7 Methods to Access the Windows Task Manager

Sometimes, knowing the usual option to access the Windows Task Manager (WTM) is not enough. What if the explorer is not responding? You cannot possibly stop the explorer when you cannot access the WTM through it. As such, here are some ways on how you can run this tool in Windows.

1. Through the taskbar

This is the most popular way on how you can open the WTM. To do this, you simply right click on the taskbar. After that, select Start Task Manager. This will open the WTM dialog box. Note, however, that you should do this preferably on the right side of the taskbar, like in the system tray or in an empty taskbar field. It might not work if you go to the left side; the Start button is there as well as the pinned program icons.

2. Through the Windows Explorer

If the taskbar lets you access the WTM by only two clicks, in this method it will take you longer than that. First, you go to My Computer by clicking the Start button and then selecting My Computer. Afterwards, open your local disk (Drive C) then go to the Windows folder. Find the System32 subfolder. You should be able to see the taskmgr.exe in it. Unless you have no other option to get to the WTM, then only then should you use this method. Given that it makes you exert more effort to get to the program, this process isn’t efficient at all if you’re going to access this tool on a daily basis.

3. Through the Run application

Using the Run command will enable you to access different locations not only in your computer, but also in shared networks. Also, it can open a specific program given that you put its location in the field.

To open Run, click the Start button then proceed to All Programs. In the Accessories folder, click Run. This will open the Run command dialog box. In the Open field, type “taskmgr.exe” then click OK.

You can also access the Run command via the Search programs and files. To do that, click the Start button. In the Search programs and files field, type Run. The application will populate in the Programs section. Click on the Run icon to open it.

4. Through creating a Shortcut

Perhaps an easy way to access the WTM is to create a direct link to the tool in your desktop. To create a shortcut, you have to right-click an empty spot in your desktop. Go to New, and then click Shortcut. This will open the Create Shortcut dialog box. Type its location in the field, which is the following path:


After that, click Next to continue. Enter Task Manager as the name of the shortcut, then press Finish. Afterwards, the shortcut will be placed on your desktop.

5. Through CTRL + ALT + DEL

If a specific application is not responding, most computer users will press the CTRL + ALT + DEL buttons. This will take them directly to the WTM screen. However, this is only applicable for the Windows XP Professional x64 and in lower versions. For Windows Vista, this keystroke will take you to the Windows log-on screen. Among the choices in the log-on screen are Lock this computer, Switch user, and Logoff. There is also a Select Start Task Manager option in that menu.

6. Through CTRL + SHIFT + ESC

Another three-button keystroke can take you to the WTM. This is the CTRL + SHIFT + ESC. However, compared to the CTRL + ALT + DEL, this keystroke is much harder to do because of the location of its buttons in the keyboard. Nevertheless, you can also use the CTRL + SHIFT + ESC while on Remote Desktop Connection, as it will open the WTM on the desktop you are accessing and not the desktop on your computer.

7. Through CTRL + SHIFT + END

If you’re on Remote Desktop Connection and you clicked CTRL + ALT + DEL, it will not bring up the task manager of the remote desktop. Therefore, you can try other keystrokes such as the one previously mentioned. Aside from that, you can also try CTRL + SHIFT + END. However, if you use this on a normal desktop and not a remote one, it won’t do anything.

And that’s it – the seven possible ways on how you can access the Windows task manager. Through learning these tips, you can now determine which among these methods is the most efficient for you.

5 Reasons Defragmenting Gives Your Computer a Second Life

It becomes easy to decide to replace a computer when it no longer runs the same way as the first time it was used. With developments and upgrades constantly appearing in the market, some people simply do not bother doing maintenance on their computers and simply dismiss slow computers as “past their prime” and immediately look for a better model.

Although buying a new computer can instantly solve an aged computer, this option is not available to people on a budget, but this does not mean they have to put up with long boot times, blue screens and instant shutdowns. A simple process known as defragging can improve performance and somewhat postpone decisions to buy another unit.

