Internet of Things: More Than Just Protected Plumbing

The man looking over the water gauges couldn’t believe what he was seeing…

Just down the road, a few miles from his little control room, the giant tank holding Robinson Township’s municipal water supply was draining down… fast.

He looked at the clock. Midnight. The thermometer registered an icy 20 degrees. Somewhere out there, among the Pittsburgh suburbs’ 15 square miles of snow-covered neighborhoods and businesses, a water main was losing more than 3,000 gallons of water a minute.

He checked his dials again and did some quick calculations. The township’s storage tank held 1 million gallons of water. At this rate, all of it would be gone before dawn.

But exactly where was the water leaking? Where was the pipe break?

He had no idea.

The answer came five hours later.

A ruptured water main in the town’s commercial district drained off the majority of the township’s supply and left six inches of standing water on the floor of a neighboring Toys “R” Us (not to mention – with little available water for the day, it forced schools to close).

You read about this stuff all the time. For cities around the country, water main breaks are a fact of life.

Or are they?

This is where one of the investing mega trends – the Internet of Things (IoT) – has a rising impact.

IoT to the Rescue

What if you could place sensors in underground water mains, fire hydrants and elsewhere within a piping system, each transmitting bits of data to the town water department?

Put dozens or hundreds of those sensors together, spitting out minute-to-minute information on flow rates and water pressure, and the location of a million-gallon water main break in the middle of the night is no longer such a mystery.

Most breaks, however, aren’t so dramatic or obvious.

Think of a pinhole leak in an underground water main. It might seep a comparatively small amount of water – dozens or a few hundreds of gallons a day. But add up all those leaks in a network of pipes hundreds of miles long, and you’re talking about a lot of wasted H2O.

For instance, Philadelphia’s water department pumps 250 million gallons of water through its municipal system each day. Experts say about a quarter of the water never actually reaches the businesses and residences on the other end of its pipes. That’s 60 million gallons of water lost today. And tomorrow. And the day after that.

Until recently, good luck trying to find even a small portion of those leaks. It’s like trying to find a needle in a stack of needles.

Unless you have IoT.

Powering New Efficiencies

You can imagine how precious water is in a place such as Las Vegas. Well, the region’s water district recently installed Internet-connected sensors to the buried water mains running right down the center of the Las Vegas Strip.

The devices monitor the physical integrity of the pipe walls on a real-time basis. Such efforts have helped the water district identify more than 1,600 leaks in its system and saved nearly 300 million gallons of water.

That’s just one water system. Keep in mind, the United States has more than 150,000 city, county and regional water authorities. That’s a lot of water saved (and a lot of money too).

The Internet of Things is about more than just detecting leaks in water mains, of course. But it demonstrates in just one way the growing use of the IoT and why it’s such an investable mega trend.

Robotics: A Look at The Future Technology

What do you know about the future of the robotics? Well, we can’t say anything for sure as technology is evolving at a rapid pace in all areas, such as artificial intelligence and machine learning. However, one thing is obvious: Robots will have a great role in the life of a common man as well, not to mention that they will be used in the industries as well.

A research firm made 10 predictions for robotics that we are going to talk about in this article. The list has some really interesting forecasts that may have a great impact on our society and business.

Robots And the future of surgery

Nowadays, surgeons are using robotics in their surgical operations. As a matter of fact, technological development in AI, navigation, computer vision, MEMS sensor and other technologies have been making the robots consistently better.

Moreover, robotics will speed up the process of innovation, hence disrupting and modifying the paradigm of the future business operations. In addition, robotics can sharpen the competitive edge of a company by improving quality, and increasing productivity. Given below are some predictions that will help you get a glimpse of the future of robotics.

1. Growth of Robotics

In 2019, about 30% of the use of robotics in industries will be in the form of a RaaS model of business. This will help businesses cut down on the cost of robot deployment.

2. Robotics Officer

In 2019, about 30% of the major organizations of the world will use a chief robot officer in order to make their businesses better.

3. Evolving Competition

In 2020, large organizations will be able to choose from different vendors with the entrance of new players in the multi-billion dollar industry of information and communications in order to increase the deployment of robotics.

4. Talent Race

In 2020, the growth of robots will boost the talent race. As a result, about 35% of the jobs related to robotics will be vacant and the mean salary will go up by at least 60%.

5. Regulations

In 2019, the governments will introduce new regulations related to robots in order to preserve jobs and resolve privacy, safety and security concerns.

