Hacking Database: How To Access Website Database
Businesses, governments, and consumers have become completely dependent upon the internet for all their banking, payments, and online shopping needs. We also see an increase in cybercriminals hacking our computers. Cybercriminals have many methods and tools that they use to access sensitive data online. Cybercriminals often attack websites and networks to steal money or assets from companies.
It is important to understand how website hacking works to protect yourself and your business from cybercriminals. This article will explain how websites can be hacked. Next, we will discuss some of the most popular website hacking methods. Finally, we will talk about Comodo cWatch and how it will protect your website from hackers.
How to hack a website database?
9 Database Hacking Techniques:
Hacking Database Here are some of the most important website hacking methods:
- Password guessing/brute-forcing
- If passwords are blank or weak they can be easily brute-forced/guessed.
- Passwords and other data scanned over the network
- If encryption isn’t used, data and passwords could be easily accessed.
SQL Injection attacks
There are many ways to hack databases. Most of them require SQL injection (SQLi) which allows you to send SQL commands back to the database via a web form or input SQL is used by websites to create, retrieve, delete, update, or modify database records. An SQL injection attack places SQL into a web form while trying to get the application to run it. Hackers sometimes use automated tools to execute SQL injections from remote websites. They scan thousands upon thousands of websites and test different injection techniques until they succeed.
Exploiting unknown/known weaknesses
- Buffer overflows and SQL Injection are all possible exploits by attackers. To take control of the database server. An attack can be made via a web app that exploits SQL injection. No authentication is required. This allows databases to be hacked via the Internet, and firewalls can be completely bypassed. This is the most popular and easiest way for criminals to steal sensitive data like social security numbers, customer information, credit card numbers, etc.
Installing a rootkit/backdoor
- Installing a rootkit allows you to hide objects and actions in a database so administrators won’t notice that someone hacked it. Administrators will still have access to the database. An attacker can use a database backdoor to access the data of others and give them unlimited access.
DNS spoofing
- This hacking technique, also known as DNS cache poisoning is capable of injecting corrupt domain data into a DNS resolver’s cache to redirect traffic to a website. It is often used to send traffic from genuine websites to the malicious website containing malware. DNS Spoofing is also a way to collect information about traffic being diverted.
Cross-site request forgery
- Cross-site request forgery, also known as XSRF, is a common way to exploit websites. This happens when unauthorized commands are sent from a user that a website trusts. Users are usually logged in to the website. This gives them greater privileges that allow the hacker access to account information, sensitive information, and funds transfer. Hackers can send forged commands in many ways, including hidden forms or image tags. The website believes the command is legitimate and does not know that it has been sent.
Refusal to Provide Service
Denial-of-service (DoS) attacks or Distributed DDoS (DDoS), flood websites with high volumes of Internet traffic. This causes the servers to crash and become overwhelmed. DDoS attacks are usually carried out by computers infected with malware. Infected computer owners may not be aware that their machine sends data requests to your website.
Cross-Site Scripting (“XSS”)
This is another attack often exploited by hackers for website hacking. Because of its operation, it is one of the most difficult vulnerabilities to address. Most XSS website hacking attacks use malicious Javascript scripts embedded in hyperlinks. The malicious Javascript scripts can be embedded in hyperlinks and used to hijack a web session or change the ads displayed on a page. It could also steal personal data or take control of a user’s account. Malicious links can be found on social media sites, forums, and other places where people are likely to click them.
How to Protect Databases from Hackers Using Comodo?
Here are the steps to prevent database hacking.
The web-based management console includes cWatch Web. Web security tool this tool can quickly identify and map all web applications and devices on a network. It also performs a full scan with Six-Sigma accuracy. Instantly, this tool sends alerts.
Comodo Security Operation Center
A team of certified analysts work round-the-clock to deliver updates to the environment web Application Firewall (WAF)You can eliminate the threat before it reaches the network.
Comodo cWatch Web was designed to detect malware security bundle includes the following: This web security tool lets you download compliance reports, and submit them to banks manually or automatically via cWatch Web console. Customers can remain compliant with the security bundle. Payment Card Industry Data Security Standard. A firewall protects against advanced attacks and eliminates vulnerabilities in applications.
Comodo cWatch Web uses advanced analytics to power its powerful features security
Information and Event Management
Process that analyzes real-time event data to provide security intelligence. This includes log management, incident response times, compliance reporting, and log management. The SIEM gathers logs from web and network assets, databases, security devices, and operating systems. It also collects events from applications and identity management products.
When talking about protecting website databases, the Comodo CSOC has certified security analysts responsible for monitoring, assessing, and defending websites, databases, applications, servers, networks, desktops, data centers, and other endpoints for customers. The CSOC uses Comodo cWatch technology to detect and analyze threats and take the necessary steps to ensure optimal security. The CSOC helps customers extend their internal IT teams’ ability to protect websites, web applications, networks, and systems, and handle complex security incidents investigations.