Defragmenting is known as the process of reversing the fragmentation of files on a hard drive. Fragmentation occurs with prolonged use and poor maintenance. This is when PCs tend to end up with plenty of files scattered across the free spaces within their memory, thus causing slower process executions and file opening and other bugs and errors. Defragmenting counteracts these issues, and in turn restores efficiency to the computer in several ways:

1. Faster Boot Times -This phenomenon occurs when the startup system takes too long to find certain files that are needed when the computer is started. These are known as boot files. Defragmenting organizes these files into a cluster and makes it easier for the computer to find and access them. The faster the processor finds the boot files, the faster the starting time.

2. Less “DLL, SYS and EXE” errors – The most common error associated with these file types are the ones wherein the computer cannot find them. This could be due to the possibility that these files could be hidden in inappropriate folders or duplicated in several locations. A good example will be.exe files. Sometimes, applications and programs take too long to open or do not open at all because the.exe file is missing. Defragmenting sorts out the files on the computer and allows the computer to access these files faster.

3. Discover problem areas in the hard drive – After defragmentation, the system provides a report of the changes that were made during the process. It will also report what areas it could not defragment due to corrupted files. These broken files take up space on the drive and may even affect processing performance just by simply being there. With this information, a computer owner can look at the program files for that specific area. The owner can then get rid of the problematic areas.

4. Less Effort on the Hardware – With easier to locate files, the internal workings of the hard drive do not have to go such lengths to reach and access the data they need to. This means a reduced exposure to wear and tear on account of exerting less effort and resources to complete certain actions. This immediately adds more time to the lifespan of your hard drive and in turn, the whole computer.

5. Tighter Security – With defragmented files, the efficiency of anti-virus programs increases as well. These applications take less time to scan areas of interest on the hard drive. It also allows for a higher chance of isolating and deleting viruses before the integrity of other necessary files and data is compromised. Detecting these problems also becomes less of a task because an unwanted virus is sure to stand out after defragmentation. The system is trained to sort files that it normally uses. A foreign element such as a virus that has no specific classification under the defragmentation will show up as unmoved.

These consequences make disk defragmentation a necessary step in making sure any desktop computer lasts a considerable amount of time. What makes defragmenting even more ideal is the fact that it is simply another command that is given to the computer. Windows Operating Systems allows users to start a defragmentation under the System Tools section found within the Accessories Menu.

A simple click will prompt the process. Depending on how much data is on the hard drive, the whole process should take a few hours to complete. This is why defragmenting is mostly done during off-peak hours when the computer is usually not being used.

Along with registry cleaning and anti-virus scans, disk defragmenting stands as another tool through which owners can take care of their units. Because these methods are both free and easy to use, owners have no excuse not to perform their responsibility to properly maintain their desktop computers.

Will Chip Technology Really Make Your Credit Card More Secure?

The government is promising to make your credit cards more secure. In fact they are going to require that every card have an embedded chip built-in by fall of 2015.

The goal is provide better security than the old swiping method and hopefully avoid the problems of fraud caused by hackers at Target and other retailers.

The old swipe machines will eventually be laid to rest. So sometime probably after October, 2015, retailers will be liable for fraudulent purchases as a result of using one of the older swiping devices.

Every other economic power nation uses these chip cards, the U.S. is the last to come online. Why?

Credit cards companies have fought this due to the pricier expense of card production. Payment terminals are also costly to upgrade causing retailers to turn the other cheek. The complexity of the entire U.S. credit card system is also an area of concern as the two main credit card players, Visa and Mastercard, are interfaced between retailers seeking easy transactions and banks seeking secure transactions.

While adoption of chip cards has slogged along, fraud in the U.S. has risen. Those magnetic stripe cards, in use in the U.S. since the 1970s, are easy to clone.

According to a report from BI Intelligence, The U.S. accounted for 51% of global payment fraud costs in 2013. The cost of U.S. payment card fraud grew by 29% in 2013, from $5.5 billion in 2012 to $7.1 billion last year.

Experts claim the chipped cards will make it all safer. Three firms have combined for the most widely used chipped card called “EMV”, representing those that developed the technology Europay, Mastercard and Visa.

EMV cards include a microchip that creates single-use codes for every transaction instead of relying on the card number, making the data useless if it’s stolen. Some experts believe these this technology could cut some form of credit card fraud in half.

