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Home » Tag: Top Firewall Courses Online

Tag Archives: Top Firewall Courses Online

Home » Tag: Top Firewall Courses Online

Firewall Training

Firewall Training

Best Firewall Training & Workshops for Palo Alto, checkpoint (CCSA | CCSE ), CCNA Course, Cisco, BIG IP/F5, Juniper(JNCIA | JNCIS | JNCIP), Fortinet’s Fortigate Firewalls, Cisco Fire Power Firewalls, Sonicwall Firewalls, Barracuda Firewalls, H3C Firewalls, Check Point Firewalls, Paloalto Firewalls, Cyberoam Shohos Firewalls, Juniper Firewalls, Forcepoint Firewalls, Huawei Firewalls, Watchguard Firewalls, Hilstone Firewalls Firewall Training Institute in Delhi NCR India

Firewall Training - Best Firewall Training & Workshops for Palo Alto, checkpoint (CCSA | CCSE ), CCNA Course, Cisco, BIG IP/F5, Juniper(JNCIA | JNCIS | JNCIP), Fortinet’s Fortigate Firewalls, Cisco Fire Power Firewalls, Sonicwall Firewalls, Barracuda Firewalls, H3C Firewalls, Check Point Firewalls, Paloalto Firewalls, Cyberoam Shohos Firewalls, Juniper Firewalls, Forcepoint Firewalls, Huawei Firewalls, Watchguard Firewalls, Hilstone Firewalls Firewall Training Institute in Delhi NCR India

Firewall Training – Best Firewall Training & Workshops for Palo Alto, checkpoint (CCSA | CCSE ), CCNA Course, Cisco, BIG IP/F5, Juniper(JNCIA | JNCIS | JNCIP), Fortinet’s Fortigate Firewalls, Cisco Fire Power Firewalls, Sonicwall Firewalls, Barracuda Firewalls, H3C Firewalls, Check Point Firewalls, Paloalto Firewalls, Cyberoam Shohos Firewalls, Juniper Firewalls, Forcepoint Firewalls, Huawei Firewalls, Watchguard Firewalls, Hilstone Firewalls Firewall Training Institute in Delhi NCR India

Fortinet Network Security Expert Program (NSE)

The Fortinet Network Security Expert (NSE) Program

The Fortinet Network Security Expert (NSE) is an eight-level certification program designed for technical professionals interested in independent validation of their network security skills and experience. The program includes a wide range of self-paced and instructor-led courses, as well as practical, experiential exercises that demonstrate mastery of complex network security concepts.

To earn certification at each of the levels, you must pass a series of quizzes or exams. For NSE 1-3, the quizzes are incorporated into the self-paced learning packages hosted in the NSE Institute portal. A third-party vendor, Pearson VUE, proctors the exams for NSE 4-8. You can register for these exams online. To become NSE 8 certified, you must pass the written exam hosted by Pearson VUE, plus a practical exam hosted by Fortinet.

All NSE certification levels are valid for 2 years.

Benefits of Completing the NSE Program

NSE certification will help you to:

  • Be recognized in the industry among an elite group of security professionals.
  • Validate your network security skills and experience.
  • Demonstrate value to current and future employers.
  • Leverage Fortinet’s full range of network security products, consolidate solutions, and reduce risks.
  • As a partner, accelerate sales and offer new services.
NSE Program Overview

Successful completion of the NSE Program involves meeting the following objectives for each level. Click on a level course name to get more information about how to certify at that level or the course description.

Level
Objective
Certification
Courses
Develop a foundational understanding of the Threat Landscape and perspectives from key executive roles. Also learn how individuals can be safer on the Internet with Personal Security Awareness.
Complete the NSE 1 course.
The Threat Landscape
Discover the types of security products that have been developed to address the threat landscape discussed in NSE 1.
Complete the NSE 2 course.
The Evolution of Cybersecurity
Develop the skills to describe how the features of key Fortinet products solve customer problems.
Complete any four NSE 3 courses.
Fortinet Core Products*
Develop the knowledge to manage the day-to-day configuration, monitoring, and operation of FortiGate devices to support corporate network security policies.
Passing the NSE 4 exam at a PearsonVUE testing center.
FortiGate Security
FortiGate Infrastructure
Develop a detailed understanding of how to implement network security management and analytics.
Passing any two NSE 5 exams at a PearsonVUE testing center.
FortiAnalyzer
FortiManager
FortiSIEM
FortiInsight (formerly Zonefox)
FortiClient EMS
Develop an understanding of the fabric products that augment FortiGate to provide deeper and more comprehensive network security.
Passing any four NSE 6 exams at a PearsonVUE testing center.
FortiADC FortiAuthenticator
FortiDDoS FortiMail
FortiNAC FortiWiFi
FortiWeb FortiWLC
Develop the knowledge to integrate Fortinet products to deploy and administrate network security solutions.
Passing any NSE 7 exam at a PearsonVUE testing center.
Advanced Threat Protection
Enterprise Firewall
Secure Access
Public Cloud Security
Demonstrate the ability to design, configure, install, and troubleshoot a comprehensive network security solution in a live environment.
Passing both, the NSE 8 written exam at a PearsonVUE testing center and then, the NSE 8 practical exam at Fortinet.
No preparation course

