12
Articles published
Join thousands of students achieving their dreams with expert-led courses.
Join free and unlock everything on EasyShiksha.
Takes less than 3 seconds โ no password needed
Please enter a valid email address.
Checking your emailโฆ
Almost done โ just verify your number so we can send course updates and certificates.
Used only for verification & updates
Incorrect OTP. Please try again.
Takes less than 10 seconds
Please select your country.
Please select your state.
Cloud computing has transformed how organisations store information, develop applications and manage digital infrastructure. Businesses, educational institutions and technology providers increasingly use cloud services to support websites, databases, business applications, analytics and remote collaboration.
As cloud adoption grows, protecting cloud-based systems and information becomes an important responsibility. Misconfigured storage, compromised credentials, excessive permissions, insecure applications and inadequate monitoring can expose organisations to security incidents.
Cloud security refers to the technologies, policies, procedures and controls used to protect cloud infrastructure, applications, data and services. It involves managing access, securing configurations, protecting information, detecting suspicious activity and responding to incidents.
Cloud security combines knowledge of networking, operating systems, cloud platforms, cybersecurity and risk management. It is relevant to students exploring technology careers, IT professionals expanding their skills and organisations seeking to improve their cloud security practices.
This guide explains cloud security fundamentals, common threats, important tools, practical projects, educational options and potential career pathways.
Cloud security is the practice of protecting cloud-based infrastructure, applications, services and data from unauthorised access, misuse, disruption and other security risks.
It covers the systems used to create and manage cloud environments, including virtual machines, storage, databases, networks, application services and identity systems.
Cloud security is a shared responsibility. Cloud providers secure aspects of the underlying infrastructure according to their service models, while customers remain responsible for certain configurations, access permissions, applications, data and other controls. The exact division depends on the provider and the services being used.
Common areas of cloud security include:
Identity and access management.
Data encryption and information protection.
Network security and traffic control.
Cloud configuration and posture management.
Vulnerability assessment and patch management.
Security monitoring and threat detection.
Backup, recovery and business continuity.
Compliance and security governance.
Incident response and investigation.
Application and infrastructure security.
Cloud security is not a single product or setting. It requires a coordinated approach involving technical controls, policies, monitoring, risk assessment and ongoing maintenance.
Cloud environments can support applications and services across multiple locations, accounts and infrastructure components. Without suitable controls, weaknesses in one area may expose sensitive information or disrupt business operations.
Organisations may store customer information, business records, research data and application credentials in cloud environments. Access controls, encryption and appropriate data-handling procedures help protect this information.
Identity management and strong authentication practices help restrict access to authorised users, applications and services.
Cloud environments contain many configurable resources. Incorrect permissions, exposed storage or overly permissive network rules can introduce security weaknesses. Configuration reviews and automated checks help identify potential problems.
Security incidents, accidental deletion and service disruptions can affect the availability of applications and information. Backup strategies, recovery testing and incident procedures help organisations prepare for these events.
Cloud monitoring and security logging help teams understand account activity, configuration changes and potentially suspicious behaviour.
Organisations may need to follow applicable legal, contractual, regulatory or industry requirements. Cloud security controls and documentation can support these responsibilities, although individual compliance obligations depend on the organisation and its activities.
Understanding common threats helps learners identify where security controls are needed.
A cloud resource may be unintentionally exposed because of incorrect storage permissions, permissive network rules, weak access policies or unsuitable service settings.
For example, a storage resource containing confidential information could become accessible to unauthorised users if its access configuration is incorrect.
Prevention approaches: Review configurations, apply least-privilege access, use secure defaults and periodically assess cloud resources.
Attackers may obtain passwords, API keys, access tokens or other credentials through phishing, malware, accidental exposure or other methods.
Compromised credentials can allow unauthorised access to cloud resources if additional controls are absent.
Prevention approaches: Use multifactor authentication, protect secrets, rotate credentials where appropriate, monitor unusual activity and avoid embedding credentials in source code.
Users or applications may have broader permissions than they need. If an account is compromised, excessive permissions can increase the potential impact.
Prevention approaches: Apply least privilege, review roles regularly, remove unused access and separate administrative activities from routine work.
Cloud applications frequently communicate through application programming interfaces (APIs). Weak authentication, insufficient authorisation, insecure input handling or exposed endpoints can create vulnerabilities.
Prevention approaches: Validate permissions, protect API credentials, test applications, use appropriate rate limits and follow secure development practices.
