition for livelihood. Even with the family structure evolving in India, adults seek the advice of their parents. In Indian society parents want their children to be successful, and being successful to many of them is to either become a doctor or a software engineer.

Family Structure

Traditionally the Indian family structure is of multiple generations living together, while modern society is steering away from this structure it is still widely accepted as the norm. Even after children are grown they will still seek the advice and approval of their parents. Seeking approval can lead these young adults into careers they are not interested in just to prove to their parents that they are successful. Since the family structure of Indian families that of multiple generations living under one roof, those who are capable of working are supporting more than themselves. They are supporting the elderly, the sick, the disabled and the children. That is a lot of pressure from your family and extended family to be a good provider. This can also lead young people to pursue an education in software development because it pays better than other jobs available in India. These individuals are saddled with the responsibility of supporting their entire extended family.


When companies are working on budgets and they need software developers the cost can be exuberant. Knowing that you can get a software developer from India for a fraction of the cost seems like a no-brainer. While it may be less expensive you might get what you pay for. Statistically Americans are overall more educated than Indians according to United Nations studies. In 2015 India ranked 92nd out of 145 countries in their overall education. While Indians were 11% better at math and logic than Americans, American were over 50% better at software development.

Economics of India

India missed the boat when it came to technological advances for many years and some people believe that these young people need to learn to code at a young age to be successful. India is not highly ranked in any industry, leaving their national infrastructure needing vast improvements. They are pushing people to learn software development, but they are leaving all other industries by the way side. For a country to be strong economically they need to have a wide variety of skills that can be outsourced as a service or products to other nations worldwide. If they continue to force young people into one of two career paths much of their existing economic system will be in dyer need of educated people to innovate and manage it.

The Beef

A common stereotype in the technology industry is that your US based job can easily be outsourced to India and for cheap. This is true, yet not true. Can the job be outsourced, well yes. But is it cheap? It depends on what standard you looking at. Will the software development be done for less money, yes. You may however need to have a highly qualified IT person verify that things are being done right and done well. A lot can be lost in translation even if speaking in ‘code’ is all the same language. The barrier can lead to lost time and misunderstandings and then to software problems.

The Come Back

Indians have also made a positive impact on Silicon Valley as well. While there are bad Indian software developers out there, there are also many good ones too! One of the best ways to tell between a good Indian software developer and a bad one is their education. If they attended college in America, they are likely more skilled and qualified at their job, than if they went to school in India.


When looking to get a project completed it is always best to know the background on the company or individual you are hiring. If you want your project to be perfect, you will need to pay for the perfect software developer, and they should have an education from America versus India. It is a simple way to verify what skill level you will be hiring without having to hire them and then find out. This is not saying a qualified person with an Indian education cannot do a good job, but it is a simple way to weed out possible poor software developers. If you are on a very tight budget and the work doesn’t have to be perfect, you can definitely save some money by working through developers in India. You might have to rework it a couple times, but you will likely still come under budget.

Technically Speaking These Jobs are HOT!

Unemployment is low, I mean really low. Across the country there are more jobs than there are people to fill them. While this can fabulous news for employees, it’s not so great of news for employers. Trying to fill all the open positions is challenging and usually the excess work gets put on current employees or goes undone and one of the fastest growing employment markets is in technology.

In the interconnected world through remote work and data share capabilities employees can work from anywhere in the world and fulfill jobs in different states or even countries.


Business analytics, data analyst, data scientist whatever the company calls it, it is the same thing. Taking tons of raw data and turning it into useful information for management, investors, and potential investors. Without these numbers being pulled together routinely and systematically companies fly blind through their fiscal year wondering if things they are doing are adding value or detracting it.

According to there are over 267 job titles with the match of analyst. Top Analytical Job titles: Business Analyst, Project Analyst, and Data Analyst.


Website developers, Mobile Developers, Software Developers etc if you can code and create something that is useful to a company for its technological presence your talents are in short supply.

According to there are only 19 job titles for types of developers. Top developer job titles are: Web Developer, Software Developer, and Software Engineer.


The threat of cyber attack is real and companies are keenly aware of their technological vulnerability.  Companies work through many different scenarios to try and prevent threats to their corporate database. Passwords being changed constantly, having rolling pins from a fab for each employee with secure access to information and 24/7/365 surveillance of their intellectual property. Having someone working to protect your business from attack may be vital to keeping your business going and safe.

According to there are over 141 job titles for types of security jobs. Top security jobs are: Data Security Analyst, Information Security Manager, and Security Administrator. 


