Boston Pure User Group (PUG) at Trillium - Fort Point!
Simplify IT, Empower Data - Over a Pint at Trillium - Fort Point Join us August 21 2025, and connect, learn, and engage with your fellow IT pros for an afternoon filled with exciting announcements from the recent Pure//Accelerate event and our vision for the Enterprise Data Cloud, as well as an engaging discussion on modern virtualization and a demo of Fusion. Fusion is a fully integrated platform that federates multiple arrays—such as FlashArray and FlashBlade—into a unified fleet, enabling centralized, cloud-like management, streamlined resource provisioning, and enhanced visibility across multi-array environments. Rob Quast, Principal Technologist from Pure Storage will be presenting on the above topics with additional input from other Pure technologists. The complete agenda is below. Please register if you plan on attending: Register Here Agenda 2:00 PM - Welcome & Cheers Light intro by host & Pure representatives. Local brew served!! 2:15 PM - Accelerate Highlights: What You Missed (or Want More Of) A high-level recap of key announcements: Fusion, Evergreen One, FlashBlade//SR2 2:45 PM - Enterprise Data Cloud: The Vision and The Why Why it matters: cutting complexity, controlling cost, and scaling for AI 3:15 PM - Fusion in Action: Simplifying Storage with Intelligence Live demo or use-case storytelling around automation, presets, and governance 3:45 PM - Break & Bites Grab a drink, mingle, enjoy local food 4:15 PM - Rethinking Virtualization in 2025 What’s next after VMware? Discuss Pure + Nutanix, KubeVirt, Azure/AWS paths 4:45 PM - Ask Me Anything (AMA) Panel Interactive Q&A with Pure team + customer guest if available 5:15 PM - Cheers & Networking Open networking, brewery tour optional We look forward to seeing you!Virtualization Anonymous - Pittsburgh PUG
Welcome to Our 2nd Pure User Group (PUG) Discussion on Server Virtualization! We’re excited to bring our community together again for our second PUG session focused on server virtualization — a topic that's constantly evolving and critical to modern infrastructure. This is part of our ongoing effort to host these discussions every six months, continuing as long as there's interest from our user community. Whether you joined us for the first session or you're new to the group, we’re glad to have you here. Let’s learn, share, and grow together — and as always, your feedback helps shape future PUG topics! Event Details This will be a customer driven and customer focused discussion to hear from people like you related to the experiences and journey you have been on as we all seek the recovery we need to build a virtualization strategy for the future. Pure Storage and Expedient will provide experts and guidance to take that first step with you. After our presentation, we invite you to join us for happy hour and appetizers at the Federal Galley located here. Prizes will be provided to help encourage open collaboration. Space is extremely limited for this event. Sign up now to grab your spot to this exciting event. Registration https://info.purestorage.com/2025-Q3AMS-COMREDTFSPUGPittsburghLP_01---Registration-Page.html Parking Enter the Parking garage on level 2 off of S Commons, Take the east or west stairs to the Plaza Level, Exit the plaza level by the information desk to the outdoor plaza, walk towards the Federal Galley, The conference center entrance is located to the left of the Federal Galley. (follow Pure Storage Signage) Agenda 2:00PM Check In 2:30PM - 4:30PM Presentation 4:30PM - Giveaway Raffle (Pirate Tickets, Pure Swag, Autographed Pirate Baseballs) 5:00PM - 6:30PM Happy Hour with Pure
Using FlashArray Volume Snapshots with Microsoft SQL Server
FlashArray volume snapshots are an amazing tool for any DBA/DBRE managing SQL Server. You can use them to: Instantly recover from user errors or ransomware attacks Create rapid dev/test copies without full restores Offload CHECKDB to another host to avoid production performance hits Refresh reporting environments on demand Seed Always On availability groups faster, without large full backups Enable point-in-time recovery when paired with SQL log backups And the best part? Snapshots on FlashArray are: Immutable Space-efficient Fast to create and restore Fully automatable through the REST API or SDK tools! I worked very closely with our SQL Server field super stars (Anthony Nocentino, Andrew Pruski and Andrew Yun) on a white paper going VERY deep into the architecture and how to. It includes everything from crash- vs. application-consistent snapshots, to step-by-step restore and cloning procedures, to using SQL Server 2022’s new T-SQL snapshot backup. Did we miss anything ? Let us know!If DBs in Containers is Cool, Consider me Miles Davis
Are your cool friends all running databases in containers? Well its not about being trendy, it's about consistency and velocity. Running databases as a containers allows you to: Use the same tooling as your application stack Use declarative configurations through GitOps Use the same platform to provide networking, storage, and scaling - hint: Its Kubernetes Use identical platform APIs everywhere Enjoy faster startup and shutdown procedures Provide Fine-grained control over CPU and memory, not wasted on operating systems Less patching OK, thats as much of a pitch as you'll get from me. VMs are a tried and true method for running your databases, but it might be worth testing out DBs in containers if you're a Kubernetes shop. You might find some additional efficiencies.New SQL Server with Pure Storage Reference Architecture!
