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The Future of Networking Technology

the future of networking technology
the future of networking technology

We can not imagine our lives without Networking. Networking is the near future, we all know. To enhance networking, we need new networking technologies. We all know the importance of networking technology in modern society as the tech era is increasing. We need high networking technology to handle advancement in networking technology. Hence, the future of Networking Technology is far beyond our imagination.

This blog will help you learn about The Future of Networking Technology!

What is Network Technology?

Network Technology refers to the technologies that send and receive data between two or more computers with or without the Internet. It contains routers, switches, cables, wireless access points, and hubs.

Network Technology helps in file transferring, media content sharing, email sending, VoIP Telephony, online gaming, communication services, and remote access to applications and systems. There are various types of Network Technologies. Let us explore them.

What are the types of Network Technology?

To transfer Networks, we have various network technologies:

  1. Wired and Wireless: Wired connections are known for stability, and high-speed capabilities and are considered the backbone of the stationery applications. It is used in corporate offices where mobility is not needed. Wireless connections are known for flexibility and mobility. They are mainly for smartphones, tablets, laptops, etc. It has made our work far more easier than earlier. 
  2. Networking by Transmission method: Transmission of networks can be done by two methods- point to point that generates a direct connection between two endpoints. It helps to generate direct links to nearby places like 2 buildings. The second one is the multi-point network that enhances multiple connections over a single network.
  3. Networking by Scale: Networking by scale includes LAN [Local Area Network, MAN [Metropolitian Area Network], PAN [Personal Area Network], VPN [Virtual Private Network], and SDN [Software-defined Network]. 

What is the Evolution of Networking Technology?

Do you know the concept of Packet-switching wide area networks was 

imagined before local area networks, and in 1965 national packet-switched network was proposed by Donald Davies in the UK for Britain. In 1966 Bob Taylor secured funding for ARPANET, the first network to use TCP/IP, set by Robert Kahn and Vint Cerf.

As of now, we have transformed into a modern Network technology with the help of SDN [Software-defined Network]. 

The transition from traditional networking to modern networking technologies like SDN has occurred as it allows management of the network from a central location, it can manage network configuration easily, is capable of using a northbound interface that communicates with APIs helps developers in network programming, etc.

 SDN has helped to move from traditional to modern networking.

What are the Current Trends in Networking Technology?

Here are the current trends in the Networking Technology:

  1. Software-Defined Networking (SDN): SDN is a network architecture that utilizes software to control networks, which allows IT administrators to configure networks using a software application. SDN operates a centralized controller to handle switches and routers, isolating network control from data processing. This improves network flexibility and efficiency, optimizing infrastructure device configuration for enhanced versions. 
  2. Network Function Virtualization (NFV): By positioning virtualized network functions at the network edge, closer to end-users, delays in data transmission are reduced. This trend not only improves the general user experience but also unlocks doors for creative applications such as AR, autonomous vehicles, and real-time analytics.
  3. Cloud Networking: Cloud networking presents high speed, automatic software integration, unlimited storage, speedy deployment, mobility, cooperation, cost deduction, and data backup/restoration abilities. These characteristics improve productivity, scalability, and flexibility while lessening costs and providing data security.
  4. Internet of Things (IoT) and Networking: The IoT is a network of physical objects that use detectors, software, and other technologies to swap data with other devices and systems over the Internet. IoT is a review of current trends, with a firm focus on cloud computing and the blending of sensors and actuators with the environment. IoT is used in many industries, including healthcare, security, and AI, and is most typically associated with “smart home” products.
  5. Edge Computing and Edge Networking: Edge computing concentrates on fetching computation and data storage to the devices at the network edge as close to the data source as practicable. Edge networking is a dispersed computing paradigm that drives data storage and computation nearer to the point of need, away from centralized data centers.

What are the Emerging Technologies Shaping the Future of Networking?

Here are the emerging technologies shaping the future of networking:

  1. 5G Networks: 5G technology is the most delinquent generation of mobile communication networks, providing faster speeds and enhanced dependability compared to earlier generations. It can revolutionize the way we live, work, and play, by encouraging new and creative applications that were once not possible.
  2. Artificial Intelligence (AI) and Machine Learning (ML) in Networking: Using AI and ML, network analytics tailors the network baseline for warnings, diminishing noise and wrong positives while allowing IT teams to accurately pinpoint problems, trends, irregularities, and root causes.
  3. Quantum Networking: Quantum networks hold the possibility for more rapid and secure communication. However true quantum networks are practical and need more engineering and scientific research. Quantum networking links systems and shares data among them using quantum phenomena.
  4. Blockchain Technology and Networking: Blockchain technology is an evolved database mechanism that permits transparent information transfer within a business network. A blockchain database keeps data in blocks that are connected in a chain.
  5. Augmented Reality (AR) and Virtual Reality (VR) Networking: Augmented Reality (AR) and Virtual Reality (VR) have appeared as transformative technologies, reshaping how individuals interact with digital content and the physical world. As these immersive technologies gain momentum, their impact on network infrastructure becomes a critical consideration.

Future of Networking Jobs: Trends and Predictions

With the rise of technology, Network Engineers are in high demand. Network engineers play a vital role in creating and supporting the infrastructure that supports the connected world operating smoothly. 

This generation needs more than 6 Lacs engineers but at present, we only have 65k. It clearly describes the need and demand for Network Engineers in this epoch. 

To manage complicated systems, we need the help of Network Engineers. Also, emerging technologies like 5G, IoT, cloud computing, etc.

Jobs: There are various jobs in the Networking field including

  • Support Engineer
  • Desktop Support Engineer
  • Jr. Network Engineer
  • Sr. Network Engineer
  • L2 and L3 Network Engineer
  • F5 Load Balancer- Network Engineer
  • Network Engineer (Routing & Switching) L1 / L2 support
  • Lead Network Engineer
  • Lab Engineer
  • System Administrator

Salary: Here is the list of salary expectations in different countries:

  • United States: $84,472 per year
  • Canada: CAD 84,439 per year
  • United Kingdom: £25,500 per year
  • Germany: €57000 per year
  • France: €75,700 per year
  • Switzerland: CHF 1,20,000 per year
  • Australia: AUD 110,000 per year
  • New Zealand: NZD 90,000 per year
  • Japan: ¥300,000 per year
  • Singapore: SGD 49,585 per year
  • India: INR 5,00,000 per year
  • China: CNY 345,000 per year
  • Brazil: BRL 96,000 per year
  • South Africa: ZAR 540,000 per year
  • United Arab Emirates: AED 343,195 per year

Recognition: Recognition with relevant skills is crucial to set your future in networking technology. This recognition will help you get better opportunities and career enhancement.

What are the top Networking Courses in IT?

You can pursue an IT Networking course from Network Kings where you will learn from industry experts who possess experience in the IT Networking field of around 15+ years. Here are the benefits of learning from Network Kings:

  • Network Kings does not hire local teachers/ trainers to provide you with the best training instead we hire industry experts who possess industry experience of more than 15 years in their field.
  • Network Kings delivers online training so that you can access it from anywhere.
  • Network Kings has a free Live demo class for your better understanding.
  • Top technical courses for beginners at Network Kings are available in Hindi and English.
  • The Linux program span is approximately 30+ hours.
  • With Network Kings, get credentials to real labs with live doubt-clearance sessions.
  •  Batches have evening classes. So you don’t have to consume your office time in classes.

Conclusion

Being up to date with tech lets you see and involved in jobs faster than ever. 

Remaining current with technology can keep your skills from evolving stale. Maintaining your tech skills fresh and up-to-date can help you succeed in your career.

Scalability is set to be a primary focus of networking in the not-too-distant future. As organizations keep on adopting and making new advancements like cloud computing, they’ll need network architectures that can grow with them as their needs range and develop.

Scope of CyberSecurity: The Future in IT

Scope of CyberSecurity
Scope of CyberSecurity

The way technology has set its periphery in the world is inexplicable. With all the pros it has provided, there are numerous cons too. While demonstrating the benefits, we must not neglect to mention the inconvenience it has caused so far. 

Users are increasing rapidly, and so are the attackers. Therefore to keep the data, devices, and networks secure, IT industries seek experts in the same domain. 

  • Which expert?
  • A CyberSecurity Expert.

Being a tech user, one is always apprehensive regarding utilizing a particular device, data, and network. The concern makes one feel bewildered and detested by technology. 

