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SQL Data Analysis Challenge for InsureTech Skills

SQL Data Analysis Challenge for InsureTech Skills At InsureTech Skills, we believe in empowering data professionals with real-world SQL challenges to sharpen their analytical skills. In this blog, we explore an Eight-Week SQL Challenge by working through customer nodes and transaction data, answering key business questions. Database Setup Section A: Customer Nodes Exploration 1. How many unique nodes exist in the Data Bank system? 2. What is the number of nodes per region? 3. How many customers are allocated to each region? 4. How many days on average are customers reallocated to a different node? 5. What is the median, 80th, and 95th percentile for reallocation days per region? Section B: Customer Transactions 1. What is the unique count and total amount for each transaction type? 2. What is the average total historical deposit counts and amounts for all customers? 3. How many customers make more than 1 deposit and at least 1 purchase or withdrawal per month? 4. What is the closing balance for each customer at the end of the month? 5. What percentage of customers increased their closing balance by more than 5%? Conclusion By analyzing customer nodes and transaction patterns, businesses can optimize customer allocations, understand transaction behaviors, and identify trends in financial activities. At InsureTech Skills, we provide hands-on training in SQL, Data Analysis, and Business Intelligence to help professionals upskill in real-world scenarios. For more SQL challenges and interview questions, visit InsureTech Skills. Stay tuned for more insights! 

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Top 20 Ethical Hacking Interview Questions for 2025

Top 20 Ethical Hacking Interview Questions for 2025 Ethical hacking plays a crucial role in cybersecurity. Companies hire ethical hackers also known as white-hat hackers, to spot and patch security flaws before bad guys can exploit them. To get ready for an ethical hacking job interview, you need to understand the basics, know the common tools, and stay up-to-date with the latest trends in cybersecurity. This article answers 20 questions you might face in an interview in 2025. We’ve written the answers in plain English and broken them into paragraphs to make them easy to read. Many top universities, such as Virginia Tech and the University of Maryland, located in Virginia and Maryland respectively, as well as esteemed institutions in England and New York, now offer specialized courses in Ethical Hacking and Cybersecurity Analyst Training to meet industry demand. 1. What Is Ethical Hacking? How Is It Different from Malicious Hacking? Ethical hacking involves testing computer systems, networks, or apps to find security weak spots so they can be fixed before a real attack occurs. Ethical hackers get permission from the organization and stick to legal guidelines. They aim to protect data and boost security. On the flip side, malicious hacking (or black-hat hacking) happens without permission. 2. What Are the Different Types of Hackers? Hackers fall into three groups. White-hat hackers are the good guys who work to secure systems and fix vulnerabilities. Black-hat hackers are criminals who break into systems without permission. Grey-hat hackers sit somewhere in the middle; they sometimes access systems without permission but don’t mean to cause harm. Leading educational institutions such as Virginia Tech, the University of Maryland, and Columbia University in New York, along with prestigious institutions in Ontario, Texas, and England, are continuously advancing research in ethical hacking and cybersecurity. 3. What Are the Five Phases of Ethical Hacking? Reconnaissance: The hacker obtains public information regarding their target by acquiring IP addresses and domain names. Scanning: Tools help discover open network ports for identifying security weaknesses within the network infrastructure. Gaining Access: During the system penetration attempt the hacker tries to enter the system through password cracking or SQL injection techniques. Maintaining Access: After securing initial access the hacker evaluates whether the system allows permanent access to remain established. Covering Tracks: The hacker discreetly deletes all evidence of their action to stay unseen. 