Information may be exposed through incorrect sharing settings, insecure transfers, compromised accounts or mistakes in application design.
Prevention approaches: Classify sensitive data, restrict access, encrypt information where appropriate and monitor how it is stored and transferred.
Cloud workloads may use operating systems, software packages, containers and application dependencies that contain known vulnerabilities.
Prevention approaches: Maintain an inventory of software, monitor security advisories, assess vulnerabilities and apply updates according to risk and operational requirements.
Some attacks attempt to overwhelm applications or infrastructure with excessive traffic or requests. This can affect service availability and may increase resource consumption.
Prevention approaches: Use suitable network protections, rate limiting, traffic filtering, capacity planning and incident-response procedures.
If security logs are missing, incomplete or not reviewed, suspicious activity may remain undetected.
Prevention approaches: Enable appropriate logging, centralise security events where practical, establish useful alerts and regularly review monitoring coverage.
Cloud applications may depend on external software packages, container images, third-party services or automated deployment components. A vulnerability or compromise in a dependency can affect the wider environment.
Prevention approaches: Review dependencies, verify trusted sources, scan software components and control the permissions available to build and deployment systems.
A strong cloud security strategy combines several complementary principles.
IAM controls who or what can access cloud resources and which actions they can perform.
Important practices include:
Assigning permissions according to job responsibilities.
Using multifactor authentication where appropriate.
Restricting privileged accounts.
Reviewing unused or unnecessary permissions.
Separating routine accounts from administrative accounts.
Monitoring sensitive access and configuration changes.
IAM applies to people as well as applications, services and automated workflows. Service identities should also receive only the permissions needed for their tasks.
The principle of least privilege means providing only the access required to perform a specific task.
For example, an application that needs to read selected files should not automatically receive permission to delete every object in a storage account.
Least privilege reduces unnecessary access and can limit the impact of compromised accounts or software.
Encryption helps protect information from unauthorised disclosure.
Encryption at rest protects stored information, while encryption in transit protects data moving between systems. Encryption does not replace access controls, secure application design or appropriate key management.
Organisations should also consider who can access encryption keys, how keys are managed and whether sensitive information needs additional protection.
Cloud network controls help determine which systems can communicate with one another.
Common mechanisms include firewalls, security groups, network access rules, private connectivity, network segmentation and controlled public endpoints.
A secure network design should expose only the services that need to be accessible and restrict unnecessary communication between components.
Cloud resources should be configured according to their intended purpose and risk level.
Configuration practices may include disabling unused services, restricting public access, using approved templates and reviewing changes before deployment.
Automated configuration assessments can help teams detect deviations from their security requirements.
Security logs can record authentication events, administrative actions, configuration changes and other activities.
Threat detection uses these events, together with other signals, to identify suspicious patterns. Detection systems require suitable configuration and investigation procedures; collecting logs alone does not guarantee that incidents will be identified.
Backups help organisations recover from accidental deletion, certain forms of corruption and some security incidents.
A recovery strategy should define what needs to be protected, how frequently backups occur, who can access them and how recovery is tested. Where appropriate, backup controls should reduce the risk that an attacker or compromised administrator can alter or delete every recovery copy.
Zero Trust is a security approach based on verifying access rather than assuming that a user or device is trustworthy simply because it is connected to an internal network.
Implementations may consider identity, device status, resource sensitivity, context and the requested action. Zero Trust is an architectural approach, not a single product.
Cloud security responsibilities depend on the service model and the provider's terms.
| Cloud service model | Typical customer responsibilities |
|---|---|
| Infrastructure as a Service (IaaS) | Operating system configuration, workload security, access management, applications and data, alongside provider-managed infrastructure |
| Platform as a Service (PaaS) | Application code, data, access settings and service configuration, with more underlying platform management handled by the provider |
| Software as a Service (SaaS) | User access, data handling, sharing settings and the security controls exposed to the customer |
This table describes common patterns, not universal rules. Specific responsibilities vary by service, deployment and contractual arrangements.
A frequent mistake is assuming that moving an application to the cloud automatically makes it secure. Cloud providers operate important infrastructure controls, but customers must understand and manage the responsibilities that remain theirs.