Technology, along with the advancement, even deals with the risk and threats of malicious cyber-attacks. Accordingly, the need for CyberSecurity is increasing rapidly with each passing day. 

Not just the security, but a CyberSecurity expert handles much more. To know the rest read the blog till the end.

What is Cybersecurity?

Cybersecurity refers to the practice of safeguarding a system, network, and program from malicious attacks. These attacks target sensitive information, extort money, and interrupt business processes.

What is the importance of CyberSecurity in the tech world?

The era of technology has aided every individual dissimilarly. Multiple uses result in different experiences. But, the risk and threat of attack are always the same. Therefore, the people misusing the data, server, and network tend to sell or use them for private purposes. 

CyberSecurity is important as, at an individual level, an attack can result from identity theft to extortion attempts to losing data. Since everyone relies on infrastructures like banks, hospitals, schools, and other private or government offices, there is always a risk of data theft. Therefore, such infrastructures require a CyberSecurity expert to ensure the safety of critical and confidential information.

What are the kinds of CyberSecurity threats?

Cyber Crimes are increasing rapidly. Networks, Servers, and Data get attacked in numerous ways. No matter how much one tries to secure the connection, the attackers still manage to find their way. A few such methods of Cyber Attacks are as follows-

1. Phishing Attack

Sending fraudulent emails resembling those from reputable sources aiming to steal sensitive data (credit card numbers and login information) is known as a Phishing Attack. It has become the most frequent mode of Cyber Attack. 

2. Ransomware Attack

Malicious software designed to block access to files or the computer system for extorting money is known as a Ransomware Attack. There is no guarantee that the files will get recovered or restored after the payment.

3. Malware Attack

Malicious software designed to gain unauthorized access or to cause damage to a computer through viruses (worms, spyware, ransomware, adware, and trojans) is known as a Malware Attack. 

4. Password Attack

An attack made by cracking the password of a user’s computer using different programs and tools (Aircrack, Cain, Abel, John the Ripper, Hashcat) is known as a Password Attack.

5. Social Engineering Attacks

Tricking a user by denying to provide an entry point to make the user reveal sensitive information or install malware applications on their device is known as a Social Engineering Attack. 

What is the scope of CyberSecurity in the tech world?

CyberSecurity has been in existence since 1971. The first computer virus indicated that no matter how much we try to secure a device or a network, attackers manage to find their way to invade. 

The demand for CyberSecurity experts is increasing expeditiously as Cyber Attacks are happening more often. One can make an excellent career in the CyberSecurity domain as all the big IT firms now require a CyberSecurity expert to ensure the security of their network, data, and devices. 

What are the prerequisites for becoming a CyberSecurity expert?

CyberSecurity experts need to secure every minute detail of a big IT firm as well as a small company. The prerequisites for becoming a CyberSecurity expert are as follows-

  • Graduation Degree
  • Associate-level Certification (Preferred)
  • Experience with Security management
  • Fundamental knowledge of IT 

What are the Courses and Certifications required to become a CyberSecurity expert?

A student feels baffled regarding what to do after the 12th. But, those who get amused with CyberSecurity opt for an exciting life ahead. Therefore, we have listed the in-demand CyberSecurity courses and certifications required to become a CyberSecurity expert. The list is as follows-

These certification courses are styling the future of the forthcoming CyberSecurity experts by providing quality and genuine information. 

What skills are required to become a CyberSecurity expert?

The skills required to become a CyberSecurity expert are as follows-

  • Understanding of Hacking
  • Networking and System Administration
  • IoT Security
  • Operating Systems 
  • Cryptography
  • Artificial Intelligence 
  • Network Security Control
  • Coding
  • Cloud Security
  • Windows Server
  • Computer Forensics Skills
  • Blockchain Security
  • Programming Skills
  • Virtualization

What is the role of a CyberSecurity expert?

Becoming a CyberSecurity expert is a toilsome task as one needs to be fully aware of all the mediums of threat and risks to avoid malicious attacks. A CyberSecurity expert is mainly responsible for-

1. Tracking and assessing Networks 

2. Analyzing and evaluating potential threats 

3. Creating technical reports 

4. Implementing Security programs 

What is the salary of CyberSecurity experts?

Due to the increasing demand for security, each IT firm now requires a CyberSecurity expert. The average salary of a Security Manager ranges from 2.6 LPA to 20 LPA and keeps rising simultaneously.

Wrapping Up!

Cyber Crimes are increasing, and so is the demand for CyberSecurity experts. Therefore, making a career in the CyberSecurity domain is no less than a boon. 

Stop waiting and make a move now. Good Luck!

NOTE:  Now get FREE PaloAlto Firewall Course worth Rs. 999 (INR) to excel in the world of IT.

Comparison Between TCP and UDP

difference between tcp and udp , Comparison Between TCP and UDP

In the world of technology, a user is free to choose the internet protocol in order to tackle or manage the server traffic. With the increase in the usage of technology, everyone has become fully dependent on the tech world. None is ready to compromise with the Network, Servers and Data Protocols as these might affect their work balance and lives as well.

Similarly, in order to control and access Internet Protocol Traffic, one is free to choose the right protocol for him or her depending upon his or her usage. The two major and important internet protocols are-

  • TCP
  • UDP
difference between tcp and udp , Comparison Between TCP and UDP

What is TCP?

TCP stands for Transmission Control Protocol which deals with the study of connection orientation of protocols. In simple words, TCP determines that a device must establish the connection before sending, receiving or exchanging the data or information and should close the connection as well after sending, receiving or exchanging the data and information. It has a built-in system for checking, correcting and identifying the errors which is completely reliable.

What is UDP?

UDP stands for User Datagram Protocol which deals with the study of datagram orientation of protocols. In simple words, UDP determines that a pre-established connection is not required to share or exchange the data and information. It does not involve error checking and is not ideal for sending and receiving emails, viewing web pages or downloading a file. It is mostly used in real-time connections and sending broadcasting messages. 

Difference Between TCP and UDP

TCP vs UDP

The TCP and UDP protocols are differentiated on the following enlisted basis-

 

Transmission Control Protocol (TCP)

User Datagram Protocol (UDP)

Speed

Slower than UDP

Faster than TCP

Data Sequencing

Data is sequenced

Data is not sequenced

Retransmission

Lost data can be recovered

Lost data can not be recovered

Weight

Highly weighing

Low weighing

Protocols

HTTP, HTTPs, FTP, SMTP and Telnet

DNS, DHCP, TFTP, SNMP, RIP, and VoIP

Stream Type

Byte stream protocol

Message stream protocol

Reliability

Completely reliable

Not reliable

Connection

Connection-based protocol and end-to-end communication

Connectionless protocol and no end-to-end communication

Guaranteed Delivery

Guarantees the delivery of data and information

Does not guarantee the delivery of data and information

Acknowledgement

Includes the acknowledgement segment for the secure and complete transmission of the data and information

Does not include the acknowledgement segment for secure and complete transmission of the data and information

Examples of TCP and UDP protocol

The best way to explain and understand the TCP and UDP protocol is through real life examples.

  • Text Communication

Since everyone is aware of the importance of Text Communication in the present era no one is ready to tolerate any sort of discrepancy in texting between the sender and the receiver. Hence, TCP is the best protocol to be used in Text Communication due to its reliability, and error control.

For instance: Whatsapp, Instagram, Google Chat, etc…

  • Transfer of files or FTP

TCP protocol is used while File transferring to ensure that the data and information is shared completely and securely. FTP requires two TCP connections-

  1. Control Connection
  2. Data Connection. 

For instance: FileZilla and Servers, etc…

  • HyperText Transfer Protocol

HTTP is hence used to manage all the data present on the World Wide Web as it uses the TCP protocol to access the web pages on the internet. Since the TCP provides error control and retransmission of data segments, it is highly used in the network domain.

  • Simple Mail Transfer Protocol

SMTP is a layering protocol commonly used in sending Emails from one system to another system which further uses the services of TCP to establish a connection with the SMTP server. And, the moment it accepts the connection request, it allows the sender to send the mails.
For instance: Yahoo, Gmail, etc…

  • Online Gaming

All the online games we play require the UDP protocol. Though the players never compromise with the quality of network available to play the game, he or she seeks to install the best server available in that particular area or region. And, since UDP protocol is the fastest protocol, it does not let the players face any lagging or connectivity issues as no amount of delay is welcomed by the online gamers across the globe. 

