Module 6 Session Hijacking
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Session hijacking involves an attacker taking over an existing TCP connection between two machines by predicting sequence numbers and spoofing IP addresses. The document discusses the difference between spoofing and hijacking, the steps an attacker takes to hijack a session including predicting sequence numbers and killing the original connection, types of session hijacking techniques, and tools that can be used for session hijacking like Juggernaut, Hunt, IP Watcher, and T-Sight. It also provides countermeasures like using encryption, secure protocols, limiting connections, and educating employees.
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Session hijacking
Session hijacking involves taking control of an authorized user's session by obtaining their session ID. There are several methods, including TCP session hijacking, which can be done through blind hijacking or man-in-the-middle attacks. TCP session hijacking with packet blocking modifies the route table or ARP table to intercept packets. Tools like Hunt can hijack sessions through ARP attacks. Prevention methods include encryption, as used in SSH and TLS, and storm watching to detect abnormal network traffic increases that could indicate hijacking.
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IP spoofing involves modifying packet headers to disguise a hacker's identity by using a spoofed IP address. There are several types of attacks that use IP spoofing, including blind spoofing where the attacker is not on the same subnet and man-in-the-middle attacks where the hacker intercepts communications. While IP spoofing has been discussed since the 1980s, recent studies found over 30,000 spoofing attacks per day. Preventing IP spoofing requires techniques like validating source IP addresses, filtering spoofed addresses, and encrypting trusted network communications.
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Session hijacking involves an attacker stealing a valid user session ID to gain access to a system and retrieve data. There are several types of session hijacking such as predictable session tokens, session sniffing, and man-in-the-middle attacks. To perform session hijacking, an attacker places themselves between the victim and target server, monitors packet flows, and predicts sequence numbers to take over the user's session and inject packets to the target server. Mitigations include using HTTPS, a VPN, limiting exposure to untrusted networks, and educating employees. Tools that can be used for session hijacking include Firesheep and other programs.
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Session hijacking involves taking control of an authorized user's session by obtaining their session ID. There are several methods, including TCP session hijacking, which can be done through blind hijacking or man-in-the-middle attacks. TCP session hijacking with packet blocking modifies the route table or ARP table to intercept packets. Tools like Hunt can hijack sessions through ARP attacks. Prevention methods include encryption, as used in SSH and TLS, and storm watching to detect abnormal network traffic increases that could indicate hijacking.
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Session hijacking involves an attacker stealing a valid user session ID to gain access to a system and retrieve data. There are several types of session hijacking such as predictable session tokens, session sniffing, and man-in-the-middle attacks. To perform session hijacking, an attacker places themselves between the victim and target server, monitors packet flows, and predicts sequence numbers to take over the user's session and inject packets to the target server. Mitigations include using HTTPS, a VPN, limiting exposure to untrusted networks, and educating employees. Tools that can be used for session hijacking include Firesheep and other programs.
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Careful protection of hosts in a network is therefore of paramount importance. Hosts that need not be reachable from the Internet are typically placed in a protected LAN. Hosts with reachability requirements like mail and web servers are placed in a special network zone called DMZ (DeMilitarized Zone).
Firewalls protect the different networks. Firewall functionality ranges from simple port and address filters up to stateful application and deep packet inspection firewalls that provide more protection.
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This document discusses session hijacking, including defining it as taking over an existing TCP session between two machines. It covers the difference between spoofing and hijacking, the steps to conduct a session hijacking attack, types of session hijacking, sequence number prediction, TCP/IP hijacking, and tools and countermeasures for session hijacking.
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what is transport layer what are the typical attacks in transport l.pdf
what is transport layer? what are the typical attacks in transport layer? what are the controls that
are employed in the layer to minimize the attack or vulnerability that leads to the attack? cite
references
Solution
Transport Layer:-
In computer networking, the transport layer is a conceptual division of methods in the layered
architecture of protocols in the network stack in the Internet Protocol Suite and the Open
Systems Interconnection (OSI). The protocols of the layerprovide host-to-host communication
services for applications.
Typical attacks in transport layer:-
1. SESSION HIJACKING: Session Hijacking is commonly known as TCP session Hijacking is a
way of taking over a secure/ unsecure web user session by secretly obtaining user’s session ID
and pretending to be the authorized user for accessing the data. How it works and types: Session
hijacking works by taking advantage of the fact that most communications are protected (by
providing credentials) at session setup, but not thereafter. These attacks generally fall into three
categories: Man-in-the-middle (MITM), Blind Hijack, and Session Theft. In MITM attacks, an
attacker intercepts all communications between two hosts. With communications between a
client and server now flowing through the attacker, he or she is free to modify their content.