Cloud security professionals use different tools to assess configurations, manage identities, detect threats and protect workloads.
| Tool or technology | Common purpose |
|---|---|
| Cloud-native IAM services | Managing identities, roles and permissions |
| Cloud security posture management (CSPM) tools | Identifying risky cloud configurations |
| Security information and event management (SIEM) platforms | Collecting and analysing security events |
| Cloud audit logs | Recording account activity and administrative changes |
| Vulnerability scanners | Identifying known weaknesses in systems or software |
| Container image scanners | Checking container images for selected vulnerabilities and configuration risks |
| Infrastructure as Code tools | Defining repeatable infrastructure configurations |
| Secrets management systems | Protecting credentials, keys and other secrets |
| Web application firewalls (WAFs) | Filtering selected web requests according to configured rules |
| Endpoint detection and response (EDR) tools | Monitoring and responding to activity on supported endpoints |
| Encryption and key management services | Managing cryptographic keys and selected encryption operations |
| Cloud-native monitoring tools | Monitoring resource activity, service health and selected security signals |
The appropriate tools depend on the cloud provider, application architecture, risk profile and operational requirements. No single product covers every security need.
Cloud security combines foundational computing knowledge with specialised security practices.
Understand cloud service models, deployment models, virtual machines, storage, networking, managed databases and application services.
Learners can explore related academic options through EasyShiksha's Cloud Computing specialisation page.
Learn IP addressing, DNS, HTTP and HTTPS, ports, routing, firewalls, network segmentation and secure communication. These concepts help explain how applications connect and where access restrictions should be applied.
Understand Linux and Windows fundamentals, user permissions, processes, services, patching and system logs. This knowledge helps learners secure and troubleshoot cloud workloads.
Practise creating roles, assigning permissions and reviewing access policies in a controlled environment. Understand how user identities differ from service identities and why excessive permissions create risks.
Study authentication, authorisation, encryption, vulnerability management, threat modelling, secure configuration and incident response.
Learners can explore the broader field through EasyShiksha's Cyber Security specialisation page.
Python, Bash and infrastructure configuration tools can help automate checks and improve consistency. Learners should understand the purpose and effects of an automated change before applying it to important systems.
Learn how to review logs, interpret alerts, investigate suspicious activity and document findings. Incident response requires careful evidence handling and clear communication as well as technical knowledge.
Cloud security decisions should reflect the sensitivity of the data, likely threats and potential consequences of failure.
Documentation should explain the purpose of security controls, relevant assumptions, known limitations and procedures for reviewing or updating them.
A structured pathway can help beginners build knowledge gradually.
Begin with operating systems, networking, basic programming and information security concepts. Understand how applications communicate, how user permissions work and how data moves between systems.
Choose a cloud platform and learn its basic compute, storage, networking and identity services. Explore how resources are created, configured, monitored and removed.
Create test identities and roles in a controlled environment. Assign limited permissions and test whether each identity can perform only the intended actions.
Never use real customer information or unnecessary administrative privileges for beginner exercises.
Practise restricting access to test resources. Understand public and private endpoints, network rules and the difference between exposing an application and exposing its management interfaces.
Learn about encryption, key management, access controls, backups and secure data handling. Consider what should happen if a credential is compromised or a file is accidentally deleted.
Enable appropriate audit logging in a test environment. Review authentication events and configuration changes, and create a simple process for identifying unusual activity.
Use a cloud security assessment tool or a documented checklist to review a test environment. Identify issues, prioritise them and record how you would correct each one.
Combine identity controls, network restrictions, logging and documentation in a small cloud environment. Explain the risks addressed by each control and describe what the project does not protect against.
After learning the fundamentals, choose a direction such as cloud security engineering, cloud governance, application security, security operations or incident response.
The best pathway depends on your interests, current skills and the requirements of the roles you want to pursue.
Projects can help learners demonstrate their understanding of security principles in a controlled environment.
Create a small test environment with separate identities for different tasks. Assign limited permissions, test access and document why each role needs its assigned capabilities.
Skills demonstrated: Identity management, least privilege and access testing.
Configure a test storage resource with appropriate access restrictions and encryption settings. Verify that unauthorised access is denied and document the configuration decisions.
Skills demonstrated: Data protection, storage security and configuration review.
Collect available audit events in a test environment. Identify selected administrative changes and authentication events, then create a short incident timeline.
Skills demonstrated: Logging, security monitoring and investigation.
Prepare a checklist for reviewing common risks, such as excessive permissions, unnecessary public access, missing logs and insecure network rules.
Apply it to a test environment and record the findings and corrective actions.
Skills demonstrated: Risk assessment, configuration management and documentation.
Deploy a simple application in a test environment with restricted network access, protected credentials and appropriate logging.
Document the architecture and explain how the controls reduce specific risks.
