Removal Guide for HowToSimplified (by MyWay) that Change Your Homepage

Your Chrome homepage is displaced by HowToSimplified toolbar into http://search.myway.com? Don’t like this change? Would like your former homepage back? Tried all means even reinstall your Chrome but failed?

If you encounter HowToSimplified toolbar by MyWay, please refer guide below to remove it easily.

HowToSimplified toolbar

HowToSimplified toolbar is considered as an unwanted search website, namely browser hijacker, which has the ability to change settings of your web browser including replacing the default homepage and search engine.

How to Guide: Remove Safer Search Results Ads – Removal Tutorial

What is Safer Search Results Ads?

Safer Search Results Ads is detected as an adware or a potentially unwanted program (PUP). With the features of displaying pop-up ads, advertisement banners and sponsored links within Internet Explorer, Firefox and Google Chrome, Safer Search Results Ads is an annoying program should be removed from the system in order to maintain good PC performance.

Generally, through the bundling of some free downloads, Safer Search Results Ads may be installed without your knowledge. Safer Search Results Ads claimed to be able to provide coupons for sites you are visiting and competitive prices when you are viewing product pages at sites like Amazon. Therefore, it sounds like a useful service, but it can be intrusive due to its invasion without permission.

How to Guide: Remove D93gameplay.com Pop-up Ads - D93gameplay.com Removal Tutorial

The constant appearing of D93gameplay.com advertisements indicates that a computer is possibly infected with adware program installed on your computer.

D93gameplay.com is a dubious browser hijacker identical to yessearches.com, search.startjoysearch.com, dozensearch.com, and many other websites. D93gameplay.com targets Safari, Interner Explorer, Google Chrome, Mozilla Firefox and other web browsers. So it is quite obvious that this rogue application can affect a large group of Internet users. It is recommended that D93gameplay.com should be avoided and removed under the consideration of computer security.

How Did Malware Appear? Almost Three Decades of Malware Shown in Evolution Chart

Malware did not appear out of nowhere and there is clear information about who wrote the first virus and when. However, since that time back in 1986, malicious software has evolved into something few dared to imagine.

The first computer virus is called Brain and it comes from Pakistan. It infected the boot sector of floppy disks.

First malware was just for fun, or research

Believe it or not, its code contained the names, full addresses and contact details of its creators. Even more unbelievable is that it did not spread through a network of computers, but it traveled by bus, car, bicycle, airplane or whatever transportation people carrying floppies would use.

Brain was not created for damage, but “to explore the security holes of the operating system,” one of its writers, Amjad Farooq Alvi, said in an interview to Mikko Hypponnen in 2011.

The next year, another notable virus appeared, called Stoned. Its origin is New Zealand and no harm would be caused to the computer; instead, one in eight times, the computer screen would display: “Your PC is now Stoned!”

The Computer Virus that Blackmails You

Ransomware is the fastest growing form of computer malware, experts warn.

It's a malicious virus that locks the user out of their computer and demands a fee to return their files.

A report published by the Australian government claims 72% of businesses surveyed experienced ransomware incidents in 2015.

The figure was just 17% in 2013 .

It's also a growing threat for mobile devices as it can be hidden in an app, says Gert-Jan Schenk, vice-president at internet security company Lookout.

Online Security Braces for Quantum Revolution

Today’s most widely used encryption methods will not be strong enough resist quantum computers. It is an inevitability that cryptographers dread: the arrival of powerful quantum computers that can break the security of the Internet. Although these devices are thought to be a decade or more away, researchers are adamant that preparations must begin now.

Computer-security specialists are meeting in Germany this week to discuss quantum-resistant replacements for today’s cryptographic systems — the protocols used to scramble and protect private information as it traverses the web and other digital networks. Although today’s hackers can, and often do, steal private information by guessing passwords, impersonating authorized users or installing malicious software on computer networks, existing computers are unable to crack standard forms of encryption used to send sensitive data over the Internet.

But on the day that the first large quantum computer comes online, some widespread and crucial encryption methods will be rendered obsolete. Quantum computers exploit laws that govern subatomic particles, so they could easily defeat existing encryption methods.

“I’m genuinely worried we’re not going to be ready in time,” says Michele Mosca, co-founder of the Institute for Quantum Computing (IQC) at the University of Waterloo in Canada and chief executive of evolutionQ, a cyber-security consulting company.

Computer Security: Blame Game

To err is human, but to foul things up completely takes a computer, or so the old saw goes. Although this may seem a little unfair to computers, a group of cyber-security experts led by Jim Blythe of the University of the Southern California are counting on there by being at least some truth in the saying. They have created a system for testing computer-security networks by making computers themselves simulate the sorts of human error that leave network vulnerable.

Mistakes by users are estimated to be responsible for as many as 60% of breaches of computer security. Repeated warnings about being vigilant, for example, often go unheeded as people fail to recognize the dangers of seemingly innocuous actions such as downloading files. On top of that, some “mistakes” are actually the result of deliberation. Users – both regular staff and members of the information – often disable security features of their computers, because those features slow things down or make the computer more complicated to use.

Yet according to Dr Blythe, such human factors are often overlooked when security systems are tested. This is partly because it would be impractical to manipulate the behavior of users in ways that would give meaningful results. He and his colleagues have therefore created a way of testing security systems with computer programs called cognitive agents. These agents’ motives and behaviors can be fine-tuned to mess things up with the same aplomb as a real employee. The difference is that what happened can be analyzed precisely afterwards.

Another factor that can influence an agent’s behavior is its physiology. Agents can get tired and become hungry, just like people. According to Dr Blythe, “we have focused mainly on fatigue, the physical need to go to the bathroom.” And agents may also skive off, choosing to switch to a spot of web browsing on a synthetic internet that the researchers have created for the purpose.

The team plans a full-scale test later this year, but preliminary results, which Dr Blythe will present to the Association for the Advancement of Artificial Intelligence’s 25th annual conference in San Francisco on August 9th, look promising. In time, then, Dr Blythe’s agents may serve to vindicate another familiar saying about computers: that behind every error blamed on computers there are at least two human errors, including the error of blaming it on the computer.<>