CCTP®
Certified Cloud Technology Professional
Comprehensive Certification Program Syllabus
CCTP® evaluates whether candidates can apply cloud knowledge to realistic technology situations.
- Credential
- Certified Cloud Technology Professional
- Certification Designation
- CCTP®
- Certification Level
- Professional
- Certification Body
- International Board of AI, Cybersecurity & Technology Professionals (IBACTP®)
- Program Category
- Cloud Computing, Infrastructure & Emerging Technologies
- Delivery Format
- Instructor-Led, Virtual Instructor-Led, Self-Paced, or Blended Learning
- Recommended Training Duration
- 40–60 Hours
- Certification Examination
- Proctored, competency-based examination
- Alternative Assessment
- Applied Cloud Technology Capstone for eligible approved instructor-led candidates
- Credential Renewal Cycle
- 3 Years
Build, Secure and Operate Modern Cloud Environments.
Professional Level
For practitioners, specialists, analysts and engineers
Vendor-Neutral
Skills and knowledge that apply across platforms and tools
Global Recognition
Recognized internationally across industries and regions
Digital Credential
Shareable, verifiable credential and certificate
What You Will Learn
Master the core areas of cloud technology.
Cloud Architecture & Design Patterns
Compute, Storage & Cloud Networking
Identity, Access & Cloud Security
Containers & Serverless
Infrastructure as Code & Automation
Migration, Resilience & Disaster Recovery
Cloud Monitoring & Cost Optimization
About the credential
Become a Cloud Technology professional the market trusts.
Certification Designation: CCTP®
Certification Level: Professional
Certification Body: International Board of AI, Cybersecurity & Technology Professionals (IBACTP®)
Program Category: Cloud Computing, Infrastructure & Emerging Technologies
Delivery Format: Instructor-Led, Virtual Instructor-Led, Self-Paced, or Blended Learning
Professional level — Three-year certification cycle with continuing professional education
Recommended Training Duration: 40–60 Hours
Certification Examination: Proctored, competency-based examination
Alternative Assessment: Applied Cloud Technology Capstone for eligible approved instructor-led candidates
Credential Renewal Cycle: 3 Years
CCTP®
Who Should Earn CCTP®?
CCTP® is appropriate for:
- Cloud Support Specialists
- Cloud Technicians
- Cloud Administrators
- Junior Cloud Engineers
- Systems Administrators
- Infrastructure Professionals
- Network Professionals
- IT Support Professionals
- Cloud Operations Analysts
- Technical Support Engineers
- DevOps Professionals
- Cybersecurity Professionals
- Application Support Professionals
- Technology Consultants
- Professionals transitioning into cloud careers
Curriculum
CCTP® Body of Knowledge — Eight Modules
Module 1 — Cloud Foundations and Architecture
1.1 Cloud Characteristics and Business Drivers
1.2 IaaS, PaaS, SaaS, and Service Models
1.3 Public, Private, Hybrid, and Multi-Cloud
1.4 Regions, Availability, Scalability, and Shared Responsibility
1.5 Cloud Architecture and Workload Design
Module 2 — Compute, Storage, and Data Services
2.1 Virtual Machines and Compute Resources
2.2 Object, Block, and File Storage
2.3 Cloud Databases and Data Services
2.4 Containers and Serverless Computing
2.5 Capacity, Scaling, and Resource Management
Module 3 — Cloud Networking and Connectivity
3.1 Virtual Networks, Subnets, and Addressing
3.2 Routing, DNS, Gateways, and Traffic Flow
3.3 Load Balancing and Application Delivery
3.4 VPNs, Hybrid Connectivity, and Private Access
3.5 Segmentation, Network Security, and Troubleshooting
Module 4 — Cloud Identity, Security, and Data Protection
4.1 Identity, Authentication, and Authorization
4.2 Roles, Permissions, and Least Privilege
4.3 Encryption, Keys, Secrets, and Data Protection
4.4 Cloud Security Controls and Secure Configuration
4.5 Logging, Security Monitoring, and Incident Awareness
Module 5 — Cloud Applications, Containers, and Integration
5.1 Cloud-Native Application Concepts
5.2 Containers and Orchestration Concepts
5.3 APIs, Integration, and Microservices
5.4 Serverless and Event-Driven Architectures
5.5 SaaS, Distributed Applications, and Dependencies
