Exam Objectives and Commonly Referenced Documentation for Platform Architect Expert Study Guide

Certifications

Audience
Public
Product
FlashBlade
FlashArray
FlashStack
Evergreen
Pure1
Portworx
Source Type
Documentation

The following tables list the Platform Architect Expert exam objectives and how these objectives align to the corresponding commonly referenced product documentation and resources. Candidates are encouraged to review the applicable topics as part of their preparation for the exam.

Note: For Knowledge Portal documents, be sure to reference all subtopics, PDFs, and/or links that are part of the document link provided.

Section 1: Analysis (37%)

Exam Objectives

Applicable Documentation and Resources

1.01 - Interpret existing customer environment

Objective Subtopics:

  • Identify customer pain points and performance requirements

  • Evaluate existing SAN/NAS infrastructure and connected systems

  • Review current Everpure product deployments and integrations

  • Assess SLAs, data protection goals, and operational constraints

  • Leverage Pure sizing and assessment tools to validate environment readiness and capacity planning

1.02 - Analyze customer workload requirements and current state

Objective Subtopics:

  • Gather workload characteristics including IOPS, latency, and throughput expectations

  • Map workloads to appropriate Everpure solutions

  • Assess capacity, performance, and scalability requirements across environments

  • Use Pure sizing and assessment tools to validate design feasibility

  • Identify optimization opportunities for efficiency and resilience

  • Validate workload placement strategies to meet business and technical goals

1.03 - Review network for potential issues or slowdowns

Objective Subtopics:

  • Identify network design factors that impact latency, throughput, and reliability

  • Evaluate supporting infrastructure for bandwidth, redundancy, and routing efficiency

  • Validate compatibility between customer network configurations and Everpure solutions

  • Assess opportunities to enhance availability through improved design or segmentation

  • Recommend performance optimizations aligned with Pure best practices

1.04 - Determine data center physical requirements and planning

Objective Subtopics:

  • Identify power, cooling, and rack requirements for Everpure hardware

  • Validate site readiness for installation and integration

  • Review cabling, access, and environmental considerations

  • Assess connectivity and operational requirements for Dark Site environments

  • Coordinate with facilities to ensure infrastructure supports scalability and serviceability

1.05 - Determine physical and logical networking requirements

Objective Subtopics:

  • Define VLANs, subnets, and IP schema to support solution design

  • Validate network connectivity between Everpure components, hosts, and dependent systems

  • Confirm routing, segmentation, and access-control configurations

1.06 - Determine if Portworx is an appropriate solution for the customer

Objective Subtopics:

  • Identify workloads suitable for containerization or Kubernetes environments

  • Evaluate requirements for persistent storage and data services

  • Assess readiness for Portworx deployment and integration with Everpure platforms

  • Validate compatibility with performance, scalability, and recovery goals

  • Recommend Portworx when it aligns with business outcomes and platform strategy

1.07 - Determine if and where cloud is a fit

Objective Subtopics:

  • Evaluate customer requirements for hybrid or cloud-based deployments

  • Identify opportunities to integrate Everpure Cloud Dedicated for scalability and resilience

  • Assess connectivity, latency, and data-sovereignty considerations

  • Determine workload placement and replication strategies across environments

1.08 - Determine customer security requirements

Objective Subtopics:

  • Identify organizational, regulatory, and compliance security standards

  • Evaluate encryption, authentication, and access-control needs

  • Verify network and data-path security configurations across Everpure solutions

  • Recommend security architectures that align with enterprise frameworks and best practices

Section 2: Design (45%)

Exam Objectives

Applicable Documentation and Resources

2.01 - Design for Pure product

Objective Subtopics:

  • Identify the Everpure platform components that meet performance, availability, and scale requirements

  • Differentiate product capabilities across block, file, and object storage

  • Validate product interoperability within the overall architecture

  • Evaluate performance, scalability, resiliency, and growth paths for each platform

  • Recommend the optimal product mix to meet workload and availability objectives

2.02 - Design for storage network

Objective Subtopics:

  • Define physical and logical network requirements (bandwidth, latency, redundancy)

  • Validate connectivity models (FC, iSCSI, NFS/SMB, S3, NVMe-oF) and host personalities