Citing a United Kingdom study, a research firm, Aite Group, said following chip card adoption, counterfeit card fraud dropped in the U.K. to $67 million in 2013 from a whopping $151 million in 2004. Fraud from lost and stolen cards also dropped by a third during the same period.

So how are the chip cards used? One way is to require buyers to enter a passcode personal identification number or PIN after the chip has been read. This effectively protects them from both counterfeit cards and the use of lost and stolen cards.

The other type of transaction reads the chip, but then asks for the signature. A little like what we have today without the magnetic stripe.

It appears the chip and sign method is what the U.S. will use first. Walmart is first on-board, currently the only major retailer accepting chip cards in its stores. Square has announced they are launching new technology that will use the chip and sign methodology on mobile devices, a boost for retailers. Some however believe thieves will adjust to this quickly and fraud will occur at current levels.

Until the PIN and chip method are fully in place, don’t expect to feel fully secure from credit card fraud. Experts believe it could take several years for this system to be put in place unless another major breach occurs and consumers start screaming for a major change.

Use a Technology Support Company to Improve Your Business

It doesn’t take much to make the case that modern technology has improved the way we do business. Consider just a few decades ago we were without cell phones, e-mail, and the Internet. Tasks today that take minutes used to take hours. That said, there can be many headaches that come with modern software solutions, but a good partnership with a strong technology support company can ensure that your business IT solutions are running smoothly.

If you’re a business that is due for an upgrade, don’t let lack of technical knowledge or the fear of the unknown deter you from capitalizing on all the ways these new innovations can improve your business. Check out just a few ways technology can advance your business position in the marketplace, and help give you a leg up on your competition.


Marketing has changed more in the past 15 years than the previous 100 years combined. New innovations have created many new media options that have expanded our reach and ability to interact with our consumers. Whether you’re installing an upgraded customer relationship management (CRM) system, blasting out an e-mail campaign, managing all of your social media through a program aggregate, or hosting a webinar, new technology is the driving force behind the campaign. Remember, a technology support company will offer services to help you understand how your system can handle this load, and will work with you if you need assistance installing the software to launch some of these exciting campaigns in your business.


It is hard to imagine there is an entire generation of workers in place who have never had to do business without emails and cell phones. Modern advances give us access to unparalleled communication not only with our consumers, but internally within our own organizations as well. Modern businesses are expected to have comprehensive communications platforms, and a technology support company on call to manage all of the servers should anything go wrong. While a 24-hour turn around used to be acceptable in terms of customer service, those rules have changed; modern advances give us the tools we need to meet the expectations of our consumers.


The right hardware running updated software solutions is the key to productivity in your business. In this era, our employees wear many hats and it’s incredibly important to give them the right tools to get the job done quickly and efficiently. Tools like voice to text, online chat, and teleconferencing, are just a few ways to improve productivity in the workplace. Whether it’s in your customer service department, giving customers an online chat option to get instant access to a service representative, to your internal communications and company meetings, working with a technology support company to have the right software solutions for your business is your key to having a productive, efficient workplace.

Modern IT solutions offer an abundance of opportunities for better ways to do business. These are just a few of the improvements you can look forward to when you utilize new solutions. Coupled with a good relationship with a technology support company, you can be sure that your business with survive and thrive for years to come.

Choosing a Computer Repair Service

As your computer refuses to work according to your needs, the first thought crossing your mind is to look for a computer repair service provider, possibly from someone in your local area. The availability of too many options is a bit confusing.

You may opt to patronize a small outlet in your city center, managed by a father and son team, or decide to check with a famous service center of a reputed company.

You should never overlook a service provider referred by someone known to you. That may in fact prove to be your best option. If many people known to you recommend the same outlet for getting your machine repaired, you are very likely to get good services from that service.

Though personal referrals often prove to be good, you may not feel confident enough to patronize any particularly recommended service due to your personal apprehensions! In such circumstances, your best option will be to search online for an appropriate local service provider. Once you go online, you can find many providers and the reviews provided by their other patrons to help you make the right decision. Consider those reviews as recommendations to facilitate the process of decision-making.

