4 Statistics to Know About Cyber Security

The importance of proper cybersecurity is obvious, especially in today’s technology-run world. News articles about data breaches affecting major companies are commonplace in this day and age. However, it is easy to downplay just how much damage that cybersecurity issues have caused in the technological age without statistics.

1. Hackers Attack Every 39 Seconds 

In a study conducted by Michel Cukier of the Clark School’s Center for Risk and Reliability and Institute for Systems Research at the University of Maryland, it was found that hackers attack computers on an average of every 39 seconds. This number stacked up to an average 2,244 attacks being attempted per day, according to Cukier.

2. Over 300,000 Cyber Security Job Openings Are Unfilled 

Cyber Seek, a site created by the National Initiative for Cybersecurity Education (NICE) to provide information about the cybersecurity job market, estimates that there are over 300,000 unfilled jobs in the cyber security sector of America. The exact number displayed on their heat map is 313,735 openings, with the highest amount of demand being in states such as California, Virginia, Texas, and Florida.

3. 77 percent of Successful Attacks in 2017 Were Fileless 

Research conducted by the Ponemon Institute for their 2017 endpoint security report shows that the days of dangerous attacks being unleashed by opening a .exe file are rapidly coming to an end. Their statistics show that 77 percent of successful cyber attacks were the cause of fileless attacks. Fileless attacks involve the exploitation of already-installed software, applications with certain permissions, and authorized protocols. For example, you go to a website sent to you through email. Once the link is opened, PowerShell or command prompt opens and commands are sent to start the attack. This deceiving tactic is ten times more likely to succeed than attacks utilizing files.

4. The Total Cost of a Successful Cyber Attack is over $5 Million Dollars 

An infographic offered in the Ponemon Institute’s 2017 report is the cost of a cyber attack that is completed successfully. The overall payout, including costs for downtime, lawsuits, theft of information assets, and damage to infrastructure comes to a whopping total of $5,010,600.


Cybersecurity offers peace of mind to anyone using the internet, whether it be the largest corporation or a personal computer in a small home office. It is important to make sure that you have updated systems in place to protect your data. The easiest way to solve an issue is to make sure that it never happens.

Top 5 Digital Transformation Trends in Government

If you have waited at the Department of Motor Vehicles, then you know how fast government moves. Government digital transformation and digital adoption run at a similar pace. However, government officials are recognizing the need to update systems and provide constituents with services that are comparable to those delivered in the private sector. Here are five areas of digital transformation that are trending with government agencies and officials.


Automation is a way for government to get lean. By using automated processes, government agencies can cut back on low-level, contract and seasonal employees. You can find these automation transforming tax collection departments, licensing and auditing.

Secure Platforms

It’s difficult for any agency, private or public, to embark on a digital transformation journey without taking security into account. Before automating systems and upgrading data collection efforts, governments seek secure platforms that have regulatory and compliance standards baked into the code.

Data Collection and Visualization

An efficient data collection system means nothing if the data cannot be accessed and analyzed in meaningful ways by those who need it. Using data visualization and improved government websites, businesses and community members gain the ability to understand the area’s metrics. If you are interested in building a business in a certain area, government data can help you see the average income in the area. You can also track crime statistics, housing costs and future development plans. This information is used to build a stronger community.

Citizen-Focused Dashboards

Dashboards tie in with security, back-end platforms and data collection as well as customer service. Intuitive dashboards appeal to community members who have grown accustomed to handling transactions digitally. Individuals can renew their drivers’ licenses online. They can view their property taxes. They can even track their ballots during an election season.

When these dashboards are part of a secure platform, citizen data is safe and positive interactions are fostered. In addition, citizens have an entry point through which they can log complaints, suggestions and compliments. Agencies can conduct surveys and dispense information regarding community meetings and events.


Government employees and citizens are used to gathering information and making decisions using mobile devices. A secure platform that features mobile capabilities, mobile apps, responsive websites and other mobile-friendly development strategies increase interaction. When a government is spending tax payer money on digital transformation, one of the worst things that can happen is for the public to experience difficulty accessing the content or otherwise finding the technology a waste of time.

Government agencies are also experimenting with internet of things technologies, especially in the area of utilities. But the five trends listed above are gaining traction because of an expected high return on investment and increased community participation.

5 Habits to Protect Your Privacy Online

More people are becoming highly concerned about their privacy in a world that is rapidly growing with online technology. Nowadays, we’re not sure whether or not if our private details have any kind of safeguarding. That’s said, here are five basic ways you can protect your privacy while online.

