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Cybersecurity Information SecurityTop 10 Best Computer Encryption Software of 2026
A factual roundup of computer encryption software options and tradeoffs for IT teams, covering DiskCryptor, ESET Endpoint Encryption, and Sophos SafeGuard.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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DiskCryptor is the best choice for small Windows deployments or migration labs that need manual control over full-disk and partition encryption because its operator workflow covers both drives and specific partitions without relying solely on OS tools, while ESET Endpoint Encryption fits teams already running ESET since its policy-driven rollout follows the same endpoint management and removable-media control routines.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
DiskCryptor
Drive and partition encryption from one operator-driven workflow, including whole-drive targeting beyond OS-native tools.
Best for: Fits when teams need manual endpoint volume encryption on Windows for small deployments or migration labs.
ESET Endpoint Encryption
Editor pickPolicy-driven encryption administration that follows ESET endpoint security management workflows across enrolled devices.
Best for: Fits when organizations already run ESET endpoint security and want aligned encryption enforcement for devices and removable media.
Sophos SafeGuard
Editor pickCentralized recovery key and pre-boot authentication administration through Sophos endpoint management tooling.
Best for: Fits when IT teams need centralized endpoint encryption governance with pre-boot authentication and managed recovery.
Comparison Table
DiskCryptor
open-sourceOpen source encryption solution for all storage devices.
Drive and partition encryption from one operator-driven workflow, including whole-drive targeting beyond OS-native tools.
DiskCryptor focuses on encrypting whole drives and selected partitions using a tool-driven workflow rather than centralized enterprise policy controls. It provides a pre-boot authentication prompt for encrypted volumes, so data remains unreadable without the required credentials at boot time. The product also supports removable media encryption workflows, which helps when users carry encrypted partitions between systems. It is best fit for environments that want direct operator control over encryption operations instead of management tooling integration.
A key tradeoff is that DiskCryptor depends on careful operator execution during encryption setup and recovery scenarios because it does not provide the same scale-ready governance layer as mainstream OS encryption management. It is a strong choice for lab and migration projects where technicians need to encrypt specific partitions on particular machines. It is also practical for small deployments that accept manual steps for provisioning and ongoing operational handling.
- +Manual volume targeting for full disks and specific partitions
- +Pre-boot unlock prompts for encrypted volumes
- +Removable media workflows for encrypting carried storage
- +No dependency on the OS built-in encryption stack
- –Limited enterprise automation and centralized governance controls
- –Operator-heavy setup increases risk of misconfiguration
- –Recovery handling requires careful credential and process management
- –Compatibility checks can be needed across storage layouts
IT technicians
Encrypt specific partitions during system recovery
Reduced exposure during rebuilds
Small IT teams
Protect laptops without OS-native encryption
Offline data stays inaccessible
Show 2 more scenarios
Field staff
Encrypt removable storage for travel
Less impact from device loss
Staff encrypt portable partitions to limit data exposure on lost devices.
Security labs
Test pre-boot unlock workflows
Controlled encryption experiments
Labs validate boot-time authentication and encryption behavior on test hardware.
Best for: Fits when teams need manual endpoint volume encryption on Windows for small deployments or migration labs.
ESET Endpoint Encryption
enterpriseClient-side encryption for files and full disks.
Policy-driven encryption administration that follows ESET endpoint security management workflows across enrolled devices.
ESET Endpoint Encryption is positioned for centralized deployment across managed fleets, where encryption configuration follows the same administration pattern as ESET endpoint security policies. It supports full-disk style protection on endpoints and extends controls to removable media, which is useful when laptops and external drives move between environments. The solution also covers file-level encryption workflows for data sets that need targeted protection rather than whole-drive coverage.
A key tradeoff is that thorough adoption depends on consistent enrollment of endpoints into ESET’s management environment, because encryption policy rollout is tied to that control plane. The product fits best when endpoint encryption needs to align with existing ESET governance processes for access control, device compliance, and security reporting, rather than when teams want standalone drive encryption management without broader endpoint security alignment.
