Most disks are on the wrong tier
Most Managed Disks, EBS, or Persistent Disks default to the most premium tier unnecessarily. Understanding which ones actually need that is manual, and changing tiers requires downtime, so most are never optimized.
Lucidity, your AI Cloud Storage Engineer, changes that.
Find hidden waste you can’t see today
Decide with evidence, not guesswork
Act with one click to right-tier with no downtime
Intelligent disk tiering - right the first time, every time
Lucidity continuously scores every disk's tier against how it's actually used - IOPS, throughput, latency, and cost. When a tier is suboptimal, Lucidity shows you why, recommends the move, and executes it without disruption.Understand the state of your disk tiering efficiency
Instantly see which disks are correctly tiered and which aren't, across your entire estate.
Disk Tiering resources
“Working with Lucidity has helped us move faster and smarter. Their team gets the challenges we’re trying to solve, and they bring ideas to the table that make a real difference. It’s been a strong, collaborative partnership that’s delivering results and we’re excited about the impact disk tiering and disk cleanup can make at Dometic.”
Frequently asked questions
Lucidity identifies tier-mismatched volumes and recommends the right tier, with migration executed as a planned human-in-the-loop change.
Disk tiering is the practice of matching each cloud volume to the storage tier that fits its actual workload — for example, Azure Premium SSD for high-IOPS databases, Standard SSD for moderate workloads, Standard HDD for archival. Most enterprises pay for higher tiers than their workloads need; Lumen's autonomous tiering recommendations close that gap.
Yes. Lucidity evaluates each Azure Managed Disk against its actual IOPS and throughput needs and flags volumes paying for premium performance they don't use.
You can review any tier change to preview its impact on cost and performance before applying it, then re-tier disks to the optimal tier in a single click with no downtime.