1. Cyber Warfare
Introduction of cyber warfare
Jagadeesh katla
katla.jagadeesh@outlook.com
@Hyntronix

2. Cyber Deterrence
Cyber Deterrence is “to prevent an enemy from conducting future
attacks by changing their minds, by attack their technology, or more
palpable such as confiscation, termination, incarceration, death or
destruction”.
Challenges
 To inherit difficulty of assigning attribution on the inherit.
 To unpredictability of the effects of cyber attacks.
 The potential for damage due to counter-realization

3. Reference Model
Surveillance Penetration Testing
Integration Advanced
Honey nets Forensics
Attribution Monitoring
Reconnaissance Scanning
Vulnerability
Analysis
Exploitation
Data Fusion Meta Model
Adapters
Knowledge
Services
Parallel
Scanning
Botnet
Installation
DDoS
Botnet
Operation

4. Attacker Organization
Attack Server Attack Server
Control
Server
Control
Server
Control
Server
Control
Server
Bot Infected
PC
Bot Infected
PC
Bot Infected
PC
Bot Infected
PC
Bot Infected
PC
Victim Mode
Foreign
Govt.
Defender

5. Surveillance
 Computer and Network Surveillance is the monitoring of computer
Activity and Data Stored on a hard Drive, or Data being Transferred
over computer networks such as the internet.
 The monitoring is often carried out covertly and may be completed
by governments, corporations, criminal organizations, or individuals.
 It may or may not be legal and may or may not require authorization
from a court or other independent government agencies.

6. Honey Nets
 Two or more Honeypots on a network form a honey net. Typically, a
honey net used for monitoring a larger and/or more diverse network
in which one honeypot be sufficient.
 Honeypot Is a computer security mechanism set to detect, deflect,
counteract attempts at unauthorised use of information security.
 Honey nets and honeypots are usually implemented as parts of larger
network intrusion detection systems.
 A honey farm is a centralized collection of honeypots and analysis
tools.

7. Tools for Honey nets
High-Interaction Honeypots
Honey wall CDROM Sebek Honey Bow
High Interaction Honeypot Analysis Toolkit (HIHAT)
 Low-Interaction Honeypots
Capture-HPC HoneyC
 Honeypot Infrastructure
Google hack Honeypot Honey mole Honey stick
 Data Analysis
Honey snap Capture BAT

8. Forensics
 Forensics is methodology of collect, preserve, and analyse scientific
evidence during the course of an investigation.
 It is mainly two types:
* Physical Forensics *Digital Forensics
 Physical forensics includes the fingerprints, DNA, or any item in the
Physical world
 Digital forensics includes the Network, data storage, small devices,
computer, or any other digital devices in the electronic world.
 Digital forensics commonly consists of 3 stages: acquisition or imaging
of exhibits, analysis, and reporting.

9. General rules of Digital forensics
 Never mishandle and never work with the original evidence.
 Never trust the operating system and the original evidence device.
 Document everything in the every step of the forensics phase.
 Preserve the evidence for next stage usage.
Tools of Digital Forensics
Digital forensics framework (DFF) SANS SIFT Wireshark
The sleuth Kit (+Autopsy) EnCase FTK Imager
Volatility Magic Tree COFEE
CAINE Xplico DEFT HELIX3

10. Attribution
 Attribution is fundamental, In the computer network intrusions, attribution
is commonly seen as one of the most intractable technical problems. As
either solvable or not solvable, and as dependent mainly on the available
forensic evidence.
 Cyber attribution is the attempt to track and lay blame on the perpetrator
of a cyber attack or hacking exploit.
 The attribution problem is the idea the identifying the source of a cyber
attack or cyber crime is often complicated and difficult because there is no
physical act to observe and attackers can use digital tools to extensively
cover their tracks

11. Monitoring
 The monitoring is the supervising activities in progress to ensure they are
on-cource and on-schedule in meeting the objectives and predominance
targets.
 The computer monitoring use for the Device, network, web, or any other
digital device controlling, analysing, and supervise the activities of
program. It is useful for computer administrators, auditors, and
investigators, and security engineers.
 Some of popular monitoring tools are:
Nagios Zabbix PRTG SAM WebWatcher
OP5 Zenose Core Open Nms Munin

12. Penetration Testing
 It is a type of security testing that is used to test the insecurity of an
application.
 It is conducted to find the security risk which might be present in the
system.
 It is normally evaluates a system’s ability to protect its networks,
applications, endpoints and users from external or internal threats.
 It is also attempts to protect the security controls and ensures the only
authorised access.
 It has just seven steps:

13.  Planning and preparation
 Reconnaissance
 Discovery
 Analysing Information and risks
 Active Intrusion attempts
 Final Analysis
 Report Preparation
 Penetration testing replicates the actions of an external or/and internal
cyber attacker/s that is intended to break the information security and
hack the valuable data or disrupt the normal functioning of the
organization.