CIO, CTO, CSO etc. if the position is in charge of a technology department of some kind they are in high demand, from managers, directors to top officers in the company these individuals taking on the challenge of managing technology teams and ensuring the work is being done well comes with a high price tag for those willing to take on the responsibility.

According to there are over 688 jobs titles for Technology Management positions. Top jobs titles are: Information Technology Director, Chief Technology Officer, and Chief Security Officer.

Help Desk

Customer service experts, support desk, help desk, whoever you employ to take calls from customers who are having ‘technical difficulties’ these people are invaluable to your organization. They have to not only be customer friendly but technologically with it. They have to be able to talk people through programming, installing and do so under extreme stress from the customers on the other line. They have to be patient and understand that without their role in the organization returns of products or services would shoot through the roof!...

According to there are only 31 job titles that match help desk. The top job titles for these positions are: Help Desk, Help Desk Support, Support Coordinator and Support Analyst.

The companies with these openings are all over the country; there isn’t one area that has full employment for their technology jobs. This being said, employees know that if they want to move on to another job with another organization they likely can. The low unemployment rate can help employees gain certain benefits like working remotely or high wages from their employers. Their employers know that it cost time and money to replace them and if the employee is asking for a concession for their continued employment it is likely the company will try and oblige.

Holograms on Your Phone?

Have you ever wanted to or given a virtual high five? Well you might be able to actually give your friend or family member a real one with the new LEIA 3D technology that is still being developed. How cool would that be!? You could physically reach out and touch someone on the other end of a call! This new developing technology can enhance life as we know it for those living far apart from one another, anyone watching shows or playing games, making presentations for work, or simply getting directions to your destination.

Holographic technology from LEIA Corp, a spin off from Hewlett-Packard, is working to bring this new exciting experience to you. Allowing you to immerse yourself in 3D without the use of expensive equipment or bulky glasses. LEIA Corp believes that with this technology they will improve daily experiences to a more personal and beautiful experience.

LEIA Corp Mission and Partner:

LEIA Corp founders of LEIA 3D are on a mission to make life more beautiful and to enrich everyone’s life. LEIA Corp was founded in 2014 by David Fattal, now the CEO, Zhen Peng, now the CTO, and Pierre-Emmanuel Evreux now the CFO. LEIA partnered with Altice Group a technology and media corporation for a launch in Europe in 2016.

How it is created:

LEIA 3D uses diffractive lightfield backlighting to enhance an existing LCD screen into 3D. Users will be able to switch seamlessly between the standard viewing and 3D viewing, without the use of glasses. While you won’t yet see a floating hologram above your phone’s screen, it will make the user experience more enhanced and personal with 3D.

Where it could be used:

3D holograms could be used in cars for enhanced directions, on TV screens for a more interactive viewing of movies and video games. They could also be used in businesses for presentations to engage their audiences. Instead of always saying, “ Now if you can imagine this here…” your business could actually show the clients rather than have them imagine.

Who is using it now:

Android has a smart phone, Hydrogen One by Red which is between $1,00-$1,600 depending on which version is purchased set to release this summer with AT&T and Verizon.

LEIA Corp is constantly developing their LEIA 3D, and it is exciting to think of all the possibilities that may come with the development of this new technology!

How AI is Affecting the Medical Field

Artificial Intelligence (AI) is currently one of the hottest trends in the world. AI can be found across industries, and in almost everything we use or create that has a tech element. AI is, to put it simply, the simulation of intelligence processes by machines – particularly computer systems. However, this hot technology is constantly evolving, and poses several risks to the world as we know it.

What are the risks that come with AI?

AI is taking over the tech world, and is being incorporated in many tools, systems, and software we use every day. However, many people are becoming skeptical and imploring that the tech industry takes a closer look at AI and the risks it poses. Elon Musk, founder of SpaceX and Tesla in Silicon Valley, is one of the biggest neigh-sayers when it comes to AI. 

Musk seems to believe that AI poses the startling question of whether machines will, eventually, take over the world. By programming human-like technology into almost everything we use, it’s opening the door to some unsettling possibilities. Musk, in particular, is concerned that something “evil” will be created entirely accidentally. “We’re already cyborgs,” he says in an interview with Vanity Fair. “Your phone and your computer are extensions of you, but the interface is through finger movements or speech, which are very slow.”

Musk believes that AI is only a few years away from being able to partially incorporate with our brains – whether that’s through medical devices or personal technology. And that thought is, indeed, terrifying when you think of the potential ramifications.