Sophos Firewall Training for IT Admins

For IT Admin who are using Sophos Firewall, want to make sure you get the best from your investment. Our Sophos Administrator courses are designed to do just that. We are a Sophos Partner and we can help you to buy a course and you’ll be on the way to sharpening your product know-how while simplifying your job as an administrator. On completion, you’ll understand key product capabilities and how they protect your organization. Available courses include Endpoint, UTM Training, XG Firewall, and SafeGuard and cover how to:

  • Manage security events
  • Backup and restore the system
  • Complete common day-to-day tasks
  • View, manage, and interpret logs and reports
  • Perform basic troubleshooting

Check out our resources:

CCNSP is the certification for security professionals from Cyberoam firewall. The only Identity-based security certification available globally the course prepares individuals to recognize insider threats and user-targeted external threats while giving them expertise in networking and security fundamentals in addition to the deployment and configuration of Cyberoam identity-based UTM. The course is comprehensive, yet easy to follow, with real world scenarios, delivering practical value to aspiring security professionals.

Prerequisites:
While the course does not have any pre-requisites, security professionals interested in enrolling need to be familiar with networking concepts, including network topologies, networking infrastructure and application protocols:

Operational OS knowledge
Basics of Networking
Knowledge of Protocols
HTTP, HTTPS, IMAP, POP3, SMTP
TCP/IP Protocol Suite
Network Security Fundamentals
Operational Familiarity with Featured Modules
Firewall, VPN, IPS, Anti-virus, Anti-spam, Content Filtering, Bandwidth Management, Multiple Link Management, Reporting

Who Should Attend:
CCNSP has been designed for technical professionals providing support or performing deployment and administration of Cyberoam solutions, including System, Network, and Security Administrators.

CCNSP training is divided into the following modules –

Module 1: Cyberoam Product Overview
• Cyberoam UTM overview
• Cyberoam Central Console Overview
• Cyberoam on-cloud management overview
• Cyberoam iView Overview
Module 2: Deploying Cyberoam
• Prerequisites for deployment
• Network Diagrams & Scenarios
• Deployment Scenarios (Transparent/Gateway/Mixed) Mode
• Failure of Security Device & it’s Consequences
• Proxy Scenarios
• Managing connectivity with multiple ISP’s
• Manage 3G and Wi-Max connections
• Labs
Module 3: Firewall
• What is a Firewall?
• Types of Firewall
• How to Control Access
• Identifying Each Machine on the network
• Managing the Firewall
• NAT
• DoS (Denial of Service)
• Fusion Technology based Unified Control
• Firewall – as a single solution to identity, security, connectivity, productivity, and logging Labs
Module 4: User Authentication
• What is Authentication?
• Requirement to Authenticate
• How can Authentication be done?
• Types of Authentication (Single Sign On, Local, and External)
• Group Authentication
• Traffic Discovery
• Authenticating from Servers (AD, LDAP, or RADIUS)
• Labs
Module 5: Web Filter
• Need for Web Filtering
• Web 2.0 Filtering
• Filtering with Keywords
• Filtering with URL
• Filtering by Categories
• Filtering Web Traffic
• Labs
Module 6: Application Firewall
• Evolution of Application Firewall
• File Filtering
• Application & P2P Filtering
• Instant Messaging Filters
• Custom Filters
• Compliance based filtering
• Labs
Module 7: Network Threat Protection
• Functioning of Anti-Virus & Anti-Spam
• Basics of Virus, Spyware, Malware, Phising, and Pharming.
• Web/Mail/FTP Anti-Virus
• Gateway level Anti-Virus/Anti-Spam
• Instant Messaging Anti-Virus
• Virus Outbreak Detection
• Recurrent Pattern Detection
• RBL (Realtime Black List), IP Reputation
• Understanding of Intrusion
• Signature based detection
• Statistical anomaly based detection
• Stateful protocol analysis detection
• Network Based IPS (NIPS) & Wireless Based IPS (WIPS)
• Network Behaviour Analysis (NBA)
• Host Based IPS (HIPS)
• WAF
• Labs
Module 8: VPN
• What is VPN?
• Why use VPN?
• Advantages of VPN
• Types of VPN based on protocols
• Types of VPN Based on Tunnels
• Need of firewall in VPN
• Threat Free Tunneling
• VPN Bandwidth Management
• VPN Failover
• Identity based authentication in VPN
• Labs
Module 9: QoS
• What is QoS?
• Why QoS?
• Traffic Queuing
• Traffic Prioritisation
• Bandwidth Allocation
• Scheduling, and sharing bandwidth
• Guaranteed bandwidth
• QoS implementation on user, group, firewall, application, web category.
• Labs
Module 10: Network High Availability
• High Availability, LAN Failsafe?
• Clustering of devices
• What is link load balancing?
• Why undertake balancing?
• Link fails scenario
• Why failover?
• Multilink Manager
• Load balancing
• Active – Active load balancing and gateway fail over
• Active – Passive configuration and gateway fail over
• MPLS failover to VPN
• Automatic ISP failover detection
• Labs
Module 11: General Administration
• Setup Logging
• DNS Management
• DHCP Management
• Upgrading Device Firmware
• Backing Up
• Restoring
• Diagnostic Tools
• Troubleshooting Tools

