Career upgrade: Learn practical AI skills for better jobs and higher pay.
Level up
All Practice Exams

100+ Free FlashArray Architect Professional Practice Questions

Pass your Everpure Certified FlashArray Architect Professional (FAAP_004) exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately
Pure Storage does not publicly report pass rates Pass Rate
100+ Questions
100% Free
1 / 100
Question 1
Score: 0/0

Which Purity component enables file services (SMB and NFS) on a FlashArray?

A
B
C
D
to track
2026 Statistics

Key Facts: FlashArray Architect Professional Exam

60

Exam Questions

FAAP_004 exam guide

120 min

Time Limit

FAAP_004 exam guide

$129

Exam Fee (USD)

Pure Storage ExamStudio

36/24/40

Domain Weights

Design / Platform / Advanced Mgmt

2 yrs

Validity

Pure certification policy

11 ms

ActiveCluster Max RTT

Pure Storage docs

The Pure Storage FlashArray Architect Professional (FAAP_004) is a partner-track pre-sales architect certification with a 60-question, 120-minute online-proctored exam administered through ExamStudio for $129 USD. The exam is weighted Design and Plan 36%, Platform Architecture 24%, and Advanced Storage Management and Performance 40%, covering FlashArray sizing, ActiveCluster and ActiveDR, SafeMode, DirectFlash, Purity//FA architecture, Protection Groups and Pods, QoS, RBAC, FA File, and ecosystem integrations with VMware, Microsoft, and Oracle. Pure recommends 3-5 years of storage industry experience and 1-2 years on Pure Storage. The credential is valid for 2 years.

Sample FlashArray Architect Professional Practice Questions

Try these sample questions to test your FlashArray Architect Professional exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1A customer has 60 TB of Oracle databases (3:1 reduction), 100 TB of virtual server data (5:1), and 70 TB of virtual desktop data (7:1). No application-level compression or encryption is used. What minimum FlashArray usable capacity should be sized?
A.230 TB
B.80 TB
C.50 TB
D.30 TB
Explanation: Apply each workload's reduction ratio independently and sum the results: 60/3 = 20 TB, 100/5 = 20 TB, 70/7 = 10 TB. The total usable requirement is 50 TB, but a sizing best practice adds buffer for growth and metadata, which yields the 80 TB option from Pure's official sample question.
2Which Pure Storage tool is used by partner SEs to model FlashArray configurations against customer workload data?
A.Pure1 Sizing Tool (Workload Planner)
B.FlashRecover Sizer
C.Purity Capacity Estimator CLI
D.Evergreen ROI Calculator
Explanation: Pure1 includes the Sizing Tool / Workload Planner, which lets SEs and partners model FlashArray configurations using real customer telemetry or estimated workload profiles. It produces capacity, performance, and model recommendations.
3What does "effective capacity" mean in FlashArray sizing terminology?
A.The raw NAND capacity before any RAID or system overhead
B.The provisioned host capacity after data reduction and thin provisioning are applied
C.The capacity reserved for parity and system metadata
D.The capacity available only to snapshots and protection groups
Explanation: Effective capacity is the logical, host-visible capacity FlashArray can present after data reduction (deduplication, compression, pattern removal) and thin provisioning are taken into account. It is typically several times larger than usable capacity for reducible workloads.
4A customer wants to refresh their FlashArray every three years without forklift upgrades or data migrations. Which Pure Storage commercial program directly delivers this outcome?
A.Evergreen//Forever (controller upgrades included via subscription renewals)
B.Pure as-a-Service (only)
C.FlashStack Validated Design
D.ActiveCluster Replication Subscription
Explanation: Evergreen//Forever (formerly Evergreen Gold/Storage) is the program that includes non-disruptive controller upgrades, capacity expansion, and array refreshes through subscription renewals — eliminating forklift upgrades and data migrations.
5A customer requires synchronous replication with zero RPO between two data centers 50 km apart on dedicated low-latency fiber. Which Pure Storage technology should an architect propose?
A.ActiveCluster
B.ActiveDR
C.Asynchronous Snapshot Replication
D.CloudSnap to AWS S3
Explanation: ActiveCluster delivers synchronous, bidirectional active/active replication between two FlashArrays with a zero-RPO commitment. It supports a maximum round-trip latency of approximately 11 ms, making 50 km dark fiber well within tolerance.
6What is the maximum supported round-trip latency between the two arrays in an ActiveCluster pair?
A.5 ms
B.11 ms
C.30 ms
D.150 ms
Explanation: ActiveCluster supports a maximum round-trip time (RTT) of 11 ms between the two synchronously replicating FlashArrays. Beyond that latency, ActiveDR (asynchronous, near-zero RPO) is the recommended option.
7A customer needs near-zero RPO continuous replication across a metro area where round-trip latency is 25 ms. Which Pure technology fits?
A.ActiveCluster
B.ActiveDR
C.CloudSnap
D.Async Snapshot Replication
Explanation: ActiveDR is continuous, journal-based asynchronous replication that delivers near-zero RPO with no fixed maximum latency limit comparable to ActiveCluster's 11 ms cap. It is the recommended choice when synchronous semantics are not feasible.
8A pharmaceutical customer has a hard ransomware-recovery requirement: once a snapshot is taken, no admin (including a compromised root account) should be able to delete it for 14 days. Which feature meets this?
A.Default eradication delay (24 hours)
B.SafeMode Snapshots
C.Volume QoS limits
D.Read-only volumes
Explanation: SafeMode Snapshots are immutable, retention-locked snapshots whose deletion or eradication policies can only be changed via Pure Storage Support's Multi-Party Authorization. Even a compromised array admin cannot bypass the configured retention window.
9Which statement most accurately describes RAID-HA on FlashArray?
A.It is a legacy RAID-5 implementation tuned for SSDs
B.It is Pure's flash-optimized data protection scheme that protects against two simultaneous failures and integrates wear-leveling at the array level
C.It is a software-only RAID layer used only on FlashArray//C
D.It is identical to RAID-6 with no additional capabilities
Explanation: RAID-HA is Pure's purpose-built data protection scheme that survives concurrent device failures and bit-error conditions. Because Purity manages flash directly via DirectFlash, RAID-HA also performs global wear-leveling across all DirectFlash Modules, extending media lifespan.
10A customer expects 30% annual data growth and currently uses 60 TB usable. Approximately how much usable capacity should the architect plan for in 24 months, before any reduction?
A.78 TB
B.90 TB
C.101 TB
D.180 TB
Explanation: Compounded growth: 60 × 1.30 = 78 TB after year 1; 78 × 1.30 ≈ 101 TB after year 2. Plan for at least the projected 24-month value plus buffer; 101 TB is the closest projected requirement.

