Who is an incident handler and what role does it perform

The modern world is completely inclined towards technology and is nearly impossible to function without it in any major aspect of work. As everything is getting digitized, the security of information and data is of prime importance. That’s where incident handlers have important tasks to perform.

Incident Handler is a very booming career option in today’s world as every company requires data and information security. To become an incident handler, it is essential to have due knowledge about cyber security. A PG in cyber security can help in achieving greater insights. 

Let us learn about incident handlers and their importance!

Who is an Incident Handler?

An incident handler is an individual that investigates and responds to computer security incidents. They are responsible for identifying and containing security threats, analysing systems for vulnerabilities and determining the extent of the security breach. Incident handlers may also be responsible for coordinating with stakeholders, preparing reports and documenting the incident. 

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These challenging situations are mostly handled by either an Incident Response Team (IRT) or an Incident Management Team (IMT) inside a structured organisation. Most multinational companies spend a lot of time and effort on building such incident-handling teams before an important event or during the occurrence of the same. Incident handling is important for retaining business operations and keeping intact the security of integral data and information. 

Cybersecurity career is rising with each passing day and becoming an incident handler can be a very prosperous career option for anyone interested in the field. 

Role of an Incident Handler

Throughout any cybersecurity incident, the incident handler has the overall control and authority to take necessary steps regarding that situation. They oversee and coordinate all aspects of an incident or a cybersecurity breach and are responsible for rectifying such situations.

Following are the roles and responsibilities of an incident handler in an organisation:

  • Quick resolution of an incident: An incident could be anything starting from system failure, security breaches, system outrage and so on. It is the job of an incident handler to quickly solve critical problems of such nature. Quick resolution in cases of security breaches is very important so that the important data and information do not go into the wrong hands.
  • Assessment of the situation: An incident handler is faced with a lot of challenging situations, which can be a security breach or system outage while walking in a big company. Before coming to a solution, an incident handler needs to properly assess the whole situation. 

The quick resolution does not mean that solutions can be derived in a hurry. An incident handler needs to properly evaluate the critical situation so that they can come down to a proper conclusion.

  • Determine the best course of action:  When there is a critical situation at hand, there is a need to solve it with the best possible solution. An incident handler must evaluate the problem and land on the best course of action that should be taken in such a situation. Rectifying the problem is not enough. The task of damage control should also be performed effectively.
  • Tracking decisions and making relevant changes: Strictly sticking to a particular decision or solution is not an ideal course of action. Constantly tracking a situation and taking the best course of action accordingly and changing decisions, if necessary should be practised by an incident handler. That is how a company can deal with critical situations in the best possible way.
  • Communicating decisions and information: Without proper communication, everything can get haphazard and business operations can get hindered. Being capable of doing all the tasks alone is not enough for becoming a successful incident handler. Proper communication of decisions and relevant information is also an important aspect of the responsibility of an incident handler. 

As a team manager, an incident handler has to inform the team members and other relevant employees about the present decisions of a situation in a company. 

  • Preparation in times of emergencies: One never knows when there will be a need to protect the important information and data of a company from the black hats. Panic typically occurs when security vulnerabilities arise. But with an efficient incident-handling team, an incident handler can remain composed under pressure. Such situations must be addressed rationally and effectively.

Conclusion

As technology is ever-increasing there will always be a demand for incident handlers in all companies. It is a very prosperous career option for the young generation. If someone is interested in stepping into this discipline, cyber security training and placement can help them learn the important aspects of incident handling.

Enrolling on the Postgraduate Program in Cybersecurity by Imarticus means looking forward to having a prosperous professional life as an incident handler. This program teaches all the prerequisites of incident handling that are necessary for stepping into this field of work.

Why Full Stack Developers Must Learn Kubernetes

Due to the emergence and growth of cloud computing and microservices, Kubernetes has become very important for a Full Stack Developer.  It is a crucial tool for managing and orchestrating essential containers. 

Nowadays, developers do a lot more than write codes and programs. Choosing the right infrastructure is crucial when working with microservices architecture. Companies count on developers to create and maintain the infrastructure.

In essence, Kubernetes has taken over as the industry standard for defining infrastructure. Read on to learn about Kubernetes and why Full Stack Developers must master Kubernetes.

What is Kubernetes?

Kubernetes is an open-source robust framework for container orchestration. It enables a Full Stack Web Developer to orchestrate and run container workloads automatically. Kubernetes provides numerous tools as a layer of abstraction. 

It helps deploy standardised full-stack applications across various platforms, including package managers, source plugins, monitoring tools, etc. Born out of Borg, a Google project, Kubernetes is considered one of the most popular container orchestration engines. It helps developers to manage a cluster of hundreds and thousands of workloads for running dynamic applications.

However, managing the Kubernetes cluster can be much more complex than managing a conventional application environment. It increases operational costs and is time-consuming. Also, it requires a specialist to monitor the operations. 

Why is it essential for a Full Stack Developer to learn Kubernetes?