How can AI improve or impact the medical field?

Although creators and innovators the world over will need to be cautious as they continue to build AI tools that directly impact the lives of people, AI isn’t all doom-and-gloom. In fact, it is having a significantly positive impact on the medical field. As of now, AI in the medical field is built as an assist to human doctors and nurse practitioners. 

It allows for a thorough fact-gathering and analysis for more accurate diagnostics. It’s also creating systems that reduce the possibility for human error – ensuring appropriate and safe care is always being given by human doctors and nurse practitioners to patients. AI also opens up the opportunity for cost-efficient medical care. By reducing the total number of human employees that hospitals, doctors, and medical spaces need to pay to do admin work, the medical field is able to refocus their budget toward specialists and incredible medical professionals who are saving lives every day.

Finally, AI is helping to create a safer, more precise operating room. With minimally invasive surgeries becoming increasingly necessary as we are increasingly hard on our bodies, surgical robots are able to provide assistance in making precise, small incisions and surgical maneuvers. This can help to reduce patient pain, simplify and speed up medical processes, and help medical teams to complete minimally invasive surgeries quickly and correctly so they can move a patient from surgery to recovery efficiently. This helps doctors and medical teams perform faster, better surgical procedures on every level – which means more patients can be treated in the same time span.

How far are we from a point when we have a robo-doctor?

Scientists are already working to combine AI with robotics. In fact, researchers in Texas have long been working on a robot that has a mind of its own. Although this may seem like some kind of science fiction movie come to life, it’s not surprising. The tech industry’s obsession with AI has sped up many researchers’ quest to incorporate it in new, exciting ways. 

But how far are we from having robo-doctors? The answer might surprise you. Right now, most robots are built with simple AI. They’re programmed to do nothing more than administrative tasks. However, the fact that some robotic technology has been programmed with AI within the medical space already, opens up the possibility that we’ll be seeing “robo-doctors” in the medical arena sooner than we think.

In fact – some healthcare robots in 2017 were built with artificial intelligence that allowed them to perform domestic nurse functions like reminding you to take medication, or coaching patients through challenges associated with illness. So – we may be looking at robo-doctors taking over smaller medical tasks or working alongside human doctors sometime in the near future.

Will machines truly take over?

It’s impossible to look into the future and know what’s going to happen. However, most people believe that because machines won’t always “get it right” and because of obvious ethical concerns, people will need to stay connected to most processes – particularly in the medical field. However, we can expect to see AI being incorporated into our systems – including medical services – in new and exciting ways.

From Fiction to Reality: Flying Cars Ahead

Ready or not flying cars aren’t just science fiction anymore they are coming to airspace near you. Whether you are ready for flying cars to make their debut or not, here they come and they could be here as early as 2019! That’s next year for those of you who are math experts!

What Exactly is a Flying Car?

The concept of a flying car is hardly new, whether or not you first saw the concept watching the kids cartoon the Jetsons in 1962 or the Disney movie Chitty Chitty Bang Bang in 1968. The structure of a flying car is still changing; one concept is that you can go from driving down the street to seamlessly flying in the air. Another design allows for a 5-10 minute transformation from car to flying car. Will the car take off like a helicopter or will it need to take off like a small airplane and need a runway? All of these designs are in the works and it’s not clear which design will win over consumers.

Do We Need Flying Cars?

Much of the rhetoric around flying cars is whether or not we actually need them, will it actually solve traffic jams and congestion or will it create new problems. Some believe that flying cars will make traffic jams a thing of the past, while others argue that putting the ordinary driver behind the wheel of a flying car is just asking for more trouble. Many of the developers have taken this very issue into consideration when it comes to designing their flying cars.

Airbus is launching their Electric Flying Taxi’s next year and these flying cars will have pilots when introduced to the public, but only to help consumers have confidence in their product, as the entire operation of the Flying Taxi can be controlled remotely. The Airbus Flying Taxi will take off from the ground much like a helicopter and will fly predetermined routes eliminating the concern of cars flying all over the sky and running into one another.

Which Flying Cars are Making Their Debut?

Reality check it is 2018, no seriously and these flying cars are coming now!

PAL-V is already in testing and should be made available for purchase in 2019. While they are only making 90 of them their current price tag is $575,880 USD. They plan to launch a PAL-V Liberty Sport edition will only be $344,173 USD.

VTOL by Airbus is already being worked into Uber’s plan for air taxis of the future by 2020, dubbed Uber Elevate.

