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100+ Free Pure FBAA Practice Questions

Pass your Everpure Certified FlashBlade Architect Associate (FBAA_004) exam on the first try — instant access, no signup required.

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Which set best describes the core FlashBlade hardware components an architect should be able to identify?

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2026 Statistics

Key Facts: Pure FBAA Exam

60

Exam Questions

FBAA_004 exam guide

120 min

Time Limit

FBAA_004 exam guide

$129

Exam Fee (USD)

Pure Storage / ExamStudio

2 yrs

Cert Validity

FBAA_004 exam guide

72 hrs

Retake Wait

FBAA_004 exam guide

ExamStudio

Proctored Online (ProctorU)

Pure Storage

FBAA (FBAA_004) is Pure Storage's partner-track architect-associate exam: 60 multiple-choice questions in 120 minutes, $129 per attempt, online-proctored through ExamStudio with ProctorU, and valid for two years. The exam targets pre-sales SEs with 1-3 years of storage experience and 3-12 months of Pure exposure who can qualify, sell, and architect FlashBlade. Domains are weighted Workload Evaluation and Planning 20%, Qualify Sell and Architect 40%, and FlashBlade Architecture 40%. Expect questions on FlashBlade//S vs //E, Purity//FB, DirectFlash Modules, Fabric I/O and XFM components, NFS/SMB/S3, file and object replication, SafeMode, Evergreen//One/Forever/Flex/Pro, and Pure1 Workload Planner / Meta.