6. Software-defined robots

In 2020, about 60% of these machines will rely on cloud-based apps in order to introduce new skills, apps and cognitive capabilities. As a result, the world will see a robotic marketplace that will be cloud-based.

7. Collaborative robots

In 2018, about 30% of the robots will be smart collaborative machines that will be 300% faster than the robots of today. Plus, they will be safely work around humans.

8. RoboNet

In 2020, about 40% of the commercially available robots will be part of a net of shared intelligence. As a result, the overall operational efficiency of the robots will go up by 200%.

9. Automating of operations

Two years from now, around 35% of the big organizations, such as health, logistics, and utilities will use the robots for the purpose of automating operations.

10. Ecommerce

In 2018, around 45% of the major international e-commerce companies will use robots in their delivery operations and fulfillment warehousing.

Computers Through The Ages

Steve Jobs and Bill Gates are both names that are synonymous with computers. Well, at least they are with modern computers but they were just building on an idea that came along in the 1800’s and continued to grow throughout time. What used to be huge machines that took up all sorts of room and did only rudimentary (to our standards) work, we now hold in our hands and of course technology is only advancing further all the time.

So, we go back in time, to an Englishman named Charles Babbage who, most say was born just too early for his ideas. He originated the concept of a programmable computer and because of this is known as the father of the technology. He invented the first mechanical computer back in 1833 which was an analytical engine. The input of data and programs was to be provided to the machine through punched cards. The output had a printer, a curve plotter and a bell and it could punch numbers on cards that could be read at a later date. His idea even had an arithmetic logic unit, control flow and integrated memory, which would have been, had it been made, the first ever design for general use.

All of the parts for Babbage’s machine had to be made by hand and unfortunately his idea never reached fruition as the government cut his grants and he ran out of money. His son, Henry Babbage did make a simplified version of his dad’s idea though, in 1888 and he successfully demonstrated that it worked in 1906.

All of these ideas made way for the analog computers which used direct mechanical or electrical models of a problem as the basis for the computation. But, they were not programmable, they weren’t accurate and they weren’t very versatile. Something had to change.

The first programmable electronic computer was ENIAC which was fast and flexible and was completed in 1946. The program was designed by the states of its patch cables and switches. Someone would write a program and then mechanically set it into the machine with a manual reset of the patch cables and wires. It was a far cry from what we have today in the way of computers as it took up 1,800 square feet and weighed a hefty 50 tons. Imagine hauling that around in your pocket!

Having Computer Skills Is No Longer a Choice: It Is a Necessity

Human lifestyle, with the advancement of modern day civilization, has become increasingly dependent on having computer skills. Today, if we look at advancement in every aspect of our everyday life, ignorance in basic as well as specific technical skills is real problem. In order to keep pace with the fast growing requirements of modern times, it has become essential to possess an array of computer skills. Students are expected to have computer skills almost from the beginning of their education.

Whether you are a beginner in learning computer skills or already have some skills, there is always room for improvement. One good approach is to evaluate your current skill level by taking one of the free tests available that measure computer skills. One is even provided on this site.

Today, Computer learning is compulsory

To state it simply, there is no alternative to using PCs at any office today. As time goes by, there is a greater and greater assumption that people have basic computer skills when they show up to a new organization for work. If you don’t have a certain minimum level of computer literacy, it can definitely hold you back. Don’t take that chance – enroll in a computer literacy program as soon as possible. And then advance your skill and knowledge levels by taking more courses whenever possible. Lifelong Learning is your best strategy for keeping up with the demands of today’s workplace.

Various courses offered on the subject

In fact, PC coaching centers and training courses are no surprise to anyone. The current generation has come to expect many forms of computer learning. Ongoing instruction is part of the norm in today’s workplace. As a result, this site offers a variety of basic and advanced training courses related to computer skills.

Online programs

Distance learning via online programs has become the most effective and efficient method for improving computer skills. Students can work at their own pace and achieve high levels of proficiency in short periods of time. These high levels of proficiency can lead to high level work assignments and positions. Even certification in advanced programming is possible through online distance learning programs.

Short term course work

Students can focus on long term learning goals such as degrees and certifications or they can focus on short term goals such as computer literacy and entry level data entry. The great thing about online distance learning is that it can satisfy either or both of these goals. It is all up to the student to decide how much and when they want to learn. The opportunities to succeed in the workplace by developing computer skills are excellent and are limited only by the commitment of the learner. Many short term goals can turn into long term projects as learning stages are completed.