For instance: All the available online games

  • Video Conferencing

All the Video Conferencing apps use the services of UDP protocol as it is faster than the TCP protocol and it can not manage to have any delays in the exchange of data and information.

For instance: Skype, Google Meet, and Zoom, etc…

  • Voice Over IP(VoIP) –

VoIP is almost similar to Video Conferencing and its services, where the apps use the UDP protocol for converting one’s voice to digital data and further transmits it over the whole network. For instance: Whatsapp Voice calling and Wi-Fi calling, etc…

  • Domain Name System

DNS is a service used to map the domain names of the IP addressing and the application layering as it can be looked at as a distributed DataBase having a hierarchical named Server. It further uses the UDP protocol for fetching all the IP addresses as it is faster than the TCP protocol and hence manages to provide a high speed service to all the servers and networks installed.

FAQs:

The basic difference between both the protocols is that TCP is a connection oriented protocol while UDP is a connectionless protocol.

 Both the protocols, TCP and UDP are used to send the data from one server to the another.

 The UDP protocol provides higher speed than the TCP protocol.

TCP is more reliable than the UDP protocol.

 TCP stands for Transmission Control Protocol while UDP stands for User Datagram Protocol.

TCP is used in FTPs and text communication while UDP is used in online games, and video conferences.

A Quick Way to Learn IDS VS IPS: Tech Hacks 

ids VS ips - what's the difference
ids VS ips - what's the difference

Intrusion prevention and Detection Systems (IPS/IDS) are security technologies designed to protect computer networks from malicious activity. IDS vs IPS get often used together to provide comprehensive protection.

IPS is a system that monitors network traffic, identifies suspicious activity, and then prevents it from happening. It is typically put to use to block malicious traffic from entering a network or from leaving a network.

IDS is a system that monitors network traffic and identifies any suspicious activity. However, it typically does not block the operation. Instead, it will alert a user or system administrator of a potential threat, who can then take action to protect the network.

What is IDS?

IDS stands for Intrusion Detection System. It is a system or software application that monitors a network or systems for malicious activity or policy violations. It can use different techniques to detect malicious activities, such as network traffic analysis, file integrity checking, and log monitoring. The goal of an IDS is to spot, alert, and respond to policy violations.

What is IPS?

IPS stands for Intrusion Prevention System. It is a network security technology that monitors and detects malicious activity on a network. It analyzes network traffic, identifies suspicious activity, and blocks doubtful traffic from penetrating the network.

IDS VS IPS

IDS vs IPS

Both IDS and IPS are essential components of a network security strategy. They provide very different types of protection, and both get used to providing the most comprehensive protection.

What are the types of IDS?

The IDS lies upon the two types of detections

  • Signature-based Detection

Signature-based IDS solutions warn administrators established on pre-existing signatures referring to attack or malicious behaviour that permits accurate and automated alerts since the system points to an existing signature database.

This sort of system often seeks indicators of concession like scanning file hashes, traffic heading to known malicious domains, malicious byte series, and even email subject lines, known as phishing attacks.

  • Anomaly-based Detection

Anomaly-based IDS works by monitoring network activity for deviations from normal behaviour as it hunts for patterns in user behaviour, network traffic and system configurations that are not typical, indicating that something may be wrong. 

The advantage of this type of IDS is that it can detect new threats having no solution. However, its results are unreliable and can generate false positives since it yearns for deviations from normal behaviour.

The kinds of IDS are as follows- 

  1. Network-Based Intrusion Detection System (NIDS)

NIDS monitors traffic on a network and uses signatures to detect malicious activity. It can also detect anomalies in network traffic that can indicate malicious activities. 

  1. Host-Based Intrusion Detection System (HIDS)

HIDS monitors activity on a single host and is more effective at detecting malicious activity specific to a single host. 

  1. Protocol-based Intrusion Detection Systems (PIDS)

PIDS is positioned at the front of a server and observes the flowing traffic to and from devices. It secures users browsing data on the internet.

  1. Application protocol-based Intrusion Detection Systems (APIDS)

APIDS is equivalent to a protocol-based system in innumerable ways, but the only difference is that it examines traffic across a group of servers. It depends upon explicit application protocols to monitor activities and help network administrators better differentiate and organize the network inspection activities. 

  1. Hybrid Intrusion Detection Systems

Hybrid IDS delivers a medley of the above kinds of intrusion detection. Some vendors offer a variety of IDS to shield numerous systems in a single interface.

What are the types of IPS?

  1. Network Intrusion Prevention System (NIPS)

This type of Intrusion Prevention System (IPS) got designed to observe and detect malicious activity on a network. It monitors all traffic entering and leaving the network and looks for suspicious activity or patterns that indicate an attack. 

It can then take appropriate action, such as blocking the connection or alerting the network administrator.  

  1. Wireless Intrusion Prevention System (WIPS)

This type of IPS got designed to catch malicious activities on wireless networks. It can detect unauthorized access points, rogue devices, and other malicious activities. 

WIPS is identical to NIPS. The only difference is that WIPS limits wireless networks for detection and reaction against it.

  1. Host-Based Intrusion Prevention System (HIPS)

HIPS are frequently deployed on principal devices and hosts that an organization yearns to protect. The system monitors the flowing traffic (through and from the host) to witness malicious behaviour of a network. 

  1. Network Behavioral Analysis (NBA)

NBA is the complete opposite of NIPS. NBA tries to search for abnormal behaviour of a system. This abnormality is found in patterns, making it prominent for detecting incidents like DDoS attacks, behaviours against the policy, and other types of malware in a network.

What are the similarities between IDS and IPS?

  • Monitoring systems and networks
  • Alerting on detecting a threat
  • Learning new methods of threat detection
  • Logging the activity

What are the distinctions between IDS and IPS?

  • Response 
  • Protection
  • Impact

Wrapping Up!

IDS and IPS are both essential components of cybersecurity since they detect and prevent threats or malicious attacks on a network. Therefore, it is necessary to segregate IDS and IPS to safeguard the systems and networks simultaneously!

Leave your queries in the comment section since we are available for help.

Good Luck!

Offensive Security Vs Defensive Security: Know the Ultimate Truth

Offensive Security Vs Defensive Security
Offensive Security Vs Defensive Security

Cybersecurity has become a critical issue for businesses, organizations, and individuals in today’s digital age. With the increasing reliance on technology and the internet, it is essential to have efficient measures in place to protect systems and networks from cyber threats. There are two main approaches to cybersecurity: Offensive Security and Defensive Security. 

In this blog post, we will explore the definitions and differences between these two offensive security VS defensive Security and we will also consider the pros and cons of each to determine which is the better approach for protecting against cyber threats.

What is Offensive Security?

Offensive Security refers to the practice of actively attacking and exploiting computer systems and networks to test their defences and identify vulnerabilities. 

Offensive Security gets often used by companies and organizations to evaluate the effectiveness of their security measures, as well as by governments and military organizations to gather intelligence and disrupt the activities of adversaries.

What is Defensive Security?

Defensive Security, on the other hand, refers to protecting computer systems and networks from attack by identifying and mitigating vulnerabilities and implementing measures to prevent or detect unauthorized access or activity. 

Companies and organizations use Defensive Security to safeguard their systems and data from cyber threats. Even government and military organizations use the Defensive Security approach to defend against cyber attacks from adversaries.

What are the differences between Offensive and Defensive Security?

 

 

OFFENSIVE SECURITY

DEFENSIVE SECURITY



PURPOSE

Offensive Security focuses on proactively attacking and exploiting vulnerabilities to test and improve the security of a system.

Defensive Security focuses on protecting against and responding to attacks.




INITIATOR

Offensive Security initiatives are usually initiated by an organization or a group of individuals who want to test the security of their systems or those of others.

Defensive Security initiatives are usually initiated by an organization or individual in response to a perceived threat or to prevent an attack from occurring.



GOAL

The goal of Offensive Security is to identify and exploit vulnerabilities to improve the overall security posture of a system. 

The goal of Defensive Security is to prevent attacks from occurring and to mitigate the impact of an attack if one does occur.




TECHNIQUES

Offensive Security techniques include penetration testing, vulnerability assessment, and red teaming.

Defensive Security techniques include firewall configuration, intrusion detection and prevention systems, and security incident and event management (SIEM).



PERSPECTIVE

Offensive Security involves looking at a system from an attacker’s perspective and attempting to find ways to compromise it.

Defensive Security comprises looking at a system from the perspective of a defender and attempting to identify and mitigate potential vulnerabilities.