Full Stack Developer course

A Full Stack Developer is proficient in handling an application’s front and back ends. The data structures and algorithms that Kubernetes offers are compatible with front and back-end development. Here are some of the reasons why a Full Stack Web Developer needs to learn Kunernetes

Easy availability

Kubernetes is an open-source software that can be used by anyone. It is a community lead effort instead and is available to developers free of cost. It does not require any contributions, and developers are welcome to use it for web development and related aspects. 

Enhanced productivity

Improving the efficiency of developers for web development is one of the major advantages of adopting Kubernetes. It helps one eliminate complex manual processes and can ultimately increase productivity for better results. Kubernetes automates a lot of tasks which results in greater efficiency, increasing the productivity of developers.

Stability of applications

The stability of an application is a deciding factor when it comes to evaluating its performance efficiency. Fortunately, users of Kubernetes have no reasons to worry about the performance efficiency of web applications because the platform provides unparalleled stability. Developers can always trust the stability of Kubernetes even if they are dealing with a very complex application.

Increased flexibility and portability

Kubernetes is compatible with practically every imaginable container runtime. The container type does not affect the flexibility of Kubernetes. It can operate with any type of infrastructure, including private and public cloud as well as on-premises services. It is easier for Full Stack Developers to design the perfect scalable solution with a higher degree of flexibility and portability with Kubernetes.

Offers multi-cloud capability

A fantastic benefit of adopting Kubernetes is that it allows one to get rid of traditional conventions and move to the modern cloud infrastructure. A Full Stack Developer can keep all their work in a single cloud as well as can distribute the workload and store it in different clouds. This helps strengthen the resilience of the infrastructure. In this way, a developer can extract the benefits that each cloud has in store to offer, ultimately lowering the expenditure of web development.

Offers systematised automation

It is very challenging to manually manage thousands of containers simultaneously. But Kubernetes helps to overcome this problem with almost zero effort on the part of developers. It is highly automated, and it can launch thousands of containers and manage them automatically. It is a great automation solution with built-in intelligence assisting human administrators. 

Provides better up-time

A server or a container is prone to crash and fail anytime. However, Kubernetes offers the feature of auto-recovery. It can automatically replace the faulty server or container and, thus, reduces the possibility of service interruptions to the users. This is how up time can be explained, the time period when fully functional services are available online. Kubernetes guarantees a high level of up-time.

Conclusion

Kubernetes has proven to be a reliable platform for container orchestration. The number of dynamic features the platform offers will enable you to achieve greater heights in web development and promote faster growth. If you aim to become a full stack developer, consider learning Kubernetes, as it is a high-demand technology with a proper workflow framework.

Do you want to kickstart your career as full stack web developer? Check out the Full Stack Development Programme by Imarticus. This will help you gain insights into the high-scale ability platform that Kubernetes is, as well as learn about GitHub, data structure and algorithms, and much more.  

An Ultimate Guide to Becoming a DevOps Developer

DevOps is a set of cultural concepts, processes, and tools that improves an organisation’s capacity to provide quick applications and services. It is a collection of procedures that fuses software development (Dev) with IT operations (Ops) to allow quicker and more dependable software delivery. A DevOps developer must manage the complete software development lifecycle from planning through deployment and maintenance. 

This software engineering technique’s goal, represented as an endless loop including planning, development, testing, deployment, operations, monitoring, and feedback, is to unify the activities of software development and IT teams. In recent years, DevOps has become an incredibly popular career option.    

What technical skills do you require to become a DevOps developer?

Here are some technical skills you need to master to become a DevOps engineer:

  • Git for version control
  • Jenkins for continuous integration and delivery
  • Docker for containerisation
  • Kubernetes for container orchestration
  • Ansible for configuration management
  • GitHub for code hosting and collaboration
  • Slack for team communication and collaboration
  • Nagios or Site24x7 for monitoring and alerting
  • MongoDB in DevOps workflows

To build a fluid DevOps pipeline, you should learn how to use these technologies and how they interact.

Note: A full-stack developer might also be familiar with DevOps techniques like version control, continuous integration/continuous delivery (CI/CD), and infrastructure automation. On the other hand, DevOps calls for specific knowledge in fields like cloud computing, containerisation, and deployment automation.

How much experience is required to become a DevOps Developer?

A DevOps developer needs to have a range of experience, although the following conditions are customary:

  • Knowledge of both system administration and software development
  • A 5-year work experience in development or operations 
  • A graduate degree in computer science or a closely related subject, as well as work experience

Full Stack Developer course

It’s important to note that getting practical experience is essential for a career as a DevOps engineer.

How can one gain experience in both software development and system administration?

Here are some strategies for developing both system management and software development experience:

  • Begin with processes for continuous integration, delivery, and deployment.
  • If you’re already a software developer, offer to work with your company’s DevOps team as cross-training for a DevOps engineer position.
  • Improve your talents in your current position to land the job you want.
  • Enhance your skills in automation, systems administration, and software development.

Here are some points explained on how to become a DevOps developer

1. Get expertise in agile methodologies

DevOps frequently employs agile approaches like Scrum and Kanban. To comprehend how an agile environment functions and how it may be utilised to enhance software development, you should get experience working in one.

2. Nurture soft skills

Soft skills like cooperation, communication, and problem-solving are crucial for a DevOps developer. You should develop these skills to effectively interact with team members and stakeholders, work with other teams, and solve challenging problems.