- +Encryption policy rollout integrates with ESET endpoint security administration workflows
- +Removable media encryption control supports offline device usage scenarios
- +File-level encryption supports targeted protection beyond full-disk coverage
- +Centralized fleet management reduces per-device manual encryption steps
- –Encryption governance relies on consistent endpoint enrollment into ESET management
- –Cross-OS rollout effort can be higher than OS-native tools for each platform
IT admins
Deploy encryption policies at fleet scale
Lower variance across endpoints
Security operations
Protect data on removable drives
Reduced exposure during transport
Show 1 more scenario
Compliance leads
Segment sensitive files for protection
Targeted compliance coverage
Teams apply file-level encryption to selected directories to meet internal data protection requirements.
Best for: Fits when organizations already run ESET endpoint security and want aligned encryption enforcement for devices and removable media.
Sophos SafeGuard
enterpriseEndpoint encryption for devices, files, and data.
Centralized recovery key and pre-boot authentication administration through Sophos endpoint management tooling.
Sophos SafeGuard focuses on endpoint encryption management with centralized policy control across device fleets. It supports full-disk encryption workflows that combine pre-boot authentication, recovery key handling, and administrative governance through Sophos management tooling.
Client configuration and lifecycle controls are designed for IT teams that need consistent deployment and auditability across Windows endpoints. File encryption and removable-media controls can be handled from the same administration plane used for endpoint protection policies.
- +Centralized policy management for endpoint encryption across Windows devices
- +Pre-boot authentication workflow integrates with device recovery processes
- +Recovery key handling is administered through Sophos management tooling
- +Supports encryption coverage for removable media from the same admin plane
- –Rollout requires careful pilot planning to avoid authentication and recovery friction
- –Automation depth depends on integrating with Sophos administration and deployment workflows
IT endpoint encryption administrators
Centralize full-disk encryption policy deployment
Consistent deployment at scale
Security operations teams
Control removable-media encryption rules
Unified handling of device data
Show 1 more scenario
Compliance auditing teams
Maintain encryption auditability
Traceable encryption governance
Enforces admin governance designed for auditability and lifecycle control on managed endpoints.
Best for: Fits when IT teams need centralized endpoint encryption governance with pre-boot authentication and managed recovery.
FileVault
enterpriseFileVault provides full-volume encryption with recovery-key support on macOS.
Recovery key escrow and recovery assistant workflows are designed for macOS-managed devices at unlock time.
FileVault encrypts macOS disks with pre-boot authentication and recovery-key based unlock, which ties encryption to Apple’s operating system experience. It uses hardware-backed mechanisms when available and applies encryption at the whole-volume level for the startup disk.
- +Whole-volume encryption integrates with macOS startup and recovery flows
- +Pre-boot authentication blocks access before the OS is available
- +Works with hardware-backed security elements when the device supports them
- +Central policy control is practical through macOS management tooling
- –Key recovery depends on correct escrow or user key storage
- –Cross-platform deployment support is limited to Apple hardware and macOS
macOS platform administrators
Require startup disk encryption
Disk protection for endpoints
Identity and access administrators
Operationalize recovery key workflows
Fewer lockout events
Show 1 more scenario
IT security teams
Use hardware-backed encryption where available
Stronger at-rest protection
Applies encryption with hardware-backed mechanisms when supported by the device platform.
Best for: Fits when macOS fleets need volume encryption with pre-boot unlock and centralized policy enforcement.
Gpg4win
open-sourceSecure email and file encryption suite for Windows.
Smart card and hardware key backend support for OpenPGP operations without keeping private keys on disk.
Gpg4win bundles GnuPG components plus a desktop UI and integrations for email-style encryption and signature workflows. It can encrypt and sign files, verify signatures, and manage keys with import, export, revocation, and trust settings. Key material can be stored on the system or on external hardware through supported key backends, which reduces the risk of key exposure on disk. This setup pairs well with internal standards for exchanging public keys and maintaining revocation procedures.
- +OpenPGP file and message encryption with signature verification
- +Bundled desktop interfaces for key and crypto operations
- +Hardware-backed key support via external key backends
- +Compatible with existing OpenPGP key exchange workflows
- –Key trust and rotation require explicit governance by teams
- –Automation and API surface for enterprise provisioning is limited
- –Usability varies across integrations and desktop contexts
IT admins managing cryptographic policy
Enforce OpenPGP signing and verification
Consistent trust checks
Legal and compliance teams
Sign and encrypt evidence files
Tamper-evident artifacts
Show 2 more scenarios
Engineering teams sharing releases
Distribute signed release packages
Verified release provenance
Developers can sign files so recipients can verify provenance before using packages.