Module 6 — Operations, Monitoring, and Troubleshooting
6.1 Cloud Monitoring and Observability
6.2 Logs, Metrics, Events, and Alerts
6.3 Performance and Capacity Analysis
6.4 Incident, Problem, and Change Concepts
6.5 Structured Cloud Troubleshooting and Service Restoration
Module 7 — Automation, Resilience, and Optimization
7.1 Infrastructure as Code and Configuration Automation
7.2 APIs, Scripting, and Workflow Automation
7.3 Backup, Recovery, and Disaster Recovery
7.4 High Availability, Resilience, and Fault Tolerance
7.5 Performance, Resource, and Cost Optimization
Module 8 — AI-Enabled Cloud and Emerging Technologies
8.1 AI-Assisted Cloud Operations and AIOps
8.2 Cloud AI and Machine-Learning Services
8.3 Intelligent Automation and Predictive Operations
8.4 Edge, IoT, and Distributed Cloud
8.5 Responsible AI, Emerging Risk, and Future Cloud Technologies
Learning outcomes
CCTP® Course Learning Outcomes
Upon successful completion, participants will be able to:
- Explain cloud architectures and service models and select appropriate approaches for common business and technical requirements.
- Configure cloud compute, storage, and data services according to workload requirements.
- Implement cloud networking and connectivity across virtual, hybrid, and distributed environments.
- Apply cloud identity and security controls using appropriate access, encryption, logging, and protection principles.
- Support cloud-native applications and integrations, including containers, APIs, serverless concepts, and distributed services.
- Monitor and troubleshoot cloud environments using telemetry, logs, performance indicators, and structured diagnostic techniques.
- Implement resilience, automation, and optimization principles for availability, recovery, efficiency, and cost awareness.
- Evaluate AI-enabled and emerging cloud technologies while recognizing security, governance, reliability, and human-oversight considerations.
What is assessed
CCTP® Certification Testing Outcomes — Skills & Competencies Tested
CCTP® evaluates whether candidates can apply cloud knowledge to realistic technology situations.
1
Cloud Architecture
Interpret requirements and select appropriate service, deployment, architecture, availability, and workload approaches.
2
Compute, Storage, and Data
Configure and evaluate virtual resources, storage, databases, containers, serverless services, and capacity requirements.
3
Networking
Interpret virtual networking, IP addressing, routing, DNS, load balancing, segmentation, and hybrid connectivity scenarios.
4
Security and Identity
Apply authentication, authorization, least privilege, encryption, data protection, logging, and secure-configuration principles.
5
Cloud Applications
Evaluate APIs, cloud applications, containers, serverless workloads, dependencies, and integration scenarios.
6
Operations and Troubleshooting
Interpret logs, metrics, alerts, service conditions, failures, and performance problems to identify appropriate corrective actions.
7
Resilience and Optimization
Evaluate availability, backup, recovery, scaling, automation, performance, and resource-efficiency requirements.
8
AI and Emerging Cloud
Evaluate AI-assisted cloud operations, intelligent automation, cloud AI capabilities, edge technologies, and emerging scenarios.
9
CCTP® Competency Standard
Understand → Configure → Secure → Monitor → Diagnose → Restore → Automate → Optimize
CCTP®
CCTP®–IBACTP® Cloud Technology Competency Model
The CCTP® competency model consists of eight integrated dimensions.
- CCTP® Competency Progression
1. Cloud Foundations, Models, and Architecture
Understand cloud characteristics, service models, deployment models, shared responsibility, regions, availability concepts, architectures, and cloud design principles.
2. Cloud Compute, Storage, and Data Services
Configure and evaluate virtual compute, storage, databases, containers, serverless services, resource scaling, and workload requirements.
3. Cloud Networking and Connectivity
Understand virtual networks, addressing, routing, DNS, load balancing, firewalls, gateways, VPNs, hybrid connectivity, and network segmentation.