3. Enhance your coding abilities

You need to be an experienced programmer to work as a DevOps developer. Knowledge of scripting languages like Shell and programming languages like Python and Ruby can help manage infrastructure as code, automate operations, and build scripts using these talents.

4. Implement infrastructure as a code (IaC)

Controlling and supplying infrastructure using code rather than human procedures is known as “Infrastructure as Code” (IaC). It aids automation of infrastructure management and configuration. To manage infrastructure as code, you should practice using programs like Terraform, CloudFormation, and Ansible.

5. Obtain DevOps certification courses

You can demonstrate your abilities and knowledge by earning one of the several available DevOps certifications. AWS Certified DevOps Engineer, Certified Jenkins Engineer, and Certified Kubernetes Administrator are well-known certifications. These qualifications make you more marketable and show your dedication to the industry. 

What are the benefits of getting a DevOps certification?

You may provide your company with many benefits by obtaining a DevOps certification.

  • Gaining access to professional perks include employment prospects, enhanced abilities and knowledge, higher salaries, and increased productivity.
  • Standing out from the competition in terms of employment possibilities
  • Lean concepts can help you optimise time and manufacturing costs for greater productivity and financial success for your business.
  • Encourage closer coordination between the development and operational teams.

To become a DevOps developer, you must have strong technical knowledge, soft skills, and an understanding of the DevOps culture. 

Conclusion

The Full Stack Developer course from Imarticus Learning is for people who want to study the most recent technologies and industry best practices while pursuing a career in web development. HTML, data structures and algorithms, CSS, JavaScript, React, Node.js, Express, MongoDB, and MySQL, are among the subjects covered in the course syllabus.

Imarticus Learning’s full-stack development course covers front-end development, back-end development, databases, and DevOps. This course allows you to work on multiple projects, build your portfolio, and attract potential recruiters.

The key purpose of front-end development: Why is it important?

Introduction

There are two sections of any web application: front-end and back-end. When you open a website in a browser, what you see is the front-end part. It includes layout, graphics, images, buttons, links and more. The backend holds the overall structure of a website and is invisible to the users. Technical skills for front-end and back-end web development are different.

Here, you can see the fundamentals of the front-end development course and its purpose.

Front-end development: how it works

Full Stack Developer

Front-end development is the design process of software interfaces where the audience engages with a website. Its role in web development is to satisfy users and fulfil the business goals of the website.

Below are 3 major aspects of front-end development:

Front-end Designing: This is related to the aesthetic aspects of a web application. Front-end design must also suit devices of all shapes and sizes like tablets, smartphones, desktops, etc.

Coding: 3 programming languages are used for front-end development:

HTML (HyperText Markup Language)

CSS (Cascading Style Sheets)

JavaScript.

Front-end Development: This ensures the proper functioning of a website. For example, the website must be compatible with all leading browsers available today.

These 3 are the major components of any Front-end Development Course curriculum.

Front-end development: why is it important for a website/business

Today, organisations are willing to invest time and resources in front-end development because a well-designed website impacts business performance. Here are 8 key reasons that make front-end development important:

Front-end of a website serves as a platform to publish business messages about an organisation. Thus, it becomes an effective online tool to build brand awareness.

The front-end design of a website attracts many visitors and compels them to stay there. As more and more visitors spend time on a website, it will ultimately boost its business.

Proper positioning of visual elements makes a website user-friendly and self-explanatory. Then it becomes simple and easy to understand for people from a non-technical background. They can navigate through its pages without any outside help or guidance.

To maximise user engagement, front-end developers make sure that websites have fast-loading pages. Slow-loading pages frustrate users and they often move to other websites.

A visitor remembers visually appealing front-end design for a long time and will revisit the web page again and again. This results in repeat customers.

A well-developed website can increase the customer base. Existing users who had a great experience on a useful website will invariably talk about it, spread awareness and recommend the brand to others.

Any website that functions correctly, provides the right information and is highly secure can win the trust and confidence of its customers in a short period.

The brand value of an organisation depends on the front-end utility of its website to a great extent. If it can translate clients’ needs and expectations, it becomes much easier to achieve business goals.

Front-end development as a career

Are you confused about how to be a front-end developer?

For that, you must learn Data Structures and Algorithms (DSA). Imarticus Learning offers a Full Stack Developer Online Course which stands out in the IT industry. This is a more comprehensive programme than any Front-end Development Course. Here, you gather the required technical knowledge for both front-end and back-end programming.

Key features of the full Stack developer online course

Name of the Course: Full Stack Developer Pro.

A 6-month program with a job interview guarantee.

Learn data structures and algorithms for a strong base in the subject.

Other popular technologies like Java, JavaScript, MongoDB, Spring and more.

Besides learning data structures and algorithms, you understand competitive programming.

Who is eligible for a full stack developer online course

Final year students from STEM background (CS, IT, Electronics) with >50% marks

Fresh graduates/Postgraduates in STEM (CS, IT, Electronics) with >50% marks

If you are an IT Professional with 0 to 3 years experience, in non-development IT roles – QA, testers, IT support, etc.

