CCSP Certification Masterclass

Explore platform as a service, where developers deploy code with a git push while providers handle infrastructure. Leverage security, scaling, and automated deployments across environments.

Explore how public cloud enables cost-effective, scalable computing with AWS, Azure, and Google Cloud Platform, while highlighting multitenancy, global reach, security, and vendor lock-in considerations.

Explore hybrid cloud as a journey that blends on-premises and cloud services with seamless workload placement, security, and portability across environments using Azure Stack and VMware Cloud on AWS.

Understand how industry-specific community clouds pool resources, ensure HIPAA and other regulatory compliance, and balance governance and shared costs to boost security and reduce expenses.

Explore the shared responsibility model, separating provider infrastructure security from customer controls like identity and access management, data encryption, and backup planning, plus brokers and auditors in multi-cloud.

Calculate total cost of ownership by comparing on-premises and cloud migration, including hidden costs, migration expenses, training, and bandwidth needs. Estimate three to five year ROI and strategic impact.

Identify and assess cloud risks using qualitative and quantitative methods, threat modeling, and a living risk register to address data security in multi-tenant environments, vendor dependency, outages, and compliance.

Explains how to treat cloud risks using mitigation, avoidance, transfer, and acceptance, through multi-layered defenses, contracts, insurance, and governance in phased migrations.

Apply ISO 31,000, NIST RMF, and COSO ERM to cloud transformation by embedding risk thinking into planning, evaluating providers, and ongoing monitoring, with structured assessment, treatment, and communication.

Automated data discovery scans cloud assets to locate sensitive data across s3, databases, and apps, using content, metadata, and contextual labeling to enable governance, data ownership, and real-time protection.

Learn how microservices enforce security through isolated services, authenticated interactions, resilient APIs with rate limiting, input validation, encryption, key management, and container isolation via Kubernetes.