4. Pen Testing or Vulnerability Assessment: What is the Difference? A vulnerability assessment checks for weaknesses in the system with automated tools and provides a list of possible threats. On the other hand, both Penetration test and pen testing dig not only to identify these but also to look for ways one can be exploited. Pentesting mimics an actual attack and demonstrates how far the attacker can go, and thus what damage they would do. 5. What Is a Firewall and How Does It Work? A firewall is a security device or software program that regulates data transfer between a computer network & internet. It operates as a gatekeeper that verifies each bit of your data against the rules set out. If data complies with the rules they are let through; if they don’t then it’s blocked. Firewalls can be in the form of hardware or software. Firewalls in modern days may even look inside the data packets used for transferring data and drop more complex threats. 6. SQL Injection — What is It and How Could You Prevent It? SQL injection is an attack where a malicious code is inserted by a hacker into the website input fields .SQL code can make the database of the website disclose, modify or delete information. When the website is not strong user input validation will often happen. To ward against SQL injection developers should be utilizing techniques like prepared statements and parameterized queries. These workarounds grow the code away from the user input. Besides, imposing stringent database permissions and applying web application firewalls can block such attacks. 7. What is Cross-Site Scripting (XSS) and How to Prevent It? This is when a hacker tricks an innocent website into serving bad scripts to its users, which causes Cross-Site Scripting (XSS). It executes on the user’s browser and it can take personal information, such as cookies or login credentials. It occurred when simply the input wasn’t cleaned or validated user’s script was processed on the Other website. To avoid XSS, developers must sanitize and escape user input so that it is treated as text, not of active code. 8. What Are Common Password Cracking Techniques? There are a few methods hackers employ to crack passwords. The brute-force attack method is one in which each combination of characters tries until the right password comes out. A second method used is the dictionary attack which uses a series of common words. These techniques are integral to the curriculum at renowned universities in Virginia, Maryland, and New York, with additional specialized training programs available in Ontario, Texas, and England. 9. Social Engineering- Definition and How to Prevent It Social engineering, persuasion or spoofing–manipulating people into violating security policy to obtain protected information. Instead of hacking into a system itself; The hacker uses emails, phone calls or some other medium to get someone to just give their password /whatever sensitive data. They use a lot of Phishing, whereby the emails look like they are from trusted sources. The best enforcement of social engineering is the training and awareness. One should be taught to confirm any demand for sensitive information and reject unanticipated messages. 10. Talking About Common Tools of Attribute-Based Ethical Hacking Ethical hacker uses different tools for testing security. Nmap——It is used to perform network probing over scanning and disturbs the open ports. Metasploit is a great exploit testing framework that mimics exploits. Wireshark is a tool for capturing and auditing network traffic to find malicious behaviour. These tools enable security testing on web applications. The purpose of the tools is to find and fix security bugs before some hackers realize they exist. These security