Summing up

Front-end refers to the frontal part of a website. The process of front-end development involves the creation of technical elements that influence the look and feel of a website. It aims to satisfy website visitors.

Moreover, it plays a crucial role to establish brand value for a business both online as well as offline. Needless to say, good Front-end developers are in great demand today. Many industry experts insist that candidates should learn Data Structures and Algorithms for a solid career as developers.

If you aspire to upskill or learn Data Structures and Algorithms, always go for the best. Imarticus Learning offers you a leading-edge curriculum with this Full Stack Developer Online Course.

A Beginner’s guide to what is Kubernetes

Are you interested in learning Kubernetes from scratch? Kubernetes is a well-known container orchestration system. Understanding it is important for DevOps and full stack web developers.

This comprehensive guide will take you through the basics of Kubernetes and help you become an expert. This guide will mention the importance of learning Kubernetes in the current job market and how it can benefit you. So, let’s get started!

What is Kubernetes?

Kubernetes is an open-source container orchestration system that enables automated deployment, scaling and management of containerised applications. Developed by Google, it was later donated to the Cloud Native Computing Foundation (CNCF).

Why Learn Kubernetes?

Kubernetes has become a sought-after skill in today’s job market, presenting lucrative opportunities for DevOps Developers and Full Stack Web Developers. Acquiring knowledge in Kubernetes can propel one’s career, as it simplifies application deployment and scaling processes, facilitating management.

Getting Started with Kubernetes

To start using Kubernetes, you must first understand containers and containerisation. Software programmes and supporting components can be packaged effectively using containers. This prevents conflicts from arising when many instances of an application are running on the same host.

Before learning about Kubernetes, it is important to understand how a cluster is built. A central node and a variety of worker nodes make up this cluster. The cluster’s state is managed by the principal node, which also schedules programmes to run on the worker nodes.

It is necessary to understand Kubernetes objects, which form the core of a Kubernetes programme. The desired state of your application, including the number of replicas you intend to run and the resources you seek to distribute among each replica, is defined using Kubernetes objects.

Creating a Kubernetes Cluster

Once you fully comprehend Kubernetes, you can start constructing your own Kubernetes cluster. You can use tools such as Minikube or Kind to build a local Kubernetes cluster on your device. You can also use cloud providers such as Google Cloud Platform or Amazon Web Services to create a production-standard Kubernetes cluster.

Deploying Applications on Kubernetes

Application deployment on Kubernetes requires the creation of Kubernetes objects. These define the desired status of the application. YAML files describe these objects. The kubectl command-line tool can be applied to the Kubernetes cluster.

Managing Kubernetes Resources

The key to maintaining a Kubernetes cluster is to manage the resources allotted to your apps properly. Thankfully, Kubernetes provides a number of practical resource management capabilities to help with this effort, including resource demands and restrictions.

Scaling Kubernetes Applications

Applications built with Kubernetes need to be closely watched and managed to perform at their best. To expand applications in response to shifting demand, Kubernetes offers technologies like vertical pod autoscaling and horizontal pod autoscaling.

Kubernetes Monitoring and Logging

Kubernetes cluster management includes crucial elements like monitoring and logging. You can monitor your Kubernetes cluster to help you spot any issues or anomalies. This is to ensure that your applications are running properly.

You can also store and review the logs generated by your Kubernetes-based apps using logging. With the numerous monitoring and logging features that Kubernetes provides, you can keep an eye on the health of your cluster and apps.

You can use Grafana for visualisation and Prometheus for monitoring, for instance. You may also utilise programmes like Elasticsearch, Fluentd and Kibana (EFK stack) for centralised logging.

Kubernetes Security

A number of security capabilities are offered by Kubernetes to assist protect applications running on the platform. While administering a Kubernetes cluster, security is of the utmost importance. You must make sure your apps are secure and adhere to industry standards.

Kubernetes features, such as Role-Based Access Control (RBAC), network policies and container security, offer robust application protection. Tools like Istio and Calico can also provide additional security measures such as traffic management and encryption.

Final Words

Learning Kubernetes is essential for anyone looking to become a DevOps Developer or Full Stack Web Developer. It’s a highly sought-after skill in the current job market. Many job opportunities are available for those with expertise.

If you’re interested in learning Kubernetes, Imarticus Learning’s Full Stack Developer Course is an excellent option. With hands-on experience and career services, you’ll be well-prepared to start your career as a Full Stack Developer. So, what are you waiting for? Start your journey towards becoming a Kubernetes expert today!

Best Practices for Securing SaaS Applications

SaaS (Software-as-a-Service) is a cloud computing software delivery model that provides access to software on a subscription basis. A SaaS application must not be downloaded or installed, and they are hosted on the cloud and can be accessed over the internet. 

There are several benefits of using SaaS applications, some of which are accessibility, agility, scalability, constant updates, and manageable payment options. However, any SaaS development company has to remain cautious about the security of the applications thus developed. 

SaaS applications deal with massive amounts of data that might be sensitive. The fact that SaaS applications are easily accessible across all devices also raises the security question. This article discusses some of the best practices of SaaS security which application developers can adopt to ensure network security, manage sensitive data and keep the risk of cyber-security threats at bay! 

