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Sonali Tehraik

How AWS Cloud Practitioner Certification Boosts Your Resume: Explained

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AWS Cloud Practitioner Certification
AWS Cloud Practitioner Certification

Do you have curiosity to know How AWS Cloud Practitioner Certification Boosts Your Resume? The prospect of getting started in the field of IT is an interesting one. The opportunities in this field are also humongous. And are also progressing each day. Especially in the domain of the Cloud. The job roles in the Cloud domain continue to rise at a rapid pace. The cloud generates enough employment for all, accounting for an increase of 24% in the previous year. 

The growth in IT is definite by venturing into a field like a cloud.

Like the title suggests, now we are going to have a look at the best Amazon Web Service for people who wish to scale higher dreams and realize even bigger visions. But first what is AWS?

What is AWS?

Amazon Web Service, is referred to as an on-demand service provider for cloud computing platforms and APIs to the individuals, companies and governments on a metered pay-as-you-go basis. 

Amazon Web Services (AWS) happens to be the leader in facilitating all cloud-based services. The might of AWS is well identified, as the learner may be experienced or fresher, and the opportunities that open up are massive. 

In the blog, we shall learn more about AWS certifications, and how they are beneficial for an individual’s career growth. We shall also try and find the AWS certification for those, newer to the scene of IT.

The varied levels of the certification:

Amazon offers three different levels of certifications based on the aspirant’s current experience in the cloud. Namely, foundational, Associate level and Professional level.

  • The Foundational level is focused on the newer professionals or the ones who are seeking to make a career change, along with six months of fundamental AWS and cloud industry knowledge.
  • The Associate level is aimed at one year of experience in working with and troubleshooting solutions in the AWS cloud.
  • The professional level keeps the focus, on the experience, of about two or more years of comprehensive experience in designing, implementing and further operating AWS solutions. 

With all varying areas, the categories of the certifications also vary. For each different area, the certification also varies. The areas can be as diverse as, Data Analytics, Machine Learning and security. 

Importance of AWS certifications:

AWS- Amazon Web Service has emerged and its practice is unarguably growing. Passing the exam and getting certified is most certainly a worthy credential. There are multiple benefits, let’s have a look at the following: 

  • Getting prepared for the future:

As we read earlier, the initial benefits of AWS relate to the increasing popularity of cloud technology. The shift of major enterprises to the cloud is going to be beneficial for the candidates who have earned the AWS certifications, as AWS as discussed earlier is the leader among all cloud service providers. 

  • The emergence of newer avenues for widening the horizon: 

The earning of AWS certifications ensures that you have entered the game for developing expertise of any kind. The horizons are wide and continue to stay the same as a candidate isn’t bound, they can learn AWS DevOps Certification after qualifying for the AWS Developer associate certification as well. 

  • Acts as authentication of learning: 

Another very vital mention in AWS is related to the fact that these certifications bring a lot of recognition to all. All AWS-certified professionals are recipients of digital badges. These badges are further representative of the individual’s certification achievement. The badges are a way to prove that an individual is worthy of exclusive access to select AWS Summit events etc. 

  • A better remuneration: 

Another benefit of AWS certification is the salary of an individual. As per certain surveys, the AWS certification is credible enough to improve the salary of an individual who has gained the certification, by 25% approx. The average salary for AWS-certified individuals is estimated to be 100,000 USD approx.

Best-suited options for new IT professionals: AWS Cloud Practitioner Certification.

There are many recommendations as we have seen but as discussed previously all recommendations are not suitable for one role. As per the level of learning and expertise, certifications keep on varying. For an aspirant, to whom the concept of developing, implementing and problem-solving is comparatively newer or foreign then it is recommended that they should go in for the AWS Cloud Practitioner, which is a course at a foundational level. 

The AWS Cloud Practitioner Certification recommends a period of 6 months,  for developing familiarity with AWS and basic understanding of IT services that are being provided by a cloud platform. 

Not having any experience at all shouldn’t deter you from learning new things, at least not here, as the AWS Cloud Practitioner  is intended for people who are new to the scene of cloud ecosystem. The certification covers all the basics of the cloud ecosystem and also provides a baseline for the foundational knowledge.

Job roles after AWS Cloud Practitioner Certification:

There are numerous job roles that open up after the AWS cloud practitioner certification, like the following: 

  • Program Manager 
  • Cloud Engineer 
  • AWS engineer
  • Cloud Consultant 
  • Security Analyst 
  • Solutions Architect

Getting ready for the AWS Cloud Practitioner Certification Course:

The process of getting certified is seemingly long, but once this is assured the journey is definitely worth the wait. The efforts are definitely worth it, especially for the upscaling in the professional front. There are multiple ways of beginning to learn and amp up for the journey of getting certified. It is a highly subjective matter.

One of the ways is taking a proper guided course, with mentoring from people who have already taken the certification. As the journey of attainment helps an individual to get not only the academic help but a pragmatic insight into the working of an AWS certified professional. 

It is up to an individual but if this mode of learning suits an individual here is a course by Network Kings, that seems befitting, tap here to know more.

Concluding thoughts:

The AWS cloud practitioner certification is absolutely worthy for beginners. It is a good certification to begin with when looking to get started in the cloud domain. Also the job availability in this field is just as huge due to the huge game in the supply demand gap in this field. The number of jobs is huge when compared to the people who are certified in this field. That latter number is really scarce.

AWS Worth it or Not – Know if your cloud service is making the cut or not?

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AWS Worth It or Not
AWS Worth It or Not

Why has the cloud gained so much hype?

Have you heard that every enterprise is shifting to the cloud now? I’m sure you have, do you ever wonder why? Well, enterprises big or small are shifting to the cloud as cloud technology is making it simple and hassle-free to access workplace systems, files, and data from anywhere making the security and safety of the data a priority. The cloud amongst many other benefits offers the ability to slim down the big IT budgets. This comes as a cost-efficient option that almost every enterprise, organization or even user is looking out for. 

What is AWS?

Amazon Web Service

Amazon Web Service is a subsidiary of Amazon that provides on-demand cloud computing platforms and APIs to individuals, companies and governments.

AWS in simplest words is a comprehensive cloud computing platform that is constantly evolving provided by amazon it encompasses a mixture of infrastructure as a service, platform as a service and packaged software as a service. 

It enables the user to choose the operating system, language that they wish to program in, database and all the other services they might need. AWS makes a virtual environment for the user where he/she is free to load software and services that their application requires. 

History of AWS

AWS worth it

To understand better, have a glimpse at the evolution of AWS over the years.

Explain various services provided by AWS:

Migration :

Migration services are used to move data physically between the data centre and AWS.

1. DMS( Database Migration Service) 

DMS is a service that can be used to migrate an on-site database to AWS. It has been proven to be helpful to migrate from one type of database to another, for instance, Oracle to MySQL.

2. SMS ( Server Migration Service)

SMS migration services allow you to migrate on-site servers to AWS efficiently and quickly. 