1. Social media 
It’s very tempting to log on to these sites or applications and fill out forms with all of our personal information. We have to keep in mind that the more information we share the more someone has. Your goal here is to not fill out a social media profile in its entirety. For any applications or software that you have signed up, it’s best to keep your profile barren.

2. Social security numbers 
Providing your social security number can be a big privacy issue and you should lead with caution. If you are filling in information for a bank or credit bureau, then that’s is okay. However, you should always be skeptical when anyone online wants a social security number or a portion of it to verify your identity. However, for other apps constantly asking for your birthday, address and social security number, may be setting you up for identity theft.

3. Passcodes 
You should have a firm bulletproof passcode on all of your electronic devices. It doesn’t matter if you have a household of family members or not, your laptop can easily be stolen or become lost. You should also install applications that can locate your device when you misplace it. All of your devices should have anti malware software.

4. Browsing 
When you are surfing the Internet, it is a good idea to turn on private browsing. This protects you when you are on your computer and you don’t want people seeing what you are searching on. This setting can be found on any major web browser on the market. It will automatically delete temporary Internet files and cookies along with your browsing history after you shut down the window.

5. Google Alert 
It is very wise to setup a Google alert for your name or even family members. This will certainly give you an immediate result of what is happening regarding your personal name online. You are basically telling Google to look for your name or any other information and send you a direct alert.

Our privacy is everything and with all of the new technology coming at us from new companies it best to develop a habit of protecting yourself. Take caution in giving out your entire life in a profile.

These are just a few things you can do on your own. You can protect yourself and your computer even more with a VPN or other security software. It is better to be safe than sorry.

How 3D is changing the Future of Modern Medicine

Since the early 1990s, technology has revolutionized how we do everyday things from business, education, to medicine. A plethora of technological advancements up until this point have radicalized how we do things, especially in medicine. 3D printing, otherwise known as additive manufacturing, is groundbreaking and its positive influences are not letting up any time soon. If any case, 3D will continue to change medicine as more advancements emerge. Here are four ways in which 3D is changing the future of modern medicine:


Printing Body Parts


Waiting around for body parts like eyes is an ardors process that is not only costly but time-consuming at the expense of needy patients. Scientists are presently working on printing body parts such as plastic skulls and synthetic ears to help patients in need. Manchester Metropolitan University declared that it can print a whopping 150 prosthetic eyes per hour! This remarkable achievement will bring reprieve to millions of patients battling eyesight issues.


Reaching Marginalized Populations


The world is rife with all kinds of problems and most impactful ones revolve around health care or lack thereof. Many places in the Global South are still lagging behind in terms of healthcare such that even the most basic medicines are scarce. As a result, many lives are lost and this further weighs heavily on local economies. 3D food printers can surpass barriers of accessibility to nutritional foods that can boost immune systems of children and the sick. This feat will contribute immensely to the Sustainable Development Goals of developing nations.


Production of Biomaterials


Organ transplant has been a huge challenge in medicine even in developed nations where medicine is quite advanced. 3D technology will print biomaterials for internal organs like kidneys and the heart. More so, scientists will venture into producing living cells that can operate normally in human bodies. Printing fully-functional organs will not just do away with waiting lists but also curb the illegal trade of organ trafficking. The World Health Organization surmises that nearly 10% of all 63,000 kidneys transplanted globally from existing donors are obtained through unlawful means. Hopefully, 3D printing will curtail such despicable acts.


Medical Devices


Procuring medical equipment is one of the biggest challenges of hospitals in developing countries. Even the most basic equipment is not forthcoming let alone state-of-the-art equipment that could save lives. 3D printing is already solving this longstanding problem by developing equipment that is specially tailored to suit the human anatomy. Moreover, the use of open source engineering eliminates accessibility barrier and what’s more, these devices will be considerably cheaper than previous ones.


The future of medicine is promising thanks to 3D technologies. Patients will have access to organs, hybrid medical devices, and drugs that will transform their lives for the better.

The Impact Antennas Have Had on Space Exploration

Exploring the deep, dark outskirts of the universe would be impossible without the use of antennas.

From the introduction of commercial radio to the invention of smart antennas, the importance of antennas has only grown. While functionality has increased, it could be argued it’s actually the profound impact antennas have had in space exploration which has allowed the technology to continue to advance.