LEGAL CONSIDERATIONS

Offensive Security activities can sometimes be illegal, depending on the jurisdiction and the specific actions taken.

Defensive security activities are generally legal.



ETHICAL CONSIDERATIONS

Offensive Security activities can be considered unethical if they are performed without the consent of the owner of the system being tested.

Defensive security activities are generally considered ethical.



KNOWLEDGE

Offensive Security typically requires a deeper understanding of how systems and networks work and how to exploit vulnerabilities.

Defensive Security typically require a broader understanding of security principles and best practices.


ACTIVE VS PASSIVE

Offensive Security involves actively attempting to compromise a system.

Defensive Security involves passively protecting against potential attacks.



TOOLS

Offensive Security often involves the use of tools and techniques, such as exploit frameworks and custom malware.

Defensive Security does not use the tools used in Offensive Security, such as exploit frameworks and custom malware.




SKILLS

Offensive Security professionals may have a more specialized skillset, as they focus on a specific area of security (e.g. web application security or network security).

Defensive Security professionals typically have a more general understanding of security principles and practices.


TEAM DISTINCTION

Offensive Security professionals may work in a “red team” or “ethical hacking” role.

Defensive Security professionals may work in a “blue team” or “security operations” role.



FOCUS

Offensive Security is often more focused on finding and exploiting specific vulnerabilities.

Defensive Security is more focused on implementing a broad range of controls to protect against a wide range of potential threats.



ACTIVITY STATUS

Offensive Security is typically more reactive, as it is usually initiated in a response to a specific vulnerability or attack.

Defensive Security is typically more proactive, as it is focused on preventing attacks from occurring in the first place.


FUNCTION

Offensive Security is often focused on testing the security of a specific system or network.

Defensive Security is focused on protecting an entire organization’s assets and infrastructure.

Offensive Security VS Defensive Security - Which is better?

People believe that a strong defence is the best approach to cybersecurity. Therefore, it is often more difficult and resource-intensive to constantly search for and exploit vulnerabilities than to identify and fix them. But the potential consequences of a successful attack can be much more severe than the costs of implementing accurate defences.

However, it is also necessary to have an accurate Offensive Security program to identify and test for vulnerabilities that might not get detected through defensive measures alone. It helps organisations stay ahead of potential attackers by proactively identifying and fixing vulnerabilities before getting exploited.

Thus, it is generally best to have a balanced approach- Offensive Security and Defensive Security measures. It can help organizations identify and fix vulnerabilities, prevent attacks, and respond effectively to any incidents that do occur.

Where to learn Offensive Security and Defensive Security?

Offensive Security and Defensive Security are the crucial part of cybersecurity and are hence, included in various cybersecurity courses, namely-

Enrolling in these courses, you can master the essential skills required in cybersecurity; and safeguard your system, network, and data from malicious attacks. 

Network Kings helps you dwell in cybersecurity with the world’s best courses chosen just for you.

NOTE: Enroll today and get a FREE DEMO Session by a Cybersecurity Engineer worth $45.

Wrapping Up!

In conclusion, Offensive Security and Defensive Security are mandatory for protecting computer systems and networks from cyber threats. Offensive Security vs Defensive Security have various pros and cons, but their motive is the same. A balanced approach- Offensive Security and Defensive Security implemented together, is generally considered the best way to ensure cybersecurity.

Therefore, if you have any queries, suggestions, or comments regarding this blog or wish to enroll in the courses, feel free to write in the comment section below.

Happy Learning!

 

What is a Routing Table in Computer Networks?

what is a Routing Table?
what is a Routing Table?

Until now, we have also learned about the network components such as routers and Wireless LANs. When you grant Internet access, your LAN is connected to the Internet via the router.

Therefore, a router plays a very important role in forwarding the data packets in a computer network. It is the one responsible for sending your packets from source to destination.

Note: If you haven’t read the previous blog of our CCNA 200-301 series, I highly recommend you do so.  

In this blog, we will learn how a router uses a ‘routing table’ , the interface to which the data must be sent. We will also learn about all the information that a routing table stores inside it. Last but not the least, we will also learn the difference between static and dynamic routing.

Let us start learning about the routing table!

Devices such as routers and switches that are IP-enabled use routing tables. A routing table is updated dynamically via network routing protocols.

What is a routing table?

When a data packet has to be sent to a destination via the source, the router delivers the packet by following a set of rules. These sets of rules viewed in a tabular format determine where these data packets will be delivered. These are called a routing table.

You can view a routing table by using the “show IP route” command. When you use this command, you will be presented by something like the following:

show ip route” command.

Devices such as routers and switches that are IP-enabled use routing tables. A routing table is updated dynamically via network routing protocols.

How Does a Routing Table Work?

A router has to make decisions on which interface it has to deliver the packets. A routing table helps the router to take these decisions effectively.

The routing table helps a router with the following most important piece of information:

  • It tells the destination IP address to the router.
  • It tells the best path to the router to reach the destination.
  • It also helps the router to manage the network traffic every second.
routing table

In the routing table as shown in the image above, the 3 metrics are the most important:

  • Network destination:

It consists of the network ID of the destination. 

  • Net mask:

It consists of the subnet mask of the destination IP address.

  • Interface:

It refers to the port at which the router is connected to the network.

Let’s understand all of these in detail!

What are the Routing Table Entries?

Routing table entries refer to the information that is contained in a routing table. It contains important information such as IPv4 and IPv6 address classes. 

Note: The primary fields such as Network ID, next hop and cost or metric of a routing table do not change.

Let us learn about the various routing table entries:

  • Network ID:

The Network ID is the ID of the destination that belongs to a route.

  • Destination:

It is the IP address of the final destination that a data packet has to reach.

  • Subnet Mask:

It is a 32-bit network address, also referred to as the netmask. It functions to match the destination IP Address to the Network ID. it tells whether the host is the local or remote network. 

  • Gateway:

It is the IP address to which the packet is forwarded to and is commonly known as the next hop.

  • Interface:

A router could either be connected to the devices in the same network or outside a Wide Area Network (WAN). They mostly use Ethernet interfaces to connect to these devices. 

  • Metric:

It shows the minimum number of networks crosses or hops to the Network ID. it provides a value to each available route through which the packet can be sent. Then, it helps in selecting the best path. 

The path with the lowest metric is chosen when there are multiple paths to the same destination network.

How are the Routing Tables Maintained?

A routing table can be maintained by:

  • Using Dynamic routing
  • Using Static routing

Let’s learn the difference between these two routing modes with the help of a table!

Dynamic Routing 

Static Routing

1. Routing protocols are used to build and maintain the routing tables automatically without any manual help.

1. The routing tables are not changed until a Network Administrator manually changes them.

2. They have multiple paths available to the destination.

2. They have a single pre-configured path to the destination.

3. The algorithms automatically update the routing tables.

3. There is no automation update.

4. It needs more computation time and bandwidth.

4. It does not need more computation time or bandwidth.

5. It is less secure.

5. It is more secure.

6. It uses distance vector algorithms such as RIP/IGRP as well as link state algorithms such as OSPF to adjust the routes.

6. There is no use of algorithms.

7. Entire routing table is used to identify the available paths.

7. Only one entry in the routing table is used to identify the available path.

8. It is used in large networks in big organizations.

8. It is used in small networks in small-sized organizations.

The above are all the important points that you need to know about static and dynamic routing.

Conclusion:

This marks the end of our introductory blog to the routing table. We have learned about what routing tables are and how they function.

This helps us understand and dissect how routers work. We also learned about how routing tables can be maintained. Further, we will learn more about networks in the upcoming blogs. 

Stay tuned for the upcoming blog of our CCNA 200-301 series. 

Happy Learning.

Exploring Jobs in AWS Cloud – Your Cloudy Future!

jobs in aws cloud
jobs in aws cloud

Are you seeking to embark on a profitable profession in the cloud computing industry? In the rapidly growing technological landscape, cloud computing has come up as a modern-day, revolutionizing the manner corporations manipulate and deploy applications and services. This complete blog delves into the wide variety of jobs in AWS cloud that offers interesting challenges, boom potential, and the chance to work with modern-day technologies. 

In this blog, we’ve got discovered the numerous job roles available in AWS Cloud and discussed why pursuing a profession in this domain may be rewarding. So, permit’s dive in and find out the high-quality opportunities that look ahead to you within the global jobs on AWS Cloud. 

What is AWS Cloud?