  • Establish segmentation, VLANs/subnets, and access controls

  • Plan for high availability, failover, and path resiliency

  • Assess network designs for scalability and integration with Everpure solutions

  • Recommend network topologies that align with architectural standards

2.03 - Design for OS

Objective Subtopics:

  • Validate OS interoperability with Everpure environments

  • Assess multipathing, filesystem, and driver requirements

  • Recommend configuration parameters to optimize performance and reliability

  • Verify plug-in and integration support for target OS distributions

  • Evaluate upgrade and lifecycle requirements for connected hosts

2.04 - Design for automation and scheduling

Objective Subtopics:

  • Identify which tools, plug-ins, and APIs to use for automation

  • Integrate Pure1, Fusion, and other supported platforms for automated management and scheduling

  • Define orchestration workflows, scheduling windows, and change controls

  • Validate automation workflows for reliability, error handling, and recovery

  • Apply best practices for implementing scalable and maintainable automation strategies

2.05 - Design for observability and monitoring

Objective Subtopics:

  • Define monitoring and observability requirements across Everpure environments

  • Integrate Fusion, Pure1 Manage, and supported plug-ins for unified visibility

  • Establish alerting thresholds, escalation paths, and health baselines

  • Correlate metrics for capacity, performance, and availability analysis

  • Design monitoring strategies for Dark Site environments

  • Validate observability architecture supports proactive operations and automation

2.06 - Design for Cyber Resilience

Objective Subtopics:

  • Identify recovery-point and recovery-time objectives for business-critical data

  • Define replication strategies (synchronous and asynchronous) and snapshot policies aligned with SLAs

  • Incorporate SafeMode protections and ransomware-resilient recovery methods

  • Design backup integration and disaster-recovery (DR) architectures supporting rapid restoration

  • Validate protection workflows for compliance and recovery readiness

  • Recommend resilient architectures that meet business-continuity objectives

2.07 - Design for storage in the cloud

Objective Subtopics:

  • Evaluate hybrid and multi-cloud architecture options using Everpure Cloud Dedicated

  • Assess connectivity, latency, and data-sovereignty requirements

  • Define replication, failover, and recovery models between on-premises and cloud environments

  • Integrate cost, performance, and availability considerations into design recommendations

  • Validate architectural alignment with business continuity and scalability objectives

2.08 - Implement security standards

Objective Subtopics:

  • Align storage design with enterprise and regulatory security requirements

  • Apply encryption, authentication, and role-based access principles

  • Integrate secure connectivity, certificate management, and identity federation

  • Validate configurations against compliance frameworks and best practices

  • Recommend security enhancements to improve overall platform posture

Section 3: Configuration (18%)

Exam Objectives

Applicable Documentation and Resources

3.01 - Determine storage configuration

Objective Subtopics:

  • Identify host and cluster layout requirements that support performance, scalability, and isolation

  • Apply volume sizing, mapping, and protocol (NVMe or iSCSI) configurations aligned with workload needs

  • Validate ActiveCluster (synchronous) and ActiveDR (asynchronous) replication configurations for multi-site environments

  • Recognize how configuration policies and naming standards ensure operational consistency

  • Validate configurations align with Everpure best practices and design objectives.

3.02 - Integrate OS/Server

Objective Subtopics:

  • Identify required host personalities for connectivity

  • Configure and validate multipathing policies

  • Recognize common host setting adjustments for remediation

  • Understand interoperability across Fibre Channel, iSCSI, NFS, and SMB

  • Validate host integration for ActiveCluster and ActiveDR environments

  • Assess host compatibility and support for diverse operating systems (Linux, AIX, HP-UX, Solaris)

3.03 - Configure replication

Objective Subtopics:

  • Identify when to use ActiveCluster (synchronous) or ActiveDR (asynchronous) replication

  • Define replication groups, schedules, and retention requirements

  • Validate replication connectivity and performance meet recovery objectives

  • Confirm configurations support data-protection and business-continuity goals

3.04 - Integrate with third-party products

Objective Subtopics:

  • Identify supported integrations and interoperability use cases

  • Configure and validate required APIs, plug-ins, or adapters

  • Understand authentication, security, and connectivity considerations

  • Assess support and lifecycle alignment across integrated solutions