SkyDrive by Toyota will light the 2020 Olympic Torn for its debut.

Making a Flying Car Fit in Today's World

Ever wonder why it is taking so long to get flying cars out to the market? Well with any new technology that is planned to fly through the sky there are lots of regulations it has to pass to make sure it will be safe. We are now in a time where we can plan virtual flight plans that can correspond with one another to avoid midair collisions. If the design is too bulky it won’t fit on city streets, in parking spots, parking garages and garage in your home. So designers and developers have to work hand in hand to create a flying car that will fit into the parameters of a current size vehicle’s dimensions.

The idea is that these Flying Cars will take you places, but that you will not be piloting them yourselves around the city airspace. This will help ensure that there are no midair collisions by people behind the wheel of their flying cars.

When Will Flying Cars Be Mainstream?

The key factors that need to be met to make flying cars mainstream in todays world are: safety, design and affordability. If a company can ensure the safety of the people who use its product it will be widely accepted. If the design of the flying car will easily fit into the existing designs surrounding current automobiles acceptance will be easier for consumers to add a flying car to their lifestyle. If the price tag is right, where not only the super rich can afford to buy a flying car, the mainstream public can begin to buy into the new technology rather than watch from the sidelines.

Which design will win over the public for mass acceptance, the PAL-V, SkyDrive, VTOL or another flying car? Whoever wins mass acceptance will set the stage for all future flying cars.

What is HTTPS And Why is it Important to Have?

The term HTTPS stands for Hyper-Text Transfer Protocol Secure, it’s a secure channel through which data is transferred between your computer browser tool and the site which you are visiting. The 'S’ at the end stands for Secure, meaning all connections between your search tool and the webpage are encrypted.

Most popular browsers such as Chrome, Mozilla and Internet explorer display a padlock image next to the address bar, showing that a safe HTTPS link has been made.

How does HTTPS work?

Typically, HTTPS websites use either Secure Sockets Layer (SSL) or Transport Layer Security (TLS) to encrypt online exchanges. Both of these protocols make use of an 'asymmetric’ PKI or Public Key Infrastructure network. The system uses dual keys, a public and private one, to encrypt all communications over the internet. Consequently, anything that’s secured with a private-key is only accessible via a public key and vice versa.

The private key of a HTTPS site should always be protected and be known by the owner alone. In most websites, it remains securely kept within the web server. Contrarily, the public-key is meant to be used by anyone who wants to decrypt data that was encoded using the private key.

SSL Certificate Requirement

When you make a HTTPS request on a website, the page will first relay its SSL Certificate to your search tool. This software carries the public-key required to start the safe browsing session.

From this initial communication, your web browser and the site will then commence with the 'SSL handshake’, which involves the creation of mutual secret codes used to establish a safe link between your search tool and the website. When a trustworthy SSL Digital-Cert is applied for a HTTPS connection, visitors will view a padlock image in the browser’s address bar and once an Extended Validity Certificate is installed the address bar shall turn green.

How to get a SSL Certificate cheaply?

There are various ways you can get affordable SSL certificates. First, you can refer online to reputable websites that list cheap SSL certificates which you can try. Such platforms allow you to compare the features of different cost-effective SSL certificates so as to get the best value for your money.

Additionally, oftentimes it’s much cheaper to buy a new certificate rather than renewing an old one, this is because special offer coupons don’t usually apply to SSL renewals. While most cheap certificates will work well and are approved across popular web browsers, you should still refer with your SSL/hosting provider just to make sure.

Reasons why you should have HTTPS

I) Improved search engine rankings. Google has already confirmed that they favor HTTPS websites over others. In fact, more than 30pct of the sites listed on their top page are 'Secure’ or encrypted.

II) Greater online security. It protects web users’ information and your own personal data from cyber criminals.

III) It makes your website mobile-friendly. Recently, Google developed the Accelerated Mobile Pages (AMP) app to ensure web content loads quicker on mobile phones. However, the app requires users to have https before their website can be optimized for mobile use.

IV) Improved conversion rates. Statistics show that most internet users will only share personal information over the internet if the site is HTTPS. If it’s not secured they may express concern sharing their name, phone number or email address.

How Google Chrome views HTTPS

As of July 2018, Chrome intends to label all HTTP sites as 'non-secure’. While the browser currently displays a neutral virtual icon, once the version 68 is launched it will caution visitors with a new indicator in the web-address bar.