Big impressive ads don’t always mean the best

You just can’t get carried away by a catchy web ad; no, it’s not a referral. Likewise, you can’t consider a flier or a big ad in the Sunday edition of you paper as a referral. In the long run, such ads help adding to your awareness of the companies in the same business, but in fact, you just come to know of what you have been told by them. Any company would feel free to advertise whatever it wants, but the message continues to be biased in favor of the advertiser.

This is not to say that all the ads are totally dishonest. A company providing the best computer repair services may or may not advertise, but one can’t judge the quality of services offered by a company from the size or frequency of its ads.

Do some investigation of your own

You may be intimidated by the term investigation! Not many companies providing computer repair services survive only on the strength of the services they offer. Nearly all such companies have some small area for patronizing customers at their business premises, while all the companies having nationwide service centers are generally connected to big retail outlets.

Find time to visit those outlets, hang around for some time, and closely watch other clients coming to pick up or deposit their computers. Do they look satisfied? Try to observe the maximum number of clients and be as precise in your survey as is possible.

Watch the technicians working there. Do they have professional, helpful and knowledgeable looks? If the answer is no, look for some other provider.

Question your assumptions

Perhaps, you think the best option for you is to patronize services offered by a retailer in a big shopping center. Or you may want to avoid the patronage of a large chain at national level, just because they are big. Get rid of all such assumptions for arriving at the correct decision. Do conduct your research by talking to people around you and making a couple of phone calls. Don’t get carried by the size of the building or the ads of the company.

How To Choose Cloud Technology For Your Business

Working with a cloud computing company can be beneficial in numerous ways. According to several surveys at the international level, it has been found that companies of all sizes and shapes are adapting such services to improve their working efficiency, enhance their profit margin and minimize the business operational cost. However, most of the people do not have an exact idea about cloud computing.

Read on to understand what is cloud computing and what are the elements you need to take into consideration when selecting a computing vendor for your business.

What is cloud computing?

In order to understand the concept of cloud computing, it is vital to understand where the term “cloud computing” originated from. It is most likely originated from the use of cloud like shape to demonstrate the network computing environment, which include hardware, storage, services, networks and services involved.

You can find several definitions over the internet in the context of cloud computing. It is simply a delivery of software services and computing infrastructure through the internet. People can access shared resources, software applications and system stored on any remote server through the internet browser.

The cloud computing services are usually offered by Third Party companies. Most of the IT companies prefer to hire such firms to reduce their operational cost, improve their working efficiency, maximize their profit margin, and to have a great control over their business.

It is easy to find numerous companies that provide cloud computing solutions for small, mid-sized and large IT firms. However, not all of them offer genuine and reliable services. When going to hire a company, it is important to find a service provider that can meet all your needs. Here are the few elements which you need to take into account when selecting one for your business.

Technical support

When going to hire a service provider the first and foremost thing which you need to check is the IT support services. Check the support services offered by different cloud computing service providers and the ways through which they are available for your help or support such as phone, email, fax, online chat and so on. Besides this, you need to ensure that their support hours meet with your business operation hours. You also need to ensure that their support services are available in weekends, holidays and beyond the office hours during the emergency.

Service Agreements

The professional vendors usually sign business agreements which include the details of their services and commitments such as response time, service hours and the time limit that servers are online. You need to check every term and condition before going to sign any agreement. If possible, request them to make service agreement as per your business need and requirements.

Standard API

It is vital to ensure that the cloud computing vendor you are going to hire is utilizing a standardize application programming interface (API). API is a mechanism which handles the data transmission of a specific application into the cloud. When using a standardize API, you can get a peace of mind that the server will be compatible with your applications.


It is important to know how the cloud vendor will protect your data and important documents. You need to find out the answer of some common security questions like what forms of authentication are used by the vendor, who can access your data? And so on. This will surely help you in choosing the right computing vendor for your firm.

Billing and Monitoring

Not all cloud computing vendors offer the same level of services at the same charges. Their charges may vary depending on the services and facilities they provide to their users. You need to check and compare the facilities and services of different vendors. This will help you in choosing the right company within your budget.

Pointer Technology At A Glance

Pointers Are Like Straight Pins

“This might be a little bit too delicate for the sewing machine,” a fashion student states.