Why Use SaaS

The use of cloud computing technology makes SaaS applications more flexible. There are plenty of reasons why SaaS is gaining popularity among modern organisations. Some of the benefits of using SaaS for application development are listed below:

  • Cloud accessibility, easy accessibility: One can access a SaaS application from any device; it only needs a stable internet connection. This is ideally suited for companies following a work-from-home or hybrid work model.
  • Cost-effective: SaaS vendors have a subscription-based pricing model. This means one does not have to pay for installation, licences, or infrastructure management. You only pay for as much as you are availing. 
  • Easy to deploy: Unlike conventional on-premises software, SaaS applications do not require any installation and configuration. Businesses can roll out the applications almost immediately. 
  • Scalability: This is another significant benefit offered by SaaS. With SaaS, one can quickly increase the storage or add more services without paying extra for the upgrade. This is ideally suited for growing businesses as they can incorporate the new features as and when required. 
  • Automatic upgradation: In SaaS, the vendors or providers constantly make updates. These updates are thus made available to the customers.

However, despite all these advantages, there are still some risks associated with using SaaS applications, for which developers need to be equipped with knowledge about the best practices of SaaS security.  

Challenges to SaaS Security

With greater development, new challenges abound. As mentioned earlier, security remains one of the significant concerns of SaaS applications. Although SaaS allows individuals and companies to share data outside the company’s boundaries, it has resulted in a greater risk of blunders like data exfiltration and phishing attacks. 

SaaS applications can be accessed remotely. Stakeholders within and outside an organisation can access the files and data. Although this is an advantage, this can also stand as a loophole. 

Anyone with malicious intent can take advantage of this. Some companies deal with users’ sensitive personal information such as bank details, health records, etc. Such data are always exposed to the risk of being breached and tampered with. 

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When you use a SaaS product, you do not have any control over the data management and storage patterns. Therefore, be sure that your provider informs you about the data storage pattern, security measures, recovery procedure, and time in case data is lost. 

SaaS is an excellent tool for developing complex applications; however, the more complexity, the greater the chances of misconfiguration. Misconfigurations can expose SaaS products to the risk of cyber-attacks. Also, accessing SaaS applications from public WiFi or unsecured internet sources increases the risk of virus and malware attacks. 

Therefore, following the best SaaS security practices is crucial to eliminate the risk of attacks and also improve overall security. An IIT Roorkee cybersecurity course will teach you more about the fundamentals of network security, risks associated with cloud computing, cloud security, ethical hacking, and many more!

Best Practices to Secure your SaaS Applications 

Although a daunting task, ensuring SaaS security is one of the top-most priorities of IT professionals. Below are some of the best SaaS security practices that will help you secure your applications. 

User Access

If everyone gets admin-level access, it is sure to lead to security breaches. In order to identify any risk, it is important to constantly monitor the failed login attempts, the device and location from which the login attempt was made, and also the successful logins. 

Also, accesses should be granted for a defined period and renewed as and when required. Organisations also fall victim to internal threats posed by individuals with malicious intent. Not only this but access should also be granted based on the individuals’ roles. 

Enhanced Authentication of the Logins 

To ensure a robust security system, login procedures should be modified, and a multi-factor authentication system should be enabled. In this kind of security system, after users enter the credentials required for login, they are asked to enter an OTP or a code that is shared on both the client’s and the server’s device screen. 

This helps to make sure that access is being granted to the right person. 

Secure the Data 

Data, both in motion and at rest, should be encrypted. As mentioned above, in the case of SaaS applications, where the data is stored is entirely at the providers’ discretion. Encryption helps to safeguard the data from hackers and maintains confidentiality!

Providers should also have a strict policy on data deletion. The data no longer in need should be deleted according to the terms of the agreement. 

Developers can also incorporate real-time monitoring techniques to secure the SaaS applications. This will provide better visibility and control and help protect the data against vulnerabilities such as SQL Injection, XSS, Cross-Site Request Forgery, etc. 

Cloud Access Security Broker

If you are dissatisfied with the level of security your cloud computing service provider is giving to your SaaS application, you can incorporate the use of cloud access security broker (CASB) options. It is a tool that serves as an extra layer of security. It sits between the cloud applications and the service users and examines how data is being used. 

CASB helps identify the security system’s loopholes and safeguards the data against threats. 

Companies are adopting SaaS cloud computing technologies for application development at a rapid pace. Aligning with these security practices can help companies eliminate the risk of cyber-attacks and secure their applications!

Conclusion 

HubSpot, Adobe, and Google are some of the many renowned organisations that are offering SaaS applications. It has been estimated that 85% of companies will be using SaaS for application development by 2025. 

This also calls for a demand for professionals who are skilled in the aspects of providing security to SaaS applications. Imarticus Learning offers learners an excellent opportunity to pursue an IIT Roorkee cybersecurity course that will teach you the fundamentals of network security, cloud security, ethical hacking, application security, etc. 

Upon successful completion of the course, you will receive a certificate that will be co-branded by IIT Roorkee. This IIT Roorkee cybersecurity course and the knowledge you acquire from it will be an asset to your professional credentials and will help you step up in your career by leaps and bounds!

