BitLocker Management Tool

Centralized control for enterprise drive encryption. Configure policies, enforce TPM authentication, automate recovery key backups, and generate comprehensive compliance reports.

Microsoft BitLocker Administration and Monitoring (MBAM) support ended in April 2026 – migrate to the cloud‑native Zecurit now.

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Trusted by IT teams at leading organisations
McMaster University
GW
Cannon Design
KW Engineering
Cannon Design
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K-Servis
McMaster University
GW
Cannon Design
KW Engineering
Cannon Design
Sairam Institutions
K-Servis
McMaster University
GW
Cannon Design
KW Engineering
Cannon Design
Sairam Institutions
K-Servis
McMaster University
GW
Cannon Design
KW Engineering
Cannon Design
Sairam Institutions
K-Servis

Complete BitLocker Management Solution

Simplify enterprise encryption with centralized BitLocker policy management, automated compliance, and detailed reporting capabilities.

Drive Encryption Policy Control

Enable BitLocker encryption across all endpoints from a single console. Configure OS drive and used space encryption options with granular control over encryption methods and algorithms.

TPM Authentication Management

Configure authentication types based on TPM availability. Support for TPM-only, TPM+PIN, TPM+Enhanced PIN configurations, or Passphrase fallback for devices without TPM modules.

Recovery Key Management

Automatically backup BitLocker recovery keys to Active Directory with configurable rotation periods. Set Password enforcement policies with flexible or mandatory compliance timelines.

BitLocker Compliance Reports

Generate comprehensive reports on encryption status across your organization. Monitor policy compliance, track encryption deployment progress, and identify unprotected endpoints.

TPM Status Reports

View detailed TPM availability and version information across all managed devices. Identify devices requiring firmware updates or hardware upgrades for enhanced security.

Flexible Configuration Profiles

Create multiple BitLocker profiles for different departments or security requirements. Deploy appropriate policies based on device groups, user roles, or organizational units.

Key Capabilities of Bitlocker Management

Automated Encryption Deployment

Push BitLocker policies to endpoints automatically

OS Drive & Used Space Options

Choose between full disk or used space encryption

Multi-Level Authentication

TPM, PIN, Enhanced PIN, or passphrase support

AD Recovery Key Backup

Automatic backup to domain controllers

Password Policy Enforcement

Flexible or mandatory password requests

Recovery Key Rotation

Configurable rotation periods (30 days default)

Our Bitlocker Policy Configuration Interface

Configure drive encryption, TPM authentication, password policies, and recovery key management from a unified interface.

Windows BitLocker encryption policy configuration screen showing drive encryption enabled, TPM authentication (TPM-only or TPM+PIN options), passphrase for non-TPM devices, password enforcement delay, OS drive and used-space encryption, and recovery key backup/rotation to Active Directory.
BitLocker policy settings for Windows endpoints: enable device-drive encryption, select TPM-only/TPM+PIN (or passphrase without TPM), encrypt OS drive and used space, and back up/rotate recovery keys in Active Directory for centralized recovery.

Why BitLocker Management Matters

Data Protection
90 %

Ensure all endpoints have encrypted drives, protecting sensitive data from physical theft and unauthorized access.

Time Saved
70 %

Reduce manual encryption configuration time with automated policy deployment and centralized management.

Compliance Readiness
90 %

Standardize BitLocker policies across all devices and generate audit-friendly reports to prove encryption coverage and key escrow.

Zero Recovery Key Loss
Zero ( 0 )

Eliminate lost recovery keys with automatic Active Directory backup and configurable rotation policies.

Reporting & Compliance

Gain complete visibility into encryption status and hardware readiness with comprehensive BitLocker and TPM reports for audit-ready compliance.

BitLocker Status Reports

Track encryption status across all managed endpoints. View which devices are encrypted, encryption methods in use, and policy compliance rates. Export detailed reports for auditing and compliance documentation.

TPM Hardware Reports

Identify devices with TPM capabilities and their versions. Plan hardware upgrades for devices lacking TPM support. Monitor TPM activation status and readiness for enhanced security policies.

Recovery Key Audit Logs

Complete audit trail of recovery key access and usage. Track when keys are retrieved, by whom, and for which devices. Maintain compliance with data protection regulations requiring access logs.

Still Using MBAM? Your Support Ended April 2026

Microsoft is discontinuing MBAM 2.5 SP1 support in just months. Discover how Zecurit eliminates the infrastructure tax while providing superior BitLocker management for hybrid workforces. Migrate risk-free with our proven 3-step process.

Frequently Asked Questions

  • What happens to devices without TPM chips?

    ZECURIT supports passphrase-based encryption for devices without TPM. You can configure separate policies for non-TPM devices or choose "No Encryption" if hardware limitations prevent secure encryption deployment.

