Online Fraud Prevention, Detect and Stop Automated Attacks

Brute force attacks are methods for hacking that use trial and error to crack login credentials, encryption keys and passwords. This can allow hackers to gain unauthorised access to individual accounts as well as systems and networks. The hacker will try multiple usernames and passwords, using a computer to test a wide range of combinations, until they find the correct login information.

• Simple brute force attacks: This occurs when a hacker attempts to guess a user’s login credentials manually without using any software.
• Dictionary attacks: A basic form of brute force hacking where the attacker selects a target and tests possible passwords against their username.
• Hybrid brute force attacks: The hacker combines a dictionary attack method with a simple brute force attack.
• Credential stuffing: Attackers collect username and password combinations they have stolen which they then test on other websites to see if they can gain access to additional user accounts.
• Reverse brute force attacks: Attackers begin the process with a known password and search for a matching login credential.

Attack vectors, also known as threat vectors, are a way for attackers to gain access to a system or network that is not protected by online fraud prevention. Common attack vectors include cyber attack vectors like social engineering attacks, vulnerability exploits, credential theft, and insufficient protection against insider threats.

Bot attacks are the use of automated web requests to manipulate, disrupt or defraud a website, end-users or API. Bot attacks initially began as simple spamming operations and have since evolved into complex, multinational criminal enterprises with their own economies and infrastructures.

Bot fraud is an umbrella term that refers to all types of online fraud carried out or assisted by malicious bots. Bots are much faster than humans, and can be used to prepare for attacks, perform the attacks themselves, and assist fraud attempts by evading any anti-fraud defenses. Cybercriminals can perform bot fraud attacks in many different forms and monetization schemes.

Automated attacks use sophisticated tools like bots to maliciously perform large amounts of repetitive tasks like password spraying with hardly any cost. Automated attacks can utilise malicious bots to exploit vulnerabilities in your web application.

Business logic flaws are methods of utilizing the real handling stream of an application that outcomes in an adverse result to the associations. Logic flaws are regularly undetectable to individuals who aren’t unequivocally searching for them as they ordinarily will not be uncovered by typical utilization of the application. Nonetheless, business logic flaws can be taken advantage of by attackers to carry out business logic attacks.