AWS Cloud sets under the Cloud computing domain. AWS lowers the cost, becomes more nimble, and innovates quickly. Hence, all the fastest-growing startups and organizations are using AWS Cloud service.

AWS cloud computing course includes AWS Professional, AWS DevOps, and AWS associate courses. All the AWS cloud computing courses are beneficial for gaining knowledge in Cloud Computing.

What is the importance of AWS Cloud Training?

As businesses use the AWS Cloud, jobs in AWS Cloud are increasing rapidly. So, to step into the IT field, you can opt for AWS Cloud training as your career. Here is the importance of AWS Cloud Training:

  • Global Architecture: AWS Cloud service is a worldwide service. It has 44 availability zones, 18 geographical regions, and one local region. Due to its spread globally, there are more and more opportunities for AWS Cloud training students in the future. 
  • A secure job: According to the sources, AWS contributes 31% of the market share, so there is a hike for AWS Cloud-certified students. If you are searching for jobs in the AWS cloud, then AWS Cloud training is for you.
  • Expertise in AWS: If you have certifications in AWS cloud computing, you possess expertise in a particular field. With AWS certification, you can widen your skillset.
  • Digital Badges: Students with AWS certifications get digital badges. These badges help to showcase your skills and AWS training certificate in the resume and social media. With these badges, the student is eligible to attend various certification events by AWS. 
  • Dedication: The students can gain AWS Certification after clearing the exam. If you have AWS Certificate, it shows your commitment towards learning the AWS Cloud course and clearing the exam.
  • Ease in completing AWS Certifications: Nowadays, numerous EdTech platforms offer online AWS cloud computing courses. Students can get study material, live classes, and video lectures for AWS training online. One such EdTech platform is Network Kings, which provides AWS Cloud training from professional engineers.
  • High salary: AWS Certifications open your path to highly-paid jobs in AWS Cloud. AWS is a leading platform with numerous job opportunities and high pay. So, pursuing AWS Cloud computing training is a beneficial career choice.
  • Building a professional network: AWS Cloud training certifications allow for building a professional network with conferences, meetings, and professional throngs. It helps to build a professional network.
  • Freelancing: With AWS Certifications, you are eligible for freelancing. Freelancing opens more opportunities and projects that will enhance your experience.
  • Subject matter Expert: The students with AWS certifications can enroll for the subject matter expert [SME] program. It includes more knowledge of AWS Cloud services. 
  • Hiring benefits: Candidates with proof of their training stand more chance to get hired than candidates with zero certification. 

What skills will you learn in the AWS Cloud Training?

AWS Cloud Training includes three courses: AWS Professional, AWS DevOps, and AWS Associate. Let us look for the skills you will learn in AWS Cloud training.

  • Computer languages
  • Networking
  • Fundamentals of data storage
  • Security knowledge
  • AWS service selection
  • Cloud patterns and technologies
  • Communication

What are the exam details for the AWS certification exam?

Here are the exam details of AWS certification. It is not difficult to clear the AWS exam in a single attempt with suitable training. Network kings can help you get the best study material and live AWS Cloud training.

Exam Name: AWS Certified Solutions Architect – Associate exam

Exam Code: SAA-C02

Exam Level: Associate

Exam Duration: 130 minutes

Total Questions: 65 (multiple choice and multiple response questions)

Exam Cost: 150 USD

Passing Score: 720 out of 1000

Exam Language: English, French, German, Italian, Japanese, Korean, Portuguese, Chinese and Spanish

Testing Center: Pearson Vue

What are the eligibility criteria for AWS Cloud course?

The eligibility criteria for AWS Associate training are:

  • Graduation is a must.
  • There is a basic understanding of the IT industry.
  • The candidate must have a basic familiarity with Amazon.
  • One should know about Cloud Services.
  • Rudimentary learning of Infrastructure management and building.

What is the Scope of AWS Cloud certification?

AWS Certification Scope

AWS Cloud certification is in high demand these days. The scope of AWS Cloud training is mammoth. One can get highly-paying jobs with AWS Cloud certification. We know organizations are switching to AWS Cloud training. So, there are great opportunities for AWS Cloud-certified students. There are various job options for AWS Cloud training. So, if you plan to pursue AWS cloud training, you can enrol with network kings.

What are the available jobs in AWS Cloud?

There are various jobs in AWS Cloud. If you seek jobs in AWS Cloud computing, here is a list of the top 20 job opportunities.

  1. Cloud Solution Architect– A cloud solution architect curbs the management and supervision of a company’s cloud computing system.
  2. Cloud DevOps Engineer– A cloud DevOps engineer is responsible for the expansion and functional aspects of a company’s cloud computing infrastructure.
  3. Cloud Network Engineer– A cloud network engineer format and execute computer networks, such as LAN, WAN, intranets, extranets, and other data communications networks.
  4. Cloud Security Engineer– A cloud security engineer projects, enforces, advances, and detects security measures in computer networks and information.
  5. Cloud Infrastructure Engineer– A cloud infrastructure engineer builds and maintains an infrastructure part of the cloud system.
  6. Cloud Operations Engineer– A cloud operation engineer maintains the performance of the cloud and removes interruptions to ensure continuous working.
  7. Cloud Support Engineer– A cloud support engineer is known as a cloud ambassador that equips our customers with tools and tactics to satisfy their customers.
  8. Cloud Systems Administrator– A cloud administrator operates to preserve the infrastructure and functionality of the company’s cloud system.
  9. Cloud Database Administrator– A cloud database administrator helps in data transfer, database application investigation and layout, optimization testing, and aids and manages cloud infrastructure.
  10. Cloud Developer– A cloud developer plans, examines, and preserves the cloud systems of the companies.
  11. Cloud Consultant– A cloud consultant determines and functions upon their cloud requirements, allowing them to leverage cloud computing for securer, more efficient procedures.
  12. Cloud Project Manager– A cloud manager performs scheduling, executing, corresponding and supervising large-scale IT/cloud projects; founding and conducting a Project Management Office (PMO).
  13. Cloud Sales Representative– A cloud sales representative acquiring revenue targets and confirming on-time supplies for the rationed cloud products/services.
  14. Cloud Technical Trainer– A cloud technical trainer supplies courses from the Cloud Infrastructure curriculum.
  15. Cloud Data Engineer- A cloud data engineer ensures the designing, coding and testing of software modules/applications, determinating, constructing, and equipping data required for modern BI solutions.
  16. Cloud Machine Learning Engineer– A Professional Machine Learning Engineer arranges, assembles, and forms ML models to solve business challenges using Google Cloud technologies and an understanding of proven ML prototypes and approaches.
  17. Cloud AI Engineer– A cloud engineer enhances the capabilities and benefits of cloud computing, making it more efficient and effective in handling complex tasks.
  18. Cloud Analytics Engineer– Analytics engineers furnish clean data sets to customers, sporting data in a way that certifies the customers to respond to their queries.
  19. Cloud Business Analyst– A cloud business analyst assembles and records usable and non-usable requirements, build project documentation and toils with pivotal stakeholders to know business impacts and to determine and harmonize resources to conduct testing.
  20. Cloud Solution Manager– The Cloud Solutions Manager is liable to conceive, conceive, demand and hawk service solutions in convergence with pivotal account managers.

What is the expected salary in AWS Cloud?

Salary varies from location to location. Here is a list of pay for the AWS cloud according to different countries:

  1. United States: USD 100,000 – USD 160,000 per year
  2. Canada: CAD 80,000 – CAD 130,000 per year
  3. United Kingdom: £50,000 – £90,000 per year
  4. Germany: €60,000 – €100,000 per year
  5. France: €50,000 – €90,000 per year
  6. Switzerland: CHF 100,000 – CHF 150,000 per year
  7. Australia: AUD 100,000 – AUD 150,000 per year
  8. Singapore: SGD 80,000 – SGD 120,000 per year
  9. India: INR 6,00,000 – INR 15,00,000 per year
  10. China: CNY 150,000 – CNY 300,000 per year
  11. Japan: ¥8,000,000 – ¥12,000,000 per year
  12. South Korea: KRW 50,000,000 – KRW 80,000,000 per year
  13. United Arab Emirates: AED 180,000 – AED 300,000 per year
  14. Brazil: BRL 100,000 – BRL 200,000 per year
  15. Mexico: MXN 600,000 – MXN 1,200,000 per year

How to prepare for the AWS exam?