14. Reconnaissance
It is a preparation phase of attacker gather the Information about the target. Commonly
have seen steps listed below:
 Gather Initial Information
 Determine the network range
 Identify active machines
 Discover open ports and access points
 Fingerprint the operating System
 Uncover services on ports
 Map the network

15. Foot printing
It is a part of reconnaissance process which is used for gathering
possible information about a target computer system or network.
During this phase, a hacker can collect the following information:
Domain name
IP Addresses
Namespaces
Employee information
Phone numbers
E-mails
Job Information

16. Scanning
 Scanning is useful for attack gather Information and vulnerability
Information.
 Scanning is the act of sending networking traffic to host. The goal is to get
Response back that tell details about the network.
 Goals of scanning :
* live host details * services details * Port Details
* Protocols * os and application versions etc..
 Scanning can be performed over any network connection.
 Targets are network devices and hosts etc…
 Goals are gather port, protocols, server, banner etc…

17. Scanning techniques
 TCP Scan
 ICMP Scan
 UDP Scan
 Mitigating Scans
 Mitigation Scans
Fingerprinting
 Port Scanning
 Ping Sweep
 DNS Enumeration
 OS Enumeration
 Network Enumeration

18. Scanning Structure
Server
Firewall
Router
Internet
Wireless
MAIL WEB FTP PROXY DNS
Switch
HUB

19. Tools of Reconnaissance and Scanning
 Nmap / Zenmap
 Scanrand
 Paratrace
 Wireshark
 Recon-ng
 Super Scan
 Ping / hping
 Shodan search engine
 Traceroute..etc

20. Vulnerability Analysis
 Also know as Vulnerability assessment , is a process that defines, identifies, and
classifies the security holes(vulnerabilities) in a computer, network, or
communication infrastructure.
 Vulnerability analysis can forecast the effectiveness of proposed countermeasures
and evaluate their actual effectiveness after they are put into use.
 It has several steps such as define and classifying network or system resource,
assigning relative levels of importance to the resource, developing a strategy to
deal with the most serious potential problems first , and Defining and
implementing ways to minimize the consequence if an attack occurs.

21. Usefulness of data to
attacker
Interaction with target chance of detection
OSINT, Passive Reconnaissance
Infra Structure, Host detection, port scanner
OS, Service, application, protocols
Vulnerability scanning

22. Vulnerability Assessment Tools
 OpenVas
 Nexpose Community
 Metasploit framework
 Retina CS community
 Burp Suite
 Nikto
 OWASP Zen Attack Proxy (ZAP)
 Clair
 Moloch

23. Exploitation
 In Computing, an exploit is an attack on a computer system, especially one
that takes advantage of a particular vulnerability that the system offers to
intruders.
 A remote exploit works over a network and exploits the security
vulnerability without any prior access to the vulnerable system.
 A local exploit requires prior access to the vulnerable system and usually
increases the privileges of the person running the exploit past those
granted by the system administrator.
 Many exploits are designed to provide super user-level access to a
computer system.

24. Some types of Exploits
 Arbitary Code Execution
 Buffer Overflow
 Code Injection
 Heap Spraying
 Cross-side scripting
 HTTP header injection
 HTTP request smuggling
 DNS Rebinding
 Clickjacking
 Cross-side request forgery (CSRF)
 Ip spoofingEavesdropping
 DoS
 IP spoofing

25. Exploitation tools
 Social Engineering Tool Kit (SET)
 Meta sploit Framework
 Exploit-db
 Jboss-autopwn
 Opensvp
 Ptf
 Sqlmap
 Sql ninja
 Sqlsus
 Zarp
 Cisco-torch
 Armitage
 Wireshark
 Acunetix
 Burp suite
 BeEF

26. Thank You
**Not completed another two parts of reference model