Sample Pure FBAA Practice Questions

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

1A research customer is starting an unstructured-data initiative that will start at 200 TB and grow at roughly 40% per year for five years. Which question is most useful during the discovery call to qualify FlashBlade fit?
A.Which hypervisor will host the application VMs?
B.What is the read/write mix and aggregate throughput target across the dataset?
C.Will the customer prefer iSCSI or Fibre Channel for connectivity?
D.Does the customer require synchronous block replication between sites?
Explanation: FlashBlade is a scale-out unstructured data platform; sizing depends primarily on capacity and aggregate throughput, plus the protocol mix (NFS/SMB/S3). Asking about read/write mix and throughput targets directly qualifies whether FlashBlade meets performance needs.
2A customer wants to consolidate scratch space for an AI training cluster of 32 GPU servers running PyTorch with billions of small files. Which FlashBlade attribute is most relevant to this workload?
A.Massively parallel scale-out throughput plus distributed metadata across blades for billions of small files in a single namespace
B.Synchronous block replication with sub-millisecond RTT
C.Native Fibre Channel target ports for hypervisor hosts
D.Tape-tier integration for cold archival
Explanation: AI training with many GPU streams is a parallel, throughput-heavy, small-file workload. FlashBlade's scale-out architecture plus distributed metadata across blades in a single global namespace addresses both aggregate throughput and the small-file metadata pressure that bottlenecks traditional NAS.
3A customer says they need a backup target that can ingest 30 TB nightly and restore an entire 200 TB application in under 4 hours. Which FlashBlade strength most directly supports the restore goal?
A.Native VTL emulation with fixed deduplication ratios
B.Massively parallel restore throughput from a single namespace
C.Block-level synchronous replication to a secondary array
D.Built-in tape autoloader integration
Explanation: FlashBlade's value as a backup target is fast restore: parallel reads from many blades let backup software pull large datasets back to production at high aggregate throughput. Traditional dedupe appliances rehydrate slowly and bottleneck on a single controller pair.
4Which workload attribute is the strongest signal that an unstructured-data project is a good fit for FlashBlade rather than FlashArray//File?
A.Mostly database OLTP with predictable working sets
B.A handful of mixed file shares totaling under 50 TB
C.Large parallel datasets sustained at multi-GB/s aggregate throughput
D.A small VMware cluster needing a single VVols datastore
Explanation: FlashBlade is designed for parallel, throughput-driven unstructured workloads (analytics, AI/ML, EDA, genomics, backup). Smaller, lower-throughput file requirements can be satisfied by FlashArray//File, which adds NFS/SMB to a FlashArray for general-purpose unified storage.
5A customer is debating between FlashBlade//S and FlashBlade//E for a 4 PB media archive that requires fast browse and occasional full-resolution playback. Which positioning best reflects current Pure guidance?
A.FlashBlade//S because //E does not support flash media
B.FlashBlade//E because it is purpose-built for capacity-optimized unstructured data at lower $/GB
C.FlashBlade//S because //E has no S3 object support
D.FlashBlade//E because it offers the highest per-blade IOPS
Explanation: FlashBlade//E is positioned for high-capacity, lower-performance unstructured workloads such as backup, media archive, and active archive at a lower cost per gigabyte than //S, while still delivering all-flash latency. //S targets the highest-performance tier.
6Which set of access protocols does FlashBlade natively support for client connectivity?
A.Fibre Channel and iSCSI
B.NFS, SMB, and S3 (object)
C.FCoE and NVMe-oF over FC
D.InfiniBand-only RDMA
Explanation: FlashBlade is a unified file and object platform: NFS (v3 and v4.1), SMB, and S3. It does not present block storage, so it has no FC, iSCSI, FCoE, or NVMe-oF over FC ports.
7A customer is considering Dell PowerScale (Isilon) versus Pure FlashBlade. Which differentiator is most consistent with Pure's competitive positioning?
A.FlashBlade requires per-protocol licensing while PowerScale does not
B.FlashBlade scales by adding individual blades non-disruptively, with one global namespace and Evergreen upgrades
C.FlashBlade is a software-only product running on commodity x86 servers
D.FlashBlade requires a forklift upgrade to move between hardware generations
Explanation: Pure positions FlashBlade against PowerScale on three axes: simple scale-out by adding blades into a single namespace, Evergreen non-disruptive hardware refreshes (no forklift upgrades), and a unified file + object platform. PowerScale historically required generational migration projects.
8Which Evergreen subscription is best aligned with a customer who wants storage delivered as a service with a fixed $/GB/month and SLA-backed performance and capacity, without owning the hardware?
A.Evergreen//Forever
B.Evergreen//Flex
C.Evergreen//One
D.Evergreen//Pro
Explanation: Evergreen//One is Pure's true storage-as-a-service offering: customers pay per consumed capacity with SLA-backed availability, performance, and energy efficiency. Pure owns the hardware and manages capacity headroom on site.
9A customer is exploring Pure1 to see what value it provides on top of the array. Which statement most accurately describes Pure1?
A.Pure1 is the on-array management UI that ships with Purity//FB
B.Pure1 is Pure's SaaS-based monitoring, support, and AI-driven analytics platform across all owned and subscribed arrays
C.Pure1 is a separate paid backup service for FlashBlade workloads
D.Pure1 is the licensing portal used to activate replication features
Explanation: Pure1 is Pure's cloud-based SaaS that aggregates telemetry from every connected FlashArray and FlashBlade. It provides predictive support (Meta AI engine), capacity and performance forecasting (Workload Planner), simulation, fleet-wide monitoring, and proactive case creation.
10Refer to a Pure1 capacity chart showing 80 TB used and a data reduction ratio of 1.65:1. Approximately how much logical (host-written) data does this represent?
A.Approximately 48 TB
B.Approximately 80 TB
C.Approximately 132 TB
D.Approximately 160 TB
Explanation: Logical (host-written) data equals physical used multiplied by the data reduction ratio: 80 TB x 1.65 = ~132 TB of host-visible data stored in 80 TB of physical capacity.

About the Pure FBAA Exam

The Everpure Certified FlashBlade Architect Associate (FBAA_004) is a partner / pre-sales certification that validates the ability to identify, qualify, and architect FlashBlade solutions. The exam covers three weighted domains: Workload Evaluation and Planning (20%), Qualify, Sell, and Architect (40%), and FlashBlade Architecture (40%). Candidates are expected to position FlashBlade across AI/ML, analytics, backup, EDA, genomics, and media workloads; explain Purity//FB, scale-out blades, DirectFlash Modules, FlashBlade//S vs //E, NFS/SMB/S3, replication, and SafeMode; and articulate Evergreen subscriptions and Pure1 value to customers.

Assessment

60 multiple-choice questions (three to six options; one, two, or three correct answers per question). One point per correct answer; no partial credit and no penalty for wrong answers.

Time Limit

120 minutes

Passing Score

Pure Storage does not publicly publish a fixed passing score for FBAA

Exam Fee

$129 USD per attempt (partner program typically funds the seat for Pure partners) (Pure Storage / online proctored via ExamStudio (ProctorU))

Pure FBAA Exam Content Outline

20%

Workload Evaluation and Planning

Interpret FlashBlade performance and capacity metrics in Pure1, differentiate arrays that need more or less capacity, plan upgrades as new hardware becomes available, and translate capacity/performance needs into recommended hardware configurations using FlashBlade Sizer.

