ISO 27017:2015 - Complete Course | Secure Cloud Services

This lecture provides a practical roadmap to scope ISO/IEC twenty-seven thousand seventeen for your real environment, including multi-cloud and hybrid designs. You will learn how to define system boundaries, select in-scope services, identify shared components, and align scope with business objectives and risk appetite. You will also see how to translate scope decisions into a realistic implementation plan with milestones and evidence expectations.

This lecture turns the shared responsibility concept into a working tool by building a responsibility matrix that teams can actually use. You will learn how responsibilities shift across infrastructure as a service, platform as a service, and software as a service, and how to prevent gaps that occur when both parties assume the other is handling a control. You will leave with a repeatable approach to map responsibilities to controls, owners, and proof.

This lecture focuses on audit readiness and the type of evidence that proves controls are designed and operating effectively in cloud environments. You will learn what artifacts matter most, such as cloud configuration baselines, identity governance records, logging and monitoring outputs, and change management trails. You will also learn how to structure an evidence pack that reduces audit friction and avoids last-minute scrambling.

This lecture deepens governance by clarifying roles and responsibilities across cloud customer and cloud service provider teams. You will learn how to define operational boundaries, escalation paths, and control ownership for activities like patching, backups, incident response, and access approvals. The outcome is a clear model that prevents ambiguity, speeds response, and improves accountability.

This lecture covers how to handle customer assets throughout the lifecycle, especially when services end or data must be removed. You will learn how “removal” applies to data, backups, snapshots, logs, metadata, and derived assets, and what practical proof looks like when customers request deletion. You will also learn how to design retention and deletion processes that are defensible during audits and customer reviews.

This lecture explains segregation in multi-tenant and virtualized environments, focusing on how isolation is achieved and verified. You will learn segregation techniques such as network segmentation, tenant separation controls, virtualization hardening, and workload isolation patterns. You will also learn how to document and test segregation so you can confidently demonstrate separation between environments, customers, and sensitivity levels.

This lecture teaches how to harden virtual machines using secure baselines, configuration control, and continuous validation. You will learn practical hardening topics like disabling unnecessary services, securing management interfaces, applying secure images, and enforcing configuration policies at scale. You will also learn how to produce evidence through automation outputs, compliance reports, and exception handling.

This lecture focuses on the operational security of privileged administrators, including cloud console, management plane, and break-glass access. You will learn how to reduce privileged risk using strong authentication, privileged access management, just-in-time access, session monitoring, and segregation of duties. You will also learn how to detect misuse and create audit-ready logs that show who did what, when, and why.

This lecture explains how to monitor cloud services effectively, combining visibility, detection, and response readiness. You will learn what to monitor across identity, network, compute, storage, and platform services, and how to set alerting that prioritizes risk rather than noise. You will also learn how monitoring ties to incident response, compliance reporting, and continuous improvement.

This lecture shows how to align security management across virtual networks and the underlying physical infrastructure that supports them. You will learn how to ensure consistent policies for segmentation, routing, firewalling, and monitoring across both layers, and how to prevent blind spots between cloud virtual networking and provider-managed components. You will also learn how to document this alignment for audits and customer assurance requests.

This lecture helps you transition from the older ISO/IEC twenty-seven thousand two two thousand thirteen control structure to the newer ISO/IEC twenty-seven thousand two two thousand twenty-two model. You will learn what changed, why the updated structure matters, and how the attribute-based view influences implementation and evidence. You will also learn how to keep your cloud control approach consistent while modernizing terminology and mapping.

This lecture explains how to write and operationalize information security policies that fit cloud realities, not just traditional data centers. You will learn how to define policy intent, scope, exceptions, and enforcement across cloud services, accounts, subscriptions, and projects. You will also learn how to translate policy into standards and guardrails such as secure configurations, approvals, and automated controls.

This lecture covers governance roles for cloud security and how organizations coordinate with regulators, law enforcement, and relevant authorities when needed. You will learn how to assign responsibilities across security, legal, privacy, and operations, and how to define communication triggers and escalation paths. You will also learn how to keep contact processes tested, documented, and audit-ready.

This lecture shows how to design training that changes behavior for cloud environments, including developers, administrators, and business users. You will learn how to tailor awareness to cloud risks like misconfiguration, over-privileged access, data exposure, and insecure deployment practices. You will also learn how to measure effectiveness through practical signals such as reduced incidents, improved compliance, and better security decision-making.

This lecture focuses on building an accurate inventory of cloud assets and using tagging and labelling to support security and compliance. You will learn how to inventory accounts, identities, workloads, storage, keys, and services, and how tags enable ownership, cost allocation, risk classification, and automated enforcement. You will also learn how to control tag integrity and prevent gaps that break governance and reporting.