  • How are recovery keys stored and protected?

    Recovery keys are automatically backed up to your Active Directory domain controllers with configurable rotation periods. This ensures keys are available for recovery while maintaining security through AD access controls.

  • Can I enforce different policies for different departments?

    Yes, ZECURIT allows you to create multiple BitLocker configuration profiles and assign them to specific device groups/devices.

  • What encryption methods are supported?

    ZECURIT supports all standard BitLocker encryption methods including AES-128, AES-256, XTS-AES 128, and XTS-AES 256. The default method can be selected per policy profile.

  • How do BitLocker reports help with compliance?

    Reports provide complete visibility into encryption coverage, showing which devices are compliant, pending encryption, or non-compliant. Export these reports for compliance audits related to GDPR, HIPAA, PCI-DSS, and other data protection regulations.

  • Does BitLocker encrypt only specific files or folders?

    No. BitLocker encrypts the entire drive (volume), not just individual files or folders.

    When BitLocker is enabled:

    • All files, folders, applications, and system data stored on the encrypted drive are protected.
    • Data is automatically encrypted when written to the disk and decrypted when accessed by an authorized user.
    • Users do not need to manually encrypt individual files.

    This provides much stronger protection than file-level encryption because the entire drive remains protected even if removed from the device.

  • What happens if the hard drive is moved to another computer?

    If a BitLocker-encrypted drive is removed and connected to another computer:

    • The data remains encrypted.
    • The new computer cannot automatically access the drive contents.
    • The user will be prompted to provide the BitLocker Recovery Key or the appropriate unlock credentials.

    • The normal Windows login password is not sufficient unless the drive is unlocked using the required BitLocker authentication method.

      Without the recovery key or authorized credentials, the data remains inaccessible.

  • When is a BitLocker Recovery Key required?

    A BitLocker Recovery Key is typically required when BitLocker detects a significant security-related change, such as:

    • Motherboard or TPM replacement
    • BIOS/UEFI firmware updates
    • Secure Boot configuration changes
    • Moving the encrypted drive to another computer
    • Hardware changes that affect system integrity
    • Forgotten BitLocker PIN or authentication failure

    The Recovery Key acts as a backup method to regain access to encrypted data when normal authentication cannot be completed.

  • What happens if a laptop is stolen while BitLocker is enabled?

    BitLocker significantly reduces the risk of data theft.

    If a stolen laptop is:

    Powered Off

    The drive remains fully encrypted. The thief cannot access the data without the correct credentials or recovery key.

    Hard Drive Removed

    Even if the drive is physically removed and connected to another computer, the data remains encrypted and inaccessible without authorization.

    Powered On and Unlocked

    If the laptop was already logged in and unlocked at the time of theft, the thief may be able to access data until the device is locked, shut down, or remotely managed.

    For maximum protection, organizations should combine BitLocker with:

    • Strong passwords
    • Multi-factor authentication
    • Device lock policies
    • Endpoint management solutions

  • What happens if the operating system crashes? How can data be recovered?

    BitLocker does not prevent data recovery after an operating system failure.

    If Windows becomes corrupted:

    • The drive can be connected to another Windows computer.
    • The BitLocker Recovery Key can be used to unlock the drive.
    • Files can then be copied and recovered.

    Alternatively, Windows recovery tools or recovery environments can be used to access the encrypted drive using the Recovery Key.

    Important: Organizations should securely store BitLocker Recovery Keys. Without the Recovery Key, recovering data from a damaged system may not be possible.

  • Why should organizations enable BitLocker encryption?

    BitLocker helps protect sensitive business and personal data from unauthorized access.

    Key Benefits

    • Protects data if a device is lost or stolen
    • Prevents unauthorized access to hard drives
    • Helps meet security and compliance requirements
    • Provides full disk encryption with minimal user impact
    • Works transparently once configured
    • Reduces the risk of data breaches

    Typical Use Cases

    • Corporate laptops used by employees
    • Remote and hybrid workforce devices
    • Devices storing customer or financial information
    • Organizations subject to security and compliance regulations

    In today's environment, full disk encryption is considered a security best practice and is often a baseline requirement for protecting endpoint data.

Explore Zecurit Endpoint Management Capabilities

Discover the powerful modules that help you manage, secure, and control every endpoint from a single console.

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Patch Management

Automate patch scanning and deployment to keep endpoints secure and compliant.

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Remote Access & Tools

Securely access devices, troubleshoot issues, and support users from anywhere.

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Configuration Management

Enforce IT policies and maintain standardized configurations across endpoints.

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Reports & Auditing

Generate endpoint reports and audit trails to monitor compliance and activity.

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