Help desks and support ops
Securely exchange confidential documents
Confidential sharing control
Support staff can encrypt attachments to specific recipients using published public keys.
Best for: Fits when teams need OpenPGP-compatible encryption and signed verification for files or messages.
Virtru
enterpriseVirtru provides client-side encryption for email, files, and cloud collaboration workflows.
Virtru policy-enforced encrypted sharing that maintains access rules after content is moved or redistributed.
Virtru encrypts files and email content with persistent protection that remains enforced after documents are stored elsewhere or forwarded.
- +Persistent file protection that stays attached to the content
- +Policy-driven access controls for encrypted documents and messages
- +Enterprise administration for encryption behavior and sharing rules
- +Client-side experience supports encrypted collaboration across locations
- –Operational overhead is higher than OS-native disk encryption
- –Encrypted access depends on correct client and policy enforcement
- –Automation coverage requires planning around app integrations and workflows
- –Not a replacement for pre-boot or volume encryption of endpoints
Email administrators
Add message-level protection to mail
Protected email content
Compliance and security teams
Apply encryption by policy conditions
Consistent outbound protection
Show 2 more scenarios
Security teams and business users
Share external documents with revocation
External access matches policy
Enables controlled external file sharing with recipient access permissions and revocation controls.
Legal and HR teams
Govern disclosures for case documents
Reviewable disclosure activity
Governs access to distributed records and supports audit-managed external disclosures of case files.
Best for: Fits when teams need governed file and email encryption that persists after leaving endpoints.
CipherTrust Data Security Platform
enterpriseCipherTrust provides encryption, key management, and data discovery across enterprise environments.
Policy-driven encryption enablement tied to centralized cryptographic control with audit-ready key usage tracking.
CipherTrust Data Security Platform is a key management and encryption management product aimed at scaling encryption across enterprise endpoints and servers. It focuses on centrally governed cryptographic controls, including policy-driven key handling and encryption operations that integrate with Thales components and third-party environments.
- +Centralized key and encryption policy control for large endpoint fleets
- +API and automation surface supports repeatable encryption provisioning workflows
- +Audit log coverage around cryptographic operations and key access
- +Extensible integration options for mixed environments that need governed encryption
- –Operational complexity increases when rolling out policies at scale
- –Client-side deployment footprint requires planning beyond server configuration
- –Configuration granularity can slow initial onboarding for small teams
- –Workflow coverage depends on integrating the right agents and services
Enterprise encryption administrators
Centralize encryption operations at scale
Consistent cryptographic controls
Security engineering teams
Provision policies via automation
Faster policy rollout
Show 1 more scenario
Audit and compliance teams
Track key usage with auditability
Auditable key operations
Provides auditability around key usage and access to support governance and reporting.
Best for: Fits when enterprises need centrally governed encryption and key control across endpoints and servers.
Rohos Disk
SMBCreates encrypted virtual drives on USB and local storage.
Recovery-key workflow for encrypted volumes reduces dependency on interactive password-only access during recovery events.
Rohos Disk is a Windows-focused encryption tool that creates protected disk volumes and encrypted containers for storing sensitive files. It includes a recovery-key workflow and a portable disk mode for use on removable media.
- +Encrypted disk volumes and file containers for day-to-day data protection
- +Recovery key workflow supports access restoration when credentials are unavailable
- +Portable encrypted media mode supports offline transfer of sensitive data
- +Centralized deployment options fit managed Windows environments
- –Primary focus is Windows, so macOS coverage is limited
- –Cross-device access depends on using Rohos-compatible volume formats
- –Key handling requires procedural discipline to avoid lockout scenarios
- –Administration controls are less granular than full enterprise endpoint suites
Windows IT teams
Create encrypted volumes for file storage
Offline-safe file storage
Field teams using removable media
Use portable encrypted disks offline
Portable encrypted access
Show 1 more scenario
Security teams comparing native encryption
Encrypt without relying on OS encryption
Flexible encryption options
Supports scenarios needing file-level or volume-style encryption without depending on OS-specific native encryption features.