Over the recent years, Google has been urging users to keep off unencrypted sites but this so far has been their most impactful move. The Chrome team mentioned that this decision was based on increased https adoption. Approximately 81 of the 100 sites on the internet default to HTTPS, plus most of the traffic on Chrome is already encrypted.

HTTPS impact on SEO

HTTPS can boost your search engine rankings, particularly in cases where the quality signals emanating from two different web results are equal in most aspects. Generally, if your site is equal to your competitor’s in terms of content freshness, speed and title tags among other factors, Google will place it on top of the competitor’s page if it has https and the other one does not.

In conclusion, https is a secure web communication protocol that can safeguard your private information from hackers. It can also help improve your rankings on search engines such as Google.

LiDAR Technology: Unveiling Endless Possibilities

LiDAR technology is changing the way we do everything – from driving cars to excavating ancient civilizations. But what is this new form of modern technology? And what opportunities is it truly presenting to the industry titans who seek to create a better tomorrow?

LiDAR or Light Detection and Ranging is a way to use laser sensors to map their surrounding environment. The laser sensors use light waves to effectively measure the distance between surrounding objects.Of course, LiDAR 3D laser mapping is no new concept. The technology has been around since the 1960’s, and people have been using the technology to map geophysical distances since the 1980’s.

Essentially, LiDAR technology sends lasers out into the space surrounding you – either above or below ground – and measures how long it takes for the laser to hit a nearby object in light speed. This information is used to build a 3D special model to gain a better understanding of a surrounding area.

What is LiDAR used for today?

Today, leaders across industries are using LiDAR technology for a variety of purposes. The technology is most commonly used in construction and surveying – to determine the mapping of built objects. The technology can sense everything from buildings to railways, and can help to create an accurate depiction of a specific landscape for reference.

However, as the technology has become more advanced in recent years, it’s proven to have other important uses. The auto industry, for example, has started to use LiDAR technology in combination with several other systems in the building of self-driving vehicles. These vehicles use LiDAR technology to map surrounding areas and drive safely, while saving the information for later reference. Because the technology takes measurements of the surrounding area at light-speed, it allows self-driving vehicles to respond quickly and accurately to changes in the driving landscape.

LiDAR technology is also used to map the earth’s surface – both above and below sea level. The updated version of this technology has allowed geoscientists to study previously unmapped (or inaccurately mapped) areas. This allows emergency responders to get a better idea of a shoreline, air pilots and military personnel to better see the geography of the land they fly over, and more.

Most recently, LiDAR technology has been used by archaeologists to uncover previously unknown Mayan civilizations under a thick cover of jungle foliage. A team of pilots flew over the area and, using LiDAR technology, uncovered an undocumented Mayan settlement.

As they continued to investigate, it became clear that the civilization was even more settled than they could have imagined. Although it seems outlandish to claim that any inch of the earth’s surface remains unexplored by archaeologists – this is a perfect example of a time where we, as a human race, have been unable to explore our history. Without knowing where to look, we could be missing several more ancient civilizations that could provide fascinating historical insight that we would have previously missed.

Through the use of LiDAR technology, archaeologists are able to create an accurate depiction of entire civilizations before performing on-the-ground excavation. This allows them the safety and certainty of exploring the right areas in the jungle, and allows them to use less man power – helping to keep more people safe, and reduce project expenses.

What companies and organizations use LiDAR?

There are several companies creating LiDAR technology solutions for use across industries. Some are startups like Ouseter, who is developing LiDAR-based tools specifically for the international auto industry.

However, many preestablished organizations are also using the new and improved LiDAR technology in their products. For example, Toyota recently started using LiDAR technology in their vehicles to sense surrounding physical objects and create a safer driving experience. Other organizations, like the National Ocean Service, promote the use of LiDAR technology to create a safer, more informed future. However, as time goes on, it’s expected that many more industries and organizations will make use of this incredible technology.
LiDAR Offers Future Opportunities

Despite all of the amazing opportunities that LiDAR technology has created for us, we have still only scratched the surface of possibility. Archaeology and construction could be made infinitely more accurate and easier, while using less funds and man power to complete projects. Emergency rescue missions could have the opportunity to better understand the landscape of a dense forest when searching for lost hikers. We could potentially use the technology, at some point in the future, to remove the need for human-operated vehicles of all kinds.

The opportunities that LiDAR currently offers are truly incredible. However, the unharnessed potential that this technology has is what’s truly awe-inspiring. Scientists and technology specialists around the world are already working with LiDAR tech to create new tools and solutions across multiple industries, and it’s exciting to think of what other possibilities will be made available to us as time goes on.

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