in this slide i've sgare all details about Next Generation Intrusion Prevention System also known as NGIPS in network security.

2. • Submitted By:
Uzair Ahmad
• Submitter To:
Sir Muhammad Javed Hussain Khan
• Program:
BSCS
• Semester:
7th
• Topic:
Next generation IPS (NGIPS)
• Subject:
Network Security

3. WHAT IS NGIPS?
• NGIPS is the short form of Next Generation Intrusion Prevention
System .
• It is an advanced automated network security .
• and threat prevention tool.
• NGIPS monitors network traffic to detect suspicious activity.
• And vulnerabilities like phishing, network intrusions
• Across the network.

4. WHAT IS NGIPS?
• NGIPS monitors network traffic to detect suspicious activity.
• And vulnerabilities like phishing, network intrusions
• Across the network.

5. NGIPS DETAILS
• Next Generation Intrusion Prevention System (NGPIS) is
designed to provide wide protection of vulnerabilities.
• Especially at the application layer.
• It controls the behavior of applications.
• It also allows access and provides real-time protection.

6. NGIPS DETAILS
• A traditional IPS was designed to identify the known attacks.
• Traditional IPSs are black boxes that offer little visibility into
the protection being offered.
• But NGIPS will go way beyond the signature-based protection.
• However, a next-generation IPS includes network security
beyond detection and prevention.

7. NGIPS DETAILS
• It has the capability of visibility
• Custom rules.
• Vulnerability-based protection.
• And is able to analyze the network attack behavior.

8. NGIPS DETAILS
• The existing technologies are vulnerable to smart cyber-
attacks.
• and very limited to guarantee growth and safety of networks.
• NGIPS offers comprehensive threat security.
• That blocks intrusions and safeguards valuable assets.
• NGIPS makes use of an innovative multi-layer approach.
• It helps to figure out known, 0-day, and advanced persistent
threats

9. NGIPS DETAILS
• It also defends network from.
• Worms.
• Spyware.
• Malware.
• Trojan Horse.
• Brute Force Attacks
• Protocol Attacks
• And Web Threats

10. CHALLENGES OF IPS
• Nowadays, Internet security is a vital issue in the cyber world.
• Intrusion detection and prevention system are playing significant
roles in this field.
• It needs intelligent IPS for better accuracy detection rate and faster
response.
• The NGIPS in order to achieve an accurate detection rate and faster
response.
• Proposes new effective analysis techniques.
• New algorithms are proposed on IPS
• However, the rate of attacks increases every day
• And Web Threats

11. CHALLENGES OF IPS
• New algorithms are proposed on IPS.
• However, the rate of attacks increases every day.
• Due to the increasing cyber threats.
• And easiness of accessibility of computer devices.
• The Attackers find loopholes to trade off the remote host and
utilize it as an instrument for stealing resources from the
network

12. CHALLENGES OF IPS
• The false positive alarm rate is one of the biggest problems in IPS.
• In order to monitor and evaluate the alerts, a skilled IPS analyst has
to stay on the top of.
• All new attacks
• Worms.
• Viruses
• Different operating systems
• Network changes to keep the network secure.

13. COMPARISON BETWEEN TRADITIONAL IPS
AND NGIPS
• There are several common challenges in IPS such as.
• deployment.
• Management
• Technical.
• Detection and response challenges
• Different operating systems
• Network changes to keep the network secure.

14. COMPARISON BETWEEN TRADITIONAL IPS
AND NGIPS
• A traditional IPS examines the traffic.
• It does not block the traffic beyond signature-based protection.
• While NGIPS goes way beyond signature-based security.
• NGIPS provides wide-range protection against.
• Vulnerabilities.

15. COMPARISON BETWEEN TRADITIONAL IPS
AND NGIPS
• NGIPS has a huge number of features to tackle continuous
changing pattern of the attacks.
• Deep packet inspection.
• Real-time protection.
• And able to control the behavior of the applications

16. WORKING PROCESSES OF NGIPS
• NGIPS working process, packet decoder collects packets from
different network interfaces.
• and prepares it for the preprocessor.
• Preprocessors are being used to organize and modify packets.
• Detection engine analyzes all the packets passing through
• It to indicate whether any intrusion occurs by using certain
predefined rules.

17. WORKING PROCESSES OF NGIPS
• It to indicate whether any intrusion occurs by using certain
predefined rules.
• Alert generation is used for creating the alert.
• The output modules display the results of intrusion detection
examination.

18. EFFICACY
• Secure IPS receives new policy rules and signatures every two
hours.
• So your security is always up to date.
• Cisco Talos leverages the world's largest threat detection network
to bring security effectiveness to every Cisco security product.
• This industry-leading threat intelligence
• Works as an early-warning system that constantly updates with
new threats.

19. OPERATIONAL COST
• Use Secure IPS automation to increase operational efficiency.
• And reduce overhead by separating actionable events from noise.
• Prioritize threats for your staff and improve your security through
policy recommendations based on network vulnerabilities.
• Stay informed on what rules to activate and deactivate, and filter
events pertinent for the devices on your network.

20. FLEXIBILITY
• Secure IPS flexible deployment options meet the needs of the
enterprise.
• It can be deployed at the perimeter, at the data center
distribution/core.
• Or behind the firewall to protect mission-critical assets.
• Guest access, and WAN connections.
• Secure IPS can be deployed for inline inspection or passive
detection

21. INTEGRATION
• Secure IPS plugs into your network without major hardware
changes or significant time to implement.
• Enable and manage several security applications from a single
pane with Firewall Management Center.
• Seamlessly navigate between Secure IPS.
• Secure Firewall and Secure Endpoint to optimize your security and
ingest third-party data through Cisco Threat Intelligence
Director.

22. THANKS