Phishing is the attempt to steal sensitive data like passwords and bank account information by deceiving the victim into revealing confidential details. It is usually done via email, where the attacker masquerades as a legitimate source and sends disguised messages and hopes the victim clicks on a link or provides personal information. It is also accomplished by installing malware on the victim's device. Unlike other cyberattacks, phishing is a form of social engineering that uses human error and coercion to mislead the victim.
Phishing can be carried out by tech-savvy individuals or an organized crime group. These attackers start by sending a fraudulent yet convincing email to the intended victim. The message is made to look like it was sent from a trusted sender. If the prospective prey falls for it, they are lured into giving away personal information.
For example, a phishing email about license expiration is sent to a victim. The target, if fooled because of intimidation to act urgently, clicks on a link directing them to a website disguised as the real one. The victim enters sensitive details like their password or credit card information. The attacker receives it often without the victim knowing they gave away their personal data.
Phishing is also achieved by installing malware on the victim's machine. When the victim opens a malicious attachment or link, the malware is downloaded automatically and starts infecting the machine. Often, these malwares are well disguised as a legitimate file like a PDF document.
Phishing can significantly impact the identity, finances, privacy, and mental well-being of your employees. It is crucial to protect your organization against attacks and keep your knowledge up-to-date with the latest phishing trends.
AI is increasingly involved in generating phishing messages and driving cyberattacks. It can take hours for a scammer to craft a phishing email, but generative AI can create highly convincing emails in a few minutes. AI can also analyze vast amounts of publicly available information on potential targets to enable phishers to craft emails that appear very legitimate and trustworthy.
Here is a breakdown of the key dangers:
Financial loss: By tricking victims into entering their passwords in a fake website, attackers can gain access to the victim's back accounts, credit cards, and other financial resources.
Loss of privacy: As phishing attacks are used to steal private information like emails, documents, and photos, it can be utilized to blackmail or harass the victim.
Malware infection: By installing a malware, attackers can infect your machine with viruses and damage your computer while stealing your data.
Psychological impact: Phishing attacks can be very stressful and leave victims feeling violated and vulnerable. They may also be hesitant to trust legitimate emails in the future.
Phishing is carried out in different forms, but there are a few major ones that you should be aware of.
Email phishing: This is a classic phishing technique where attackers masquerade as a legitimate source and attempt to manipulate readers into clicking a link or downloading an attachment.
Spear phishing : This involves attackers conducting research on specific individuals beforehand and tailoring emails with information found online to seem more authentic. Currently, this is the most effective type of phishing.
Whaling: This type of attack requires the attacker to impersonate someone senior in a company, like a CEO, to trick a lower-level victim into making a fraudulent payment or sharing sensitive information.
Smishing: This attack is basically email phishing but it uses text messages instead of emails. Messages usually contain a malicious link promising discounts and free prizes.
Vishing: Also known an voice phishing, attackers impersonate a representative from a legitimate company, usually a bank or credit card company, and trick the potential victim into giving them their personal information.
Quishing: This involves attackers manipulating victims into scanning a QR code that leads to a fake website or downloading harmful data on their devices.
Pharming: This is accomplished by DNS poisoning that involves entering false information into a DNS cache, or by installing malware on the victim's device. Each method redirects the victim to a fake website.
Angler phishing: Attackers pretend to be a legitimate organization and reply to social media posts; this deceives the victim into giving away their credentials.
Clone phishing: By cloning a real email message and including malicious attachments, attackers can install ransomware on the victim's device.
As phishing uses social engineering, the users in an organization must be well-educated to recognize a phishing attempt. Suspicious links, urgent requests, and poor grammar are a few red flags that users should notice. Click here to learn more on how you can prevent phishing attacks.
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ADSelfService Plus delivers adaptive MFA and supports a wide range of authenticators. It provides MFA for endpoints, cloud and on-premises applications, VPNs, and OWAs. Users can also access a wide range of applications through single sign-on (SSO), and perform self-service password resets and account unlocks.
A phishing attack is a t ype of cybercrime where attackers attempt to steal sensitive information by pretending to be a trusted entity. Phishing is done through emails, text messages, or fake websites that are disguised as legitimate ones.
Phishing is like someone pretending to be your friend to trick you into giving them your secrets.
An example of phishing is when an attacker sends you an email stating that there is a problem with your bank account. The email would lure you into clicking a link to verify your information. The link usually leads to a website looking almost identical to a legitimate bank website. If you enter your credentials, scammers can steal your information and use it for fraudulent purposes.