3. Snowball

It is a small application which allows the user to transfer terabytes of data inside and outside of the AWS environment. 

Storage :

1. Amazon Glacier- It is an extremely low-cost storage service. It offers security and very fast storage for data archiving and backup.

2. Amazon Storage Gateway- This AWS service is establishing connections between on-premises software applications with cloud storage. It is utilized in a way to employ secure integration between the company’s on-premises and AWS’s storage infrastructure.

Security service:

1. IAM (Identity and access management) 

IAM is a secure cloud security service which aids you to manage users and assigning policies from groups to manage multiple users.

2. Certificate Manager –

The service offers free SSL certificates for domains of your choice that are managed by Route53.

3. WAF (Web Application Firewall)
WAF security service offers application-level protection and allows you to block SQL injection and helps you to block cross-site scripting attacks.

4. Cloud Directory
This service allows a user to create flexible, cloud-native directories for managing hierarchies 

5. KMS-

It is a managed service, that is a security service. This service aids in controlling and creating. This allows us to encrypt data. 

6. Organizations-
One can create a group of AWS accounts with the help of this service to manage security and automation settings.

7. Shield-
It is managed DDoS (Distributed Denial of Service) It offers safeguards against web applications running on AWS.

8. Macie-
It offers a data visible security service that enables the classification and protection of the users’ critical content.

9. GuardDuty-

It offers threat detection so as to protect the user’s AWS accounts and workloads.

Data service:

1. Amazon RDS- This Database AWS service is easy to set up, operate, and scale a relational database in the cloud.

2. Amazon DynamoDB-  It is a fast, solely managed NoSQL database service. It is a rather simple service which allows cost-effective storage and retrieval of data. It also allows the user to cater to any level of request traffic.

3. Amazon ElastiCache- It is a web service which makes deployment and operates and scales an in-memory cache in the cloud.

4. Neptune- It is a fast, reliable and scalable graph database service.

5. Amazon Redshift- It is Amazon’s warehousing solution that the user can utilize to perform OLAP queries. 

Internet of things:

AWS internet of all things is a managed cloud service which lets the devices connect easily and lets interaction with cloud applications be secure. AWS Internet of all things Core is capable of supporting billions of devices and messages. It can process and route those messages to AWS endpoints as well as to other devices safely and reliably.

Management Service :

AWS managed Service is a set of services and tools that automate infrastructure management tasks for Amazon Web Services (AWS) deployments. The service is meant for large enterprises that are looking for a  simplified way to migrate on-premises workloads, to the public cloud. The workloads are managed after migration.

Applications by AWS:

  • Mobile and Social Applications.
  • Content delivery and media distribution.
  • Storage, backup and disaster recovery. 
  • Academic computing
  • Search Engines. 
  • Application hosting SaaS Hosting
  • Website Hosting

What are the Advantages of AWS Certification?

The advantages of AWS are: 

  • AWS enables organizations to be able to use the already existing and familiar programming models, operating systems, databases and architectures. 
  • It is a cost-effective service that ensures you pay for only whatever you pay without being bothered about any up-front or long-term commitments. 
  • The user isn’t required to spend any sum of money on the running and maintenance of the data centres. 
  • The deployments offered are fast and efficient. 
  • The capacity can be altered as per one’s liking and more so as per need. 
  • The user is allowed cloud access without any delay with a limitless capacity. 
  • The total cost of ownership is very low compared to any private or dedicated server.
  • It also offers hybrid capabilities. 

It also allows the user to deploy the application in multiple regions globally within the act of a click. 

What are the Disadvantages of AWS Certification?

If you need more immediate or intensive assistance, you’ll have to opt for paid support packages.

  • Amazon Web Services may have some common cloud computing issues when you move to a cloud. For example, downtime, limited control, and backup protection.
  • AWS sets default limits on resources which differ from region to region. These resources consist of images, volumes, and snapshots.
  • Hardware-level changes happen to your application which may not offer the best performance and usage of your applications.

Why choose AWS?

Choosing AWS is  a no-brainer as it offers a bouquet of benefits listed below:

  • Easy to use
  • Cost-effective
  •  Reliable
  • Scalable and high performance
  •  Secure 

AWS is compatible if the enterprises or for that matter even individuals are looking for a solution that is easy to use and doesn’t pose a problem for all. It reduces the cost of all effective working. The AWS working is reliable and secure as well. The performance of a high scale and the best part is it is scalable.

Is AWS worth it or not?

Future AWS Worth it or not? Yes AWS is absolutely worth it to be giving an honest and crisp answer. Although the answer still remains subjective as it depends on the needs of the user. It caters to almost all necessities that are cost reduction for any enterprise and security for all kinds of data over the systems. AWS course is absolutely worth considering its futuristic aspect as well, and AWS is leading the pack in all cloud computing. It has a rather bright scope in the field with the scope of it’s growing even more in future as all enterprises are shifting to the cloud.

What are Network Devices and its types?

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Network Devices
Network Devices

In today’s interconnected world, network devices play a crucial role in facilitating communication and data exchange between devices. From routers to switches, modems to access points, each networking device has a specific function that contributes to the smooth operation of a network. In this blog post, we will explore the different types of networking devices, their functions, and how they work together to create a seamless network infrastructure.

What is Networking?

Networking is a vast sea of opportunities that has routes to finally bag the dream jobs in accordance to each one’s line of interest. Networking has a varied range of devices working that initiate and facilitate efficient working in the field. There is a varied range of devices all aiming at making this possible in the realm of networking. Now let us see closely each of these devices how they work, and the purpose they serve, up close. 

Top 11 Network Devices in Networking - Networking Hardwares

#1: Hub.

cisco network device Hub

What do you understand by the word Hub in the world of computing?Hub (computing) refers to the connection point in a system which is the melting pot as data from many directions is converged here and further sent out in many varied directions. A hub also often acts as a switch by stopping certain data packets from reaching their destinations. 

Types of Hubs:

  • Active Hub.
  • Intelligent Hub.
  • Passive Hub.

CONFIGURATION:​

  • The runtime that has been set by the environment data hub needs to be shared on DASD in a SYSPLEX environment.
  • To make a high availability  hub that enables movement from one LPAR to another, whilst a recovery switchover. The hub host address needs to be defined by the means of Dynamic VIPA (DVIP).  

Need of Hub In Networking:

  • Multiple devices are connected by the means of a hub. 
  • It also qualifies as a repeater as it amplifies signals which have deteriorated after traveling over connecting cables.  
  • Hubs are the easiest in the entire family of network connecting a hub is the simplest in the family of network connecting devices because it connects LAN components with identical protocols.

#2: Switches

cisco network device Switches
  • Switches are devices that are operating a secondary data link layer in the OSI model. They establish connectivity in any network and by the means of a packet data is received and sent. Multiple computers are plugged into it as it has many ports.

Types of switches:

  • KVM switch 
  • Managed switch
  • Unmanaged switch
  • Smart switch
  • PoE Switch

CONFIGURATION

  • The most number of small switches are employed by small businesses. They are also used at homes and office spaces. These require no configuration as they are plug and play. 
  • However, plug and play doesn’t always work.  Small switches don’t offer any troubleshooting, logging, security, or manageability whatsoever.