40%

Qualify, Sell, and Architect

Identify customer challenges that FlashBlade solves; map workloads (AI/ML, analytics, backup, EDA, genomics, media) to FlashBlade fit; calculate capacity from data reduction rate (DRR) and observed usage; explain how FlashBlade supports data protection and SafeMode; contrast FlashArray vs FlashBlade use cases; and articulate Evergreen//One, //Forever, //Flex, and //Pro plus Pure1 Meta value.

40%

FlashBlade Architecture

Explain Purity//FB basics, distributed erasure coding and failure tolerance, IO path and client access, DirectFlash benefits over consumer SSDs, supported access protocols (NFS, SMB, S3), file and object replication, scale-out of capacity and performance, multi-chassis deployments using External Fabric Modules (XFM), blade and chassis hardware components, and architectural differences between FlashBlade//S and FlashBlade//E.

How to Pass the Pure FBAA Exam

What You Need to Know

  • Passing score: Pure Storage does not publicly publish a fixed passing score for FBAA
  • Assessment: 60 multiple-choice questions (three to six options; one, two, or three correct answers per question). One point per correct answer; no partial credit and no penalty for wrong answers.
  • Time limit: 120 minutes
  • Exam fee: $129 USD per attempt (partner program typically funds the seat for Pure partners)

Keys to Passing

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

Pure FBAA Study Tips from Top Performers

1Memorize the four FlashBlade design principles: DirectFlash architecture, integrated scale-out networking, Unified Fast File and Object (UFFO), and Evergreen — Pure tests this list directly.
2Lock in the FlashBlade vs FlashArray boundary: FlashBlade is file (NFS/SMB) and object (S3) only over Ethernet — never block, FC, or iSCSI. Any FC/iSCSI mention in a question is a disqualification signal.
3Drill the Evergreen tiers: //One = STaaS with SLAs, //Forever = ownership with non-disruptive upgrades, //Flex = fleet-level capacity mobility, //Pro = ownership with subscription upgrades.
4Practice the Pure1 capacity math: logical = physical x DRR; free physical = usable - used. The official sample exam includes both calculations against a Pure1 capacity exhibit.
5Know the chassis components: blades hold compute and DirectFlash Modules; Fabric I/O modules carry the customer-facing data ports; External Fabric Modules (XFM) only appear in multi-chassis deployments.
6For ransomware questions the answer is almost always SafeMode (file or object) — standard snapshots, replica links, and policy rules can all be undone by a compromised admin.

Frequently Asked Questions

What is the Everpure Certified FlashBlade Architect Associate (FBAA_004) exam?

FBAA is Pure Storage's partner-track architect-associate certification. It validates a pre-sales SE's ability to identify, qualify, and architect FlashBlade solutions across the three weighted domains: Workload Evaluation and Planning (20%), Qualify Sell and Architect (40%), and FlashBlade Architecture (40%).

How long is the FBAA exam and how many questions are there?

The FBAA_004 exam is 60 multiple-choice questions delivered in 120 minutes. Questions can have three to six options with one, two, or three correct answers. One point is awarded per correct answer; there is no partial credit and no penalty for wrong answers.

How much does the FBAA exam cost and how is it delivered?

The exam costs $129 USD per attempt and is delivered as an online-proctored exam through ExamStudio with ProctorU. Pure partners often have the exam seat funded through the Pure partner program. You schedule with at least 24 hours of lead time after passing the ProctorU technical compatibility check.

How long is the FBAA certification valid?

The FBAA credential is valid for two years from the date you pass. To stay current, you must retake the then-current FlashBlade Architect Associate exam (or earn a higher-level FlashBlade architect credential) before the two-year window closes.

What does 'partner-track' mean for the FBAA exam?

FBAA is targeted at Pure Storage employees, Pure partners, and customer pre-sales engineers. Pure's exam guide describes the minimally qualified candidate as having 1-3 years of storage industry experience and 3-12 months of Pure Storage experience. Many partner organizations fund the $129 exam seat for their SEs as part of the partner program.

What if I fail the FBAA exam?

Pure Storage requires a 72-hour wait before you can re-schedule the FBAA exam. Each attempt is a separate $129 USD seat. Use the wait period to focus on the lowest-scoring domain on your score report.