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Best IBM Cloud Advanced Architect training in Pune

After joining this training, You will get hands-on experience in designing cost-effective resilient architectures on IBM Cloud that adhere to industry best practices. You will be ready to select the appropriate Cloud services based on application and customer requirements.

This training is based on the IBM Cloud Advanced Architect (Exam C1000-108) certification syllabus.

Competency Areas

Demonstrate knowledge of Cloud concepts and architectural principles
Evaluate customers current state, requirements, and vision to architect an IBM Cloud solution
Provide solution recommendations based on current industry best practices

Recommended Skills

Knowledge of Cloud concepts, Cloud Native, and IBM Cloud
IBM Cloud Architectures
Hybrid and multicloud concepts
IT architectures and using Cloud solution patterns and Cloud Native architecture
Cloud infrastructure technologies: systems, storage, security, networking, virtualization technologies, etc.
IBM Cloud Observability offerings
Incorporating AI and IoT technologies
RedHat Open Shift platform capabilities
Software for IBM Cloud (Cloud Paks, Starter Kits, Sysdig, LogDNA, etc.)

Prerequisite

Optional prerequisite: IBM Certified Professional Architect .
Some experience in Windows client OS management
Networking basics
Attend free Cloud Computing Essentials webinar.

Syllabus

Please check the syllabus tab above. ☝

This IBM Cloud Advocate v2 training covers following topics:

Sr.	Details
Section 1	Design Secure Solutions from the ground up (17%) Apply the IBM Cloud security best practices Apply the IBM Cloud shared responsibility model Use IBM Cloud security services Build and design solutions that take advantage of multiple security service
Section 2	Strategies for maintaining response time, throughput, and cost targets on IBM Cloud (12%) Utilize logging and monitoring to trigger auto-scaling and deployment of services Build and design solutions that scale elastically for performance and cost efficiency or take advantage of reserved instances Optimize solution performance using geolocation
Section 3	Designing solutions for ease of operations and automation (15%) Describe security and compliance goals Design solutions for observability Design solutions that take advantage of immutable cloud infrastructure software defined environments Centralized logging and monitoring for hybrid multicloud environments
Section 4	Design solutions that survive outages and can perform auto-healing (18%) Design resilient solutions using availability zones and regions Design per Recovery Time Objective (RTO) and Recovery Point Objective (RPO) requirements Design resilient solutions using technologies with inherent resiliency Design solutions that can survive the outage of a node, region, zone, metro, or cloud provider
Section 5	Design solutions using IBM Cloud services that apply various architectural patterns to satisfy requirements (10%) Design application architecture Select the right compute options per the functional requirements on IBM Cloud Design solutions for storing and analyzing data
Section 6	Design hybrid multicloud platform architectures (13%) Design solutions for portability Apply network design considerations Design solutions for data residency Design environments for multicloud deployments
Section 7	Cloud migration and modernization (15%) Matching customer requirements with migration use cases to IBM Cloud Identification of tools and methods to migrate workloads Design migration solution to migrate complex workloads to VMs/VSIs on IBM Cloud Design migration solution to transform and migrate complex workloads to containers on IBM Cloud Design migration solution to migrate data to DBaaS on IBM Cloud