Need For a Switch:

  • Switches are key building blocks for any network. They connect multiple devices, such as computers, wireless access points, printers, and servers; on the same network within a building or campus. A switch enables connected devices to share information and talk to each other.

#3: Router.

Router

  • Router is defined as a networking device that sends data packets further between computer networks. They are able to perform traffic directing functions over the internet. 

Types of Routers:

  • Edge routers
  • VPN routers.
  • Wired routers
  • Core routers

CONFIGURATION:

  • The process to configure a router begins by unplugging or switching off the cable or DSL modem. Firstly, unplug or turn off the cable or DSL modem. Then the wireless router has to be plugged in and connected to the network cable into the port over the router that is labeled as ‘internet’ or’ WAN’. The other end is to be connected to the cable or DSL modem and the modem has to be started. 

Need for a router:

  • The router is one of the integral parts of a computing system. 
  • It works to manage traffic between networks by forwarding data packets to the IP address designated to them and also allowing multiple devices to use the same internet connection as well.

#4: Bridge.

Bridge

  • Let’s have a look at what qualifies as a bridge in the networking realm? Well, a bridge is another device that is used to connect LAN cable segments together. The bridge is operational at the data link layer of an OSI model. Bridges also facilitate packet filtering at the data link layer, which means that it can only pass the packets that are meant for the other side of the network.

CONFIGURATION:

  • Bridging is one of the features that can be employed to establish a connection between 2 or more layer 2 interfaces together that too from the single broadcast domain. 
  • This then further forwards packets in software, basing it upon the layer 2 header. This resembles quite a lot to forward the logic to layer 2 switching. From where they get ahead into hardware. 

Need for configuration:

There is a need for bridges as:
Bridges happen to connect two or more different LANs that have a similar protocol and further provide communication between the devices in them. 

Bridges help in multiplying the network capacity of a single LAN by joining multiple LANs. 

#5: Gateway.

Gateway

A gateway can be defined as a network node that is employed in telecommunications that it tends to connect two networks which possess varying transmission protocols alongside.  network as it’s important for all data to communicate with the gateway before it begins to get routed. 

CONFIGURATION

To configure a Gateway the following steps are needed:

  • Primarily install and configure the second network adapter.
  • Install and configure the second network adapter, if you have not done so already. (See Installing a network adapter and Adapter management and configuration.) 
  • Choose an IP address for the second network interface, and then configure the network interface by following the instructions in Network interface management.

Need of a gateway:

A gateway is a network node that is used to connect two networks with varying transmission protocols together, in telecommunications.

#6: Modem

Modem

A modem is defined as a network device that both modulates and also demodulates analog carrier signals known as signals or sine waves, for encoding and decoding digital information for processing. Modems efficiently accomplish both tasks. 

CONFIGURATION

Whilst using any device with a browser, you have to connect it to the WiFi network of that particular modem.
Open the browser and then enter the gateway address which is written at the back of that modem.
Now the final step is to enter the modem username and password, which should also be on the modem.

Need for a MODEM:

We need a modem to be able to send and receive data from two different networking routes; the internet provider’s connection and also one’s home network’s connection as well.

#7: Repeater.

Modem

A repeater is implemented in a system’s network to facilitate  A repeater is implemented in computer networks to expand the coverage area of the network, repropagate a weak or broken signal and or service remote nodes. Repeaters amplify the received/input signal to a higher frequency domain so that it is reusable, scalable and available.

 

CONFIGURATION

  • When in repeater mode, the access point tends to extend the range of any existing  WiFi network.
  • This mode is most preferred if a person is in a no Wifi zone or a place that has really poor reception. 

 

#8: Access Point.

Access Point

An access point is identified as a device that creates a wireless local area network, or WLAN, that often exists in an office or large building. An access point establishes a connection with a wired router, switch, or hub via an Ethernet cable, and projects a Wi-Fi signal to a designated area.

CONFIGURATION

  • The access point has to be connected to one of the ports of one’s existing wired/wireless router and then the access point’s wireless settings have to be configured.    
  • Now web point’s web -based setup page is opened by entering the default IP address.
  • On the web-based setup page, click on Wireless    
  • Enter the Network Name (SSID).

Need for an access point:

  • Access points are useful for extending the wireless coverage of any existent network and further increasing the number of users that shall be connected to it.

Hopefully you were able to know the networking devices essential to perform and carry out daily and advanced computing as well. The devices are absolutely crucial for carrying out smooth working be it for individuals or organizations.

#9: WLC - Wireless LAN Controller

WLC

Cisco Wireless LAN Controller (WLAN), wireless controller, provides wireless performance of all mobile devices, offers limited hotspot coverage and more.

CONFIGURATION:

A wireless LAN controller (WLC) is a network component that is capable of managing wireless network access points and allows wireless devices to connect to the network. 

It offers central control over network elements, simplifies individual component  monitoring. 

Need for WLC:

WLCs (Cisco WLC) are commonly used to have  control over one’s routers, switches, firewalls, gateways etc. Monitoring Cisco WLC helps you determine the performance and efficiency of every device.

#10: NIC - Network Interface Card:

Wireless LAN Controller

A network interface card (NIC) is a hardware component, typically a circuit board or chip, which is installed on a computer so it can connect to a network.

Configuration of NIC:

  • To configure NIC firstly the control panel has to be opened. Then orderly, set View by to Category.
  • Click Network and Internet.
  • Click Network and Sharing Center.
  • Select the local area network connection that is connected to the radio hardware and then select properties.
  • If an unused network connection is available, the local area connection appears as an Unidentified network.
  • If you plan to reuse your network connection, select the local area connection that you plan to use for the radio hardware.
  • If you have only one network connection, check if you can connect wirelessly to the existing local area network. If you can, you can use the network connection for the radio hardware.
    A  pluggable USB is used  as a Gigabit Ethernet LAN adapter instead of a NIC.
    All options except Internet Protocol Version 4 (TCP/IPv4) are to be cleared. 
  • Often it is observed that services like antiviral software, can cause intermittent connection problems with the radio hardware.

Need of NIC:

  • A NIC  is competent enough to provide  computers with a dedicated , full- time connection from the network.
  • It works to implement the physical layer circuitry which is hailed as essential for communicating with a data link layer standard. \
  • Each card represents a device and can prepare, transmit and control the flow of data on the network.

#11: Load Balancer:

Load balancer is defined as the traffic cop, sitting in front of any server and routing client requests across all servers that are capable of fulfilling the former request.
It is done in a way that maximizes speed and capacity utilization and ensures that no server happens to be overburdened. 

Load Balancer

Configuration:

  • A load balancer  is configured with a protocol and a port for front-end (client to    load balancer) connections and also a  protocol and a port for back-end (load balancer to instance) connections. 