While the 1957 launch of Sputnik 1, humanity’s first satellite, was the first instance of antennas actually entering space, it wasn’t their first jolt in the arena. The history of antennas in the field of space exploration goes as far back as 1932 and the accidental invention of radio telescopes.

By the end of World War II, astronomers were using antennas to survey the galaxy. In many ways, this is what began our step into the abyss of the cosmos.

Sputnik 1 may have been the first occurrence of antennas in the void, but it certainly isn’t the most impressive.

NASA’s Voyager spacecrafts are the only objects humanity has in interstellar space, the area between stars. At over 10 billion miles from Earth, without the use of their antennas, transmissions of Voyager data would never reach Earth, and instructions for the systems’ thrusters would, in turn, never reach the spacecrafts.

The Voyager mission was instrumental in helping to define what the NASA Deep Space Network (DSN) has become. As the spacecrafts continued to move further away from Earth, larger and more advanced antennas were essential to the DSN’s success. Without the antennas that make up the DSN, humanity’s exploration into the space beyond our solar system wouldn’t be possible.

Antennas are essential to communication and, thus, continue to be prevalent in future space exploration. For example, TESS (Transiting Exoplanet Survey Satellite) will utilize its unique antenna to transmit data from its search in the nearby galaxy for Earth-like and Super Earth-like planets. The Mars 2020 rover is going to be equipped with several small, omni-directional antennas, allowing for communication with Earth and the other Mars rovers. With the continuing development of commercial space exploration, companies are testing new satellite antenna setups all the time. It seems the bond between antennas and space exploration will continue to be tight.

Whether it’s communication from personnel to personnel or between a computer and an unmanned spacecraft in interstellar space, space exploration is something which requires the ability to communicate efficiently. Through this necessity, antennas will continue to grow smaller, more powerful, and more precise.

Exploring the deepest recesses of space is a job that antennas will continue to have a lasting impact on.


4 Tips to Understanding Thermal Desalination

Desalination plants cause sea and brackish water to become separated, according to howstuffworks.com/. Next, the the separation of the of the sea and brackish water will lead to two different flows. One of the flows will consist of a fresh stream, which is condensate in heat processes and permeated in reverse osmosis. Also, the fresh stream will be required to have a low salt content. The other flow will basically consist of concentrate or brine, which means it will have an extraordinarily high level of salt concentration.

All desalination technologies have to operate off of a powerful energy source. The energy sources either come from mechanics, which use electrical power, or they will use thermal power. The thermal process is founded on evaporation caused by the heat, and then, it uses the condensation from the steam. If you want to understand the intricacies of thermal desalination, you have to understand the methods. The following four tips to understanding thermal desalination are also the four methods simplified.


MED, also known as multi effect distillation, takes place through a series of stages or effects. Every stage is equipped with bundles of heat exchange pipes, which are made super hot from steam heating on the inside. When the pipe bundles are hot, the raw water is sprayed on them. Due to the heat transfer between the pipe walls, a portion of the liquid sprayed on the bundles evaporates. The evaporation results in steam, and the new steam is used in the next stage. This is how the process continues. Essentially, the first tip is understanding steam and condensation.


This method is similar to MED in almost all aspects. Efficiency is enhanced over regular MED in this method by putting a thermal steam compressor in the MED plant. The same process is used in the MED process by letting water evaporate into steam and using the resulting steam in the next process and so on. The difference is the thermal steam compressor, which is also powered by steam, uses steam from the final stage for more compression. The super-condensed steam is reused at a heat source when the process is started over. Like before, the tip is under standing the basics of steam, but additionally, it requires knowing how to compress steam to understand the process better.


This process and the tip are much easier to understand. MVC is mechanical steam compression. According to Wabag, it is almost identical to the MED-TVC process, except the steam used for evaporation is achieved through electricity or diesel power. The best analogy for this is to think of using either an electric or gas stove to get water hot enough to create steam.


This stage is also known as the multi stage flash. The tip to understanding this thermal process is understanding how distillation works. Condensing steam heats the raw water up to the max brine temperature. It turns it into saline, and the saline solution goes into the next stage where the pressure is lower. The water will boil immediately, which causes it to flash into steam and the brine to reach its saturation point. Each stage afterwards, the temp and pressure are lowered. The steam at the end of each stage is fresh water.

Basically, the foundation of each method is very basic science and processes. The only difference is, is they are expanded upon and the processes are done at huge levels. It is worth it though. As thermal desalination technology gets better and cheaper, it will eventually utilize the oceans and salty sea water to irrigate the planet.


