Which file system supports encryption, compression, and the use of volumes?

Which file system supports encryption, compression, and the use of volumes?

NTFS — New Technology File System for Windows 10, 8, 7, Vista, XP, 2000, NT and Windows Server 2019, 2016, 2012, 2008, 2003, 2000, NT

NTFS is a high-performance and self-healing file system proprietary to Windows NT, 2000, XP, Vista, Windows 7, Windows 8, Windows 10 desktop systems as well as commonly used in Windows Server 2019, 2016, 2012, 2008, 2003, 2000 and NT Server.

NTFS file system supports file-level security, transactions, encryption, compression, auditing and much more. It also supports large volumes and powerful storage solution such as RAID/LDM.

The most important features of NTFS are data integrity (transaction journal), the ability to encrypt files and folders to protect your sensitive data as well as the greatest flexibility in data handling.

Disk Organization

  • Hard Disk Drive Basics
  • Master Boot Record (MBR)
  • MBR Viruses
  • Partition Table
  • Starting and Ending Head, Sector, and Cylinder Fields
  • Logical Drives and Extended Partitions
  • GUID Partition Table (GPT)

  • Logical Disk Manager (LDM)
  • S.M.A.R.T. Technology
  • History and predecessors
  • Information
  • Standards and Implementation
  • Attributes

NTFS Basics

  • NTFS Overview
  • NTFS Partition Boot Sector
  • NTFS Master File Table (MFT)
  • NTFS File Types
  • NTFS System Files
  • NTFS Multiple Data Streams
  • NTFS Compressed Files

  • EFS - Encrypting File System
  • Using EFS
  • EFS Internals
  • EFS Attribute
  • Issues with EFS
  • NTFS Sparse Files
  • NTFS Data Integrity and Recoverability

NTFS Internals

  • NTFS vs FAT vs exFAT
  • NTFS Optimization

  • NTFS Transaction Journal

NTFS Recovery Concepts

  • Partition Recovery Concepts
  • Damaged MBR
  • Partition is deleted or Partition Table is damaged
  • Partition Boot Sector is damaged

  • Missing or Corrupted System Files
  • NTFS File Recovery Concepts
  • Disk Scan for deleted entries
  • Defining clusters chain for the deleted entry

NTFS Permissions

  • NTFS Permissions
  • Setting NTFS Permissions
  • File and Folder Basic NTFS Permissions
  • File and Folder Advanced Permissions
  • Effective Permissions
  • Changing Ownership of Files and Folders
  • Moving and Copying NTFS Protected Files
  • Troubleshooting Access to Files and Shared Folders
  • Permissions for Other Objects
  • User Rights vs. NTFS permissions
  • Troubleshooting Access to Files and Shared Folders
  • Explicit vs. Inherited Permissions
  • Allow vs. Deny Permissions

  • Permission Precedence
  • Combining Shared Folder Permissions and NTFS Permissions
  • Sharing and Adding Permissions
  • Backing up and Restoring NTFS Permissions
  • Off-line Access to Shared Folders
  • Metafile $Secure
  • Structure of $Secure File
  • Access Control Lists in the Security Descriptor
  • How the System Uses ACLs
  • Access Control Entries
  • Security Identifier (SID)
  • Appendix
  • Glossary

WinFS File System

  • WinFS Overview
  • Why WinFS?
  • WinFS Architecture
  • WinFS Technology

  • WinFS Types and Extensibility
  • WinFS Synchronization
  • WinFS for Developers
  • WinFS Availability

FAT File System

  • FAT File Systems. FAT32, FAT16, FAT12
  • FAT Partition Boot Sector
  • File Allocation System
  • FAT Root Folder
  • FAT Folder Structure

  • Filenames on FAT Volumes
  • FAT32 Features
  • Boot Sector and Bootstrap Modifications
  • FAT Mirroring
  • FAT32 Partition Types

ReFS File System

  • ReFS Overview
  • ReFS Features
  • ReFS prevents data corruption
  • ReFS Architecture
  • ReFS File System structure
  • Block cloning on ReFS
  • Integrity streams
  • ReFS Benefits

  • Differences between the ReFS and NTFS
  • ReFS disadvantages
  • ReFS can be faster
  • How to use ReFS
  • Performance
  • Enabling ReFS using the registry
  • ReFS Boot Sector example
  • Resume