“Ah, this is like the art of programming and when and where to use memory pointers,” I recall while thumbing through a fashion magazine.

Imagine yourself sewing a cocktail dress for the first time with only the pattern, fabric and directions to go on. Somewhere along the line, you figure out that the delicate areas are impossible to run under the sewing machine. So, you carefully quarter them off with trusty straight pins.

This is a lot like programming, because you mainly have calculations going on around in the background of your code, then bam! You hit some delicate areas that need to be reported either to the screen or on paper. That pointer is like a doorbell to a queue of information waiting to be printed or read on the screen.

It’s true that the pointer notation is needed in the background code itself, but the processes done to the data are often custom-written and it’s sole purpose is for an interactive presentation with an audience.

So like with straight pins, you might invest in keeping tabs on what needs to be hand-sewn, or in the case of pointers, what needs to be customized and appropriated memory to. Everything in your code should look seamless, but bear in mind that the background calculations (and there could be layers of them), have a purpose of helping to tabulate some of the delicate data that ultimately will have to be divulged to your audience.

Programming and Writing in General

My first training in computer programming languages came from Jet Propulsion Laboratory. Everywhere I looked, I could identify things that reminded me of my training there. Because I’ve been doing a lot of fiction writing, I’ve noticed that even symbols like ellipses remind me of computer programming.

There was a time when I saw data as products on a conveyor belt. Because the products looked round and white, they reminded me of ellipses in the English language. Catching up to date, currently in fiction I’ve been writing about robotic technology.

This part of my fiction-writing is still under wraps but I’m sharing it here to make a point about pointers. Melting rock formations is the basis for what will fuel robots in my science fiction stories. After these rock and stone formations have melted down, they are re-formed into swirly mini balls that look like marbles. They melt as they course through what one might call a ‘pin ball machine’ system of a typical robot.

In programming, these marbles will represent data and when product after product or data after data are flowing through, in one direction, in order to change directions, you might use a pointer.

It’s easy enough to increment or decrement and go from one data product to another, but when you have to change directions amidst the hard drive mapping, you might use a pointer to point to a different address.

Object-Oriented Graphics

I once had a wise computer programming college teacher who tried everything up his sleeve to get his students to warm up to the idea of object-oriented programming. Looking at groups of data as enclosed in a graphical rectangle (such as the title of an article in a Publisher newsletter as it was being written), was a completely different paradigm than from a few years back.

Back then, everything was iterative, you and therefore the computer (because you programmed it) interpreted commands line by line (executing each one in a sequential pattern). These days our point of focus, of as to what gets to be ran (or executed in the code), jumps around.

That wise teacher said, take a graphical interface program and work backwards. Draw some objects on the screen, like filling in a rectangular space with text, or a round object with a graphic, and then look at the code to see how it was generated by the computer. I took it one step further and pretended that each raw rectangle, square or circle were each numbered.

That way if the objects were layered and the #6 object were on top of a #3 object and it had transparent areas to it, parts of the #3 object (graphic) would peek through. However, if you put a #12 object under the #6 object, nothing would happen except traditional layering, because the value of the underlying (graphic) object underneath #6 has to be labeled (tagged) something less than the value of the number 6.

In all these shaped objects, they can be resized to make them bigger or smaller. Therefore, you still have to have the appropriate font size for text within them and the appropriate proportion sizes also for the graphics within them.

If you’re lucky enough to buy software that lets you work ‘backwards’ that would be great! You can re-size objects, layer them, even number them mentally in your mind to keep track of them. Then, look at the code that the software generated to see how your formatted template (such as a newsletter) was created!

Button In A Button (Inheritance in C++)

The subject of object-oriented programming has always sparked something within my imagination. You see the first novel I ever wrote, was in the science fiction genre and I used what I learned computer-wise in the private industry to fuel the computer advancements within the novel.

In C++, you can inherit a class object or your class object can take on the characteristics of another class object. Therefore, there is an “is-a” or a “has-a” relationship that is possible with each class object created.

Picture this then: A button within a button, within a button, within a button, and so on…

If the middle button makes the outer button related to it (and it can do so, in three different modes – private, public and protected), then, it only stands to reason, to go ahead and document that relationship. Depending on how their inheritance relationship was tagged, you will have to list down what is private data (variables and functions) to the outer button.