• Labs to provide hands on to deal with maintenance

Module 12: Logging & Reporting
• Cyberoam iView Introduction
• Types of Reports
• Data Management
• Report Management
• Compliance reports
• Searching within reports
• Identity based reporting
Currently Firewall Training & Workshops done only Sundays 10am to 4pm
Firewall Training & Workshops Course duration is 3 months
Best Firewall Training & Workshops for Palo Alto, checkpoint (CCSA | CCSE ), CCNA Course, Cisco, BIG IP/F5, Juniper(JNCIA | JNCIS | JNCIP), Fortinet’s Fortigate Firewalls, Cisco Fire Power Firewalls, Sonicwall Firewalls, Barracuda Firewalls, H3C Firewalls, Check Point Firewalls, Paloalto Firewalls, Cyberoam Shohos Firewalls, Juniper Firewalls, Forcepoint Firewalls, Huawei Firewalls, Watchguard Firewalls, Hilstone Firewalls Firewall Training Institute in Delhi NCR India

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Firewall

Firewall

Firewall,What is a Firewall?,Defined,Explained,Explored What is Firewall?,Fire Wall,How Firewall Technology Works?,Firewall - Computer Network Security System

Firewall,What is a Firewall?,Defined,Explained,Explored What is Firewall?,Fire Wall,How Firewall Technology Works?,Firewall – Computer Network Security System

What is Firewall?

A firewall is a network security device located between your internal network and the wider Internet. A firewall monitors incoming and outgoing network traffic – blocking or allowing it based on a set of configurable rules.

Firewalls are a fundamental piece of security and typically form the first line of defence on a network. Acting as a filter against bad connections from the outside world.

A firewall works by comparing the data sent into or out of the network against a list of rules. Based on the results of the rule checking, the firewall will then either block or allow the connection.

How does a firewall work?

Firewalls work by inspecting data packets (small chunks of data) against an internal list of rules. Here are some of the more common ones:

  • IP addresses – filter out traffic from suspicious IPs
  • Domain names – block traffic from known malicious domains
  • Ports – deny traffic trying to enter through a certain port
  • Contents – block data packets containing certain keywords

A firewall scans the contents of the packet and then determines whether to let it through based on the rules in place. On a typical network setup, all connections to the Internet flow through the firewall. Meaning it inspects all inbound or outgoing packets.

How does firewall inspection work?

The process of inspection involves comparing a packet’s contents against the firewall’s set of rules. Depending on if the rule is setup as a blacklist or whitelist, it will react differently to a match.

  • A blacklist rule will block any packets which match the criteria.
  • A whitelist rule will block any packets which don’t match the criteria.

A firewall’s rules are highly configurable. Meaning you can make the packet inspection process unique to your security setup. Here are some examples of how you could use custom firewall rules:

  • Creating a whitelist for your own company IP. Preventing any outsiders from accessing what’s behind the firewall.
  • Making a blacklist for the IP of a known malicious file server. Stopping it from distributing malware onto your network.
  • Creating a whitelist for certain domain extensions (.com, .co.uk .edu e.t.c.) on outgoing traffic. Blocking staff from accessing potentially dangerous sites.