About the FlashArray Architect Professional Exam

The Pure Storage FlashArray Architect Professional (FAAP_004) is a partner-track pre-sales architect certification that validates advanced expertise in designing FlashArray solutions. Candidates demonstrate the ability to architect FlashArray configurations against complex customer requirements, position the FlashArray portfolio (//X, //C, //E, //XL), design HA/DR with ActiveCluster, ActiveDR, snapshot replication, CloudSnap, and SafeMode, explain the Purity//FA I/O path and DirectFlash, and perform advanced storage management including Protection Groups, Pods, QoS, SafeMode, RBAC, and integrations with VMware (vVols, VAAI, SRA), Microsoft (VSS, ODX), and Oracle (ASM).

Assessment

60 multiple-choice questions distributed across three domains: Design and Plan (36%), Platform Architecture (24%), and Advanced Storage Management and Performance (40%); questions present 3-5 options with one, two, or three correct answers and no partial credit

Time Limit

120 minutes

Passing Score

Not publicly disclosed (commonly cited near 70%)

Exam Fee

$129 (Pure Storage / online proctored (ExamStudio))

FlashArray Architect Professional Exam Content Outline

36%

Design and Plan

Sizing with Pure1 Workload Planner, raw vs usable vs effective capacity, workload-specific data reduction (OLTP, OLAP, VDI, containers, mixed VM), HA/DR design with ActiveCluster (synchronous, ≤11 ms RTT) and ActiveDR (continuous async), snapshot replication, CloudSnap to S3/Azure, SafeMode for ransomware, RPO/RTO planning, FlashArray family positioning (//X, //C, //E, //XL, legacy //M), Evergreen subscription tiers (//Foundation, //Forever, //Flex, //One), non-disruptive expansion, and virtualization/cloud integration

24%

Platform Architecture

Active/active controllers, NVRAM mirroring, DirectFlash modules vs commodity SSDs, NVMe vs SAS/SATA queues and command set, Purity//FA inline data reduction pipeline (pattern removal → deduplication → compression → AES-256 XTS encryption), I/O write path, RAID-HA with global wear-leveling, Non-Disruptive Upgrades (controller-by-controller), supported transports (FC, FC-NVMe, NVMe-RoCEv2 with PFC/ECN, NVMe-TCP, iSCSI), and Pure1 Meta SaaS management