4. Cloud Identity, Security, and Data Protection
Apply identity, authentication, authorization, least privilege, encryption, secrets, secure configuration, logging, and security controls.
5. Cloud Applications, Containers, and Integration
Evaluate cloud applications, APIs, containers, microservices concepts, serverless architectures, SaaS integration, and distributed workloads.
6. Cloud Operations, Monitoring, and Troubleshooting
Monitor resources, analyze logs, interpret performance, investigate incidents, troubleshoot cloud services, and restore availability.
7. Automation, Resilience, and Optimization
Apply Infrastructure as Code concepts, automation, backup, recovery, high availability, scaling, performance optimization, and cost awareness.
8. AI-Enabled Cloud and Emerging Technologies
Evaluate AI-assisted operations, cloud AI services, intelligent automation, edge computing, cloud-native innovation, and emerging technologies.
What it validates
What Is CCTP®?
The Certified Cloud Technology Professional (CCTP®) validates professional competency across the complete cloud technology lifecycle.
It prepares professionals to move from basic understanding of cloud concepts toward practical competency in:
- Planning
- Configuring
- Securing
- Operating
- Troubleshooting
- Recovering
- Optimizing
The certification covers modern cloud environments from an integrated professional perspective.
What it validates
What Does CCTP® Cover?
Cloud-Computing Foundations
Candidates develop an understanding of:
- Cloud characteristics
- Shared-resource models
- Elasticity
- Scalability
- Measured service
- Resource pooling
- Shared responsibility
- Cloud economics
- Cloud-service delivery
IaaS, PaaS, and SaaS
CCTP® addresses major cloud-service models.
Infrastructure as a Service
Virtual compute, storage, networking, and infrastructure resources.
Platform as a Service
Managed application, database, development, and platform services.
Software as a Service
Hosted business applications and subscription-based software environments.
Candidates learn how responsibilities differ across these models.
CCTP®
Recommended Prerequisites and Eligibility
CCTP® is positioned at the professional level.
Candidates benefit from familiarity with:
Prior cloud experience is beneficial but advanced cloud-engineering experience is not required to begin training.
- Computer systems
- Operating systems
- Networking
- TCP/IP
- DNS
- Storage
- Virtualization
- Cybersecurity
- Identity and access
- Applications
- Databases
- Basic scripting
- IT operations
CCTP®
Certification Overview
The Certified Cloud Technology Professional (CCTP®) is a comprehensive, vendor-neutral professional certification designed to validate the practical knowledge, technical skills, analytical capability, and professional judgment required to work effectively across modern cloud environments.
CCTP® prepares professionals to understand, deploy, configure, secure, monitor, troubleshoot, integrate, automate, recover, and optimize cloud services across public, private, hybrid, multi-cloud, and cloud-connected environments.
The certification is intentionally vendor-neutral. It does not depend on one cloud provider, operating environment, virtualization platform, or cloud-management product. Instead, it focuses on transferable cloud competencies that professionals can apply across different architectures, providers, organizations, and industries.
Modern cloud environments are highly interconnected. A single digital service may depend on compute resources, storage, databases, identity services, virtual networks, APIs, containers, security controls, monitoring, automation, and external platforms. CCTP® therefore develops competency across the complete cloud technology lifecycle rather than isolated cloud functions.
The certification integrates:
Cloud Architecture + Compute + Storage + Networking + Identity + Security + Applications + Containers + Data + Monitoring + Automation + Resilience + Cost Awareness + AI-Enabled Cloud Operations
CCTP® develops professionals who can understand not only how cloud resources are configured, but also how they interact, how they fail, how they should be secured, and how they can be optimized to support business services.
CCTP® Professional Objective
Understand Cloud Requirements → Configure Resources → Secure Services → Monitor Operations → Troubleshoot Problems → Restore Services → Optimize Performance
CCTP®
Why CCTP®?
Cloud Technology Connects the Modern Digital Enterprise
Cloud computing is no longer simply an alternative hosting model.