Need for A load balancer:

  • Load balancers let you evenly distribute network traffic to prevent failure that can be caused by overloading a particular resource.
  • The employed strategy improves the performance and also the availability of applications, databases and other varied computing resources. 
  • It also aids processing  user requests quickly and accurately.

Conclusion

In conclusion, networking devices play a critical role in establishing and maintaining communication networks. From routers to switches, modems to access points, each device serves a specific function in enabling seamless data transfer and connectivity between devices. Understanding the different types of networking devices and how they work together is essential for building efficient and reliable network infrastructures. By leveraging the right network devices for specific networking needs, organizations and individuals can create robust networks that support their communication requirements effectively.

Everything you need to know about Network Security Courses

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Network Security Courses
Network Security Courses

Looking for the best online Network Security courses? Networking is an evolving domain in the IT world. The field is becoming more and more accessible and known to people. It is taking steps alongside the mainstream engineering streams like software, mechanical etc. Since Networking is growing and becoming its better self, the need for its security has also become a major need and a topic of attention. With all this talk of Network Security, the field also gets a huge chance to grow. In this blog, we shall know everything about Network Security and the certification courses related to it.

What is Network Security?

Network Security is a very broad term, that is inclusive of multiple technologies, devices and also many processes.
To put it down simply, it refers to a set of rules and configurations designed to protect the integrity, confidentiality and accessibility of all computer networks and data employing both software and hardware technologies.

The growing need for Network Security Engineers:

Network security’s need is never-ending. Needless to say, the need for Network Security Engineers is felt by all organisations, irrespective of size. Be the company or organisation’s size is small or big, there is a need for network security solutions to some degree, so as to protect it from any kind of cyber threats. 

Also that the infrastructure of today’s network is complex and poses a greater threat. Network security is efficient in addressing individual threats as well.
It also keeps in check the threats, exploits and also certain regulatory non-compliance. 

How does Network Security work?

When we look at the working of network security across any organization, we get to know that there are many many layers to it. There are many layers to network security so it becomes essential that your network security hardware, software and even the policies be such that they can address such issues and such areas. 

Let’s now discuss the varied controls of different types. There are three different controls are as follows :

  • Physical 
  • Technical 
  • Administrative 
Network Security Courses

Now we shall have a look at these in slight detail.

  • Physical Network Security:
    Physical Security controls are designed in a way that prevents unauthorised personnel from gaining physical access to network components like routers, cabling cupboards and so on. Controlled access, such as locks, biometric authentication and other devices is almost unavoidable and must be there. 
  • Technical Network Security:
    Technical Security Controls protect data stored over on the network. The protection that is being facilitated is twofold. It needs to protect data and systems from unauthorised personnel, and it also needs to provide protection.
  • Administrative Network Security:
    Administrative Security has control which comprises of security policies and processes which are potent in controlling user behaviour, including how even users are authenticated, their level of access and how IT staff members implement changes to their infrastructure.

Types of Network Security:

1. Network Access Control:

To be able to ensure that attackers can not infiltrate other networks, comprehensive access control policies are needed to be in a better place for both users and devices. Network access control (NAC) should be set at the most granular level. An instance of the same is if we grant more or full access to administrators of the network, but we deny giving access to specific confidential folders, or not letting certain devices from joining the network.

2. Antivirus and Antimalware Software:

Antivirus and antimalware software are competent in protecting any organization from a range of malicious software, inclusive of viruses, ransomware, worms and trojans. The best software also scans files upon entry to the network but continuously scans and tracks files.

3. Firewall Protection:

Firewalls act as a barrier between the not-so-trustworthy external networks and the trusted internal network. Administrators configure a set of defined rules that block or permit traffic onto the network.

4. Virtual Private Networks:

Virtual Private Networks (VPNs) create a connection to the network from another endpoint or site. For example, users that are working from home would connect to the organisation’s network over a VPN. Data between certain two endpoints is encrypted and the user would need to authenticate to further allow communication with their device and also the network.

5. Network Security and businesses and consumers:

Network security is always of prime priority for any organization that performs and works with networked data and systems. In addition to protecting assets and the integrity of data from external exploits. Network security can also manage network traffic very efficiently, enhance network performance and ensure secure data sharing between employees and other data sources.

Job roles after Network Security courses:

There are so many job roles after completing Network security courses. The roles are as follows: 

Network Security Engineer:

The network security engineer is a lucrative career option. It is a very critical position in all kinds of organisations or enterprises. The role of this person is to implement security systems, to ensure the threats are countered and stopped. They are also supposed to see the maintenance of firewalls, routers, switches., various network monitoring tools and VPNs (virtual private networks)

  • Salary Aspect:
    The minimum salary for the job role of network security begins at a handsome 4 lakhs and can go up to a whopping 8 lakhs per annum. 

Cyber security Analyst:

The role of a cyber security analyst is to help in planning, implementing and also upgrading security measures and controls. They are supposed to constantly monitor security access and also perform internal and external security audits to as ensure that there isn’t a presence of many loopholes or evidence of any kind of security lapses. Th role of cyber security analysts is responsible for conducting vulnerability testing, risk analysis, and security assessments and for managing the network.

  • Salary Aspect: 

The salary aspect of cyber security begins at 6 lakhs per annum. 

Security Architect:

A security architect is another job role in this field which is just as crucial in the terms of designing the network and computer security architecture for any company. The security architect creates a design that is strictly based on the needs of the company and then works together with the programming team to build the final structure. 

  • Salary Aspect: 

The average salary of a security architect often begins at a whopping 15-17 lakhs per anum ( approx)

Cybersecurity Engineer:

A cyber security engineer is su[ppoed to create and execute all kinds of secure network solutions. There exists a huge gap in the demand-supply of this role. There is a scarcity of this role, hence there is a huge scope for the same.

  • Salary Aspect: 

The salary aspect of a cyber security engineer in India ranges between 1o lakhs to 11 lakhs per annum ( approx)

Ultimate Network Security courses for getting started:

There are many Network Security certifications course that are suggested to an aspirant or an individual who is willing to get started in the field.  The study of firewalls is considered the way in. We shall view a few of them, they are as follows: 

  1. Fortinet Firewall.
  2. Sophos Firewall.
  3. Palo Alto Firewall.
  4. ASA firewall. 

Scope of the Network Security Courses :

There are many other roles in this field of network security, with really handsome remunerations, along with the ones we just had a  look at The gap between demand and supply in the job roles, is huge and it acts as evidence that this field is progressing but there also exists an unfamiliarity about the field. Hence the Scope of Network Security Courses strengthens for an individual as the availability for job roles in this field is alive, and there exist many spaces for all trying, aspiring to be a part of this domain, along with very hefty salaries. 

Conclusion: Network Security Certifications worth it or not?

In conclusion, it can be said that network security courses seems to be a legit lucrative option, as we read the scope of Network Security Courses right above, there’s more than one reason why an individual should go for this profession. The lack of familiarity work in favor of the aspirants as there is a huge need to bridge the gap between the need and employment rate in this domain. 