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The Complete Beginner’s Guide AWS DevOps Engineer

The Complete Beginner’s Guide AWS DevOps Engineer By combining the Amazon Web Services and DevOps practices, AWS DevOps enhances the software development and deployment processes. This is the integration of DevOps principles and AWS’s robust infrastructure and tools. As such, it offers the advantages of collaboration, automation, continuous integration, and continuous deployment (CI/CD) while looking into improving operational efficiency, automating infrastructure management, and streamlining CI/CD pipelines. Let us look into the key definitions, principles, and basic understanding to gain expertise in applications and practices – Explain DevOps and Its Applications This is a software development methodology that enhances the efficiency of SDLC through collaboration, integration, and automation. As an effective approach to disintegrating the traditional silos between the development and operations teams, it promotes a collaborative and transparent culture. Facilitating the faster delivery of high-quality software, it ensures enhanced continuous integration and continuous deployment (CI/CD) practices. Based on the following principles, this approach facilitates more reliable applications – ● Collaboration – Teamwork improves due to a collaborative culture among the developers, operations, and other stakeholders with better project outcomes. ● Automation – Using tools like automated scripts and services to eliminate manual handling in the areas of testing, deployment, and monitoring, to enhance speed and efficiency, and reduce error chances. ● Continuous Integration and Continuous Deployment (CI/CD) – With faster delivery of quality software, it enables automation of code testing, building, and deployment. ● Feedback and Monitoring– By implementing feedback mechanisms rapid iteration is possible. It also helps in improving the efficiency of user input and performance metrics.  Thereby it can be stated that by transforming the software delivery process, DevOps helps organizations to respond quickly to market changes, improve product quality, and enhance customer satisfaction. Ultimately it will result in faster release cycles and more reliable applications. AWS is the best option for DevOps To support DevOps practices, AWS provides the benefits of a comprehensive suite of tools, which includes- ●    Scalability – Based on demand, AWS helps organizations to easily scale their applications and infrastructure. Hence, without significant overhead or downtime, it allows rapid adjustments.   ●  End-to-End Automation – AWS offers task automation capabilities that include resource provisioning, configuring environments, and deploying applications. It ultimately minimizes manual errors and accelerates the development process. ●    Flexibility – By supporting a wide range of programming languages, frameworks, and tools, AWS helps the teams select the best solutions in accordance with their needs. Due to this adaptability, organizations can be able to innovate quickly and efficiently. ●    Cost-effectiveness – AWS operates by using a pay-as-you-go model. As organizations have to pay only for the resources they use, it is a cost-effective approach to provide access to powerful tools and services. ●  Enhanced Collaboration – AWS tools ensure strong cooperation among development, operations, and other stakeholders to streamline workflows and improve communication. ●    Improved Security – AWS incorporates security best practices into its services to automate security controls and policies for enhancing application and data protection throughout the development lifecycle. Obviously, for implementing DevOps practices effectively, AWS features are identified as the ideal choice for organizations.  Learning the fundamentals of cloud computing is essential for AWS DevOps The learning of cloud computing is essential to leverage your AWS DevOps skills to optimize costs, enhance scalability and flexibility, improve software delivery speed and reliability, and implement robust security measures to boost application performance. Processes to set up your AWS account At first, visit the AWS Management Console to create an AWS account and complete the registration process. Then, set up an IAM (Identity and Access Management) user to assign permissions and securely access AWS resources. Key AWS DevOps tools and their features  AWS provides a comprehensive suite of DevOps tools, each of which serves a specific purpose. These tools are as follows- a). AWS Code Commit – This is a powerful platform to manage source code in a collaborative, secure, and scalable manner. With this fully managed source control service, teams can host secure and private Git repositories. Some of the key features of this tool are as follows – a) scalability, b) collaboration, c) integration with other AWS services, d) high availability, and e) security.   b). AWS CodeBuild – This service considers tasks like compiling source code, running tests, and packaging software for deployment. The capacity of this tool can be easily adjusted and thereby it offers support to multiple programming languages and custom build environments. Apart from easily tracking build status and receiving notifications, this tool enhances the entire process making it more efficient and reliable. c). AWS CodeDeploy – By simplifying application deployment across different services like Amazon EC2, AWS Lambda, and on-premise servers, it seamlessly integrates with CI/CD tools. Also, this tool reduces the downtime due to automatic deployment, which minimizes the chance of errors. Other features of this tool are efficient handling of the management console and effective monitoring of deployment.  d). AWS Code Pipeline – The service of this tool makes the steps of the release process efficient whenever the code changes happen. By integrating with other services, it offers the features of seamless workflow through planning and visualizing the flow of the software. By providing the options of various parallel plugins and custom plugins, it easily enhances the workflow speed. Further, CodePipeline acts as its own source agent and offers declarative templates for easy updates and the creation of new pipelines.  e). AWS CloudFormation – This tool helps to design and deploy the AWS resources through templates. By using the option of infrastructure as code, it ensures version control. Apart from streamlining the process of setting up and modifying the infrastructure securely and consistently, it delivers a complete infrastructure as a code solution. The CloudFormation treats the entire infrastructure as code, to maintain uniformity and minimize human mistakes. Besides, extensibility and stack management, this tool provides support for various AWS resources and integrates with other AWS services to deliver a complete infrastructure as a code solution. f). Amazon ECS – Amazon

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Top 25 SOC Analyst Interview Questions That You Should Know