Why are firewalls important?

Firewalls are often compared to a lock on the door to your network. But it might be more accurate to say that a firewall is the door.

Without a firewall in place, any connection can flow freely in or out of your network. Including connections from known malicious sources. This means you could experience unauthorised access to networked files. Leading to a data breach, malware infection or worse.

You need a firewall to filter out the bulk of malicious connections. And there’s a lot of malicious connections. One study found that within 52 seconds of being online, servers were being probed by hackers. With an average rate of 757 connection attempts per hour.

Are firewalls hardware or software?

Firewalls can be either a hardware appliance or a piece of software which runs on a machine. So, the answer is both.

Not helpful, I know.

But the main difference between the two is this:

  • Software firewalls tend to protect the individual machine it’s installed upon, typically a laptop or PC
  • Hardware firewalls usually protect many machines or an entire network.

What types of firewall are there?

Circuit-level

Circuit level firewalls are a type of firewall that monitors transmission control protocol (TCP) handshaking. It ensures that the communication between packets is legitimate and not malicious.

Stateful inspection

A firewall with stateful inspection considers the state of current connections when filtering packets. This means that the firewall can block the packet in one case but allowed in another. Depending on the current state of the connection.

Unified threat management (UTM)

Whilst technically not a type of firewall, UTM is instead an advanced security appliance which combines the security functions of many different security appliances. One of these being a firewall. We have an article explaining everything you need to know about UTM if you wish to learn more.

What is a next-generation firewall?

A next-generation firewall (NGFW) contains all the normal defences that a traditional firewall has and more. The most common additions are intrusion prevention software and application control. But certain vendors have other bonus security features. NGFWs are also capable of deep packet inspection which enables more robust filters.

Intrusion prevention software monitors network activity to detect and stop vulnerability exploits from occurring. This is usually done by monitoring for breaches against the network policies in place.

Application control software sets up a hard filter for programs that can send or receive data over the Internet. This can either be done by blacklist (blocks any programs in the filter) or by whitelist (blocks any programs not in the filter).

What is deep packet inspection?

Deep Packet Inspection (DPI) is a type of packet inspection which analyses the full contents of a data packet. Instead of only information in a packet’s header (where it is coming from and going to).

This enables DPI to filter out malicious packets, such as viruses and trojans, with better accuracy. As rather than only looking at the sender and destination, the packet’s contents can be used in filters as well.

This allows DPI to uncover a broader range of security threats because it will discover packets with a malicious payload but an innocuous header.

Where did the name firewall come from?

A final piece of trivia: the name firewall originated from the real-world application of fire partitions used in buildings. These would be walls that were implemented into a building to act as a barrier to stop fire spreading from one room to another.

The similarity between a fire spreading through a building and a computer virus spreading through a network prompted the same name to be adopted for the network device.

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Firewall

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Information Security - InfoSec - Cyber Security - Firewall Providers Company in India

 

 

 

 

 

 

 

 

 

 

 

 

What is Firewall? A Firewall is a network security device that monitors and filters incoming and outgoing network traffic based on an organization's previously established security policies. At its most basic, a firewall is essentially the barrier that sits between a private internal network and the public Internet.

 

Secure your network at the gateway against threats such as intrusions, Viruses, Spyware, Worms, Trojans, Adware, Keyloggers, Malicious Mobile Code (MMC), and other dangerous applications for total protection in a convenient, affordable subscription-based service. Modern threats like web-based malware attacks, targeted attacks, application-layer attacks, and more have had a significantly negative effect on the threat landscape. In fact, more than 80% of all new malware and intrusion attempts are exploiting weaknesses in applications, as opposed to weaknesses in networking components and services. Stateful firewalls with simple packet filtering capabilities were efficient blocking unwanted applications as most applications met the port-protocol expectations. Administrators could promptly prevent an unsafe application from being accessed by users by blocking the associated ports and protocols.

 

Firewall Firm is an IT Monteur Firewall Company provides Managed Firewall Support, Firewall providers , Firewall Security Service Provider, Network Security Services, Firewall Solutions India , New Delhi - India's capital territory , Mumbai - Bombay , Kolkata - Calcutta , Chennai - Madras , Bangaluru - Bangalore , Bhubaneswar, Ahmedabad, Hyderabad, Pune, Surat, Jaipur, Firewall Service Providers in India

Sales Number : +91 95 8290 7788 | Support Number : +91 94 8585 7788
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