HFS+ File System

  • HFS+ Overview
  • HFS+ versus HFS

  • Volume Structure

ApFS File System

  • ApFS Overview
  • What's new in ApFS?
  • Comparing ApFS and HFS
  • ApFS Structure

  • Recovery Methodologies
  • Benefits of ApFS
  • Summary

exFAT

  • ExFAT overview
  • exFAT vs. FAT32 Comparison
  • Volume Layout
  • Boot Sector
  • Extended Boot Sector
  • OEM Parameters
  • OEM Parameter Record
  • exFAT Boot Checksum
  • File Allocation Table (FAT)
  • Allocation Bitmap

  • Up-case Table
  • Directory Structure
  • Up-Case Table Directory Entry
  • Volume Label Directory Entry
  • File Directory Entry
  • Volume GUID Directory Entry
  • TexFAT Padding Directory Entry
  • File Name Directory Entry
  • Timestamp Format

Windows Storage Spaces

  • Overview
  • Resiliency
  • Limitations
  • Storage Spaces in Clusters
  • How to set up

  • For PowerShell lovers
  • Performance
  • Pros & cons
  • Optimal use and tips

LSoft Data Recovery Products

Which file system supports encryption, compression, and the use of volumes?

Active@ Data Studio - 12 Disk Tools

Data Recovery, Data Backup & Data Security Toolset. Includes Active@ Boot Disk to boot up unbootable PC from DVD or USB drive. Includes Active@ KillDisk for DoD compliant disk sanitation. Recovers file systems: Microsoft NTFS, FAT, exFAT, ReFS; Apple HFS+; Linux Ext2/Ext3/Ext4, BtrFS; Unix JFS, UFS, XFS

Learn more

Which file system supports encryption, compression, and the use of volumes?

Active@ Boot Disk for unbootable PC

It's a bootable CD/DVD/USB disk that allows you to boot up any computer and fix most startup and PC configuration problems. Full access to non-bootable PC Image-based physical or logical disks backup and restore. Lost folders and files recovery. Create, delete, format partitions on SSD/IDE/ATA/SATA/SCSI hard disk drives Deleted partition recovery by editing partition table. Windows administrator's password and user's account resetting. DoD-compliant disk erasing and wiping of free space on the PC disks.

Learn more

Which file system supports encryption, compression, and the use of volumes?

NTFS Data Recovery Toolkit

A set of tools for analyzing problems with NTFS partitions and files, and Data Recovering in Manual and Automated modes.

Learn more

Which file system supports encryption, compression, and the use of volumes?

Active@ File Recovery

Active@ File Recovery effectively detects and recovers files lost due to accidental deletion, disk formatting, disk damage, virus attack and other reasons. Recovers NTFS, FAT/exFAT, HFS+, UFS, Ext2/3/4 file systems and detects files by signatures on any media type.

Learn more

CorelDRAW CDR Signature Format: Introduction & Recovery

CDR file format was developed by Corel Co. in 1989, and it was an entirely proprietary Corel file format. It was mainly used for vector graphic drawings, and it could be recognized by the 'WL', the first two starting bytes of the file. With CorelDRAW 3...

JPEG Signature Format: Introduction & Recovery

JPEG is an acronym for Joint Photographic Experts Group, which was formed between ISO/IEC JTC1 and ITU-T. During the 1992 this committee created and released the JPEG format and during the 90’s they continued to update it and create its variations...

Which Windows 10 technology is used to store encrypted files on NTFS partitions?

EFS is the Windows built-in encryption tool used to encrypt files and folders on NTFS drives. Any individual or app that does not have the key cannot open encrypted files and folders. Rather than encrypting your entire drive, EFS allows you manually to encrypt individual files and directories.

What is the largest volume supported by NTFS?

Below are the NTFS limits: Maximum disk size: 256 terabytes. Maximum file size: 256 terabytes. Maximum number of files on disk: 4,294,967,295.

Which of the file system are supported by Windows Server 2012?

File Allocation Table (FAT and FAT32) Microsoft New Technology File System (NTFS) Microsoft Resilient File System (ReFS). ReFS was introduced on Windows Server 2012 systems.

What is group policy used for?

Group Policy is primarily a security tool, and can be used to apply security settings to users and computers. Group Policy allows administrators to define security policies for users and for computers.