Top 25 SOC Analyst Interview Questions That You Should Know SOC also known as Security Operations Center (SOC) is an analyst role for the identification and investigation of fraudulent activities. After that the overall security posture is enhanced in collaboration with other departments and steps are taken to protect the organizational systems against cyber threats. As such, the SOC team is an integral part of the organization’s cybersecurity force and offers a strategic role in proactive defense, incident management, and continuous improvement. Q. 1) Which qualities are essential for a SOC analyst? Ans: A SOC analyst should possess a strong understanding of network protocols, operating systems, and security tools, apart from analytical and problem-solving skills to make informed decisions and address security incidents and vulnerabilities.   Q. 2) How do you handle stress and pressure in high-stakes situations? Ans: In an organizational context, the challenges need to be prioritized. The integrated tasks need to be separated into manageable series. Further, conveying the messages clearly throughout the process is very much necessary. Encouraging collaboration and team support will be a part of my proactive approach to resolving the situation effectively.   Q. 3) Differentiate between risk, vulnerability, and threat. Ans: While vulnerability exposes an organization to threat, the latter is a malicious or negative event that takes advantage of the vulnerability. However, risk has the potential to cause loss and damage when the threat does occur. As such, each has a crucial role in cybersecurity management. Q. 4) Define the firewall and its functionality. Ans: As a network security device, a firewall helps to monitor incoming and outgoing network traffic. Based on a defined set of security rules, it makes decisions whether to allow or block specific traffic. Working as a first line of defense, in network security a firewall creates a barrier between secured and controlled internal networks with trusted and untrusted outside networks, such as the Internet. The firewall can be of the following types – hardware, software, software-as-a-service (SaaS), public cloud, or private cloud (virtual).   Q. 5) What is zero trust architecture? Ans: This security architecture is based on zero trust principles and designed to provide security against data breaches and includes continuous tracking of every IoT device across the organization to maintain strict access controls and not permit anyone by default. However, in today’s complex cybersecurity environments, this architecture can be used both in remote and cloud settings.  Q. 6) Explain IDS (Intrusion Detection System) and IPS (Intrusion Prevention System). Ans: The IDS is designed to provide a SOC analyst with an alert about a potential incident to facilitate the investigation of the event and determine whether further action is needed. Whereas IPS itself takes the action to block the attempted intrusion or remediate the incident. Q. 7) Explain the CIA triad (Confidentiality, Integrity, Availability). Ans: Based on its principle, the CIA model is designed to direct the information security policies within an organization. The three components of this model provide the fundamental cybersecurity principles and help organizations adopt an effective information security management system (ISMS). Q. 8) What is SQL injection and how can it be mitigated? Ans: This code-based vulnerability is a technique that allows hackers to read and access sensitive data from the database. The attackers can avoid the application security measures by using SQL queries for modifying, adding, updating, or deleting records in a database. Some of the key methods to mitigate SQL injection attacks are a) filtering database inputs, b) restricting database code, c) restricting database access, d) maintaining applications and databases, and e) monitoring application and database inputs and communications. Q. 9) What a SIEM (Security Information and Event Management) system is? Ans: This is a set of tools and services that offer a holistic approach to protecting the organization’s information security. By combining two technologies Security information management (SIM) and Security event management (SEM), real-time system monitoring can be conducted to recognize and address potential security threats and vulnerabilities before they disrupt business.  Q. 10) What are DDoS (Distributed Denial of Service) attacks? Ans: This is a type of cybercrime and malicious attempt to disrupt traffic on a server, service, or network. As a subclass of denial of service (DoS) attacks, it aims to make the website and servers unavailable to legitimate users. Q. 11) How does the port scanning work? Ans: As a computer program, it checks the statuses of network ports of one of three possible options – open, closed, or filtered. These are valuable tools for diagnosing network and connectivity issues. However, this common method is used by hackers to discover open doors or weak points in a network.  Q. 12) How would you handle false positives in information security? Ans: False positives are security alerts incorrectly categorized as a potential threat when there is nothing. The following are the key steps to tackle false positives – a) identify the source of false positives, b) tune and update security tools, c) review and validate the security alerts, d) document and report the findings, e) train and educate the security teams, and f) evaluate the scenario for strategy optimization. Q. 13) What are advanced persistent threats (APTs)? Ans: This is a sophisticated and sustained cyberattack through which hackers can gain and maintain unauthorized access to a targeted network and steal sensitive data. Q. 14) How do you secure your cloud environments? Ans: Cloud network security requires an array of measures, including technology, policies, controls, and processes. The combination of these approaches will help to manage the risks of cloud networks by embedding security monitoring, preventing threats, and controlling network security.  Q. 15) Describe how SSL/TLS works. Ans: SSL aka TLS uses encryption to keep the user data secure, authenticate the identity of the websites, and prevent attackers from tampering the internet communications. Generally, the browser uses the SSL/TLS certificate for securing a connection, and the web server applies the SSL/TLS handshake technology. The SSL/TLS handshake is a part of the hypertext transfer protocol secure (HTTPS) communication technology. As a

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Cybersecurity Certification – How Do You Choose the Right One?