5 Surprising Advantages of Plug-and-Play Management

In today’s economy, workers are finding freelance an contract work more often. The labor force is increasingly being built by workers who are working from home — and that’s why there’a need for what are known as “plus and play” managers. These supervisors have the role of keeping their remote workforce on task — and there are many surprising advantages of having this kind of force to empower and inspire. Read on to learn five surprising advantages of getting into plug-and-play management:

Advantage #1: Work-Life Balance Means Happy Employees

When people are happiest, it’s because they have equilibrium in their lives — and younger workers cite this as a main desire for their careers, according to the Washington Post. Working from home gives a remote workforce the flexibility of staying close to home for family concerns while also pursuing a career. And when your employees are happy and feel content, they’re more productive, so it’s a perk that will be well-received among your potential work force recruits.

Advantage #2: You Can Empower Your Workers to Work

Being the manager of a remote workforce empowers you to empower others. One criticism,
as the Financial Times has pointed out, is that plug and play workers don’t receive enough training and support. This is a disadvantage of not having everyone at a physical table together. However, you can change that as a manager. You can provide on-going training and support through remote group sessions — empowering your employees to take the lead.

Advantage #3: You Save Overhead Costs

One great advantage of not having to come into the office is that you save overhead costs. When you hire your workforce to work remotely, you’re overseeing a smaller budget for startup costs. It’s good for business, and it’s good for your bank account.

Advantage #4: Productivity Hits a High

When you’re a plug and play manager, you’re likely going to be overseeing a work force that can work around the clock. That doesn’t mean you have to be up for 24 hours. It simply means that when you wake up in the morning to check your email, you’ll have a work force that has been working while you were sleeping. Productivity can hit a high when you are a plug and play manager.

Advantage #5: You Can Work From Home, Too!

Perhaps one of the best advantages of being in plug and play management is that you get to take advantage of the same benefits as your work force — which means you get to work from home too. You can the same flexible terms, and that’s good for your overall health and happiness.

Are you ready to start the new year in plug and play management? You’ll have job security in the long run, as contract work is not going away any time soon. If anything, it will continue to increase the makeup of the worldwide workforce.


9 Reasons to Buy Used Electronics

Gadgets, mobile devices and electronics in general can be both useful and fun to have. However, new tech also tends to come with a very hefty price tag. Many people may be left in the dust by their friends and co-workers who have all the latest digital toys. However, there is one solution. It’s to buy used electronics. Below are nine reasons why it’s a good idea.

1. It Saves Money

Buying used is always cheaper. This is especially the case for electronics. Depending on the device in question, the discount could be as high as 70 to 80 percent. You could save hundreds or even thousands of dollars.

2. New Electronics Aren’t “New” for Long

According to CNN Money, smart phones on average tend to only be manufactured for less than 10 months. In less than a year, many digital devices will already be outdated. So why invest in a new device when you can buy used?

3. Used Doesn’t Mean Defective

Some people may worry that used electronics won’t work at all. This is certainly not the case. Most retailers that sell used electronics test them to make sure they are in working order before selling them to customers.

4. Used Electronics Can Still Be Sold

Even if you tire of a used device, you will still be able to recoup some of your investment by selling it again. According to a report by ABC News, even broken phones and electronics can be sold since the components inside can be quite valuable on their own.

5. You Can Buy Refurbished

A subsection of used electronics is known as refurbished electronics. What this means is that the electronic device in question was returned to the manufacturer and then thoroughly tested for functionality before being put back on the market at a deeply discounted rate.

6. It Helps the Environment

Buying used electronics is a form of recycling. It limits waste by lowering the demand for new electronics to be manufactured. If more used electronics were purchased by consumers, it would probably help curb pollution and industrial waste.

7. It Helps Small Business

Many of the businesses that sell used electronics are not large national chains. Instead, they tend to be small businesses. Many used electronic dealers are in fact privately owned local stores.

8. You Won’t Be Paying for Depreciation

Like automobiles, new electronics depreciate in value very quickly. While it may have been worth the amount you paid for it before opening the box, immediately afterwards, some of that value will be gone.

9. You Won’t Regret the Purchase as Much

Even when buying something new, many consumers have regrets. If a computer, phone, TV, game console, etc. isn’t as good as advertised, they will feel cheated out of a lot of money. Buying used removes some of this risk. Since a lot less money is being paid to own the item in question, the buyer will feel better about having decided to buy that device used for much less than full price.