This lecture explains identity governance in cloud, from onboarding to offboarding, including service identities and machine-to-machine access. You will learn how to provision access safely, manage role-based access, handle privilege elevation, and control secrets and tokens. You will also learn how to prove access is appropriate through reviews, logs, and entitlement evidence.

This lecture covers restricting access to sensitive data and systems, with special focus on powerful tools and utilities that can bypass normal safeguards. You will learn how to control administrative utilities, prevent unauthorized use, and monitor high-risk actions. You will also learn how to apply least privilege in cloud-native services where permissions can be broad, inherited, and easy to misconfigure.

This lecture teaches how to implement encryption and key management correctly in cloud, including choices between provider-managed keys and customer-managed keys. You will learn key lifecycle management, rotation, access controls for key usage, and how to avoid common weaknesses such as shared keys, weak segregation, and missing key ownership. You will also learn how to produce audit evidence for encryption coverage and key governance.

This lecture explains how secure disposal applies even when hardware is managed by a cloud provider, and what a customer should ask for in assurance. You will learn how disposal and reuse controls reduce data remanence risk, and how to evaluate supplier commitments, attestations, and third-party reports. You will also learn how to align this topic with procurement requirements and cloud contract language.

This lecture shows how to manage changes safely in cloud where changes can be frequent, automated, and distributed across teams. You will learn how to implement change controls that fit infrastructure as code, continuous delivery, and managed services while still producing traceability and approvals when needed. You will also learn capacity management practices that prevent outages, performance degradation, and hidden scaling risks.

This lecture focuses on designing reliable backup and recovery for cloud workloads, including managed databases, object storage, virtual machines, and cloud-native services. You will learn how to define recovery time objectives and recovery point objectives, test restoration, and manage backup immutability and access controls. You will also learn how to evidence that backups are complete, protected, and recoverable.

This lecture explains why logs and time integrity are foundational for security, forensics, and audit evidence. You will learn how to capture the right logs from cloud control planes and workloads, protect logs from tampering, and ensure time synchronization across distributed systems. You will also learn how to connect logging to detection, incident response, and compliance reporting.

This lecture covers vulnerability management in environments where responsibilities are shared and some components are provider-managed. You will learn how to track vulnerabilities across operating systems, containers, applications, and managed services, and how to prioritize remediation using risk and exposure. You will also learn how to handle exceptions, patch windows, and proof of remediation for audits.

This lecture focuses on designing secure cloud networks using segmentation, routing controls, and consistent policy enforcement. You will learn how to separate workloads by environment and sensitivity, control east-west traffic, and enforce secure connectivity to on-premises and third parties. You will also learn how to validate network controls continuously and document them in an audit-friendly way.

This lecture explains how secure development policies must evolve for cloud-native delivery, including infrastructure as code, containers, and continuous integration and continuous delivery pipelines. You will learn how to define security requirements early, integrate security testing, manage dependencies, and enforce secure configurations through automation. You will also learn what evidence proves that secure development is operating, not just documented.

This lecture teaches how to manage supplier risk in cloud ecosystems, including cloud providers, managed service providers, and critical software suppliers. You will learn how to structure cloud agreements, define security responsibilities, validate assurance reports, and manage subservice organizations. You will also learn how to reduce supply chain risk through onboarding checks, ongoing monitoring, and contract controls.

This lecture explains incident response in cloud, including coordination across internal teams and cloud providers. You will learn reporting expectations, how to collect evidence safely, how to preserve logs and artifacts, and how to manage communication under pressure. You will also learn how to turn incident lessons into improvements for monitoring, access controls, and configuration governance.

This lecture connects cloud security controls to legal and regulatory obligations, including record retention, privacy requirements, and cryptography restrictions in certain jurisdictions. You will learn how contracts and policy requirements translate into operational controls, and how independent reviews provide confidence to customers and stakeholders. You will also learn how to prepare documentation that demonstrates compliance across multiple legal and regulatory expectations.

This lecture highlights modern control themes that strong cloud security programs rely on, beyond basic checklists. You will learn how practices like zero trust access, posture management, workload protection, secret management, and continuous control monitoring strengthen assurance. You will also learn how to prioritize these controls based on business risk and threat landscape.

This lecture prepares you for where the standard is heading and what organizations should do now to avoid rework later. You will learn how the newer ISO/IEC twenty-seven thousand two control model influences mapping, evidence, and control design, and how cloud programs can align early. You will also learn practical steps to modernize documentation, metrics, and control ownership.

This capstone lecture brings everything together into a structured implementation pack you can reuse in real projects. You will learn how to assemble a responsibility matrix, control mappings, evidence checklists, policy templates, and audit-ready artifacts that match your scope and cloud model. You will finish with a clear, practical bundle that supports implementation, readiness, and continuous improvement.