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The term "phishing" was first recorded in 1995 in the cracking toolkit AOHell, but may have been used earlier in the hacker magazine 2600.[4][5][6] It is a variation of fishing and refers to the use of lures to "fish" for sensitive information.[5][7][8]

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Clone phishing is a type of attack where a legitimate email with an attachment or link is copied and modified to contain malicious content. The modified email is then sent from a fake address made to look like it's from the original sender. The attack may appear to be a resend or update of the original email. It often relies on the sender or recipient being previously hacked so the attacker can access the legitimate email.[27][28]

The term "phishing" is said to have been coined by the well known spammer and hacker in the mid-90s, Khan C. Smith.[54] The first recorded mention of the term is found in the hacking tool AOHell (according to its creator), which included a function for attempting to steal the passwords or financial details of America Online users.[55][56]

Phishing on AOL was a technique used by the warez community, who traded in unlicensed software, and black hat hackers to steal credit card information and commit other online crimes. AOL would suspend the accounts of individuals caught using certain keywords in chat rooms related to counterfeiting software or stolen accounts. The term "phishing" originated from the use of the citation needed]

Simulated phishing campaigns, in which organizations test their employees' training by sending fake phishing emails, are commonly used to assess their effectiveness. One example is a study by the National Library of Medicine, in which an organization received 858,200 emails during a 1-month testing period, with 139,400 (16%) being marketing and 18,871 (2%) being identified as potential threats. These campaigns are often used in the healthcare industry, as healthcare data is a valuable target for hackers. These campaigns are just one of the ways that organizations are working to combat phishing.[140]

Organizations can implement two factor or multi-factor authentication (MFA), which requires a user to use at least 2 factors when logging in. (For example, a user must both present a smart card and a password). This mitigates some risk, in the event of a successful phishing attack, the stolen password on its own cannot be reused to further breach the protected system. However, there are several attack methods which can defeat many of the typical systems.[182] MFA schemes such as WebAuthn address this issue by design.

The reasons? First, as the number suggests, this extensive channel encompasses multiple narrower ones. Consequently, there are only two 160MHz channels on the 5GHz band. Most importantly, both require the Dynamic Frequency Selection (DFS) spectrum.

So, a good Wi-Fi 6 router, strictly in terms of speeds, needs to have 44 specs (or higher) on a single band and a couple of multi-gig network ports. Most importantly, it needs to support the venerable 160MHz channel bandwidth.

Note that none of these techniques increase the bandwidth of a Wi-Fi band. They only help it work more efficiently in a mixed environment, where devices of multiple Wi-Fi standards and speed grades are present.

Trophy System: Deployable autonomous defense system that destroys up to three incoming pieces of equipment and projectiles. Some larger targets may take multiple shots. A lifesaver on objectives and in interior spaces where grenades can come flying through openings in droves. Can also be put on vehicles to have it act as a deterrent for rockets and other equipment pieces.

In fact, it's accurate to characterize hacking as an over-arching umbrella term for activity behind most if not all of the malware and malicious cyberattacks on the computing public, businesses, and governments. Besides social engineering and malvertising, common hacking techniques include:

There's also another way we parse hackers. Remember the classic old Western movies? Good guys = white hats. Bad guys = black hats. Today's cybersecurity frontier retains that Wild West vibe, with white hat and black hat hackers, and even a third in-between category.

If a hacker is a person with deep understanding of computer systems and software, and who uses that knowledge to somehow subvert that technology, then a black hat hacker does so for stealing something valuable or other malicious reasons. So it's reasonable to assign any of those four motivations (theft, reputation, corporate espionage, and nation-state hacking) to the black hats.

White hat hackers, on the other hand, strive to improve the security of an organization's security systems by finding vulnerable flaws so that they can prevent identity theft or other cybercrimes before the black hats notice. Corporations even employ their own white hat hackers as part of their support staff, as a recent article from the New York Times online edition highlights. Or businesses can even outsource their white hat hacking to services such as HackerOne, which tests software products for vulnerabilities and bugs for a bounty.

Finally, there's the gray hat crowd, hackers who use their skills to break into systems and networks without permission (just like the black hats). But instead of wreaking criminal havoc, they might report their discovery to the target owner and offer to repair the vulnerability for a small fee.

First and foremost, download a reliable anti-malware product (or app for the phone), which can both detect and neutralize malware and block connections to malicious phishing websites. Of course, whether you're on Windows, Android, a Mac, an iPhone, or in a business network, we recommend the layered protection of Malwarebytes for Windows, Malwarebytes for Mac, Malwarebytes for Android, Malwarebytes for Chromebook, Malwarebytes for iOS, and Malwarebytes business products.

Second, only download phone apps from the legitimate marketplaces that police themselves for malware-carrying apps, such as Google Play and Amazon Appstore. (Note that Apple policy restricts iPhone users to download only from the App Store.) Even so, every time you download an app, check the ratings and reviews first. If it has a low rating and a low number of downloads, it is best to avoid that app.

All the above is basic hygiene, and always a good idea. But the bad guys are forever looking for a new way into your system. If a hacker discovers one of your passwords that you use for multiple services, they have apps that can breach your other accounts. So make your passwords long and complicated, avoid using the same one for different accounts, and instead use a password manager. Because the value of even a single hacked email account can rain disaster down on you.

Nowadays, phreakers have evolved out of the analog technology era and become hackers in the digital world of more than two billion mobile devices. Mobile phone hackers use a variety of methods to access an individual's mobile phone and intercept voicemails, phone calls, text messages, and even the phone's microphone and camera, all without that user's permission or even knowledge.

Compared to iPhones, Android phones are much more fractured, whose open-source nature and inconsistencies in standards in terms of software development put the Androids at a greater risk of data corruption and data theft. And any number of bad things result from Android hacking.

Cybercriminals could view your stored data on the phone, including identity and financial information. Likewise, hackers can track your location, force your phone to text premium websites, or even spread their hack (with an embedded malicious link) to others among your contacts, who will click on it because it appears to come from you.

Of course, legitimate law enforcement might hack phones with a warrant to store copies of texts and emails, transcribe private conversations, or follow the suspect's movements. But black hat hackers could definitely do harm by accessing your bank account credentials, deleting data, or adding a host of malicious programs.

Phone hackers have the advantage of many computer hacking techniques, which are easy to adapt to Androids. Phishing, the crime of targeting individuals or members of entire organizations to lure them into revealing sensitive information through social engineering, is a tried and true method for criminals. In fact, because a phone displays a much smaller address bar compared to a PC, phishing on a mobile Internet browser probably makes it easier to counterfeit a seemingly trusted website without revealing the subtle tells (such as intentional misspellings) that you can see on a desktop browser. So you get a note from your bank asking you to log on to resolve an urgent problem, click on the conveniently provided link, enter your credentials in the form, and the hackers have you.

Trojanized apps downloaded from unsecured marketplaces are another crossover hacker threat to Androids. Major Android app stores (Google and Amazon) keep careful watch on the third-party apps; but embedded malware can get through either occasionally from the trusted sites, or more often from the sketchier ones. This is the way your phone ends up hosting adware, spyware, ransomware, or any other number of malware nasties.

Other methods are even more sophisticated and don't require manipulating the user into clicking on a bad link. Bluehacking gains access to your phone when it shows up on an unprotected Bluetooth network. It's even possible to mimic a trusted network or cell phone tower to re-route text messages or log-on sessions. And if you leave your unlocked phone unattended in a public space, instead of just stealing it, a hacker can clone it by copying the SIM card, which is like handing over the keys to your castle.