10 Must-Have Skills to Become a Full Stack Developer

The rapid development of technology has created a huge pool of vocations requiring skilled experts on each front. Certain professions become obsolete if not upskilled in time. However, the demand for a full stack developer will not die anytime soon. Touted as highly skilled coding experts, these developers work on both front- and back-end development of an application. 

Full stack web developers are proficient in a variety of data structures and algorithms and software like Kubernetes. Their versatility and desirable skillset make them high-in-demand professionals.

Read on to learn the top 10 skills a full stack web developer must possess.

Who is a full stack developer? 

Web developers need different types of skills to design and maintain the front end and back end of a website. That is why, companies typically hire developers whose skills match the job requirement. 

Full stack developers have overlapping skills and can handle both the user side and server side of an application. They design and maintain databases and ensure the error-free running of web applications. 

What are the responsibilities of a full stack developer? 

Full Stack Developer course

A full stack web developer shoulders a horde of responsibilities and is an invaluable part of any organisation. Let us take a look at the job description of a full stack developer. 

  • Development and design of software and optimising it for better performance 
  • Writing code for both the backend and front end of a website. And, designing interactive user windows on web applications 
  • Creating databases and servers for the back end of websites and software 
  • Making sure websites are compatible with and optimised for every platform 
  • Developing APIs and collaborating with graphic designers to curate new features 

Usually, if the size and scalability of the software are small, companies may hire full stack developers to design and maintain both the server and client software. 

10 skills that a full stack developer must have 

A full stack web developer has a multifaceted role in an organisation. The top 10 skills he/she must possess are: 

  • JavaScript

It is probably the most popular and important programming language on the client side. It is widely used to write both front- and back-end servers. You will need a thorough knowledge of JavaScript to become a full stack developer

  • CSS/HTML 

HTML is a web language that controls the different types of text styles through command tags discerning headings, paragraphs and other text styles. CSS, on the other hand, is a style sheet used to make the front end of a website more decorative. The fonts, spacing, and size can be differentiated with it. Full stack developers need to know both of these to design websites. 

  • Back-end Languages 

While the knowledge of front-end programming languages is essential, a full stack developer also needs keen knowledge of back-end programming languages. This includes Python, PHP, Java, and Ruby. You will need to know at least 2-3 of these to become a good full stack developer. 

  • Github

It will always get a special mention when discussing web development, as this platform brings developers together and helps them connect with each other during projects. It also helps developers manage and work on different projects. It helps them network and learn how to work better in a team environment. 

  • Web Architecture 

Software development is one of the main responsibilities of a full stack developer and thus, he/she needs to be well-versed in web architecture. Since they have to build these websites from scratch, they need to know everything about structuring data and code, categorising files, and performing basic computational jobs. 

  • Basic Design

The process of developing the front end of a website also includes designing the website in a way that is aesthetically good. For this reason, full stack developers also require basic design knowledge. 

  • API 

A full stack developer must also be proficient in APIs (Application Programme Interfaces) like SOAP and REST. These can help bridge the gap between two different elements of the development of the two parts of a website, thus making the process more efficient. 

  • Knowledge of Security 

A full stack developer also has to be aware of the security concerns of a website as a developer. For this, a rudimentary knowledge of web security is necessary. 

  • Tech Knowledge

As a full stack developer, you have to update yourself constantly. Keeping up with the new developments in your field to stay relevant as a professional is a necessity.

  • Soft Skills

Besides possessing hard skills, a full stack developer must be equally proficient in soft skills, including: 

  • Analytical and problem-solving skills 
  • Creative outlook 
  • Communication skills 

Conclusion 

The growing demand for full stack developers makes it the perfect time to choose this as a career. Imarticus Learning’s Full Stack Developer Pro course can help you succeed in this field. This professional course has a dedicated career service and a job-centred curriculum that can help land high-paying jobs right out of the gate. 

Top 6 ways a cyber security certification adds value to your career

Cybersecurity is now crucial for protecting private data and avoiding cyberattacks in today’s world. Organizations are looking for qualified cybersecurity experts who can help protect their systems and data as the danger of cybercrime grows. 

Cybersecurity certification can significantly benefit your career by differentiating yourself from others, highlighting your knowledge and dedication, supplying your current knowledge and skills, and enhancing your career possibilities.

By earning a certification, you can boost your professional credibility and create new opportunities for development and progress in the cybersecurity industry. To remain ahead in this rapidly evolving field, we urge you to consider getting certified and improving your knowledge and skills. 

cybersecurity course

Cybersecurity certification can be a valuable asset in advancing your career. This blog will discuss the top six ways a cybersecurity certification can add value to your job opportunities and why you should consider obtaining one.

What Are The Benefits Of Getting A cyber security Certification?

There are several benefits to obtaining a cybersecurity certification, including:

Enhanced job prospects: A cybersecurity certification can make you more appealing to prospective employers and raise your likelihood of landing a job interview opportunities. Certification can give you an advantage in the employment market, as many organizations require or prefer certified professionals.

Higher salary potential: Professionals with certifications typically make more money than those without credentials. Certification can increase your value to employers and support a higher salary by proving your skills and information.