Everything You Need to Know About Why Choose IT Sector Professionally

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why choose IT Sector
why choose IT Sector

The fields to choose from after graduation or right after 12 are more diverse now than ever. Although the confusion is never-ending but with the availability of many unconventional options has widened the horizons more than ever. One such conventional yet modern option is the field of IT. IT has been revered for years as generating the most employment. In this blog, we shall have a look at the reasons why choosing the IT Sector is actually the best choice.

We shall start by listing reasons that give IT an edge over other fields.

Why Choose IT Sector: Top Reasons to Choose IT Sector as the Best Option Professionally

1. Doesn’t tax personal life, maintaining a balance is pretty easy.

A job in the field of IT ensures that the balance between your work life and personal life doesn’t get affected. An individual can easily take any mode of working in order to ensure their maximum output. The world post-pandemic is returning to offices and resuming old life. But when it comes to people in the IT sector, hybrid working, working from home etc are still going strong. This also saves an individual, cost on fuel, and time commuting and also saves your vehicle the tear. These are just a few of the upsides of IT.

2. Chances of growth:

The growth in IT; is an open secret, and the chances of growth for an individual are way more than in any other sector as this sector is consistently evolving. There are multiple options like networking, cloud, and cyber security where there is a scope for learning something new each day. The fields are in a need of professionals at all times as the gap between the supply and demand in the professional sphere. The size of opportunities also keeps on rising as do the fields. Enterprises are growing and adopting newer technologies hence the need for candidates with more diverse knowledge of newer concepts like the cloud is also there.

3. The demand for newer skills:

The need for professionals is very high as per researchers, as the IT sector is believed to grow at a rapid rate. Job security in this domain also increases as scarcity is nowhere to be seen. The range of employment options available in the IT domain is just as diverse as it begins with desk jobs and keeps on scaling to other options like software architects, cloud engineers, to Network security specialists. All of these things are highly in demand. Not all organizations have a similar working structure and the need for certain skills is more than others but there is a scope for growth alongside jobs as well.

4. Building a proper network:

The work field of IT is meant to help others in related fields. This also needs an individual to develop all-around personal and interpersonal skills. Which leads them to develop their skills and their quality to connect with people. This, on the whole, develops a network of the aspirant which needless to say is helpful in any domain.
On a personal front, this is also helpful for people to move out of their comfort zone and communicate with people and develop holistically.

5. Developing multifaceted skills:

Aspirants get an opportunity to develop their skills in all spheres, they develop skills while working their job, which they can use in other aspects of their lives. The jobs in IT get an individual to update their skills while preparing for one single job role. They have mastered other skills in that time itself. For instance, software developers can very efficiently write codes for other clients who happen to pay them smartly. Hence, skill building is also immense in the IT domain.

6. No rigid qualification requirement:

There is no such need for any particular degree when someone is looking to get started in the field of IT, by no means are we trying to state that a college degree isn’t useful or anything along the same lines. The only fact being stated here is that one can begin in IT for instance an individual can look for jobs in the big IT sharks like Apple, Google, Tesla or Netflix without having a degree or even graduating from college. Entry-level jobs in IT only need certifications in the related field. Setting foot in the IT industry is comparatively easier, but with time learning and growing are mandatory, as the field is evolving at a very fast pace.

7. It has a huge scope for learning:

The field itself is growing and evolving each day hence the learners and professionals in this field also learn and grow consistently.  The use of data is never going to go out of use hence, the IT sector will always be of utility and people will have an opportunity to learn and grow. Technology will always keep on evolving and changing so people will always grow and learn with time and their learning curve will also improve.

8.High remunerations:

The maximum number of jobs in this sector are high paying, the roles in this domain are highly salaried. As the requirement for professionals in each role in this domain is immense. This, in all, is one of the biggest reasons.

Concluding Note:

On the whole IT is one of the most sought after domains and ensures a good livelihood as well as all round development of an aspirant is also ensured thoroughly. All aspects of a job in It are absolutely worth giving a shot.

Cloud Strategy Mistakes; A report by Gartner

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Cloud Strategy Mistakes
Cloud Strategy Mistakes

Cloud as we know has evolved to be the hot favourite of a lot of enterprises. As it undeniably gives the most.

The cloud is one of the finest solutions in the market to introduce efficiency of all kinds. Enterprises are all smitten with all types of cloud strategies. But enterprises often fall prey to implementing cloud strategies that override the existing strategic efforts and it doesn’t “try to redo them” as per Gartner. 

Gartner is an information technology (IT) research and consultancy company previously known as the Gartner Group.
They are best known for their data visualization and analysis. In this blog, we shall read about the analysis of the cloud mistakes that are prevalent. 

As per Gartner, we are going to look at the topmost cloud strategy mishaps that are being encountered.

The Most Common Cloud Strategy Mistakes and How to Avoid Them?

1. Equal Partnership :

The first and foremost error that Gartner points out and feels needs to be corrected is the assumption that cloud strategies are only impactful on the people in IT. Whereas on contrary to the popular notion, the cloud extends influence on the non-IT and on IT sectors as well. The assumption needs to be ended by forming an association of IT and also business leaders coming together as equal partners.

2. Paying attention to the exit strategy:

The next issue in line that has been pointed out by Gartner is that a lot of cloud strategies are not aware of the proper exit strategy from cloud service providers. This process is described as complicated and hence many enterprises and organizations skip this step.

Often it has been found that organizations may feel they do not need anything back from the cloud, so they never would be in the need of an exit strategy. Analysts at Gartner say that these strategies are similar to the insurance policies that most hopefully a person wouldn’t need ever.

3. Cloud Strategy Vs Cloud Implementation Plan:

Generally, these two phrases, Cloud strategy, and Cloud Implementation seem alike and are mistaken to be the same thing but they aren’t.
The former evidently comes first as this is the phase of noting and formulating decisions, where both the IT leaders and business leaders come forward to see what part can cloud play in the enterprises.
Whereas when we talk of cloud implementation as the name suggests that it takes into consideration the part of putting the policies into action. The implementation looks into the part of deploying policies and strategies.

Never too late to jump on the cloud strategy bandwagon:

All organizations and enterprises are slowly entering the cloud acne and some enterprises and organizations may feel they are far too behind in the race of current times, but it is a clear conclusion from the analytic report that it is never too late to join a strategy or else it  will cause a resistance from individuals who have not been aligned on the strategy’s key drivers and principles. This resistance will further cause the slowing down of cloud adoption and probably vandalize the entire cloud project.
Hence it is never too late to join the cloud strategies.

Do not jump ship, completely:

It is advised to not shift everything to the cloud. A lot of organizations as per analysis by Gartner tend to assume that designing a cloud strategy implies that we need to send everything to the cloud. The dwelling of this notion leads to  IT leaders turning away from designing a sturdy real strategy as they assume they will be forced to start using cloud computing for pretty much everything.

Conclusion thoughts:

This blog was based on the report submitted by Gartner. These shortcomings are also something a user can keep in mind so as to keep any kind of notions at bay. Hopefully, a reader can take away from this and adopt cloud solutions easily. 