It has become a core operating foundation for:
Organizations increasingly depend on cloud services to deliver critical capabilities across distributed digital environments.
As a result, cloud professionals must understand much more than how to launch a virtual machine or configure a storage service.
They must understand how the entire cloud environment works together.
- Business applications
- Data
- Analytics
- Artificial intelligence
- Cybersecurity
- Collaboration
- Customer services
- Development platforms
- Digital products
- Remote work
- Backup and recovery
- Business continuity
- Enterprise transformation
A Cloud Workload Is an Integrated System
A cloud-hosted application may depend upon:
A failure or configuration problem in one component may affect the entire service.
For example:
- Virtual compute
- Containers
- Serverless services
- Storage
- Databases
- Virtual networks
- Subnets
- DNS
- Load balancing
- APIs
- Identity services
- Authentication
- Authorization
- Encryption
- Keys and secrets
- Security policies
- Monitoring
- Logging
- Backup
- Automation
- Internet connectivity
- On-premises systems
- Third-party SaaS platforms
Application Failure → Identity → Network → Compute → Database → Storage → Security Policy → Cloud Service
What appears to be an application issue may actually originate from:
Cloud professionals must therefore be capable of thinking across multiple technical layers simultaneously.
CCTP® is designed around that reality.
- An expired credential
- Incorrect permissions
- A routing problem
- DNS failure
- A security-group rule
- A database connection issue
- Insufficient compute capacity
- A storage problem
- A failed dependency
- An unavailable external service
From Individual Cloud Resources to Complete Cloud Services
A cloud environment is not successful simply because individual resources are functioning.
A virtual machine may be running, but the application may still be unavailable.
A database may be healthy, but users may be unable to authenticate.
A load balancer may be operating, but backend systems may be unhealthy.
A storage service may be accessible, but security permissions may expose sensitive information.
CCTP® develops the ability to move beyond isolated resource administration and understand the complete service chain.
CCTP® Cloud Service Perspective
User → Identity → Network → Application → Compute → Data → Storage → Security → Monitoring → Business Service
The professional must understand how these components interact and how to determine which one is responsible when the service fails.
Why Vendor-Neutral Cloud Competency Matters
Cloud platforms evolve quickly.
Organizations may use:
Professionals who understand only one provider's interface may struggle when environments change.
CCTP® instead emphasizes transferable principles such as:
The principle is:
- One major public cloud
- Several public clouds
- Private cloud infrastructure
- SaaS applications
- On-premises systems
- Hybrid architecture
- Edge environments
- Managed cloud platforms
- Compute
- Storage
- Networking
- Identity
- Availability
- Security
- Monitoring
- Automation
- Resilience
- Cost optimization
CCTP®
Cloud Professionals Must Balance Multiple Priorities
Effective cloud engineering requires balancing:
Performance
Can the service deliver acceptable response time and throughput?
Availability
Can the workload remain operational during failures?
Security
Are identities, data, resources, and communications appropriately protected?
Scalability
Can the environment grow or shrink as demand changes?
Resilience
Can the service recover from disruption?
Cost
Are cloud resources being used efficiently?
Automation
Can repetitive operations be performed consistently and safely?
Observability
Can professionals understand what is happening inside the environment?
CCTP® develops competency across these interconnected priorities.
CCTP®
Cloud Security Is Everyone’s Responsibility
Cloud security cannot be treated as a separate activity performed only after deployment.
Professionals must understand security throughout the lifecycle.
CCTP® addresses areas such as:
The objective is to help professionals design and operate environments that are:
- Identity and access
- Authentication
- Authorization
- Least privilege
- MFA concepts
- Encryption
- Data protection
- Security groups
- Network controls
- Keys and secrets
- Secure configuration
- Logging
- Monitoring
- Security events
- Backup
- Recovery
- Shared-responsibility concepts
- Secure by Design → Secure by Configuration → Secure in Operation
CCTP®
Cloud Resilience Is a Core Professional Competency
Cloud services may fail.
Networks may become unavailable.
Regions may experience disruption.
Applications may crash.
Storage may become inaccessible.
Identity services may fail.
Configuration changes may introduce outages.