Cybersecurity Certification – How Do You Choose the Right One? If you want a win-win situation in your information security career, obtaining cybersecurity certification equips you with the desired skills. Dependence on digital technology in today’s tech-driven world has increased the need for protecting sensitive information and preventing data breaches. The value of cybersecurity certification is enormous for getting ready for high-profile and specialized roles. With an array of expertise, including penetration testing, network security, and cloud security, cybersecurity professionals can navigate the complex digital landscape proficiently. Understanding the essence of cybersecurity is very much essential to selecting the right training from a reputable institution. Build your foundation of cybersecurity by nurturing the best practices and facilitating your career advancement!! U.S. Department of Defense Requirements The U.S. Department of Defense (DoD) has outlined specific requirements for its cybersecurity workforce by adhering to directives like DoD Directive 8570.01-M and the recent DoD Directive 8140. These directives prepare the framework for necessary certifications and training of personnel engaged in Information Assurance (IA) roles. Following this will prepare the military and civilian employees as well as contractors to safeguard the sensitive information properly. The key components of DoD Cybersecurity requirements – Under DoD 8570.01-M, the personnel performing IA functions must obtain proper certifications that will match their category and level. As each level has specific requirements, take a look at the institution’s certifications framework for acquiring the right Knowledge, Skills, and Abilities (KSAs). This directive requires that workers must demonstrate command of KSAs only by acquiring relevant experience or performance-based education and training, including passing the certification tests. Whereas the most recent DoD Directive 8140, underscores the importance of expanding the range of cybersecurity roles. As such the workforce should possess a wide range of cybersecurity responsibilities that go beyond the traditional IA functions. The objective of the new directive is to develop a new unified cybersecurity workforce by including specific workforce elements like cybersecurity, cyber information technology, and cyber effects. Look at the various aspects of certification elements that will meet both DoD and the National Initiative for Cybersecurity Education or the NICE Cybersecurity Workforce Framework.  Validate your cybersecurity knowledge and skills only from a reputable institution and position yourself as a skilled professional!! Cybersecurity Certification Requirements Get an overview of the different Cybersecurity Analyst Certification requirements for establishing yourself as a knowledgeable and capable professional in the dynamic field of cybersecurity – As most of the reputable institutions satisfy many of the above requirements, study well the framework before getting started.  Organizations that offer cybersecurity certification There are several organizations that offer this well-respected cybersecurity analyst certification training. Select the one that fits your criteria best – Look at the key features – a). Ideal for beginners in cybersecurity certification. b). Provides insights on foundational information security concepts, threats, vulnerabilities, mitigations, security architecture, security operations, security program management, and cryptography. c). This training will be your stepping stone to mastering the principles and gaining expertise in the cybersecurity landscape. d). Get an overview of the prerequisites and target audience before making your decision. a). Offers high-standard certification and most sought-after Knowledge, Skills, and abilities (KSAs). b). Accomplish a comprehensive understanding of eight domains of knowledge, including Security and Risk Management, Security Architecture and Engineering, Communication and Network Security, and more. c). Gain solid expertise in designing, implementing, and managing security operations through this highly sought-after cybersecurity program. d). Go through the prerequisites and target audience criteria before getting enrolled. a). Covers tools and techniques to achieve expertise in exploiting vulnerabilities and securing the systems, networks, applications, and databases. b). Master the skills to exploit, evade, and defend in an enterprise network environment. c). Learn the fundamentals of detecting and responding to cyber threats while leveraging threat intelligence techniques. d). Understand the vendor-neutral concepts like cloud security practices, technologies, frameworks, and principles to configure platforms like AWS, Azure, and GCP. e). Know about the prerequisites and target audience criteria before you start your educational journey. a).  Stay updated with the latest technology, trends, and advancements. b). Meet the challenges of today’s enterprise information security environment with expertise in information security governance, program development and management, incident management, and risk management. c). Recognized the importance of building your credibility on IT and cyber risk and control, as well as data privacy and protection measures. d). Visit the website to learn more about cybersecurity incidents and skills to leverage your growth in the information security career. e). Get an overview of prerequisites and target audience criteria for detailed insights. a). Attain a solid understanding of information security concepts and practices beyond basic terminology. b). Elevate your cybersecurity skill level by opting for any of the following trainings – GCIL, GCAD, GPEN, GCIH, and more. c). Go through the website to know more about IT security knowledge and skills. d). Understand the prerequisites and target audience criteria for your detailed knowledge in this certification training. Wrapping Up Check our websites and select the one that fulfills your cybersecurity educational criteria. Enjoy a continuing education that will refresh your existing knowledge and lead to new areas of technology and trends. Stay updated and keep yourself elevated always!!