Best for: Fits when Windows teams need encrypted volumes or containers for specific files and removable-media workflows.
GnuPG
API-firstGnuPG provides OpenPGP and S/MIME encryption for files, email, and key-based workflows.
OpenPGP trust model with explicit key trust settings and revocation support driven by gpg keyring operations.
GnuPG provides file-level encryption and signing using OpenPGP with a keyring model built around public and private keys. Core capabilities include OpenPGP message and file encryption, detached and inline signatures, and certificate management with configurable algorithms.
- +OpenPGP encryption and signing with portable key material
- +Command-line automation supports repeatable encryption pipelines
- +Granular trust and key management controls via keyring operations
- +Interoperates across environments that support OpenPGP
- –Key generation, trust, and revocation handling require discipline
- –Built-in endpoint governance features like centralized policy are not native
- –User-friendly recovery flows are limited compared with managed tools
- –Integration into enterprise workflows usually needs custom glue code
Developers and system administrators
Run repeatable encryption batch jobs
Repeatable cryptographic runs
IT teams and business users
Exchange files using recipient keys
Plaintext stays out of shares
Show 2 more scenarios
Organizations with mixed clients
Send encrypted and signed messages
Confidential authenticated communication
Encrypts and signs message content using interoperable OpenPGP key formats for cross-client exchange.
Records and compliance teams
Validate document signatures
Provenance verification
Uses detached or inline signatures to assess signing identity and detect changes in received data.
Best for: Fits when teams need OpenPGP-compatible file encryption and signatures with scriptable control.
BestCrypt
enterpriseDisk encryption software for personal and enterprise use.
Enterprise management with container-centric deployment for encrypting endpoints and removable media under one operational model.
BestCrypt provides endpoint encryption for Windows and Linux, and it also supports encryption of removable media through a client-managed workflow. The product uses a single software layer to create and mount encrypted volumes, enabling file-level access patterns without replacing the host OS storage stack.
- +Encrypted volume workflows work across endpoint and removable media use cases
- +Single client approach covers container creation, mounting, and day-to-day access
- +Enterprise management supports policy-based rollouts to many endpoints
- +Recovery mechanisms are tied to the encryption setup process
- –Administration and policy rollout require planning for initial setup and keys
- –Cross-OS parity can be uneven across Windows, Linux, and removable media workflows
- –Transparent background encryption behaviors depend on the chosen container model
- –Advanced governance features are less granular than dedicated device-native systems
IT teams managing employee endpoints
Encrypt employee laptops at rest
Protection after theft
Organizations with intermittently connected devices
Maintain local encryption workflows
Access while offline
Show 2 more scenarios
Teams with targeted file protection needs
Secure sensitive files in containers
Focused data isolation
Uses encrypted containers that can be mounted to isolate sensitive data without migrating every endpoint to full-disk encryption.
IT support and recovery administrators
Recover containers when unlock fails
Reduced recovery disruption
Uses recovery media and recovery keys to regain access when startup or unlocking does not work normally.
Best for: Fits when organizations need container-based endpoint and removable-media encryption with centralized deployment.
Conclusion
After evaluating 10 computer encryption software, DiskCryptor stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Computer Encryption Software
Computer encryption software covers full-disk encryption, volume encryption, and file-level encryption across Windows, macOS, and removable media. This guide covers BitLocker, FileVault, and VeraCrypt alongside other encryption tools that support either OS-integrated pre-boot unlock workflows or operator-driven encryption operations.
The buying decisions in this guide focus on how each tool handles key access and recovery workflows, including escrow and recovery assistants. The selection also tracks integration depth through API and automation surfaces for governed rollouts, including Gpg4win and CipherTrust Data Security Platform as integration benchmarks.
Computer Encryption Software for Endpoint Volume and File Protection
Computer encryption software manages cryptographic protection for endpoint data through volume encryption and file-level encryption workflows. Many deployments start with pre-boot authentication or unlock-time enforcement so encrypted storage stays inaccessible before the OS loads.
BitLocker and FileVault represent OS-integrated approaches where recovery key handling and unlock-time behavior are designed to fit Windows and macOS device lifecycles. VeraCrypt is commonly chosen for file-container and volume encryption workflows that rely on explicit encryption operations and key handling performed by administrators or operators.