Career advancement: A cybersecurity or network security course certification can assist you in advancing your job within your company or industry. Certifications showcase your dedication to the industry and willingness to invest in your professional growth.

Increased knowledge and skills: The certification procedure entails extensive training and study, which can raise your cybersecurity knowledge and abilities. Certification status requires ongoing education to ensure certified professionals remain current on new trends and technologies.

Professional recognition: A cybersecurity credential shows off your knowledge and abilities in the field. It proves that you have met the requirements of an acknowledged organization and can carry out in a cybersecurity position.

Networking possibilities: Through conferences and professional groups, certifications can open up networking possibilities with other industry experts. Mentorship, new job opportunities, and information sharing are all networking outcomes.

How does Cyber Security Certification add Value To Your Career?

Certifications Can Be A Differentiator

Given the high demand for cybersecurity professionals, a certification can help you stick out of the competition. Employers frequently prefer certified professionals because they exhibit more dedication and competence.

Certifications Demonstrate a Degree of Achievement 

It takes a lot of work and effort to become certified in cybersecurity. The typical requirements for accreditation are extensive instruction, diligent study, and exam success. A certificate on your résumé demonstrates your capacity for goal-setting, diligence, and success.

Up-to-Date Knowledge And Skills

Technology and cybersecurity threats constantly change, so certifications require continuing education and training to maintain their status. The certificate shows you are dedicated to keeping current with the newest advancements and technologies.

Certification Can Maintain Your Employer’s Alert

Your employer can feel secure knowing their systems and data are safe if they have a certified cybersecurity expert. If their employees are certified, employers might feel more responsible for keeping a safe environment.

Enhanced Work Possibilities

Cybersecurity certification may lead to new employment possibilities in various fields, including government, finance, and healthcare. Additionally, earning a certification can help you advance in your present employer.

Networking Options for Professionals

Through conferences and professional groups, certifications can open doors to networking with other industry experts. The exchange of information and ideas, mentorship, and new job opportunities can all result from networking.

Discover Cybersecurity Analyst Course with Imarticus Learning

Want to become a cybersecurity analyst? An online cyber security analyst course can help you gain the skills and information necessary for success in today’s technologically advanced world. Take an ethical hacking certification course to join the ranks of specialists who work as penetration testers, analysts, incident handlers, or SOC Team members. 

 Course Benefits for Learners:

  • This cybersecurity course with placement is the perfect way to get a successful career in cybersecurity! 
  • Our instructors will help you become a successful cybersecurity analyst by providing rigorous SOC team training and teaching problem-solving techniques, arming you with the knowledge to dominate cyber threats!
  • This cyber security training will cover the fundamentals of security practices, tools, techniques, and tactics, which come with a job interview guarantee.

 Visit our training centers in Mumbai, Thane, Pune, Chennai, Bengaluru, Delhi, Gurgaon, and Ahmedabad, or connect with us via chat support.

Explain top 6 types of ethical hacking

Ethical hacking has emerged as an established route for businesses to test the capabilities of their network security systems and understand the level of robustness in the IT infrastructure. An organisation usually either sets up an internal team or outsources the task of ethical hacking to a set of professionals. The key task here is to understand the level of security in the IT infrastructure and identify the possible weaknesses for corrective action.

Ethical hacking is of various types. Each type of ethical hacking has its set of advantages and disadvantages. A business needs to have clarity about the various types of ethical hacking so that we can make the right decision about the future roadmap.

What is ethical hacking?

Ethical hacking is a solution with which a business can test a computer system or network for possible threats and gaps. The role of ethical hacking is to ensure that a business has an IT infrastructure that is not prone to any hacking threats.

As businesses are stuck with the day-to-day operational requirements, they often end up ignoring the role of ethical hacking in maintaining the IT infrastructure. These tests are usually performed by skilled professionals without the intent to take advantage of the gaps. Rather, the intent here is to break into the system to help improve the level of security in the organisation.

Top 6 Types of Ethical Hacking

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Ethical hacking work requires a combination of skills, techniques, and methods to test the level of security in IT infrastructure. Here are the top 6 types of ethical hacking:

1.       Black box testing

In the case of black box testing, the ethical hacker does not have any prior information about the system and software being used. It is a use-case scenario where the ethical hacker is approaching it from the outside and trying to break in with brute force. Black box testing is known as one of the most practical instances of ethical hacking. As a hacker would try to exploit security loopholes to do damage, a similar scenario is created in this type of testing.

2.       White-box testing

In the case of white box testing, the ethical hacker is aware of the system, its working, possible weakness, and other related detail. It is usually performed in cases where companies want to test how their systems hold up against pressure in real-world scenarios. It helps a business identify how a system performs in a production environment where the actual attackers will try to exploit the possible vulnerabilities. Ethical hackers work closely with IT departments to ensure that they do not break any laws in the process. Code inspection, statement coverage, and data-flow analysis are some examples of white-box testing.

3.       Grey-box testing

Grey-box testing is placed between white and black-box testing. It is a scenario where ethical hackers have some level of information about the system. Professionals use technical knowledge along with deductive reasoning skills to identify possible loopholes in the IT security system and network. Some of the popular grey-box testing examples include security tests, performance tests, and usability tests.