What do we understand by the Dark Web? 

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what is dark web?
what is dark web?

You must have come across the term Dark Web, at least once in your lifetime. But the understanding of what the dark web actually is very frail and rarely complete. We mostly have multiple notions weaved around this term. In this blog, we shall try and understand the dark web completely. The origin of the dark web, how it works and everything we need to know about the dark web so as to be able to understand its working and its repercussions further as well.

What is the Dark web?

The dark web refers to a series of websites that need special decryption and configuration tools to be accessed. The dark web is mostly used for websites that need a strict and high level of anonymity for instance illegal sales. It is effective in countries with heavy censorship and whistleblowing as well. ((Britannica)) 

It is important to remember that the dark web isn’t the same as the deep web. Although both are index

History of the Dark Web:

The term dark web was coined in the year 2009, though there is very less clarity around the exact emergence of the dark web. The dark web forms indeed a small part of the deep web but there is a requirement for custom software for accessing the contents. Most people use the surface web, which is open to access by a typical web browser. 

We shall have a look at the entire timeline of the dark web right from its origin as known to us.

Sponsors of the Dark Web:

The dark Web was founded and funded by the U.S. federal government. The sponsorship of the dark web can be traced to different parts of the U.S. government like The Department of Defense, governments of various modernized countries and human rights organizations as well. Most sponsors fund the Tor project as they feel that this helps them in extending protection to the advocates of democracy in authoritarian states.

Timeline of the Dark Web:

1. Making of the Onion Routing: (1900’s)

The overall timeline of the dark web is covered with influences from government bodies.
‘Onion routing’ as we know it is the core principle that lets the Tor browser maintain its user’s anonymity. It was developed by the U.S.  government and funded as well. Initially, the onion routing was created for protecting users in the inelegance domain by creating a space for such users by allowing them to talk freely. Onion routing was developed at the U.S. Naval Research Laboratory, by scientists Paul Syverson, Michael Reed and David Goldschlag. The U.S. Navy patented onion routing in 1998. ((IdentityIQ))

2. Tracing the origins of the Tor Project: (2002-2006)

The Tor project was created after this, it was the biggest project as yet. It was made clear that the Navy would later make the code for Tor public under a free license. Later it was turned into a project that was founded by several of the same scientists who had founded the Tor browser in the first place. The Tor we know today is by the same name as it was and still receives funding from the U.S. federal government. 

Tor maintains the statement that even though they accept funding from the federal government, it does not work alongside to reveal the identities of any of its users.

3. The illegal usage of the Tor: since early 2000’s - present:

It is very clear that the dark web does maintain anonymity and also offers protection to its users, for their own use. But having said that there are multiple illegal purposes that people use the dark web for. The dark web has enabled the flourishing of black markets, particularly easier. The transactions can range from weapon purchase, and selling drugs to illicit pornography to human trafficking.

The Tor browser is known for maintaining the anonymity of its users but at a certain point when the size of a site gets big enough, it is needless to say that law enforcement will pretty much always find a way to infiltrate that site at the earliest possible.

One instance of this is the creation of the silk road by Ross Ulbricht:
Silk Road: It is defined as the online black market where users are free to buy and sell illicit goods maintaining anonymity.

“I created Silk Road because I thought the idea for the website itself had value, and that bringing Silk Road into being was the right thing to do. I believed at the time that people should have the right to buy and sell whatever they wanted so long as they weren’t hurting anyone else… The Silk Road was supposed to be about giving people the freedom to make their own choices, to pursue their own happiness, however they individually saw fit.”

– Excerpt from Ross Ulbricht’s letter to Judge Katherine Forrest prior to his sentencing ((IdentityIQ))

After the Silk Road was seized, a huge number of sites similar in nature emerged. A few of those sites which were copies were instantly seized after the seizing of the Silk Road.  But they are replaced time and again. It is pretty clear that continuous sites are being created and will continue to be replaced. 

Criminal and antisocial activities tend to be a major part of dark web activity. This is an undeniable reality which often stirs debate. The constant debate about whether the dark web should exist or not is an ongoing one. Detractors say that the online anonymity that the dark web provides is an encouraging factor for criminality and further it makes law enforcement difficult and also causes a delay in law enforcement. Whereas the advocates defend the dark web as one of the last resorts against any form of oppressive governments and communities as well. 

In spite of the high profile of engagement in the dark web it only takes up a small vanishibale portion of the entire World Wide Web. It still poses a big threat as hacking is a common activity these days and hackers often leak data on the dark web.

For instance, Thales recently revealed that hackers had released their data on the dark web. 

‘Thales said this week that the Russian-speaking extortion and ransomware group had claimed to have stolen some of its data, with plans to publish it on Nov. 7.’ ((Reuters))

Hence Cybersecurity is Needed:

It is for this same reason the need for cyber security is getting elevated even more. As with evolving times, the need to stay ahead of hackers is even more now than ever. For the same studying cyber security is also essential, as the professionals vary with this can protect themselves and others against hacking. 

FAQs - Frequently Asked Questions

1. Is the dark web illegal?

The dark web is not illegal so to say though there are many illegal activities that can be carried out on the dark web owing to its feature of providing anonymity to its users.

2. How to access the dark web using the tor browser?

Access to the dark web is effortless, contrary to the common notion that it is difficult to be accessed. The user can download a dark web browser like the Tor browser. Beyond this, it will function as any normal browser.

3. Is the dark web illegal in India?

Accessing the dark web is very much legal in India.

4. Who owns the dark web?

The dark web was started and continues to be funded by the U.S. government.

5. Is it possible for an individual to be traced on the dark web?

The Tor browser is supportive of privacy extensions, but having said that it is not possible to track users, on the dark web. It is possible that if an individual, logs in their personal details then their activity may be hacked.

6. Can a person, remove their personal information, from the dark web?

There is a way of removing an individual's personal information from the dark web, once a person’s information is brought about and exposed, that person can take action to protect themselves.

7. What is the size of the dark web?

The size of the dark web: It makes up for a small faction of the deep web, constituting about 0.01% of the deep web and 5% of the total internet.

Understand the Load Balancer: How is it helpful? 

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what is load balancer?
what is load balancer?

I remember the day when I sat down at my computer to check my 12 class result, the site kept on crashing repeatedly. Anxious and worried my friends and me, jumped to the closet cyber cafe in the neighbourhood, knowing very little that it wouldn’t change a thing. 

Before we got our result, I remember the guy there saying, there was too much traffic on the CBSE website. I wish I knew about load balancers back them, more importantly, people managing the CBSE website knew that it would save us from anxiety.

Yes, load balancing is critical to avoid such situations. I think it is vaguely understandable what a load balancer does. Now in this blog, we shall have a deeper look at what is a load balancer, what it does, the need for it and everything we need to know, to know a load balancer well. 

You’re reading this blog do you wonder how? The internet is enabling this connectivity. But there are so many other functions it is carrying out simultaneously. There is a very strong chance that the overload can interrupt a normal sound working.