Cloud professionals must therefore understand resilience.
CCTP® develops familiarity with:
The objective is not simply:
“Keep everything online all the time.”
It is:
“Design for Failure, Recover Effectively, and Protect Critical Services.”
- Redundancy
- High availability
- Fault tolerance
- Backup
- Recovery
- Replication
- Scaling
- Recovery objectives
- Disaster recovery
- Recovery testing
- Service restoration
CCTP®
Cloud Cost Is Also a Technical Responsibility
Cloud technology introduces a different economic model.
Resources can often be provisioned in minutes—but inefficient environments can also generate unnecessary cost quickly.
CCTP® develops professional awareness of:
Professionals are not expected to become financial managers, but they should understand that cloud engineering decisions have cost implications.
- Consumption
- Resource sizing
- Idle resources
- Scaling
- Storage tiers
- Data transfer
- Resource utilization
- Cost visibility
- Performance versus cost
- Basic optimization
CCTP®
Automation Changes Cloud Operations
Modern cloud environments increasingly depend on automation.
CCTP® introduces professionals to:
The goal is to move from:
- APIs
- Scripts
- Infrastructure as Code
- Automated provisioning
- Configuration automation
- CI/CD concepts
- Automated monitoring
- Policy-based controls
- Repeatable deployment
- Automated recovery
- Repeatable, Consistent, Auditable Cloud Operations
Manual Configuration
toward:
CCTP®
AI Is Changing Cloud Operations
Artificial intelligence is increasingly integrated into cloud platforms.
AI-assisted capabilities may support:
CCTP® introduces these capabilities while emphasizing the need for:
- Monitoring
- Event correlation
- Anomaly detection
- Capacity forecasting
- Performance analysis
- Cost optimization
- Troubleshooting
- Security analysis
- Incident summarization
- Automated remediation
- Human validation
- Data protection
- Accuracy
- Appropriate permissions
- Change control
- Professional accountability
Responsible AI Principle
Use AI to Enhance Cloud Operations—not Replace Professional Judgment
CCTP®
Public, Private, Hybrid, and Multi-Cloud
Professionals develop competency in understanding:
Public Cloud
Shared provider infrastructure delivered through cloud services.
Private Cloud
Cloud-like services operated for a specific organization.
Hybrid Cloud
Integrated on-premises and cloud environments.
Multi-Cloud
Use of multiple cloud providers or environments.
The objective is to understand the architectural and operational differences rather than memorize provider terminology.
CCTP®
Cloud Architecture
CCTP® addresses the design and organization of cloud environments.
Relevant concepts include:
Professionals learn to connect architecture decisions with:
Performance • Availability • Security • Resilience • Cost
- Regions
- Availability zones
- Fault domains
- Virtual networks
- Compute tiers
- Storage tiers
- Databases
- Load balancing
- Scalability
- Availability
- Service dependencies
CCTP®
Virtual Machines and Compute
Candidates develop understanding of:
- Virtual machines
- Compute sizing
- CPU and memory
- Images
- Instance lifecycle
- Scaling
- Workload placement
- High availability
- Compute monitoring
- Compute troubleshooting
CCTP®
Containers
CCTP® introduces modern containerized environments.
Coverage includes:
The focus is conceptual and operational rather than certification in a specific orchestration product.
- Container concepts
- Images
- Container lifecycle
- Registries
- Container networking
- Persistent storage
- Orchestration concepts
- Kubernetes awareness
- Security considerations
- Monitoring
CCTP®
Serverless Computing
Candidates learn relevant concepts involving:
- Functions
- Event-driven execution
- Managed runtime
- Scaling
- Triggers
- APIs
- Logging
- Permissions
- Cost characteristics
- Appropriate use cases
CCTP®
Cloud Storage
CCTP® addresses:
- Object storage
- Block storage
- File storage
- Storage tiers
- Performance
- Availability
- Durability
- Encryption
- Access controls
- Backup
- Lifecycle policies
CCTP®
Cloud Databases and Data Services
Professionals develop familiarity with:
- Relational databases
- NoSQL concepts
- Managed databases
- Database availability
- Replication
- Backup
- Recovery
- Performance
- Security
- Connection troubleshooting
CCTP®
Virtual Networking
Cloud networking is a fundamental CCTP® competency.