4.       Web application hacking

Web application hacking is mainly used to assess the possible weaknesses and vulnerabilities in web-based applications. These applications are usually written in languages like HTML, Javascript, and CSS. In addition, other languages like PHP and Ruby on Rails can also be used to develop web applications. The nature of these languages is such that specific actions on an application or website can be performed without proper authorization. For instance, cross-site scripting (XSS) can include injecting malicious code into the HTML structure of the website. Web application hacking mainly includes protecting the developed application against such attempts.

5.       Hacking wireless networks

It is a type of ethical hacking where the strength of wireless networks is tested to ensure their safety. Accessing a computer network without proper authorization requires exploiting the weak points in the security system of the network. Wardriving is a common example in the case of hacking wireless networks. It is a type of hacking in which a hacker drives with a laptop or any other device that can catch wireless networks. Poorly protected networks are a key casualty in this type of hacking.

6.       Web server hacking

Any website or software requires a web server on the back end. This type of ethical hacking requires checking the strength of the web server. A server usually includes details of the database like user details, passwords, etc. DoS attacks, port scans, and Sniffing are the usual type of hacking that is used to attack web servers to gain access.

Advanced Certification Program In Cyber Security from IIT Roorkee and Imarticus Learning

IIT Cybersecurity Course covers the topic of ethical hacking along with other modules to provide a deep learning experience in the area of cybersecurity. It is a leading cybersecurity course with placement assistance that follows a live online training method and provides certification by the CEC, IIT Roorkee upon completion. The live training by IIT faculty and campus immersion opportunity from the institute provides a unique learning experience. Click here to know more.

What is MongoDB and how does it work?

Are you interested in becoming a Full Stack Developer? Would you like to learn about MongoDB and the other technologies required for full stack development? If so, then you have come to the right place! In this blog post, you will learn everything you need to know about MongoDB, why it is so important for full stack development and how you can learn MongoDB.

What is MongoDB?

MongoDB is an incredible NoSQL database! It lets you store and manage data that is not always structured the same way. This comes in handy for web applications and other more complex systems. Also, it is an open-source document database. It was created back in 2007 by MongoDB Inc., and it has been tested and perfected over the years. All your data is stored in a JSON-like format, making it even easier to work with!

How does MongoDB work?

MongoDB utilises a document data model, allowing it to effectively store various types of data in documents analogous to JSON objects. These documents can have their own distinct structure, providing great flexibility for the database system. As a result, MongoDB can accommodate diverse data requirements.

MongoDB offers an impressive capability that allows for horizontal scaling. It means that users can expand the capacity of their system by adding new servers at a fast rate. Additionally, MongoDB has the power to automatically shard data. It means that the data is divided and spread across the many servers in the cluster, providing increased load balancing and performance.

Why is MongoDB essential for full stack development?

Full stack development entails interacting with an application’s front and back ends. As a result, you must be aware of both programming languages and databases. For full stack developers, MongoDB is a necessary database technology since it is adaptable, scalable and simple.

Because of MongoDB’s versatility, developers can store data in various formats, including photos, videos and other complicated data types. It also enables developers to modify the schema of their data on-the-fly without transferring it to a new database.

full stack development course

Furthermore, MongoDB’s scalability enables programmers to manage massive amounts of data and traffic. You can easily add more servers to your MongoDB cluster to accommodate the increasing traffic as your application expands.

Last but not least, full stack developers favour MongoDB because of its simplicity of usage. Many developers are already aware of JSON because of its document data model. Developers can run sophisticated queries on their data because of MongoDB’s powerful query language.

The best way to learn MongoDB

If you’re interested in learning MongoDB, there are various methods you can use to get started. Learning MongoDB through an organised technical proficiency development course is among the finest ways to do it.

For people who want to learn full stack development, including MongoDB, Imarticus Learning’s Full Stack Developer Course is a great choice. This course is designed to help you learn the ins and outs of MongoDB. You’ll learn how to set up and configure the database, how to store and retrieve data and how to perform various tasks with the data. In addition, you’ll also learn how to troubleshoot any problems that you may encounter.

Several technologies are covered in this full stack developer course, including HTML, CSS, JavaScript, React, Node.js, MongoDB, and others.

The course, which is geared towards novices, covers everything from the fundamentals of web development to more complex subjects like creating large-scale web apps.

Full stack developers with extensive industry expertise assist as the course’s professors. You’ll gain practical experience working on actual projects while discovering the best methods for creating scalable, maintainable web apps.

The full stack developer course from Imarticus Learning also offers employment assistance to assist you in securing your ideal position.

In addition to access to a network of organisations seeking full stack developers, you’ll get help with your resume and interview technique.

Last Words

For full stack developers, MongoDB is a crucial database technology. It is a well-liked option for web applications and other complicated systems because of its adaptability, scalability and simplicity of usage.

The Full Stack Developer Course from Imarticus Learning is a great choice if you’re interested in learning MongoDB and becoming a full stack developer. You will be well-equipped to begin your career as a full-stack engineer with practical experience and career services. What are you waiting for, then? Go and register now!