Across the wider set of tools, organizations evaluate whether governance is centralized through platform management integration or whether encryption administration remains operator-driven, since that difference affects configuration risk and repeatability during provisioning. Tools like CipherTrust Data Security Platform and Gpg4win further show how encryption can be governed via centralized policy control and automation or handled through OpenPGP file and message workflows with explicit key trust operations.
Evaluation criteria for Computer Encryption Software governance, automation, and recovery
Encryption software is only useful when key access and recovery workflows produce predictable outcomes on real endpoints. The feature set must cover pre-boot unlock behavior for whole-disk deployments and explicit operator workflows for file containers and manual volume targeting.
Key access and recovery assistant design
Sophos SafeGuard centralizes recovery-key and pre-boot authentication administration through Sophos endpoint management tooling, which supports consistent recovery across enrolled devices. FileVault relies on recovery key escrow and recovery assistant workflows at unlock time, which ties recovery outcomes to correct escrow and user key storage.
Central policy rollout and endpoint management alignment
ESET Endpoint Encryption uses policy-driven encryption administration that follows ESET endpoint security management workflows across enrolled devices. CipherTrust Data Security Platform provides centralized key and encryption policy control across endpoints and servers with an API and automation surface for repeatable encryption provisioning workflows.
Operator-driven encryption operations for volumes and containers
DiskCryptor enables manual volume targeting for full disks and specific partitions using an operator-driven workflow beyond OS-native tools. VeraCrypt uses explicit encryption operations for file-container and volume workflows, so admin access and key handling are executed as defined procedures rather than OS-managed recovery flows.
OpenPGP encryption workflows and key trust controls
Gpg4win supports OpenPGP file and message encryption with signature verification and bundled desktop interfaces for key and crypto operations. GnuPG provides OpenPGP encryption and signing with command-line automation that hinges on explicit key trust settings and revocation handling in the keyring.
Removable-media encryption control and offline usage
ESET Endpoint Encryption includes removable media encryption control for offline device scenarios where endpoints may not reach central services. BestCrypt provides a container-centric deployment model that covers endpoint and removable-media workflows under one operational model.
Recovery-key workflows that reduce password-only recovery risk
Rohos Disk emphasizes a recovery-key workflow for encrypted volumes, which reduces dependence on interactive password-only access during recovery events. Sophos SafeGuard centers recovery-key administration through its endpoint management tooling, which connects pre-boot authentication and recovery processes.
Decision framework for Computer Encryption Software selection
The choice depends on whether encryption governance is designed to run through existing endpoint management or through operator-led encryption operations. The correct fit becomes obvious once key access and recovery are mapped to device lifecycles and incident response steps.
Map recovery ownership to your platform workflow
If recovery must be managed centrally with pre-boot authentication administration, compare Sophos SafeGuard with FileVault using their recovery-key and recovery assistant behaviors. If macOS unlock-time escrow is already the operational norm, FileVault aligns tightly with that lifecycle through recovery key escrow and unlock-time recovery assistant workflows.
Decide whether governance follows endpoint enrollment or encryption operators
If devices are already enrolled in ESET management, ESET Endpoint Encryption supports policy-driven encryption administration that follows ESET endpoint security workflows. If encryption administration must be executed as repeatable procedures by operators, DiskCryptor and Gpg4win support operator-driven workflows for volumes and OpenPGP operations.
Choose the rollout pattern based on required automation and integration depth
If repeatable provisioning requires an API and automation surface tied to centralized cryptographic control, evaluate CipherTrust Data Security Platform alongside endpoints and servers. If the rollout target is OpenPGP file and message workflows with governed key usage, evaluate Gpg4win versus GnuPG based on how key trust and revocation are handled in practice.
Pick encryption scope based on whole-drive versus container and partition targeting needs
If whole-drive targeting and partition selection must be handled with manual operator control on Windows, DiskCryptor fits workflows built around manual volume targeting. If the operational model is container-centric across endpoint and removable-media usage, BestCrypt supports one operational model for container creation, mounting, and day-to-day access.