We also log out when forced with too many interactions at once and sadly web servers are very much like us. The web servers can also communicate with a particular number of computers, lest they shut down and stop responding. 

What is a Load Balancer?

Load balancing: Load balancing refers to the activity of efficiently distributing all the incoming network traffic across a group of backend servers, which are commonly known as a server farm or the server pool.

Load Balancer: The load balancer is a device that manages the flow of information between the server and an endpoint device.

How to avoid overloading a website?

1. Strong Servers:

There are many ways one can ensure the same. Firstly the IT admins can ensure this by making web servers to be more efficient and more powerful. They can add more system resources like memory and faster processors to a computer. 

A web server can be communicating with multiple computers at once. All this can only be accomplished by having really strong servers. But often this also doesn’t suffice as for instance certain applications, like NodeJS won’t be able to see large performance gains by merely employing a stronger computer.

2. Employing many systems: 

Another resort to cater to this issue is to simply have more workforce ie. to have more computers. This is the best option as would cloning be. That would make working easier, as many systems would be efficiently working to cater to many avenues. 

But the internet does not work like that, as the user types a website address the DNS gives them a single address to the former to try. This is a task for the computer to know if there are many copies of a web server to connect.

The need for a Load Balancer:

If we employ a single web server, our computer only connects to a load balancer. The load balancer also keeps a log of the web servers that are available. 

The load balancer is meant to keep a log of which web servers are available and also of the ones that are heavily used. With all this information the load balancer is able to send requests from the user’s computer to the ap test web server to give the information that the user wants.

By employing a load balancer, web admins are at capacity to deploy as many web servers as they find necessary to be able to handle, the various numbers of people that want to visit a single website. It could be a math of 2 or 100 web servers. 

The load balancer accomplishes the tough task of keeping track of which web servers are busy and also further pointing out the new ones, incoming the website traffic to web servers which aren’t occupied at that given moment.

What if Load Balancers get overwhelmed?

The load balancers are efficient in managing other load balancers as well. By the means of employing numerous load balancers, websites can spread the amount of traffic a little bit more. Every load balancer would then have its own set of web servers to manage. 

These load balancers wouldn’t have much idea of what is happening with other chunks of web servers or the load balancers managing those chunks of web servers. 

But, there is one big load balancer,  that manages all the smaller load balancers. That one big load balancer is supposed to keep a track of how busy the smaller load balancers are and also direct new internet traffic to the web servers appropriately.

The load balancers help in distributing computational tasks among multiple computers on demand. Hence this prevents a single computer from getting overwhelmed.

Efficiency of a Load Balancer?

The load balancers are abled differently based on the maker’s efficiency. Some software load balancers are inclusive of a reverse proxy as well. A reverse proxy is utilised to redirect a network request from one computer and port it to another on the network. Reverse proxies can be utilised for all kinds of things.

It is essential to keep in mind that since a software load balancer can perform proxies, these proxies are not performing any kind of load balancing. It is very important for the user to understand this and be able to choose a load balancer efficiently, with guidance and consultation from their concerned team.

Is employing a Load Balancer worth it?

After having tried to understand what a load balancer is, its purpose and also how to select one, the question of importance is that if we should be using a Load balancer or not. The answer is pretty straightforward if you have a website or plan on having one and if you have even the slightest idea of having heavy traffic later in time, it is suggested to employ a load balancer. 

The use of a load balancer is very crucial for the expansion of any network resource. It helps in not letting work get affected and aids the saving time rather than being wasted in delays caused by heavy traffic.

Cyber Security for School Students

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Cyber security for school students
Cyber security for school students

Should cyber security lessons be taught in schools?

Internet inevitably has become of paramount importance. We all feel the need for the internet in all walks of life. In the field of education, the internet is extremely important and is consistently growing as well.
Especially after the pandemic hit us, the usage of the internet became an exclusive part of our lives and in matters of education, it became a saviour. Life had changed entirely during the pandemic as well as post-pandemic. Children were solely reliant on the internet to learn from school also.
It is a matter of worry for parents as well, to try and keep track of children’s daily activities and check that they do not fall prey to any internet scams, etc.

Need for cyber-security:

That is where cyber security comes in. Cybersecurity is a matter of concern we are all well aware of this fact. Recently the news of cyber security being introduced in school for classes 9 and 10 was doing rounds. I found it rather exciting and it is something we should be addressing. 

In our native education system, dependency on the internet is huge which makes it essential to have protection from data breaches, phishing and ransomware. 

Hence, learning about cybersecurity becomes important, for children to be aware of internet dangers as well. If we talk about students in classes 9th and 10th, teenagers are most prone to being victims of cyber-attacks which can be harassing for them, and their academic growth as well. 

Need for education on cyber security for School Students:

The need for cyber security for school students as we read in the former paragraphs is immense but looking at the technical side of it, cyber security is needed as it offers a defensive mechanism for all kinds of internet-enabled devices from cyber hackers. 

The education sector isn’t safe from these cyber attacks as well. Data breaches and data manipulation are common here as well. Online malicious attackers do not spare, this sector as well. The degrees of cyber-attacks may be of varied kinds like Distributed Denial-of-service, IoT vulnerabilities, data manipulation and much more.

“By 2025, 45% of organizations worldwide will have experienced attacks on their software supply chains, a three-fold increase from 2021.” ((Gartner))

Cybersecurity renders a defensive mechanism for internet-enabled devices from cyber hackers. This security form is a necessity for any organisation that is run digitally. Globally there is a considerable need being experienced.

Cyber security for school students

Reasons for vulnerabilities :

  • Lack of awareness.
  • Increased usage of the internet. 
  • Lack of technical knowledge. 
  • No proper guidance against cyber crimes. 

Hence, it just becomes essential to have a generation of children who can work better on the internet without falling prey to cyber crimes as this data can be stolen and further utilised for the wrong purposes and used as a tool to extort money. 

Educational institutions are at a greater risk of getting trapped in this hazard as children unknowingly can visit or select the links.

Reasons to include cyber security in school curriculum :

Cyber security domain carves the way for a demanding career: 

Cybersecurity has transformed globally as an endless job option and is scaling to be significant with each passing day. The demand for cyber security experts is immense and is rising with each passing day. A lot of big tech giants like Dell, Cognizant, and Accenture are looking out for cybersecurity professionals. The need for professionals exists in the field of national crime agencies, and security departments.

Handsome remunerations:

The jobs that are available in the field of cyber security offer lucrative salaries. The bracket for remunerations is very wide. Not only regular jobs the need and work of a cyber security professional is vast as a freelancer as well, a person can cater to many jobs at the same time, as many startups and online businesses also need to safeguard themselves against any cyber threats. Hence, remunerations are one big attraction in this line of profession.

Personal growth and professional growth exist parallely:

The development of an individual on the professional front is deeply rooted in their growth in their personal space. As they acquire a new skill every now and then that not only helps them on the professional front but along with that their individual skill set also gets upgraded. This makes a person upgrade his/her skill set and be more productive. 