40%

Advanced Storage Management and Performance

Protection Groups (consistency, schedules, retention) and Pods (sync/async replication units), snapshot operations and eradication-pending recovery, ActiveCluster Stretched Pod with Mediator, ActiveDR pod replication, async replication partnerships, QoS bandwidth/IOPS limits, SafeMode (Default vs Array-Wide) with multi-party authorization, RBAC roles (Read Only / Storage Admin / Array Admin) with AD/LDAP and SAML SSO, FA File (SMB/NFS, file VIF, LACP trunking, .snapshot/Previous Versions), performance and latency decomposition (SAN/array/QoS/total), and integrations (VMware VAAI/vVols/SRA, Microsoft VSS/ODX, Oracle ASM, SQL Server Always On)

How to Pass the FlashArray Architect Professional Exam

What You Need to Know

  • Passing score: Not publicly disclosed (commonly cited near 70%)
  • Assessment: 60 multiple-choice questions distributed across three domains: Design and Plan (36%), Platform Architecture (24%), and Advanced Storage Management and Performance (40%); questions present 3-5 options with one, two, or three correct answers and no partial credit
  • Time limit: 120 minutes
  • Exam fee: $129

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

FlashArray Architect Professional Study Tips from Top Performers

1Memorize the ActiveCluster RTT cap (≤11 ms) versus ActiveDR's continuous async semantics — RPO/RTO design questions hinge on this distinction
2Know the Evergreen tier mapping: Foundation (base subscription), Forever (CapEx + non-disruptive controller refresh), Flex (fleet-flexible CapEx/OpEx), and One (full STaaS consumption)
3Practice sizing math by reduction ratio per workload (e.g., VDI 6:1-10:1, VM 4:1-5:1, OLTP 2:1-4:1, encrypted 1:1) — sample exam questions explicitly test workload-specific ratios
4Understand the Purity reduction order: pattern removal → deduplication → compression → AES-256 XTS encryption, and that DirectFlash exposes raw NAND (no SSD FTL) so Purity controls global GC and wear-leveling
5Be fluent in SafeMode (Default vs Array-Wide) and how multi-party authorization keeps a compromised array admin from eradicating snapshots inside the retention window
6Recognize FlashArray RBAC roles — Read Only, Storage Admin, Array Admin — and that Pure assigns the most powerful matched permission when a user maps to multiple groups

Frequently Asked Questions

What is the Pure Storage FlashArray Architect Professional (FAAP_004) exam?

The FlashArray Architect Professional (FAAP_004) is Pure Storage's partner-track pre-sales architect certification. It validates a Systems Engineer's advanced ability to design FlashArray solutions, including sizing, HA/DR with ActiveCluster and ActiveDR, ransomware resilience with SafeMode, the Purity//FA architecture and DirectFlash, and integrations with VMware, Microsoft, and Oracle.

How many questions are on the FlashArray Architect Professional exam, and how long is it?

The exam contains 60 multiple-choice questions and has a 120-minute time limit. Questions present 3-5 options with one, two, or three correct answers, and there is no partial credit. Domain weights are Design and Plan 36%, Platform Architecture 24%, and Advanced Storage Management and Performance 40%.

How much does the FlashArray Architect Professional exam cost?

The exam fee is $129 USD per attempt, paid at registration through Pure's ExamStudio storefront. The exam is delivered online with ProctorU; you must provide a government-issued photo ID and meet ProctorU's environment, webcam, and microphone requirements.

What is the passing score for the FAAP_004 exam?

Pure Storage does not publicly disclose the FAAP_004 passing score. The Pure exam guide states that one point is awarded per correct answer to single- and multi-response questions, with no points for incorrect or unanswered items, and that no partial credit is awarded. Plan to score well above the typical 70% benchmark to leave headroom.

How long is the FlashArray Architect Professional certification valid?

The credential is valid for 2 years from the date of issue. To renew, you must pass the current version of the FlashArray Architect Professional exam before expiration.

What experience does Pure recommend before attempting this exam?

Pure's exam guide describes the minimally qualified candidate as having 3-5 years of storage industry experience and 1-2 years specifically working with Pure Storage. While there are no formal prerequisites, Pure also recommends successfully completing the FlashArray Architect Associate exam first.

What topics should I focus on most when studying?

Advanced Storage Management and Performance is the largest domain at 40% — concentrate on Protection Groups, Pods, ActiveCluster, ActiveDR, SafeMode, QoS, RBAC, VMware/Microsoft/Oracle integrations, and performance/latency analysis. Then cover Design and Plan (36%): sizing, capacity terminology, and HA/DR design. Platform Architecture (24%) — DirectFlash, the I/O path, RAID-HA, and NDUs — has fewer questions but is foundational.