Protocols that rely on the exchange of public keys to protect communications are often the target
of these types of attacks. In blind hijacking, an attacker injects data such as malicious commands
into intercepted communications between two hosts commands like “net.exe local group
administrators /add Evil Attacker”. This is called blind hijacking because the attacker can only
inject data into the communications stream; he or she cannot see the response to that data (such
as “The command completed successfully.”) Essentially, the blind hijack attacker is shooting
data in the dark, but as you will see shortly, this method of hijacking is still very effective. In a
session theft attack, the attacker neither intercepts nor injects data into existing communications
between two hosts. Instead, the attacker creates new sessions or uses old ones. This type of
session hijacking is most common at the application level, especially Web applications. Main
features are: -URL (Uniform resource locator) -Cookies -Session ID The cookies stores the
previous records of the users and the URL logs can give the current visited site, a hacker take
benefits from it and hacks user’s session ID through it, after doing that it pretends to be the
authorized user and accesses the data. A cookie usually is a piece of text sent by a server to the
web client and sent back unchanged by the client, each time it access the data. 1.1 Methods used
to perform session hijacking: 1.1.1IP Spoofing: It basically means taking identity of someone
else to perform some task, in this the attacker pretends to be the authorized user and access some
confidential information, not only this, the.
Module 5 Sniffers
This document provides an overview of network sniffing including definitions, vulnerable protocols, types of sniffing attacks, tools used for sniffing, and countermeasures. It discusses passive and active sniffing, ARP spoofing, MAC flooding, DNS poisoning techniques, and popular sniffing tools like Wireshark, Arpspoof, and Dsniff. It also outlines methods for detecting sniffing activity on a network such as monitoring for changed MAC addresses and unusual packets, as well as recommendations for implementing countermeasures like encryption, static ARP tables, port security, and intrusion detection systems.
Network Security & Ethical Hacking
Security involves ensuring data integrity, availability, and confidentiality against threats. It can be computer or network security. Data integrity means data cannot be modified without authorization. Availability means information systems and data are accessible when needed. An information security management system (ISMS) follows the PDCA cycle of plan, do, check, act to manage security risks and ensure business continuity. ISO/IEC 27000 standards provide guidance for implementing an ISMS.
UNIT 5 (2).pptx
The document provides an overview of various ethical hacking techniques including social engineering, denial of service attacks, session hijacking, hacking web servers, hacking web applications, SQL injection, hacking wireless networks, and hacking mobile platforms. It describes key aspects of each technique such as how they work, common tools used, and countermeasures to prevent attacks. For social engineering it outlines common human-based and computer-based methods. For denial of service it explains how distributed denial of service attacks work using botnets. For session hijacking it provides the three step process. For hacking web servers it lists common vulnerabilities exploited. And for mobile platforms it discusses threats from malware, app stores, and sandboxing issues.
Hacking Presentation
This document discusses the topic of computer hacking. It begins by defining hacking and discussing the different types of hackers, including white hat, black hat, and gray hat hackers. It then covers hacking techniques such as port scanning, social engineering, and brute force attacks. The document provides an overview of how hackers operate and highlights both advantages and disadvantages of hacking.
Introduction Ethical hacking by eslam hussein
This document discusses various hacking techniques including how to hack WiFi, Facebook accounts, and websites. It defines ethical hacking terminology like vulnerabilities, exploits, and zero-day vulnerabilities. It describes different types of hackers like white hats, black hats, and grey hats. It also covers penetration testing, common vulnerability types, and hacking tools like sniffers, Trojan horses, and password crackers.
Presentation1
IP spoofing involves inserting false source IP addresses to disguise an attacker's identity. It can enable attacks like session hijacking and denial of service. The document outlines how IP spoofing works, examples like the Mitnick attack, and defenses like filtering and encryption/authentication. TCP and IP are the core protocols that enable spoofing if source addresses are not properly validated.
Hacking by Pratyush Gupta
Hacking is a term used to refer to activities aimed at exploiting security flaws to obtain critical information for gaining access to secured networks.
Hacking In Detail
Hacking refers to activities aimed at exploiting security flaws to obtain unauthorized access to secured networks and information. Some key points from the document:
- Hacking involves intruding on someone else's information space for malicious purposes. Common hacking techniques include port scanning to find vulnerabilities.
- A brief history of hacking is provided from the 1980s to the present day, including major denial of service attacks and data breaches over time.
- Famous hackers from history are listed, along with an overview of the hacker attitude which values problem solving, sharing information, and avoiding boredom.