Now, if the innermost button inherits from the middle button, then it too will have rules of engagement not only from the middle button, but yes, from the outer most button too.

A private relationship, means that everything (variables and functions) are private to the class only. A protected tag means that that class is accessible to classes that have a protected relationship with it. Finally a public tag, means that that class is accessible from within the entire program code.

So if an Orange Button class (the color orange is made up of the primary colors red and yellow) inherits from a protected Red Button Class and a private Yellow Button class, then the Red Button class can share with it all of its’ public and protected parts. The Yellow Button class can share with it only its’ public parts.

Imagining the nested relationships as a button within a button was what got me started in writing this article, but you can also think of it as the three primary colors (red, blue and yellow) and all of the colors that descend (or inherit) from them.

The wise thing to do always, when you get stuck, is to document, document, document. That way, you will know the appropriate question to ask regarding your programming/coding predicament.

Pass the Buck

When I think of pointers in the object-oriented field of programming, I think of a virtual arrow, progressively pointing and traveling from its left to right path in computer memory. There have been other symbolic representations of pointers in my mind as well. I have also imagined a spotlight from high on top of the rafters de-referencing the character, numerical, or graphical values of those memory slots.

Well, it turns out, there are even more effective ways of understanding the directional volition of pointers as they rifle through a virtual array. Think of a pointer as a long envelope capable of carrying a letter representation of whatever is in the memory location, that it is hovering over. I think of it as beige in color and parchment in card stock and that, what are contained in the memory slots are business letterheads all ready to be printed out by the printer.

Let’s say our long envelope hovers over memory slot #5. The letter document gets added to the beige envelope, and if we want to daisy chain that to the document in slot #7, we would easily travel over and skip slot #6 (because we move in sequential line order), to access and de-reference the document in slot #7. With the slot #7 document appended, we go ahead and print out what were contained in Pointer Beige Envelope #1. Therefore, so it goes on, in the deconstruction stage when we empty what Envelope #1 is carrying, by setting it to NULL.

To wrap everything up, I thought if you think of a pointer as a dollar bill, that you pass succinctly from memory slot to memory slot, that is by far the most clearest explanation of a pointer of all. To literally ‘pass the buck’ is to have the dollar bill act like the virtual arrow or the stage spotlight up on top of the rafters. It’s even better than the beige parchment envelope that I just spent time explaining about.

However, if everything is to be understood in sequential order, then the envelope pointer theory did make its appearance before the ‘passing the buck theory.’

Database Design

For a fun sprint into the combination of a fashion scene and a database design, I wrote a short story about indexing database files using the color spectrum available in nail polishes. In my short story “Daily Diary,” a young girl by the name of Zoe emails a fashion magazine editor asking her how to “shop” for a high school fashion show that she was going to be graded on by the end of the school term.

The fashion editor’s name was Cassie and Cassie’s suggestion to Zoe was to pick a nail color and shop for fashion pieces that matched that particular color. For example if Zoe had initially picked out a darker tan color, then she might budget out her fashion show account, by purchasing a wide leather belt, that would hang loosely around her waistline.

Also, for a bubble gum pink nail polish color, Zoe might pick up a few different shades of a camp shirts in that tone of pink. Cassie also pointed out that eye glasses, with outlandish frames that were also that shade of pink should also be welcomed into her collection, that and a few colors of boas.

The database part will then be for Zoe to learn a little about the PHP programming language to build an online database, using the nail polish colors as the index colors to mix and match the fashion pieces.

The days from the movie “Clueless” weren’t that far off, when the lead character computerized her whole wardrobe selection methods.

With a database that has already filed pieces of clothing away by using nail polish colors as index values, you could literally ask for a “match” between the tan and blue nail polish colors and find some mix and matchable wardrobe combinations.

Argument Passing in Programming

In my experiences in the Computer Technology field, you can’t get away with having done a full day’s work without knowing a little about the steps taken in argument passing in programming.