AWS Cloud certification is over by clearing the AWS Cloud exam. It is not everyone’s cup of tea to crack the exam in a single attempt. But one can try to clear the exam in one trial with appropriate tips. Here are the tips to follow before taking the exam:

  • Give some time to research the exam pattern.
  • Learn about all the topics, but give importance to those topics whose marking weightage is more.
  • Prepare according to the exam criteria.
  • Assess your exam’s willingness.
  • Focus more on practical knowledge than theoretical.

Why Network Kings is the right choice for the AWS Cloud course?

Network Kings will be the best choice for AWS Cloud training. Here is why you should enroll with network kings.

  • Network Kings offers online training so that you can access it from anywhere.
  • Free Live demo class.
  • 1-year permit to record videos; you can also continue the course after a year by spending INR 999.
  • The AWS Cloud training course is open in Hindi and English.
  • The AWS Cloud course term is around 30+ hours.
  • Get credentials to real labs with live doubt-clearance sessions.
  • The program is industry-focused, including 60% practical and 40% theory.
  • AWS training batches have evening classes. So, you don’t have to spend your office time in classes.

NoteNetwork Kings offers an AWS master program that consists of a combination of AWS Solutions Architect, AWS Security, and AWS Specialty training all in one subscription. Let us know more about these master’s programs.

What is the AWS Cloud Security Master program?

The AWS Cloud Security Master program is for students who want to pursue an AWS cloud security course with the help of cloud and security course methods. The AWS Cloud master program includes cloud security fundamentals and advanced safety features. 

Enrol in AWS cloud security training to stand out and earn huge in the tech industry.

The eligibility of the AWS Cloud security master program: 

  • Understanding of IT security, networking, and cloud computing.
  • Necessary acquaintance with cloud computing.
  • Familiarity with Azure.
  • A computer with an internet connection.

What is All-Access Pass by Network Kings?

All Access Pass by Network Kings is to acquire credentials to all existing courses with all video classes and sustainable materials for 12 successive months from the buying date. With the appearance of a new lecture, you will get to the exact one automatically. With an All-access pass, you get to comprehend around 50+ courses. 

Benefits of All-Access Pass:

  • Ticket to networking, cybersecurity, and cloud computing courses.
  • It holds thousands of videos, quizzes, and practical exercises.
  • The leading study material is CCNA, MCSA, Linux, AWS, Azure 104, and CEH.
  • The span is six months or one year.
  • The tongue can be Hindi or English.
  • You get All-time access to the lectures for a year.
  • Learn directly from real-time industry engineers.
  • Obtain a completion certificate upon finishing each course.

Conclusion

Jobs in AWS Cloud are a dream of cloud enthusiasts. The student can get jobs in AWS Cloud with relevant training, exam, and certification. It includes basic to advance knowledge of Cloud computing. It is a good career option in the IT field. One can choose a high-paying job in the domain. 

Thanks for reading!

FAQs

What is the salary level of AWS Cloud?

In India, the average salary of AWS Cloud Engineer is around INR 6LPA to 15LPA.

Is AWS good for your career?

AWS is a good career option for those interested in cloud computing. There are numerous job opportunities in the field.

What should I do to get jobs in AWS cloud?

First, you should complete your training, certificate, and exam. After that, you can apply to the company of your choice. The hiring process is an online application, assessments, telephonic and face-to-face interviews.

What is the salary of an AWS fresher?

The average salary of AWS freshers is 1.8 lacs/ year.

Is getting a jobs in AWS difficult?

No, because it does not require any programming language, it is easy to learn and get a job in AWS.

Can I learn AWS without a background?

Yes, for learning AWS, a technical background is needed.

What is the salary for a 2-year experience in AWS?

The salary for a 2-year experienced in AWS is around INR 5 lacs.

How to get a cloud job without experience?

Internships and freelance opportunities are best to get a cloud job.

Can I learn AWS in three months?

One can learn AWS in three months for seven hours/day.

Can I get jobs in AWS without coding?

AWS does not need a coding background.

What are the Highly-paying Cloud Jobs for Freshers?

Highly-paying Cloud Jobs for Freshers
Highly-paying Cloud Jobs for Freshers

In simple words, cloud means internet. The whole world is moving to the cloud, and the scope it reflects is bright and promising. Numerous individuals wish to make a career in the cloud by opting for cloud computing courses and becoming cloud engineers. Therefore, cloud jobs for freshers are increasing simultaneously.

Keep reading the blog till the end to know in-depth about the ‘highly-paying cloud jobs for freshers‘ available in the IT industry.

What is Cloud Computing?

Cloud computing is an embodiment of delivering information technology services over the internet by enabling users to access shared computing resources like servers, storage, databases, and applications.

Why is cloud computing required?

Cloud computing is mandated since it provides benefits like: 

  • Cost saving

Cloud computing eliminates the need for capital expenses on physical infrastructure and reduces operative costs.

  • Scalability

Cloud computing allows the dynamic distribution of resources as demand changes.

  • Accessibility

Cloud computing enables users to access data and applications from anywhere with an internet connection.

  • Flexibility

Cloud computing allows using diverse computing resources like storage, servers, and databases.

  • Disaster Recovery

Cloud computing provides built-in redundancy and backup capabilities.

  • Collaboration

Cloud computing enables teams to work together from different locations. 

Also, cloud computing enhances the efficiency and competitiveness of businesses by providing them with access to the resources in demand.

What are the available cloud jobs for freshers?

The available cloud jobs for freshers in the IT industry are as follows-

  • Cloud Support Associate 

A Cloud Support Associate can earn up to $50,000-$70,000 per year as a fresher.

  • Cloud DevOps Engineer 

A Cloud DevOps Engineer can earn up to $90,000-$120,000 per year as a fresher.

  • Cloud Solutions Architect 

A Cloud Solutions Architect can earn up to $120,000-$160,000 per year as a fresher.

  • Cloud Security Specialist 

A Cloud Security Specialist can earn up to $80,000-$120,000 per year as a fresher.

  • Cloud Data Engineer 

A Cloud Data Engineer can earn up to $90,000-$140,000 per year as a fresher.

  • Cloud Network Engineer 

A Cloud Network Engineer can earn up to $80,000-$120,000 per year as a fresher.

  • Cloud Operations Specialist 

A Cloud Operations Specialist can earn up to $70,000-$100,000 per year as a fresher.

  • Cloud Product Manager 

A Cloud Product Manager can earn up to $100,000-$150,000 per year as a fresher.

  • Cloud Sales Representative 

A Cloud Sales Representative can earn up to $70,000-$120,000 per year as a fresher.

  • Cloud Project Manager  

A Cloud Project Manager can earn up to $90,000-$140,000 per year as a fresher.

  • Cloud Business Analyst 

A Cloud Business Analyst can earn up to $80,000-$120,000 per year as a fresher.

  • Cloud System Administrator 

A Cloud System Administrator can earn up to $70,000-$100,000 per year as a fresher.

  • Cloud Marketing Manager 

A Cloud Marketing Manager can earn up to $100,000-$150,000 per year as a fresher.

  • Cloud Customer Support  

A Cloud Customer Support can earn up to $50,000-$70,000 per year as a fresher.

  • Cloud Application Developer 

A Cloud Application Developer can earn up to $80,000-$120,000 per year as a fresher.

What are the top cloud computing certifications?

Where to enroll for cloud computing courses?

Numerous platforms are available for learning cloud computing, offline and online but finding the best one that suits your learning style, schedule, and goals can be challenging. Therefore, Network Kings serves the best in the domain.

Why choose Network Kings for cloud computing training?

Choosing Network Kings for your cloud computing journey is one of the best options since we believe in delivering student-oriented learning. Also, most students prefer Network Kings for their IT journey because here, they learn directly from the real-time top industry engineers. 

Other perks of joining Network Kings are-

  • Access to World’s Biggest Virtual Labs
  • Pre-Recorded Videos
  • 1:1 Doubt-clearing Sessions
  • Career Guidance
  • Live Interactive Sessions and Webinars
  • Completion Certificate
  • 100% Placement Assistance

Wrapping Up!

Cloud computing is a rapidly growing field that offers numerous career opportunities for individuals with the right skills and training. From cloud support associate to cloud solutions architect, there is a range of roles available for those who have a passion for technology and are eager to learn. 

By selecting the best platform for learning, individuals can acquire the knowledge and skills required to succeed in the cloud computing industry. With the demand for cloud computing professionals expected to continue growing, now is the perfect time to start your journey and make a difference in the world of technology.   

