Cloud Infrastructure Expert ℠
Cloud Infrastructure Expert ℠
5 Days, 3 Professional Certifications
This course targets developing experts who can lead the cloud industry as consultants, architects, experts, providing the right skill sets including engineering, design, grading concepts.
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Course Description
This course targets developing experts who can lead the Cloud industry as consultants, architects, subject matter experts. It provides professionals the right skill sets from the foundational concepts to the engineering, design, grading concepts, which are driven by the industry’s live experiences and best practices. It clarifies the taboos in the industry, the gray areas where all providers, operators, engineers and experts continuously argue and question and resolves ambiguities in the expert’s mind as to how to plan, design and build modern-day Cloud platforms. The CLIE℠ requires achievement of unparalleled and thorough understanding of Engineering & Design principles and techniques for Cloud infrastructure.
Who should take this course?
- Consultants
- Architects
- Cloud Experts
- Professionals
what you study
The CLIE℠ course clarifies the taboos in the industry, the gray areas where all providers, operators, engineers and experts continuously argue and question and resolves ambiguities in the expert’s mind as to how to plan, design and build cloud infrastructures.
Learning Outcomes
This course teaches how to streamline processes, increase efficiency and productivity whilst maintaining high availability. The core concepts are based on demonstrated principles, which are optimized from lessons learned from cloud front-runners.
Prerequisites
- None.
Course Features
- CLIS℠
- CLES℠
Day 1
Cloud Overview
Cloud History
Cloud Definitions
The Cloud Beast
Cloud Downtime & Outages
Present Cloud Standards
Future of Cloud Standards
The Infinity Paradigm®
-
Application Ecosystem (AE)℠
-
Core & Pyramid Models
-
The Organization
-
The 7 Abstraction Layers
- Application Layer
- Platform Layer
- Compute Layer
- ITI Layer
- SFI Layer
- Site Layer
- Topology Layer
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Application Delivery Model (ADM)
-
Application Delivery Infrastructure (ADI)
-
Data Center Node (DCN)
-
Logical Infrastructure
-
Physical Infrastructure
Grading Systems
Data Center Tiers & Classes
-
Data Center Grade Levels
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AER, OER, EER, RER, SER
-
Efficacy Score Rating
Cloud Grading Systems
Data Center Tiers & Classes
-
Cloud Grade Levels
-
AER®, OER®, EER®, RER®, IER®, CER®, SER®
Efficacy Score Rating (ESR)®
Cloud Classifications
Cloud Grades
Cloud Types
Cloud Disciplines
Cloud Stakeholders
Cloud providers
Cloud end-users
Cloud specialists
Cloud operators
Cloud investors
Cloud Syndrome
Cloud Strengths
Cloud Weaknesses
Cloud Hot-points
Cloud Development Cycle
Cloud Efficacies
Cloud Development Process
Cloud Sustainability
Cloud Transition
Digital Transition
Cloud Migration
Cloud Consolidation
Cloud Diversification
Cloud Maturity
Cloud Delivery Models
Public Cloud
Private Cloud
Hybrid Cloud
Day 2
Cloud Availability
Cloud Redundancy
Cloud High-Availability
Cloud Availability Limitations
Cloud Availability Possibilities
Cloud Security
Cloud Physical Security
Cloud Cyber Security
Cloud Application Security
Cloud Privacy
Cloud Ecosystem Security
Cloud Capacity
Cloud Throughput Capacity
Cloud Scaling and Expansion Capacity
Cloud Change Capacity
Cloud Operational Capacity
Cloud Efficiency
Cloud Design Efficiency
Cloud Energy Efficiency
Cloud Resource Efficiency
Cloud Policy Efficiency
Cloud Management Efficiency
Cloud Resilience
Cloud Resilience Principles
Cloud Failover
Cloud Load Balancing
Cloud RTO
Cloud Recovery
Cloud Operations
Cloud Operational Conduciveness
Cloud Operational Resources
Cloud OpEx
Cloud Operational Tools
Cloud Maintenance & Management
Cloud Innovations
Cloud Trends
Innovative Methods
Innovative Technologies
Examination
Day 1
Introduction to Cloud Engineering
Engineering Importance
Cloud Components
Cloud Key Players
Cloud Tools and Techniques
Cloud Standards
How and Where to Get Help
Cloud Engineering Process
The Cloud EPS
Phased Cloud Process
Adaptive Need Conversion
Understanding The Application
Application Architecture
TPS, ETT, CCU, Load and Complexity Factor
Cloud Grading Systems
Cloud Grading Systems
AER®, OER®, EER®, RER®, IER®, CER®, SER®
Efficacy Score Rating (ESR)®
Cloud Classifications
Cloud Classes and Grades
Cloud Types
Cloud Definitions and Options
The Infinity Paradigm® (Review)
Cloud Standard Requirements
Cloud Designing with Limitations
Day 2
Cloud Availability Engineering
Types of Availability
Standard Cloud Availability Techniques
Calculating Availability
Engineering Redundancy
Cloud Mergers and Overlaps
Cloud Security
Types of Security
Standard Cloud Security Techniques
Designing Cloud Security
Cloud Cyber Security Architecture
Cloud Ecosystem Security Engineering
Cloud Capacity
Cloud Throughput Capacity Engineering
Design Cloud for Scale
Cloud Capacity Elasticity Engineering
Cloud Capacity Optimization
Cloud Efficiency
Cloud Efficiency Layers
Cloud Design Efficiency
Cloud Efficiency Measurements
Designing for Cloud Energy Efficiency
Engineering Resource Utilization & Efficiency
Calculating Cloud Efficiency
Day 3
Cloud Resilience
Resilient Cloud Architecture
Cloud Failover Engineering
Designing Cloud Load Diversification
Calculating Cloud Resilience
Cloud Recovery Engineering
Cloud Operations
Engineering for Cloud Operational Conduciveness
Designing for Minimal Cloud Operational Resources
Engineer for Cloud OpEx Reduction
Designing for Cloud Operational Tools Effectiveness
Engineering for Simplified Cloud Maintenance & Management
Cloud Innovations
Innovational Awakening in Cloud Engineering
Innovating Cloud Methods
Adopting Innovative Cloud Solution
Defining Innovative Technologies