Candidates develop understanding of:
- Virtual networks
- Subnets
- IP addressing
- Routing
- Gateways
- NAT
- Security groups
- Network access controls
- Private connectivity
- Network segmentation
CCTP®
DNS and Name Resolution
Professionals learn how DNS supports cloud applications and services.
Coverage includes:
- Name resolution
- Records
- Zones
- Internal DNS
- Public DNS
- Application dependencies
- DNS troubleshooting
CCTP®
Load Balancing and Application Delivery
CCTP® addresses:
- Load balancers
- Traffic distribution
- Health checks
- Backend pools
- Availability
- Scaling
- Application delivery
- Failure scenarios
CCTP®
Hybrid Connectivity
Candidates develop understanding of:
- Site-to-site VPN
- Remote connectivity
- Dedicated connectivity concepts
- Hybrid routing
- On-premises integration
- Private access
- Cloud-to-cloud connectivity
- Connectivity troubleshooting
CCTP®
Identity and Access Management
Identity is central to cloud security.
CCTP® addresses:
- Users
- Groups
- Roles
- Permissions
- Authentication
- Authorization
- MFA
- Federation concepts
- Least privilege
- Service identities
CCTP®
Encryption, Keys, and Secrets
Candidates develop familiarity with:
- Encryption at rest
- Encryption in transit
- Key management
- Secrets
- Certificates
- Credential storage
- Key rotation concepts
- Access control
CCTP®
Logging, Monitoring, and Observability
Cloud professionals must understand what is happening inside the environment.
CCTP® addresses:
The operational progression is:
-
01
Logs
Metrics
-
02
Events
Alerts
-
03
Dashboards
Performance indicators
-
04
Resource health
Application telemetry
-
05
Security telemetry
Distributed monitoring
CCTP®
Backup, Recovery, and Disaster Recovery
Candidates develop competency involving:
- Backups
- Snapshots
- Replication
- Retention
- Restore procedures
- Recovery validation
- Recovery objectives
- Disaster recovery
- Continuity
- Resilience
CCTP®
Infrastructure as Code
CCTP® introduces the concept of managing infrastructure through defined, repeatable configurations.
Relevant areas include:
- Declarative infrastructure
- Templates
- Version control concepts
- Repeatability
- Configuration consistency
- Deployment automation
- Validation
- Rollback concepts
CCTP®
APIs and Cloud Automation
Candidates develop familiarity with:
- REST APIs
- Command-line interfaces
- Scripting
- JSON/YAML
- Automated provisioning
- Workflow automation
- Resource management
- Integration
CCTP®
DevOps Concepts
CCTP® introduces the relationship between cloud technology and modern application delivery.
Relevant concepts include:
-
01
Continuous integration
Continuous delivery/deployment
-
02
Version control
Automated testing
-
03
Infrastructure automation
Dev and operations collaboration
-
04
Monitoring
Feedback loops
CCTP®
Cloud Cost Awareness
Professionals learn to recognize common cost considerations involving:
- Compute utilization
- Storage
- Network transfer
- Idle resources
- Overprovisioning
- Scaling
- Licensing
- Resource lifecycle
- Cost monitoring
- Optimization opportunities
CCTP®
AI-Assisted Cloud Operations
CCTP® addresses the growing role of AI in:
Professionals are expected to validate AI-generated recommendations rather than accept them automatically.
- Monitoring
- Event correlation
- Anomaly detection
- Troubleshooting
- Capacity analysis
- Cost optimization
- Security analytics
- Operational recommendations
CCTP®
Emerging Cloud Technologies
The cloud environment continues to evolve.