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AWS Solution Architect the Beginner’s Guide to Success

AWS Solution Architect the Beginner’s Guide to Success The AWS Solution Architect certification is a prestigious qualification that enriches one’s cloud computing career. In today’s time, all corporations regularly transfer more and more data to the cloud. So, there is heavy demand for cloud computing professionals. This certification offers plenty of opportunities within the information technology discipline. With this certification, one can acquire important skills in designing scalable and cost-effective cloud architectures. Knowing an AWS Solution Architects career path helps an individual towards a glorious future in this ever-evolving dynamic sector. How to Understand AWS Certification Levels: The AWS certification program has different levels, as each one of them is aimed at people from different stages of experience and expertise. There are four main levels of certifications. 1. Foundation Level 2. Associate Level 3. Professional Level 4. Specialization Level This depends on the knowledge one has gained from the previous one, as a person goes along learning the AWS Solution Architect Certification, it gives one the career path depending on one’s skills and career goals. a). Foundation level: A person new to the AWS training with little bit or no technical expertise needs to start with this level. As, it gives an excellent overview of AWS services, cloud concepts, and basic knowledge of the security measures required. One does not have to be proficient in IT knowledge to pass this exam. Anyone can learn this training and is open to all persons, who want to change careers. Here, the basics of AWS are taught. It is helpful for people with zero knowledge of technology. This certification gives a strong foundation for anyone. b). Associate Level: The AWS Certified Solutions Architect-Associate is a way to gain entry into superior and advanced roles. The training imparted here gives a person challenges to enhance capabilities in designing and deploying scalable systems on AWS. It is not required to have prior knowledge of cloud, or IT expertise to enter the associate–level. By earning associate-level certification, one gets practical skills in order to become employable. It offers one to build a strong base for complicated concepts. It readies the person for future challenges in a cloud-based career. This certification helps in one’s AWS Solution Architect career moving ahead c). Professional Level: At this level, one gets to develop knowledge to meet professional needs and requirements. In order to get to the professional level, one has to finish the associate certification first and should have a minimum of 2 years of experience in prior AWS Cloud. After achieving this certification, the person will get a clear understanding of advanced design and optimized approaches. Earning the AWS Solution Architect-Professional certificate brings out the advanced knowledge and skills in handling complex problems, cost, and performance, and automation of manual processes. d). Specialty Level: In order to move to higher positions, one needs to continue with the specialty-level certification in the AWS solution architect certification path. This level has complex topics and needs more effort to complete it. The person should  have passed the AWS Solution Architect Associate Certification to enter this certification. To improve the skills and management quality, one needs to first earn the AWS Solution Architect Associate program,this helps in various roles across the cloud computing field. This will help the person towards the AWS Solution Architect certification path. Details of Exam: The test has 65 questions and the duration of it is 130 minutes. It consists of multiple-choice questions tabled to analyze the candidates understanding of AS services excellent architectural practices. It is suggested to the candidate to obtain at least a year’s experience with AWS , there are no other prerequisites. How to prepare for the Test? There are many resources to prepare for the exam effectively. There are online trainings, books, and practicing mock tests to understand the subject. AWS offers whitepapers and training videos covering the exam topics in a detailed manner and free of cost. There are online platforms like trainingra and Udemy that offer structured trainings for the AWS Certified Solutions Architect Associate exam. Examination Cost:                     The candidate has to pay $150 for enrollment for this exam. If the candidate is interested in joining training trainings and in buying study resources, will incur extra costs. So, these materials help one’s improvement in readiness and the person will raise the success rate in clearing the AWS certification. AWS Solution Architect Professional Certification: AWS Certified Solutions Architect – Professional is for experienced candidates who want to demonstrate their expertise in cloud computing architecture. This certification advanced and turned the candidate into a professional. It gives deeper insights into architectural concepts. It is an important step in clearing the AWS Solution Architect certification path because it makes the candidate a thorough professional in designing and deploying applications on AWS. Details of Exam: There are 75 questions for the candidate and the duration is 180 minutes. One will be tested on the ability to design complex solutions with a strong combination of multiple-choice and multiple-response questions. The test is much tougher than the Associate exam. Preparation for the Test: For a detailed and effective preparation, one has to opt for advanced study materials designed for this AWS Solution Architect certification path. There are many community forums and study groups that offer helpful assistance for the exam. Cost of the Exam:                      The AWS Certified Solutions Architect professional-level exam costs $300. The fee is higher because of the advanced nature of the content than the associate-level exam. Extra costs will be incurred if one decides to take training trainings or buy study materials. These are the resources that will significantly increase one’s chances of passing the AWS Solution Architect exam and moving up your career path. Career Options for AWS Solution Architects: Post getting the AWS certifications, the candidate will be in a position to have a lot of career options. Cloud technology is in

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