- Basic hacking skills discussed include programming, using Unix/Linux, and using the web/HTML. Precautions like hiding
Cyber security tutorial1
This document provides an overview of cyber security vulnerabilities and scanning. It defines what a vulnerability is, lists common types like buffer overflows and input validation issues. It explains what ports are and lists commonly used port numbers. It also defines packet sniffing and lists packet sniffers like Wireshark that can capture network traffic. It concludes by describing the packet analyzers TCPdump and Windump that can read and write network packets.
Honeynet Project View
Honeypot technology can detect known and unknown attacks by emulating services and systems. Honeyd is designed for Unix systems and can monitor all unused IP addresses simultaneously while only generating a small number of alerts. It can detect activity on any port or protocol.
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Lession2 Xinetd
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Phase 1 involves reconnaissance where the hacker gathers information about the target without directly interacting with it. Phase 2 is scanning where the hacker scans the network to find specific information like open ports and operating systems. Phase 3 is gaining access where the hacker exploits a vulnerability to penetrate the system. Phase 4 is maintaining access where the hacker tries to retain ownership and may install backdoors. Phase 5 is covering tracks where the hacker hides evidence of the attack.
Net Security Intro
The document outlines a 15-module network security course taught by Phạm Văn Tính, PhD. The course covers ethical hacking theory over 45 hours and practice over 30 hours. Topics include footprinting, scanning, enumeration, system hacking, trojans, sniffers, denial of service attacks, social engineering, session hijacking, hacking web servers, SQL injection, wireless hacking, Linux hacking, and evading intrusion detection systems. The course material is based on CEH curriculums and references four literature sources on ethical hacking, Linux/Unix security, network security secrets and solutions, and web security.
Module 10 Physical Security
Physical security involves preventing unauthorized access to computer systems and protecting data. It includes securing the company surroundings with fences, gates, and guards. Within premises, CCTV cameras, intruder alarms, and window/door bars provide security. Servers should be locked in enclosed rooms, and workstations in open areas need locks and CCTV monitoring. Access controls like smart cards, biometrics, and entry logs restrict access to sensitive areas. Wireless networks and other equipment also require security measures like encryption and locked storage to protect physical integrity of systems and data.
Module 9 Dos
The document discusses denial of service (DoS) and distributed denial of service (DDoS) attacks. It defines DoS and DDoS attacks, describes different types of DoS attacks like SYN flooding and Smurf attacks. It also explains how botnets and tools are used to launch DDoS attacks, and discusses some common DDoS countermeasures like detection, mitigation and traceback.
Module 8 System Hacking
The document discusses various techniques for hacking systems, including password cracking, privilege escalation, executing applications remotely, and using keyloggers and spyware. It provides an overview of tools that can perform functions like password cracking, sniffing network traffic, capturing credentials, escalating privileges, executing code remotely, and logging keystrokes covertly. Countermeasures to these techniques, like disabling LM hashes, changing passwords regularly, and using antivirus software, are also covered.
Module 4 Enumeration
The document discusses techniques for enumerating information from systems during the hacking process. It describes establishing null sessions to extract user names, shares, and other details without authentication. Tools like DumpSec, Netview, Nbtstat, GetAcct, and PS Tools are also covered as ways to enumerate users, groups, shares, permissions, and more from Windows and UNIX systems. The document also provides countermeasures like restricting null sessions and the anonymous user to protect against enumeration attacks.
Module 3 Scanning
The document discusses scanning techniques used during penetration testing and hacking. It defines different types of scanning like port scanning, network scanning, and vulnerability scanning. It describes tools like Nmap that can be used to perform these scans and examines techniques like SYN scanning, XMAS scanning, NULL scanning, and IDLE scanning. The document also discusses using proxies and anonymizers to hide one's location while scanning and ways to document results like creating network diagrams of vulnerable systems.
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The document discusses using remote method invocation (RMI) in Java to implement callbacks. It describes defining a listener interface that other classes can implement to be notified of events. An event source interface is defined to allow listeners to register and receive notifications. The event source is implemented as an RMI server that notifies all registered listeners when temperature changes. A client implements the listener interface and registers with the server to receive remote callbacks of temperature changes.
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The document discusses how to implement callbacks in Java RMI using remote method invocation. It describes defining a listener interface and event source interface, implementing the event source to notify listeners, implementing a listener client, and registering the listener with the event source. It provides code examples for implementing the event source and listener interfaces, starting the event source server, and having the listener client look up and register with the event source.
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Module 6 Session Hijacking
- 1. MODULE 5 SESSION HIJACKING
- 7. Types of Session Hijacking
- 12. TCP/IP Hijacking
- 13. TCP/IP Hijacking
- 14. RST Hijacking
- 20. Session Hijacking Tool: T-Sight Session Hijacking is simple by clicking this button
- 21. Remote TCP Session Reset Utility
- 24. Paros HTTP Session Hijacking Tool