Database Hacking : How to Access a Website Database
Database hacking is on the rise, governments, companies, and individuals are all becoming wholly reliant on the Internet for daily tasks like banking, bill payment, making online purchases, etc. Along with this rise in Internet usage, we also observe a parallel rise in the number of database hacking attempts.
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To obtain the private information that is found online, hackers employ a variety of strategies and technologies. They frequently target websites and other network resources in an effort to defraud businesses of money or valuables.
Therefore, it is imperative that you understand how website hacking strategies operate in order to safeguard your company and yourself against hackers. This post will first go through some of the main website database hacking techniques in order to explain how databases are hacked, how to hack databases, and how to defend your website database from hacking assaults.
9 Database Hacking Methods
Database hacking: A few of the most popular techniques for websites include:
guessing or brute-forcing passwords
Passwords that are weak or blank can be quickly brute-forced or guessed.
sniffing of data and passwords over the network
Without encryption, data and passwords can be easily sniffed.
Assaults Using SQL Injection
The majority of database hacking methods use SQL injection (SQLi), a technique that sends SQL commands back to the database from a web form or other input. There are many different ways to hack databases. Websites may create, restore, delete, and change database records using SQL. The goal of a SQL injection attack is to get the programme to run SQL by injecting it into a web form. On distant websites, hackers occasionally utilise automated tools to carry out SQL injections. They examine countless websites and experiment with various injection attacks until they are effective.
Exploiting Unknown/known Vulnerabilities
Attackers have the ability to take control of the database server by taking advantage of buffer overflows, SQL Injection, etc. No authentication is required because the attack might be carried out through a web application by utilising SQL injection. Databases can be breached from the Internet in this method, and firewalls can be entirely disregarded. This is regarded as one of the simplest and most popular techniques used by hackers to acquire sensitive information, including credit card numbers, social security numbers, and customer information.
Rootkit or Backdoor Installation
To prevent administrators from realising that the database has been compromised and to maintain access, it is possible to hide database objects and actions by installing a rootkit. Data can be stolen and sent to attackers via a database backdoor, giving them uncontrolled access.
This database hacking method, also known as “DNS cache poisoning,” can inject erroneous domain system data into a DNS resolver’s cache to change the destination of a website’s traffic. It is frequently employed to divert visitors from trustworthy websites to dangerous websites that harbour viruses. Using DNS spoofing, information about the traffic being redirected can also be gathered.
Fake Cross-Site Requests
Cross-site request forgery, often known as XSRF or CSRF, is a frequent malicious website exploit. It occurs when a user that a web application trusts transmits unauthorised commands. Users typically have higher levels of rights on websites while they are signed in, which allows hackers to steal account information, access sensitive data, or move money. Hackers can send falsified commands using a variety of methods, such as hidden forms and image tags. Just as the website thinks the command came from a real user, the user is just unaware that the command has been issued.
Disruption of Service
When a website is subjected to a denial of service (DoS) assault or distributed denial of service (DDoS) attack, its servers are overloaded and eventually crash as a result of the high volume of Internet traffic. The majority of DDoS attacks are carried out on machines that have been infected with malware. Infected computer owners might not even be aware that their machine is requesting information from your website.
Site-to-Site Scripting (XSS)
How to Protect Database Hacking Using Comodo cWatch from Hackers?
Follow these easy actions to prevent database hacking:
The web security tool cWatch Web, which is part of the web-based management console, can map out all devices and web applications on a network, perform a thorough scan with Six-Sigma accuracy, and then prioritise the results of any vulnerabilities found with step-by-step instructions to quickly fix any security threats discovered. The Comodo Security Operation Center (CSOC), where a team of qualified analysts works around the clock to deliver updates to the Web Application Firewall (WAF) and eliminate the threat even before it touches the network, receives alerts from this tool promptly.
As a component of the security package, Comodo cWatch Web was created to identify malware, offer the procedures and tools necessary to remove it, and stop further malicious attacks. For users to continue adhering to the Payment Card Industry Data Security Standard, this web security solution enables you to receive compliance reports and then send these reports to a bank (or banks) manually or automatically via the cWatch Web portal (PCI DSS). Application vulnerabilities are removed by an intrusion prevention system, which also defends against sophisticated attacks.
The Security Information and Event Management (SIEM) process, which powers Comodo cWatch Web, is advanced analytics-driven and analyses event data in real time to provide security intelligence for early detection of threats and breaches, log management, quick incident response times, and compliance reporting. The SIEM gathers logs and events from identity and access management software, databases, security equipment, operating systems, applications, and network and online assets.
The Comodo CSOC has certified security analysts in charge of monitoring, evaluating, and defending websites, databases, apps, servers, networks, desktops, data centres, and other endpoints for clients when it comes to securing website databases. The CSOC analyses threats using Comodo cWatch technology in a cutting-edge facility and takes the required steps to preserve maximum security. A customer’s internal IT team can defend web applications, websites, networks, and systems and handle challenging security incident investigations with the help of the CSOC.
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