Normally the name of the function, such as something fictitious as MakeWaffles would be assigned some dynamic values to take elsewhere and expand on. In this case, the complete line in Main would be NumberOfWaffles = MakeWaffles(MilkOunces, CupsOfFlour);

NumberOfWaffles would represent the exact number of waffles yet to be returned by the function MakeWaffles. A forecast of the output might look like this: NumberOfWaffles = MakeWaffles(.04, 2); This might return something like 15 waffles for the NumberOfWaffles.

Therefore, the full translation would be 15 waffles = MakeWaffles(0.4,2);

It’s been a while since I have stepped onto the Jet Propulsion Laboratory campus, but I can still remember sitting down and hashing out algorithms that eventually wound up similar statements that I have written up above.

There must have been some commitment on my part with regards to my job tasks, because I became fully ingrained in the rudiments of argument passing in the “C” programming language.

Computer Joys and Woes

I love my laptop. It is so convenient, easy to navigate, and a delight to use. I haul it here and there and everywhere, and with daily writing it has become an essential part of my life. I need it! I want it! I gotta have it! I like the Internet, too, and have become very dependent upon it. While it is not stuck in my mind 24/7 as I search, chat, and check, I do refer to it ten or twenty or maybe fifty times per day. I do not want to think that I am addicted to my laptop or to my Internet service, but I suppose, I must in all reality admit I am a wee bit attached. And the more attached that I have become, the greater are my expectations.

I expect fast, immediate, complete service within seconds. While there was a time that I could patiently wait a minute or two as the computer booted and the site I needed appeared, but those days are distant glimmers. Once I became used to instantaneous connections, I also began to expect them. Any time longer than 10 seconds lags on like an eternity and just about drives me crazy. I like one quick click and then I am on the scene. It’s wonderful.

But when those nasty times arise that I cannot jump online and right into search or service, angst tingles my toes as it racks my brain and tries my patience. I just can’t understand why my life must be put on pause at the whim of a computer, router, or other technological item. It just doesn’t seem right.

As you are reading along I bet you have already guessed that this writing moment is one in which I am unable to hook up with Internet service. I have tried every approach in my limited arsenal as the green dots assure me that I am connected. The airport WiFi has accepted me, my computer says carry on, but still, I am at a loss as I hit button after button and explore familiar and unknown areas to try to enter the Internet realm. A deadline is near, I have responsibilities, my mind is asunder, and regardless of my frowns or pleas or wild tapping, beach balls whirl, lines flash, and still I remain Internetless, foiled yet again. This may sound silly and inconsequential to you, but it is just about to drive me nuts.

My son-in-law assures me that the computer and the Internet are inanimate objects. They are metal and circuits and plastic and other materials and they contain no shred of humanity. They may wink and blink and bring me great satisfaction, but he insists that they are things, not people. They do not feel or care or want to interfere. They simply exist. This man is bright and I give him all credit for his intelligent conclusion, but I still question his thinking. If my computer is just hunks of stuff with no brain, how come it knows so much? Why does it help me and guide me and then sometimes lead me into tricks. Why does the Internet bring me joy and happiness and even success and then want to drag me down with non-connectivity? While I do not hear its heartbeat, I do hear its whir and sense its beat. It may be lifeless and inert but I believe it is truly alive.

How to Travel in Space With New Technology

Scientists have recently developed new ways to propel rockets and satellites into space. These methods do not require heavy fuels, and rely instead on solar power through the interaction of plasma that comes from our Sun and the extremely lightweight gas argon. The interaction is guided by the use of different levels of chambers and manipulated by the addition of extremely powerful magnets. At unbelievable temperatures touted at a million degrees, the gases are released at a rate powerful enough to propel rockets through our solar system.

With budget cuts to many programs including NASA and the new technology, the opportunities exist now to explore inner space. These opportunities are many, and include several types of commercial endeavors and as well as academic ones. Science can, and has, provide many answers to commercial concerns, and this is the latest one.

Start ups in the area of communications, be it cellular telephones or internet access for the most remote regions of the planet are now possible. Financially, the technology may still be out of reach for many, but with funding from investors or communities, that barrier can be quickly removed. Communications can bring remote areas up to par, and into the commercial arena of the entire world market. Imagine being able to market goods made in a remote village that has been left impoverished due to their location, but can now sell goods to the world and improve their standard of living.

