ANDREW BERNAT

ANALYZING STORAGE DEVICES FOR REMAINING HARDWARE LIFE

NAMESPACE MANAGEMENT FOR A STORAGE DEVICE

POWER LOSS SUPPORT FOR A FLASH STORAGE SYSTEM

WRITE PATH UTILIZATION BASED ON POWER LOSS PROTECTION

CONTROLLING USER SPACE I/O CAPABILITIES FOR STORAGE SYSTEMS

OPTIMIZING DATA PLACEMENT FOR INCREASED STORAGE SYSTEM BANDWIDTH

UTILIZING A GARBAGE COLLECTION OPERATION TO REFRESH DATA STORED IN A STORAGE SYSTEM

MANAGING PARALLEL INCREMENTAL WRITES FROM HYPERSCALERS

Performing Administrator Operations On Separate Namespaces

PERFORMING A FLASH COPY OPERATION TO RELOCATE POINT-IN-TIME COPIES OF DATA

Snapshot-Informed Storage Tier Selection for Storage Systems

Cooperative Resource Reservation For Concurrent Virtual Environments On A Shared Host

Using Less Durable Storage To Service System Operations

PROVIDING MULTITENANT ENCRYPTION IN A MANAGED FLASH STORAGE DEVICE STORAGE SYSTEM

EFFICIENT STORAGE DEVICE REBUILDS USING NON-REDUNDANT DATA

Encrypting Data In A Storage Device

MONITORING WRITE AMPLIFICATION METRICS FOR A FLASH-BASED STORAGE SYSTEM

Optimizing Storage System Power Consumption Using Dynamic Plane Selection

Intelligent Namespace Utilization For Storage System Configuration

COORDINATING MULTIPLE STORAGE CONTROLLERS IN A CLOUD-BASED STORAGE SYSTEM

UTILIZING FLASH MEMORY OF STORAGE DEVICES EXPERIENCING POWER LOSS PROTECTION FAILURES

DYNAMIC PLANE SELECTION IN DATA STORAGE SYSTEM

DYNAMIC POWER LOSS PROTECTION ALLOCATION OF MANAGED FLASH STORAGE DEVICES

Optimized Encryption Key Management By A Group Of Storage Systems

Managing Redundancy Levels For Storage Devices During Initial Operation

OPTIMIZING ALLOCATION UNIT SIZES FOR HETEROGENEOUS STORAGE SYSTEMS

Filling Out The Space Of RAID Format Changes During Drive Capacity And Count Changes

Temporarily Limiting I/O Operations To A Storage Device

Efficient Storage Device Tune-Up

Encrypting data in a storage device

Data Recovery In a Multi-Device Storage System

Reconfiguring Write Groups Based On Data Migration

OPTIMIZED READ REQUEST PROCESSING FOR RELOCATED DATA

Performance Improvement For Storage Devices

Variable Redundancy For Metadata In Storage Systems

MANAGING PERMISSIONS FOR PROCESSING INPUT/OUTPUT (I/O) OPERATIONS IN A STORAGE SYSTEM

Sharing Encryption Information Amongst Storage Devices In A Storage System

Recover Corrupted Data Through Speculative Bitflip And Cross-Validation

Selecting Storage Resources Based On Data Characteristics

Temporarily preventing access to a storage device

Data tiering using snapshots

Generating recovery information using data redundancy

Unlocking data stored in a group of storage systems

Addressing storage device performance

Temporarily limiting access to a storage device

Determining Remaining Hardware Life In A Storage Device

Instant rekey in a storage system

Accelerating Segment Metadata Head Scans For Storage System Controller Failover

Snapshot-Based Hydration Of A Cloud-Based Storage System

Re-keying the contents of a storage device

Data migration for write groups

Secret distribution among storage devices

Continuous value data redundancy

Data re-encryption in a storage system

Encrypting data in a non-volatile memory express (‘NVMe’) storage device

Configuring a flash-based storage device

Dynamic allocation of blocks of a storage device based on power loss protection

Secret sharing data protection in a storage system

Current key data encryption

Protecting an encryption key for data stored in a storage system that includes a plurality of storage devices

Rehabilitating storage devices in a storage array that includes a plurality of storage devices

Periodically re-encrypting user data stored on a storage device

Distributed command processing in a flash storage system

Ensuring crash-safe forward progress of a system configuration update