The Benefits of Flexible Bandwidth For Remote Coverage

In the contemporary world, having access to areas that might have previously dismissed as unavailable due to a variety of reasons is in many cases now a reality. These remote areas are the beneficiaries of the growth of flexible bandwidth that’s now able to bundle a collective group of internet connections into one that provides maximum impact for both businesses and the consumer.

Such flexibility allows for access to these areas at a reduced cost, since the bandwidth service isn’t required to be available all the time. By being able to narrow the use within this time frame, a much more reasonable rate of service is available. That more inviting price is something that gets the attention of all businesses, which helps the concept grow in popularity.

For example, periodic meetings between groups of individuals in such geographically distant areas had always been a logistical nightmare for business planners or simply cost-prohibitive. In the latter case, that was because the fixed costs involved in acquiring bandwidth made it economically inefficient.

However, the growth of flexible bandwidth now can help a business tap into new areas in emerging markets that might have been considered unthinkable just a decade ago. One area that many multinational organizations see as an untapped resource is the continent of Africa, which has more than 1.1 billion people.

While certain countries have already established relationships prior to this emergence, others have barely scratched the surface of their potential. Some of these countries have remote sections that have their own vibrant economies, but remain virtually cut off from much of the outside world.

By establishing the framework for building a market for the goods and services from these areas, the economic impact that results is something that can vault such areas into potent weapons of commercial activity.

Perhaps even more important than simply helping a business expand their markets, is the possibility of taking advantage of the cost containment variables of flexible bandwidth to make quality education available to all who seek it.

Top-notch instructors can be difficult to either find or place in these remote areas. Yet due to the financially-friendly aspects involved, these teachers can connect with willing students in countries that may be otherwise ill-equipped to address the inequalities inherent in their current educational structure.

In the end, the educational benefits have the potential to have a much wider impact than the simple growth of additional business markets. However, regardless of which area takes advantage of the current and future capabilities, the ultimate winner will be society. That’s because the economic impact will resonate across the world.

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The Environmental Benefits of Induced Corrosion

Corrosion takes place due to chemical reaction with oxygen. While this applies to most materials, nearly all metals will eventually lose strength and malleability while decomposing to metal oxides. Iron, for example, inevitably reacts with air and moisture to form iron oxide – rust.
Inevitable decay is a problem to our metallic structures and equipment. Effort has been made in the past to develop corrosion-resistant materials like stainless or galvanized steel, or chemical and other surface treatments such as paints and polymers.
Corrosion of building materials represents a safety hazard, while corrosion has an economic impact measured in hundreds of millions of dollars annually. There are safety, and toxicity issues related to heavy metals and leaking industrial compounds, including the hydrocarbons of the fuel industry. Certain metals have negative health effects. Heavy metals in the environment occur from nearly all metal-using industries, but particularly from metal mining and smelting operations, as well as metallic waste.

But the oxides of these metals formed by corrosion are more stable and occur naturally.

Corrosion can occur as a result of contaminations. Microbiological corrosion occurs when colonies of bacteria develop on a surface, known as a “biofilm”. While the bacteria itself does not do damage, the waste products which they secrete can – this is known as “induced” corrosion. There is also chemically-induced corrosion resulting from exposure to substances like sodium hydroxide or methanol. This occurs because oxygen is much more soluble in methanol than water, and corrosion is accelerated. This is a problem in the oil and gas industries where localized corrosion leads to pipeline leaks.
It is thus possible to induce corrosion with these agents. In some cases, as with aluminum, titanium, chromium, or zinc alloys, a hard outer layer of oxidation prevents further deterioration of the underlying metal. This is why stainless steel, made with chromium, is more resistant than ordinary steel. Strong alkaloids applied to certain metals such as cadmium have the same effect.

Bearing this in mind, inducing corrosion in such materials can actually help preserve them. In common iron alloys, it can accelerate disposal of non-reclaimed scrap which otherwise might lie intact for decades. It can also benefit concrete structures, where some level of corrosion is needed to bind the concrete to otherwise smooth steel. Concrete made with magnesium oxides is better than traditional cement for the environment, releasing much less carbon dioxide during manufacturing.

Metal oxides are known to immobilize arsenic in contaminated mining sites. Induced corrosion is also beneficial in the destruction of nuclear wastes, which includes quantities of carbon steels. Corrosion is typically low in deep ground water environments, but microbial corrosion has an enhanced effect on the biodiversity of the surroundings.