We have a new SQL Server with Pure Storage Reference Architecture! It’s been out for a few months, but this is a great start to your journey to a simpler, high-performance database environment! This reference architecture shows how to: Consolidate transactional and analytical SQL Server workloads using FlashArray Use FlashBlade for rapid, parallel T-SQL backups to file or object storage Enable zero-downtime operations with ActiveCluster and near-synchronous replication via ActiveDR With this RA you will find detailed technical guidance for storage provisioning for SQL Server databases on Windows or Linux as well as best practice guidence on how to take the best advantage of the primary storage layer. Check out the full reference architecture here: Optimizing SQL Server Operations and Scale with Pure Storage (PDF) Have feedback, use cases to share, or questions about implementation? Please reach out!Tips for High Availability SQL Server Environments with ActiveCluster
Tip 1: Use Synchronous Replication for Zero RPO/RTO Why it matters: ActiveCluster mirrors every write across two FlashArrays before acknowledging the operation to the host. This ensures zero Recovery Point Objective (RPO) and zero Recovery Time Objective (RTO), which are critical for maintaining business continuity in SQL Server environments. Best Practice: Keep inter-site latency below 5 ms for optimal performance. While the system tolerates up to 11 ms, staying under 5 ms minimizes write latencies and transactional slowdowns. Tip 2: Group Related Volumes with Stretched Pods Why it matters: Stretched pods ensure all volumes within them are synchronously replicated as a unit, maintaining data consistency and simplifying management. This is crucial for SQL Server deployments where data, log, and tempdb volumes need to failover together. Best practice: Place all volumes related to a single SQL Server instance into the same pod. Use separate pods only for unrelated SQL Server instances or non-database workloads that have different replication, performance, or management requirements. Tip 3: Use Uniform Host Access with SCSI ALUA Optimization Why it matters: Uniform host access allows each SQL Server node to see both arrays. Combined with SCSI ALUA (Asymmetric Logical Unit Access), this setup enables the host to prefer the local array, improving latency while maintaining redundancy. Best practice: Use the Preferred Array setting in FlashArray for each host to route I/O to the closest array. This avoids redundant round-trips across WAN links, especially in multi-site or metro-cluster topologies. Install the correct MPIO drivers, validate paths, and use load-balancing policies like Round Robin or Least Queue Depth. Tip 4: Test Failover with a regular cadence Why it matters: ActiveCluster is designed for transparent failover, but you shouldn’t assume it just works. Testing failover with a regular schedule validates the full stack, from storage to SQL Server clustering and exposes misconfigurations before they cause downtime. Best practice: Simulate array failure by disconnecting one side and verifying that SQL Server remains online via the surviving array. Monitor replication and quorum health using Pure1, and ensure Windows Server Failover Clustering (WSFC) responds correctly. Tip 5: Use ActiveCluster for Seamless Storage Migration Why it matters: Storage migrations are inevitable for lifecycle refreshes, performance upgrades, or datacenter moves. ActiveCluster lets you replicate and migrate SQL Server databases with zero downtime. Best practice: Follow a 6-step phased migration: 1. Assess and plan 2. Set up environment 3. Configure ActiveCluster 4. Test replication and failover 5. Migrate by removing paths from source array 6. Validate with DBCC CHECKDB and application testing This ensures a smooth handover with no data loss or service interruption. Tip 6: Align with VMware for Virtualized SQL Server Deployments Why it matters: Many SQL Server instances run on VMware. Using ActiveCluster with vSphere VMFS or vVols brings granular control, high availability, and site-aware storage policies. Best practice: Deploy SQL Server on vVols for tighter storage integration, or use VMFS when simplicity is preferred. Stretch datastores across sites with ActiveCluster for seamless VM failover and workload mobility. Tip 7: Avoid Unsupported Topologies Why it matters: ActiveCluster is designed for two-site, synchronous setups. Misusing it across unsupported configurations like hybrid cloud sync or mixing non-uniform host access with SQL Server FCI can break failover logic and introduce data risks. Best practice: Do not use ActiveCluster between cloud and on-prem FlashArrays. Avoid non-uniform host access in SQL Server Failover Cluster Instances. Failover will not be coordinated. Instead, use ActiveDR™ or asynchronous replication for cloud or multi-site DR scenarios. Next Steps Pure Storage ActiveCluster simplifies high availability for SQL Server without extra licensing or complex configuration. If you want to go deeper, check out this whitepaper on FlashArray ActiveCluster for more details.On-Demand Webinar: Get Ready for SQL Server 2025 with Pure Storage
SQL Server 2025 is coming. Watch this on-demand webinar to get insights into how the Pure Storage platform can directly support key database priorities: accelerating AI and analytics close to the data, sustaining predictable performance under pressure, and enabling reliable backup, recovery, and HA/DR patterns that SQL Server was built to support.Boston Meetup - July 15, 2025 Trillium - Fort Point
Hey everyone, I want to let you all know we have scheduled a Boston Meetup for July 15, 2025 at Trillium - Fort Point in the seaport. You can view the meetup details at the following link: Join Pure Storage over a Pint at Trillium - Fort Point I hope to see you there!New Reference Architecture: SQL Server on Azure VM's with Pure Cloud Block Store
This is a brand new, weeks-old reference architecture — and I’m really excited about this one. During development, one of the most surprising discoveries was just how much Azure VM performance is limited by the IOPS cap tied to managed disks. It caught me off guard how much planning it takes just to size storage and compute together when you go the native route. With CBS, I was able to bypass those constraints. It felt more like working with enterprise storage (which is what its meant to do!) , I could pull from a pool, scale performance independently of VM size, and provision storage volumes in a clean and easy way. This new RA covers: SQL Server architecture on Azure VMs with Pure Cloud Block Store Snapshot-based backup and restore DR patterns using ActiveDR™ and HA using ActiveCluster™ Dev/test database cloning with volume snapshots Performance benchmarking vs. Azure Premium SSD v2 It prooved: ~40% more transactional throughput (TPROC-C) ~93% better analytical query performance (TPROC-H) (using queries per minute normalization) 3–5x data reduction vs. raw data Download the full reference architecture here Would love to hear your thoughts on this architecture and how we could improve the expirience!