The reasons of cyber security for school students are numerous to have cyber security as a subject so as to promote the vocationalisation of education, in fields that have many opportunities for employment. It has been found in research, that cyber security is a field where the chances of growth are high and the gap between supply and demand is also very high.

The recipe for Cyber security in school curriculum:

Deciding the standard: It has been found, that the basic understanding, of cyber security, can be instilled in a child in 9th standard and beyond. It goes without saying that not all students are willing to take up the conventional streams like sciences or finance, but this can seem like a strong attraction to someone interested in IT.
Prerequisite: While formulating the curriculum, it should be kept in mind that the child is new to the concept. Both kinds of students should be able to take up the subject, whether from a technical background or not.
Educators: The teachers should be experts with hands-on experience. The teachers should be able to bring working experience to the table as well.

Concluding thoughts:

Cybersecurity courses should be introduced in the school curriculum, for all the above-stated reasons. This will help us innovate a generation of learners who are self-sufficient in generating a livelihood for themselves.

Cloud Computing Trends for the upcoming years. 

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Cloud Computing Trends
Cloud Computing Trends

The world of cloud computing is consistently reshaping the world. It is doing so by facilitating, a transformed way of doing business. It is equally safe to say, that the effects of using the cloud are in demand and along with that they are in no way close to being over or replaced.

If you are new to the cloud and this conversation seems lost to you, wait let’s recapitulate.

What is Cloud Computing?

Cloud computing can be defined as the on-demand availability of various computer system sources. They also facilitate cloud storage and computing power, sans the direct management by the user.

Why choose Cloud?

Although all enterprises are aware of the efficiency cloud introduces, we still shall have an overview of the advantages of cloud computing: 

  1. Productivity enhancement. 
  2. Multi Latency, which further renders multiple advantages. 
  3. Performance
  4. Cost efficiency 
  5. Security

Cloud is continuously being adopted, and it’s an open secret that cloud is here to stay and make an impact like it is currently making. 

In this blog, we shall have a look at such trends in the domain of cloud that is most certainly going to cast a spell. These cloud trends seem reassuring that they are here to stay and won’t fade away in the foreseeable future.

Market Analysis :

Before we study the cloud trends, it is common to wonder, why the changes, their evolution, and ongoing Cloud Computing trends in this industry matter to us on the whole. It is because the cloud has a very huge impact in terms of the services, it provides.

“The global cloud computing market size was valued at USD 368.97 billion in 2021 and is expected to expand at a compound annual growth rate (CAGR) of 15.7% from 2022 to 2030.”  ((Grand review Research))

The cloud computing industry reigns as a crucial sector as the demand for cloud-based solutions is massive. The reliance on these cloud computing platforms is also equally large. Enterprises, companies, etc rely greatly on cloud computing for the purpose of software accounting or IaaS PaaS and SaaS solutions.
As we saw above as well, the cloud computing domain is still going to be reigning in the coming years as well. So we shall now have a look at the Cloud trends that are going to take up space, in the field of Cloud computing.

Top five Cloud Computing trends:

1. Even more emphasis on Cloud security :

The emphasis on cloud security has always been at its highest, but now the emphasis is growing even more. The concerns of security seem to be red flags in the path of adoption of the cloud. Hence, the demand, for the following will be on  arise:

  • Secure Access Service Edge (SASE): 

SASE enables users to efficiently manage and also extend to control amongst the cloud apps, on-premises IT and end-user activities. 

  • Cloud-based disaster Recovery (DR) :

This feature enables a company to backup data and also, be able to create an environment that is able enough to standby an IT environment that is able enough to step in if the primary infrastructure goes down for some technical reasons.

2. Developments in the Cloud Gaming AR and VR:

Cloud gaming always facilities a better gaming experience for keen players to run video games on remote servers and also be able to stream those directly into their devices. The feature of playing games remotely allows an individual to do the following: 

  • This makes gaming for keen gamers, more efficient as they can game without having to invest in heavy costly hardware and consoles. 
  • The gaming experience becomes thoroughly enjoyable as it is a lag-free experience. 
  • The issue of having to free up space every now and then is also ended as one can play games without having to worry about freeing space on their home device.
  • The users can rely on efficient security due to the absence of piracy and on-premises executables. 

 The streaming tech is consistently improving as the demand for a better gaming experience is increasing. This trend is going to get bigger with time as the big tech sharks like Microsoft, Google and Amazon are all proactively developing their cloud-based gaming spaces.

3. Growth of AIa and ML adoptions:

 It is evident that all machine learning platforms and also all Artificial intelligence platforms require high-end processing power along with bandwidth. It is also needed that capabilities that are more affordable by the means of cloud than any other route. 

Cloud computing plays a huge part in the development of two big enough emerging artificial intelligence techs namely, Creative Algorithms, and Language Modeling.
Cloud computing shall be playing a pivotal role in delivering these services to the users. It is also efficient in providing the infrastructure for programs that are compute-hungry. 

It is safe to say that without the availability of cloud facilities, startups and companies with comparatively smaller budgets would have to skip the usage of AI and ML and hence also not be able to benefit from the benefits the former introduces. 

The growth of the artificial market is inevitable and the cloud shall play an integral part in this evolution and future growth of the same.

4. The continued rise of serverless Computing:

Serverless computing can be defined as a cloud model where the user isn’t bound to deal with the server provisioning and also infrastructure management. In this system, the cloud provider handles all the latent infrastructure and further allocates compute resources based on the current needs.
Serverless computing tends to provide many benefits to a business: 

  1. The consumer isn’t supposed to pay for fixed amounts of storage or even bandwidth. Instead, the user is free to pay-as-you-go service.  
  2. The risk of backend failures is way lower than otherwise. 
  3. The serverless platforms scale automatically without any kind of interruption or intervention from the in-house staff, hence the risk of under-supervising or over-supervising is less. 
  4. The in-house team does not have to worry about any kind of server management and it can save them time. 
  5. The in-house team can further spend time learning new things, coding and innovating for the better.

5. Kubernetes and Blockchain:

Kubernetes is an open-source system utilised for automating deployments and also scaling apps. It helps in the rapid scaling of a blockchain environment.
The blockchain is a technology that facilitates a tamper-free digital ledger that can record data without being dependent on a central authority. 

Blockchain and Kubernetes, are a perfect match, what most enterprises are looking for and shall continue to do so in the future as well.
It is estimated that soon enough the deployment of blockchains and their components by the means of cloud-native Kubernetes clusters, will be the standard of adoption since there is always a lookout for solving blockchain’s complexity and also to address integration concerns. 

Concluding Thoughts:

On the whole, the cloud is undoubtedly going to be evolving. It is these innovations that emerge as new Cloud Computing trends every few years. The success of the cloud and its advancement can very well be attributed to the growth brought about by these innovations. The above-talked-about Cloud Computing trends are here to stay as they serve a serious purpose in cloud innovation.