Ans. Hacking refers to unauthorized intrusion in a system or a network. The person involved in this process is called a hacker. They use the computer to commit non-malicious activities such as privacy invasion, stealing personal/corporate data, and more.
Ans. Ethical hacking is also known as penetration testing or intrusion testing where the person systematically attempts to penetrate/intrude into a computer system, application, network, or some other computing resources on behalf of its owner and finds out threats and vulnerabilities that a malicious hacker could potentially exploit.
The main objective of ethical hacking is to improve the security of the system or network and fix the vulnerabilities found during the testing. Ethical hackers employ the same tools and techniques adopted by malicious hackers to improve security and protect the system from attacks by malicious users with the permission of an authorized entity.
Ans:
Advantages | Disadvantages |
It can be used to foil security attacks | It creates massive security issues |
To plug the bugs and loopholes | Get unauthorized system access |
It helps to prevent data theft | Stealing private information |
Hacking prevents malicious attacks | Violating privacy regulations |
Ans:Most broadly utilized scripting language for Hackers is Python. Python has some very critical highlights that make it especially valuable for hacking, most importantly, it has some pre-assembled libraries that give some intense functionality.
Ans: System sniffing includes utilizing sniffer tools that empower real- time monitoring and analysis of data streaming over PC systems. Sniffers can be utilized for various purposes, regardless of whether it’s to steal data or manage systems. Network sniffing is utilized for ethical and unethical purposes. System administrators utilize these as system monitoring and analysis tool to analyse and avoid network related issues, for example, traffic bottlenecks. Cyber criminals utilize these devices for untrustworthy purposes, for example, character usurpation, email, delicate information hijacking etc.
Ans: Denial of Service, is a malicious attack on network that is executed by flooding the system with useless traffic. Despite the fact that DOS does not cause any data breach or security breach, it can cost the site proprietor a lot of cash and time.
Ans: Footprinting is nothing but accumulating and revealing as much as data about the target network before gaining access into any network. Open Source Footprinting : It will search for the contact data of administrators that will be utilized for guessing password in Social Engineering Network Enumeration : The hacker attempts to distinguish the domain names and the network blocks of the target network Scanning : After the network is known, the second step is to spy the active IP addresses on the network. For distinguishing active IP addresses (ICMP) Internet Control Message Protocol is a functioning IP addresses Stack Fingerprinting : the final stage of foot printing step can be performed, once the hosts and port have been mapped by examining the network, this is called Stack fingerprinting.
Ans: Based on the category of being hacked, hacking is divided into different types as follows:
Ans. There are mainly five stages in hacking:
Ans: A Trojan is a type of malware that is often developed by hackers or attackers to gain access to target systems. Users are manipulated by some attractive social media ads and then directed towards malicious sites into loading and performing Trojans on their systems.
Types of Trojans:
Ans. Enumeration is the primary phase of ethical hacking that is information gathering. In this phase, the attacker builds an active connection with the victim and tries to gain as much information as possible to find out the weaknesses or vulnerabilities in the system and tries to exploit the system further.
Enumeration collects information about:
Ans. The different enumerations available in ethical hacking are listed below:
Ans. Fingerprinting is a technique used for determining which operating system is running on a remote computer.
Active fingerprinting: In this, we send the specially crafted packets to the target machine and based on its response and gathered data, we determine the target OS.
Passive fingerprinting: In this, based on the sniffer traces of the packets, we can find out the OS of the remote host.