Therefore, step into the domain and kickstart your IT career with the best cloud computing courses available to earn huge. I hope I was able to answer your queries and any comments or feedback is welcome. Hence, feel free to write to us in the box below and enroll now to get a free demo session worth $65 from the top cloud engineer.

GOOD LUCK!

Exploring GCP Jobs: Is GCP a Good Career Choice?

GCP jobs
GCP jobs

Have you ever heard of GCP jobs? But you have no idea, how to get it.

Before exploring GCP Jobs, let us first know what is GCP Certification.

Google Cloud Platform or GCP certification enhances one’s advanced skills to handle everything about Google Cloud Platform or GCP. One gets prowess in products, services, tools, features, and the benefits of GCP. It covers major topics like resource monitoring, load balancing, autoscaling, cloud migrations, etc. This was a general introduction to GCP. In this blog, we will cover major GCP jobs and reasons to choose GCP jobs as a career.

What is GCP?

GCP, Google cloud Platform, is a program by Google. It includes the study of designing, implementing and managing Google Cloud Platform. GCP training is important for all those who desire to enter the world of the Cloud. With GCP certification, you catch the eye of the recruiter as you have proof of your knowledge of GCP. One with just knowledge will have less chance of job opportunity than one with both knowledge and certification. 

What is the importance of GCP training?

Google is trying to explore more in providing a better, cheap, and access to everyone kind of internet connection. This niche is so wide that it will bring numerous GCP Job opportunities in the future. So, if you are seeking the importance of GCP training, you should not think twice before entering GCP training. It has a wider scope than you think.

What are the skills you will learn in GCP course?

Major skills that you will learn in GCP training are:

  • Cloud Fundamentals
  • Cloud Service Models – IaaS, PaaS, and SaaS
  • Virtual Machines and Networks
  • IAM
  • Cloud SQL
  • App Engine and Cloud Run
  • Resource Management and Monitoring
  • VPNs and Cloud DNS
  • Load Balancing & Autoscaling
  • GCP Kubernetes Engine
  • Cloud Migration

What are the exam details or requirements for GCP exams?

Exam Code: GCP-ACE

Exam Cost: USD 125

Number of Questions: 50

Test Format: Multiple Choice

Duration: 120 Minutes

Passing Score: 70%

What are the eligibility criteria for GCP exams to get the best GCP jobs?

To become eligible for GCP exams, follow these criteria. 

  • Graduation
  • Basic understanding of the IT industry
  • Basic understanding of Cloud
  • Understanding of Deploying Services
  • Fundamental knowledge of Google

What is the scope of GCP certification?

Google Cloud Platform or GCP has a bright future because it has various opportunities in the field. Every company wants to improve their sales in one way or another. They work to bring their sales to peak, improve their security, and access a huge range of services. All this work is possible with a powerful and secure platform, which is in turn, granted by Google Cloud Platform or GCP.

Also, we know well, that the era is of Artificial Intelligence or AI. No work is possible in organizations without AI. GCP can help in this case too. How? By providing resources to generate AI applications which will help them to grow better in their services.

What are the certificates included in GCP training?

The GCP course comprises three certification levels-

  • GCP Foundational Certification-  This certificate provides the knowledge of cloud, its use, benefits, features, tools, services, and products. The learner doesn’t need to have technical prerequisites. They have to collaborate with the technical professionals. After completion of the certificate, they can play the role of Cloud Digital Leader.
  • GCP Associate Certification– This certificate includes the fundamental knowledge of deploying cloud projects. The learner learns to deploy cloud applications and monitor operations. One should get experience in cloud managing solutions. After completion of the certificate, they can play the role of Cloud Engineer.
  • GCP Professional Certification– This certification provides technical job functions and advanced skills in the design, deployment and administration of Google Cloud products. The learner gets deep experience in setting up cloud environments. After completion of the certificate, they can play the roles of Cloud Architect, Cloud Database Engineer, Cloud Developer, Data Engineer, Cloud DevOps Engineer, Cloud Security Engineer, Cloud Network Engineer, Google Workspace Administrator, and Machine Learning Engineer.

Below sections will have the description of these GCP Job roles. So, if you are interested in these GCP jobs, keep reading till the end!

What are GCP jobs opportunities?

Here are the top 20 GCP job opportunities with a brief description. Go through these to enter the GCP world soon.

  1. Cloud Engineer– A Cloud Engineer maintains an overall cloud-based system to set the seal on security and data security.
  2. Cloud Architect- A cloud architect manages the cloud system of an organization. 
  3. Cloud Administrator– A cloud administrator manages the overall function of a company’s cloud system.
  4. Data Engineer– A data engineer transforms raw data into machine data so that a company can make better use of it.
  5. Machine Learning Engineer– A Machine learning engineer produces and blueprints the AI algorithm that predicts and defines Machine learning.
  6. DevOps Engineer– A DevOps engineer checks the coding, deployment, updates, and maintenance to balance the software development.
  7. Solution Architect– A solution architect finds a solution to every problem of the organization.
  8. Security Engineer– The Security Engineer is responsible for the security of the company’s computer system. It is a must for a company due to increasing cybercrimes these days. 
  9. Big Data Engineer– A big data engineer is responsible for designing, and creating the data processing system.
  10. Database Administrator- A database administrator is responsible for the efficient running of databases.
  11. Software Engineer– A software engineer develops software for computers to solve a company’s problem.
  12. Infrastructure Engineer– An infrastructure engineer’s main task is to design, build, maintain, and IT infrastructure. 
  13. Technical Account Manager- A technical account manager manages the technical queries of the clients with the product. They also see the proper working of the product.
  14. Project Manager– A project manager is responsible for managing the assigned project. They check the time limit, scope, and budget of the project. 
  15. Sales Engineer– A sales engineer advises on the sales and range of the products.
  16. Product Manager– A product manager keeps an eye on the success of products.
  17. Business Analyst- A business analyst provides internal support to the IT firm. They also manage web-based services and customer support.
  18. Technical Writer– A technical writer writes product-related content that deals with SEO ranking.
  19. Customer Success Manager- A customer success manager or CSM manages the positive feedback from the customers by resolving their problems and providing them with the best product service they can.
  20. Data Analyst– A data analyst helps to study data to help solve problems. They collect, clean, and elucidate data to solve the problem.

What is the expected salary in GCP jobs according to different countries?

Listed here are the expected salary for GCP Jobs from different countries.

  1. United States – USD 100,000 to USD 200,000 per year
  2. Canada – CAD 85,000 to CAD 150,000 per year
  3. United Kingdom – £50,000 to £100,000 per year
  4. Germany – €60,000 to €120,000 per year
  5. France – €50,000 to €100,000 per year
  6. Netherlands – €50,000 to €100,000 per year
  7. Switzerland – CHF 90,000 to CHF 150,000 per year
  8. Australia – AUD 100,000 to AUD 150,000 per year
  9. Singapore – SGD 60,000 to SGD 120,000 per year
  10. India – INR 700,000 to INR 2,500,000 per year
  11. Brazil – BRL 70,000 to BRL 150,000 per year
  12. Mexico – MXN 600,000 to MXN 1,200,000 per year
  13. South Africa – ZAR 400,000 to ZAR 800,000 per year
  14. Japan – JPY 6,000,000 to JPY 12,000,000 per year
  15. United Arab Emirates – AED 200,000 to AED 400,000 per year

Why Network Kings is the right choice for getting GCP training?

Getting the right GCP Job with a highly-payable salary is the dream of every GCP-certified student. But it is difficult to find the right GCP Job without perfect guidance. Network Kings will provide you with the best GCP course. You might be thinking, why you should trust our words? You don’t need to just rely on the words, you can give it a try with the free LIVE sessions. The student can learn from the best engineers in the world by enrolling on the Network Kings platform. Here are listed, some of the common and important benefits of enrolling with the Network Kings platform.

  • With access to online training, students can learn anywhere and everywhere they want.
  • It is not necessary to bring any other device to watch the course. One can watch the course on their phone as well. It is great if you possess laptops, but if don’t then also you can have access to the course. 
  • With Network kings, the students can learn from industry- experts or experienced trainers anywhere or everywhere they wish.
  • All of us are busy with our day-to-day lives. We can not get available to pursue the course all the time or the time allocated. But we can pursue the GCP Certification program with flexible hours of learning.