Skills demonstrated: Application security, cloud networking and secret management.
Simulate a non-destructive security event, such as an unexpected configuration change in a test environment. Review the available logs, document the investigation and explain the recovery steps.
Skills demonstrated: Incident response, evidence review and technical communication.
For every project, include a README explaining the purpose, architecture, configuration, test results and limitations. Use only systems you own or have explicit permission to test, and never publish real credentials or confidential information.
There is no single educational route that suits every learner. The most appropriate option depends on academic background, career objectives and prior technical experience.
Computer science, information technology, computer applications and related programmes can provide a foundation in programming, operating systems, networks and computing systems.
Some programmes may offer relevant specialisations or modules in cybersecurity, cloud computing, networking or information security. Curriculum and admission requirements vary, so review the official details of each programme.
Students can explore available options through the EasyShiksha university programme directory.
Diplomas and other structured qualifications may suit learners seeking a focused or staged route into computing and security.
Review the programme's entry requirements, learning outcomes, practical work and assessment methods before enrolling. The EasyShiksha diploma programme directory can help learners explore relevant listings.
Short courses can help learners focus on specific areas such as cloud fundamentals, IAM, security monitoring, infrastructure security or incident response.
Check the course syllabus, practical exercises, prerequisites and assessment approach. A course title alone does not establish the depth or quality of the training.
Some cloud providers and security organisations offer certifications covering cloud fundamentals, security operations, architecture or specialised security practices.
Certification requirements and subject coverage differ. Learners should confirm current exam objectives and prerequisites directly with the issuing organisation.
Practical projects help learners apply concepts in a controlled setting. Internships, supervised assignments and relevant work experience may provide opportunities to learn how security requirements are applied in real environments.
Neither a qualification nor a certification guarantees employment. Practical understanding, communication skills and experience with relevant technologies also matter.
Cloud security skills can support several technology career directions. Job responsibilities and entry requirements differ across employers.
Cloud security engineers help design, implement and maintain security controls for cloud environments. Their work may include identity management, network security, configuration reviews, monitoring and remediation.
Cloud security analysts review security alerts, investigate suspicious activity, assess risks and help document security findings. Their responsibilities may overlap with security operations or cloud governance.
Cloud security architects develop security designs and control frameworks for cloud-based systems. This work often requires experience with cloud architecture, identity, networking, data protection and risk assessment.
SOC analysts monitor security events, investigate alerts and support incident response. Cloud knowledge can help them understand security activity involving cloud-hosted workloads and services.
DevSecOps engineers integrate security checks into software development and deployment workflows. Their work may include dependency scanning, infrastructure configuration checks, secrets management and security automation.
These professionals help organisations establish cloud security policies, assess risks, maintain documentation and review controls against applicable requirements.
Application security professionals assess software for vulnerabilities and help development teams improve secure design, testing and deployment practices. Cloud knowledge can be valuable when applications depend on cloud services.
Incident response professionals investigate security incidents, coordinate containment and recovery activities, and identify opportunities to prevent similar events. Cloud-specific incidents may require knowledge of audit logs, access policies and service configurations.
Career progression depends on the role, practical experience, technical knowledge, qualifications and employer requirements. Some specialist positions expect substantial prior experience, so entry-level IT, networking, cloud administration or security operations work may provide a useful starting point.
Cloud security involves technical and organisational challenges that require continuous attention.
Customers may assume the provider manages every aspect of security. In practice, responsibilities depend on the service model and provider terms. Organisations should clearly identify which controls they must configure and maintain.
Broad permissions can increase the impact of compromised accounts. Regular access reviews and least-privilege policies help limit unnecessary access.
Security teams cannot investigate activity effectively if important logs are unavailable or poorly retained. Monitoring requirements should be defined according to risk and operational needs.
Manual changes can create inconsistencies or introduce exposure. Version-controlled configuration, change reviews and automated checks can help improve consistency.
Backups are not enough if recovery procedures are untested or backup access is vulnerable. Recovery exercises should verify that essential information and services can be restored.
Credentials stored in source code, shared documents or unprotected configuration files can be exposed accidentally. Use suitable secret management practices and limit access to credentials.
Not every finding has the same impact. Teams should prioritise issues according to exposure, exploitability, data sensitivity, service criticality and potential consequences.
Cloud services, application dependencies and security threats change over time. Security reviews, patching, monitoring and access checks should be recurring activities rather than one-time tasks.
Before choosing a programme or training option, consider the following questions:
What is your current background? Beginners may need to study networking, operating systems and cloud fundamentals first.