CCTP® introduces candidates to developments involving:
- Edge computing
- IoT
- Distributed cloud
- Platform engineering
- Cloud-native applications
- AI workloads
- Intelligent automation
- Event-driven architectures
- Modern API ecosystems
- Emerging infrastructure models
CCTP®
CCTP® Professional Cloud Lifecycle
CCTP® connects these technical areas through one integrated lifecycle:
Requirement → Architecture → Deployment → Configuration → Security → Monitoring → Troubleshooting → Recovery → Optimization
This lifecycle reinforces the idea that cloud competency is not simply about creating resources.
It is about operating complete, secure, reliable, and efficient cloud services.
CCTP®
What Makes CCTP® Different?
CCTP® develops competency across several important professional transitions.
From Cloud Concepts to Cloud Decisions
“What is cloud computing?”
becomes:
“Which cloud model is appropriate for this requirement?”
From Resource Deployment to Service Delivery
“The virtual machine is running.”
becomes:
“The complete application service is secure, accessible, observable, and resilient.”
From Monitoring to Troubleshooting
“An alert occurred.”
becomes:
“Here is the probable failure domain, supporting evidence, corrective action, and validation.”
From Security Configuration to Risk Reduction
“A security control is enabled.”
becomes:
“The control appropriately reduces the risk without unnecessarily disrupting the service.”
From Consumption to Optimization
“The resource works.”
becomes:
“The resource provides appropriate performance and availability at a reasonable cost.”
CCTP®
CCTP® Professional Value Proposition
CCTP® integrates:
Architecture + Compute + Storage + Data + Networking + Identity + Security + Applications + Containers + Monitoring + Automation + Resilience + Cost + AI
Its central professional objective is:
Understand the Requirement → Build the Environment → Protect the Workload → Operate Reliably → Resolve Problems → Restore Services → Optimize Continuously
CCTP®
CCTP® Professional Identity
A CCTP® professional should be capable of asking:
That is the professional competency CCTP® is designed to develop and validate.
- What is the workload requirement?
- Which cloud service is appropriate?
- How should the workload be architected?
- What compute and storage are needed?
- How should the network be configured?
- Who should have access?
- How should data be protected?
- How will the service be monitored?
- What happens if a component fails?
- How can the service recover?
- How should repetitive tasks be automated?
- Is the solution appropriately sized?
- Is the cost justified?
- Can AI safely improve operations?
CCTP®
Tools, Technologies, and Cloud Applications
CCTP® remains vendor-neutral while exposing candidates to major technology categories and representative platforms.
Relevant environments may include:
AWS • Microsoft Azure • Google Cloud • OpenStack • VMware
Cloud-native and operational technologies may include:
Docker • Kubernetes • Terraform/OpenTofu concepts • Ansible • Git • CI/CD Platforms • APIs • CLI Tools • PowerShell • Bash • Python
Monitoring and observability may include concepts associated with:
Prometheus • Grafana • OpenTelemetry • Native Cloud Monitoring and Logging Services
The focus remains:
Requirement → Service Selection → Configuration → Security → Monitoring → Troubleshooting → Optimization
rather than certification in one vendor ecosystem.
The examination
Exam & Certification Details
Everything you need to plan your sitting.
CCTP-100
Exam code for the Professional-level Cloud Technology credential.
100 questions (maximum)
Multiple choice, completed in 120 minutes.
700 out of 1000
Passing score. Delivered in English.
Recommended experience
A minimum of two years of experience in cloud technology or a closely related technology discipline.
Where you sit it
IBACTP® approved testing centers and online proctored delivery
Staying certified
Three-year certification cycle with continuing professional education
Choose your route
Four ways to enroll. One credential.
Every route leads to the same CCTP® examination and the same designation.
Progression
Your Certification Pathway
Start as a Professional. Advance as a Leader.
Get started
Ready to certify as a CCTP®?
Self-Paced Learning
Exam fee only, with complimentary course materials provided — $400 USD.
Virtual Instructor-Led Training
4 days, 2 hours daily online. All course materials + Exam — $1,200 USD.
Bootcamps & Intensives
10 days, 2 hours daily. All course materials + Exam — $1,800 USD.
Corporate Training
Certify a whole team on a schedule that suits your organization. Fees negotiable.
Take the next step in Cloud Technology
Apply, choose your preparation route and book your examination with an approved provider.
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