Validate cross-OS coverage against your actual fleet mix
If macOS is a primary target, FileVault provides OS-integrated whole-volume encryption tied to macOS startup and recovery flows. If cross-platform parity must include consistent removable-media or multi-OS behaviors, compare tools like Rohos Disk and BestCrypt against the specific workflows in your rollout plan.
Who benefits from Computer Encryption Software with the right governance model
Organizations benefit when encryption policy rollout, key recovery ownership, and pre-boot unlock behavior align with how devices are already managed. The best results come from matching the tool’s administration model to endpoint enrollment patterns or to operator-led workflows.
IT teams running ESET endpoint security management
ESET Endpoint Encryption provides policy-driven encryption administration that follows ESET endpoint security management workflows across enrolled devices, including removable media encryption control for offline usage scenarios.
macOS fleet administrators requiring unlock-time escrowed recovery
FileVault is built for whole-volume encryption that integrates with macOS startup and recovery flows, and it uses recovery key escrow and a recovery assistant workflow at unlock time.
Security teams standardizing centralized key governance and automation
CipherTrust Data Security Platform supports centralized key and encryption policy control for large endpoint fleets and includes an API and automation surface for repeatable encryption provisioning workflows.
Windows teams running operator-driven volume encryption experiments
DiskCryptor supports manual volume targeting for full disks and specific partitions with pre-boot unlock prompts, which fits migration labs and small deployments where operators control the scope.
Teams using OpenPGP for encrypted files and signed messages
Gpg4win provides OpenPGP encryption with signature verification and bundled desktop interfaces, while GnuPG offers scriptable command-line automation with explicit key trust and revocation handling through the keyring.
Common pitfalls in Computer Encryption Software rollouts
Encryption failures often originate from governance gaps rather than cryptography. Misalignment between key recovery ownership and real incident workflows drives most operational breakage.
Assuming recovery works the same way across OS-integrated and operator-driven encryption
FileVault recovery depends on correct recovery key escrow or user key storage at unlock time, while DiskCryptor relies on operator-controlled encryption setup and recovery behaviors for targeted volumes.
Rolling out policy encryption without enforcing device enrollment prerequisites
ESET Endpoint Encryption depends on consistent endpoint enrollment into ESET management for policy-driven enforcement, so endpoints that miss enrollment can fall outside the intended encryption control path.
Underestimating the governance discipline required for OpenPGP key trust and rotation
Gpg4win supports OpenPGP encryption and signature verification with hardware key backends, but key trust and rotation require explicit team governance and operational process discipline.
Treating removable-media encryption as a checkbox instead of an offline workflow
ESET Endpoint Encryption supports removable media encryption control for offline device usage, while BestCrypt requires a container-centric operational model that covers removable-media workflows through the same client approach.
Expecting uniform cross-OS behavior from a Windows-first encryption workflow
Rohos Disk primarily focuses on Windows encryption workflows, so macOS coverage can be limited and cross-device access can require Rohos-compatible volume formats.
How We Selected and Ranked These Tools
We evaluated each computer encryption software tool on encryption governance integration depth, automation and API surface, and recovery workflow control across endpoint lifecycles. Features accounted for 40% of the scoring, and ease and value each accounted for 30%, because encryption projects fail when provisioning and recovery are inconsistent.
Gpg4win separated from the rest by combining OpenPGP file and message encryption with signature verification plus smart card and hardware key backend support for OpenPGP operations without keeping private keys on disk. We ranked the remaining tools by how their administration model matched either OS-integrated unlock workflows or operator-driven encryption operations.
Frequently Asked Questions About Computer Encryption Software
What are the practical differences between BitLocker, FileVault, and VeraCrypt when encrypting whole drives?
How does recovery key handling differ between FileVault and Sophos SafeGuard?
Which tools support OpenPGP file and message encryption with signature workflows?
How do smart card and hardware key backends affect private-key exposure in Gpg4win?
When should a team use an encryption container workflow like BestCrypt or Rohos Disk instead of OS-native full-disk encryption?
What breaks if endpoint encryption policies are applied without a matching device enrollment path?
How does CipherTrust handle encryption enablement and audit trails at scale?
When does Virtru provide a different outcome than whole-disk encryption?
Where does GnuPG fall short as a category-wide endpoint encryption management tool?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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