Which area interests you most? IAM, security monitoring, cloud architecture, application security and governance involve different skills.
Does the curriculum include practical work? Look for configuration exercises, log analysis, access reviews and realistic security scenarios.
Are the prerequisites suitable? Check the expected programming, networking and cloud knowledge.
Can you practise safely? Use test accounts, restricted permissions and controlled environments.
What will you be able to demonstrate? Aim to produce documented projects that explain risks, controls, test results and limitations.
Does the qualification meet your needs? Compare official eligibility, curriculum, duration and learning mode before applying.
Are you learning current practices? Confirm that course materials and certification objectives reflect the tools and technologies you intend to use.
A strong learning pathway should combine conceptual knowledge, practical exercises and an understanding of why each security control matters.
Cloud security protects cloud-based applications, infrastructure and information through access management, encryption, network controls, secure configuration, monitoring and incident response. It requires an understanding of both technology and the responsibilities associated with operating cloud services.
For beginners, a useful starting point is to learn networking, operating systems, cloud fundamentals and cybersecurity principles. From there, learners can progress to IAM, security monitoring, configuration assessment, data protection and incident response.
Degree programmes, diplomas, specialised courses, certifications and practical projects can all contribute to learning. The most suitable pathway depends on the learner's background and professional goals.
By developing strong fundamentals, practising in controlled environments and documenting security projects carefully, learners can build a foundation for exploring cloud security and related technology careers.
Cloud security is the practice of protecting cloud infrastructure, applications, services and data from security threats. It includes identity management, encryption, network controls, secure configuration, monitoring and incident response. Responsibilities are shared between cloud providers and customers according to the services being used.
Cloud security helps protect sensitive information, reduce unauthorised access, identify misconfigurations and support service continuity. Appropriate security controls can reduce risk, but their effectiveness depends on correct implementation, monitoring, maintenance and the organisation's specific requirements.
Common threats include misconfigured storage, compromised credentials, excessive permissions, insecure APIs, unpatched vulnerabilities, data exposure and inadequate monitoring. Organisations can address these risks through access controls, secure configuration, vulnerability management, logging and incident response.
The shared responsibility model explains how security duties are divided between a cloud provider and its customer. The provider manages certain underlying infrastructure controls, while customers retain responsibilities for areas such as data, identities and service configuration. The exact division varies by service and provider.
Useful skills include cloud computing, networking, operating systems, identity management, encryption, security monitoring and risk assessment. Programming or scripting can help automate tasks. The precise skill requirements depend on whether a learner focuses on engineering, security operations, governance or architecture.
Tools may include cloud-native IAM services, configuration assessment platforms, SIEM systems, vulnerability scanners, secrets managers, audit logs and encryption services. The appropriate combination depends on the cloud environment, application architecture, security objectives and operational requirements.
Yes. Beginners can start with networking, operating systems, cloud fundamentals and basic cybersecurity concepts. They can then practise IAM, storage security, monitoring and configuration assessment in controlled environments. A structured learning plan helps build skills without taking unnecessary risks.
Computer science, information technology, computer applications and related qualifications can provide relevant foundations. Some programmes include cybersecurity or cloud computing specialisations. Learners should compare official curricula, entry requirements and practical learning opportunities before selecting a programme.
Useful projects include an IAM permission review, secure cloud storage configuration, audit log analysis, a cloud security checklist and a controlled incident-response exercise. Document the purpose, security controls, testing method and limitations of each project.
Potential career paths include cloud security engineer, cloud security analyst, cloud security architect, SOC analyst, DevSecOps engineer and cloud governance professional. Role requirements vary, and specialised positions may require prior technical experience, relevant qualifications or demonstrated practical skills.
More News Click here
Discover thousands of colleges and courses, enhance skills with online courses and internships, explore career alternatives, and stay updated with the latest educational news..
Gain high-quality, filtered student leads, prominent homepage ads, top search ranking, and a separate website. Let us actively enhance your brand awareness.
Download EasyShiksha Mobile Apps from Android Play Store, Apple App Store, Amazon App Store, and Jio STB.
1 million+ย learned on the EasyShiksha App
Trusted by Standards & Global Compliance Frameworks
Built under internationally recognized standards for quality, information security, educational excellence and business continuity.
ISO 9001:2015 | ISO/IEC 27001:2022 | ISO 21001:2018 | ISO 22301:2019 | DPIIT Recognized Startup | MSME Registered