Conclusion

By the end of this blog, you might have come to know about the importance and value of the Google Cloud Platform or GCP. GCP has a vast scope, and there are various GCP Job opportunities. GCP Jobs brings a highly-paid post. 

The learner can complete their graduation in the required field and then can enrol for the GCP Certification course. After the completion of the GCP certification course, they can enrol for the exams and can crack the exam with the requirements. After cracking the exam, the student is eligible to apply for the GCP Jobs. 

I hope this blog has showered all the basic necessities and requirements to become eligible for GCP Jobs.

Frequently Asked Questions (FAQs)

01. What is the average salary in GCP Jobs?

The average salary in GCP Jobs is around INR 4 to 18 LPA.

02. Which is tougher GCP or AWS?

There is no competition between the tough syllabus. GCP or AWS is equally tougher.

03. What is the difficulty level of the GCP Exam?

The GCP exam is of moderate level.

04. Does GCP require coding?

No, the Google Cloud platform does not need coding.

05. How many attempts are there for the GCP exam?

The gap between the first and the second attempt is 14 days. The gap between the second and the third attempt is 60 days and the gap between the third and the fourth attempt is 365 days or one year.

06. Is there any option of attempting the exam online?

Yes, you can attempt the exam from Kryterion's online proctoring (OLP) service.

07. Can we get assured jobs with GCP certifications?

No, there is no job assurance with GCP certification. But the door to your cloud-based future opens with these certifications.

08. What are the benefits of GCP certifications?

Scalability, time-saving, less expensive, better collaboration, more security, and prevention from data loss.

09. What is GCP storage?

The Google Cloud Platform storage is the cloud-based storage solution by Google.

How to Make a Best Networking Career? Explained

Networking career
Networking career

Networking has become a crucial part of the IT industry, and one can find diverse highly-paying job opportunities. After a candidate completes graduation in IT, the next question that strikes the mind is, “what next?” Some change their stream, while others wonder how to make a best networking career. 

Therefore, if you, too, are bustling with the same confusion, we are here to resolve it with our blog entitled, How to Make a successful Networking Career: Explained. Read the blog till the end to dive deep into networking and accelerate your IT career.

What is Networking?

Networking means practising connecting computers and devices to share resources and information. The resources and information get shared through various methods, including wired or wireless connections and protocols like TCP/IP

Networking is a vital component of modern computer systems that allows sharing of files, printers, and other resources, enabling communication between devices; and the creation of local area networks (LANs), wide area networks (WANs), and the internet. 

It also shares internet access and connects devices to the internet.

What is the use of networking?

Networking gets used in diverse ways, and a few of them are as follows:

  • Networking allows multiple devices to share resources.
  • Networking enables the communication between devices- locally and remotely, through email, instant messaging, and video conferencing.
  • Networking connects devices to the internet, allowing users to access a wide range of information and services.
  • Networking allows for the creation of centralized storage systems, allowing multiple users to access and back up data.
  • Networking allows for remote access and control of devices, such as remote desktop access and remote control of industrial equipment.

What is the scope of networking?

The scope of networking is expansive and confines many different areas of technology, including:

  • Data communication: The transmission of data between computers and other devices, such as routers, switches, and hubs.
  • Network design and architecture: The planning and implementation of network infrastructure, including LANs, WANs, and the internet.
  • Network protocols: The standard procedures and rules governing the communication between devices on a network.
  • Network security: Network resources and data protection from unauthorized access or use.
  • Network management: The ongoing maintenance, monitoring, and troubleshooting of network systems.
  • Cloud computing and virtualization: The use of remote servers and virtualized environments to provide network services and resources.
  • Wireless networking: Wireless technologies, such as Wi-Fi, connect devices to a network.
  • Mobile networking: The use of cellular and other wireless technologies to connect mobile devices to a network.
  • Internet of Things (IoT): Device and appliance integration into a network, allowing them to share data and communicate with one another.
  • Software-Defined Networking (SDN) and Network Function Virtualization (NFV): The use of software to manage, control, and configure the network infrastructure and services.

What are the top courses available in networking?

There are diverse beginning to advanced-level courses in IT networking to excel in the industry. The top courses available in networking are as follows:

  • Cisco CCNA

Cisco Certified Network Associate is a beginner-level course in the networking domain. Even a candidate from a non-IT background can enroll on the CCNA certification program. 

  • Cisco DevNet 

DevNet provides the best automation, security, and basic DevOps practices in the IT networking industry.

  • Cisco CCNP 

Cisco Certified Network Professional is an intermediate-level course in the networking domain. One can opt for the CCNP certification even before CCNA.

  • Cisco CCIE 

Cisco Certified Internetwork Expert is an expert-level course in the networking domain. The CCIE certification program facilitates you with the top-most networking concepts and techniques. 

  • Cisco SD-WAN

Cisco SD-WAN (Software-Defined Wide Area Network) enables businesses to securely and intelligently manage data traffic over hybrid WANs.

  • Python for Network Engineers

Skilled Network Engineers do require a basic understanding of programming languages. Therefore, they need to learn python programming to boost their networking career. 

  • OSPF 

OSPF is a link-state routing protocol, which means that routers exchange information about the state of all links in the network and use that information to calculate the best path to a destination. OSPF is commonly used within a single autonomous system (AS) and is considered a classless routing protocol.

  • BGP 

BGP (Border Gateway Protocol) is a path vector routing protocol that exchanges information about the paths and their attributes to reach destination networks. BGP is used to exchange routing information between different autonomous systems (AS) and is considered a classful routing protocol.

  • MPLS

MPLS (Multiprotocol Label Switching) is a method for forwarding packets in a network, used to forward packets based on a label rather than the traditional IP routing. MPLS can be used to create virtual private networks (VPNs) and improve the performance and stability of network traffic.

How to make a Successful networking career?

To make a networking career, you will need to gain knowledge and experience in network design, configuration, and troubleshooting. Some ways to do this include:

  • Earn a degree.
  • Get certified in networking technologies such as Cisco, Juniper, or CompTIA.
  • Gain hands-on experience through internships or entry-level networking jobs.
  • Continuously learn and stay up-to-date with the latest networking technologies and trends.
  • Network with other professionals to learn about job opportunities.
  • Specialize in a particular networking area such as security, data center, or wireless networking.
  • The networking field has a lot of vendor-specific certifications highly valued in the industry.
  • Look for opportunities to move to more senior-level positions in a company.

What are the job opportunities in networking?

The following are the top job opportunities for a networking professional; to make a networking career:

  • Network Administrator
  • Network Engineer
  • Network Analyst
  • Network Consultant
  • Network Manager
  • Network Security Engineer
  • Network Architect
  • Network Operations Center (NOC) Technician
  • Network Support Engineer
  • Network Technician
  • Network Sales Engineer
  • Network Solutions Engineer
  • Network and Information Security Officer
  • Network and Communications Manager
  • Senior Network Engineer
  • Cisco Network Engineer
  • Network Infrastructure Engineer
  • Data Network Engineer
  • Network Project Engineer
  • Network and Systems Administrator
  • Wireless Network Engineer
  • Network and Cloud Architect
  • Network and System Automation Engineer
  • Network and Telecommunications Analyst
  • Network and Security Operations Center (SOC) Analyst

What is the salary aspect of networking?

  • United States: $70,000 – $130,000 per year
  • Canada: $60,000 – $120,000 per year
  • United Kingdom: £30,000 – £60,000 per year
  • Germany: €40,000 – €70,000 per year
  • France: €35,000 – €65,000 per year
  • Australia: $60,000 – $120,000 per year
  • Singapore: $50,000 – $90,000 per year
  • India: INR 3,00,000 – INR 7,00,000 per year
  • China: ¥150,000 – ¥300,000 per year
  • UAE: AED 70,000 – AED 120,000 per year

Where to find the best networking course training?

Numerous ed-tech platforms are available for individuals to learn about networking, online and offline, but Network Kings stands out as the best option. 

Why Network Kings?

Network Kings offers a comprehensive curriculum, expert instructors (real-time engineers), the world’s largest virtual labs, and a variety of learning resources to ensure students have the knowledge and skills needed to excel in the field. 

Network Kings’ focus on hands-on learning and real-world experience sets it apart from other platforms and makes it the ideal choice for those looking to advance their networking knowledge and career.

Wrapping Up!

Networking has set new standards in IT and will continue to expand. Therefore, enroll today in the best networking courses to accelerate your dream career in IT. 

For further details, reach us through comments!

Happy Learning!