Scientific experiments can also now be held in our solar system. Some may still be more cost effective held here on Earth in different chambers that mimic weightlessness and are able to produce a vacuum, but many will be able to conducted that were impossible to do previously.

One commercial undertaking that may be of interest to many is products delivered to space stations. While NASA is experiencing cuts, the complete dismantling of the program has not happened. Space station technicians still live on the space station, and many are needed to perform maintenance on the thousands of satellites providing signals to the billions of devices dependent on them around the world.

These technicians need a continual supply system of goods delivered to them. With this new technology, space stations are no longer dependent on their governments to fulfill this need. Other start ups can include travel for tourism to distant locations in the solar system. While this may be a few years off, it might be good business sense to look into. There is also the new opportunity for extended stays in space for business. Businesses will be able to sell goods to those living in our orbit, and soon, these same businesses, if they start soon and gain experience, will be able to go to the locations where tourists are at in our solar system, and increase their sales with them.

Imagine being able to take classes, or teach, with the stars and planets as the background in your classroom’s windows. Tourism can be combined with many different business opportunities, and should be limited only by your imagination. Or instead of needing to trek to a remote location to write that book, you could escape to beyond the moon. Professors taking sabbaticals to refresh their minds and prepare them for future teaching often take sabbaticals, with pay, and tour the planet. Now, they could take extended sabbaticals that instead could be held above our heads.

There are many options beyond what is written here, and your imagination can bring you a profitable return. Now is the time to get in on this new opportunity. Those who wait will find the market is no longer open to newcomers. Writing a business plan and then obtaining the needed funding to literally take your business off the ground needs to start now. Waiting will be a mistake many will regret. Don’t let that happen to you. Travel in space, and not just within our own solar system, will be next on the list.

Technology Strikes – “Internet of Things!”

It is very challenging to define Internet of Things precisely. However, many groups have overcome this challenge. The definition shares the idea that the first form of the Internet was about information and data created by people, while the next type of Internet is about information and data created by things.

Basically, the Internet of Things is a computing concept that refers to a future where every day physical objects will be linked to the Internet and be able to recognize themselves to other devices. The phrase is closely acknowledged with Radioactive-Frequency Identification as the system of transmission of messages, even though it also may involve other sensor technologies, wireless technologies or QR codes.

Internet of Things is important because a thing that can indicate itself digitally changes into something superior than the thing by itself. The thing no longer relates to you but is linked to objects in the environment and database information. When several objects act in unity, they are recognized as having “ambient intelligence.”

Connected Security systems, cars, electronic appliances, speaker systems, commercial surroundings, alarm clocks, vending machines, thermostats, lights in household and many more are examples of things or objects that fall into the wide range of Internet of Things.

Within the scope of the Internet of Things, there are more than 11 billion devices that are presently connected to the Internet, and researchers estimate that by 2025 there will be 27 times more connected things than people.

Irrespective of where you are in your Internet of Things excursion, we can help you comprehend the benefits of a robust linked ecosystem.

Convert your business using our expertise in digital technologies and integration to design, deploy and manage your connected ecosystem.

Decrease the time and risk of adopting with a digital transformation strategy engagement.

Quickly authenticate your Internet of Things project and potential business value with our proof-of-concept approach.

Speed up the conversion from ideas to plans with our innovative workshops.

Simultaneously, Internet of Things rises noteworthy challenges that could be an obstacle of comprehending its probable profits. Attention captivating headlines about the hacking of Internet linked devices, investigation fears, and confidentiality suspicions by this time have apprehended community’s attention. Technical encounters remain and innovative policy,legitimate and development challenges are emerging.

The phrase Internet of Things commonly refers to the situations where network connectivity and computing ability brings objects into its scope as well. Devices and everyday objects that are usually not considered computers, as it permits these devices to create, interchange and consume data with negligible human involvement. However, there is no universal definition of Internet of Things.

Predictions for the influence of Internet of Things on the Internet and economy are remarkable, with some anticipating more than 101 billion connected Internet of Things devices and a universal financial influence of more than $10 trillion by 2025.