GITNUXSOFTWARE ADVICE
Cybersecurity Information SecurityTop 10 Best Aes Software of 2026
Compare aes software options for encrypting and protecting files, with tradeoffs explained for choosing the right tool for storage and sharing.
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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Cryptomator is the best pick for teams that want client-side encrypted vaults to fit standard sync workflows because its encrypted container with local unlock keeps file operations normal, whereas SecurStar DriveCrypt suits managed endpoint fleets since centralized management and key escrow recovery govern whole-drive protection during changeouts.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Cryptomator
Vaults use an encrypted container file plus local unlock into a filesystem view for normal file operations.
Best for: Fits when teams need client-side encrypted file vaults that work with standard sync and remote storage workflows.
7-Zip
Editor pick7z format plus its compression engine delivers strong compression at high throughput using multi-threading.
Best for: Fits when teams need fast local archive automation and broad format handling without server agents.
Rohos Disk Encryption
Editor pickRohos Disk Encryption includes removable drive encryption with automatic protection behavior tuned for everyday USB use.
Best for: Fits when teams need straightforward endpoint encryption for laptops and USB storage without custom integrations.
Comparison Table
Cryptomator
SMBOpen source client-side encryption for cloud files using AES-256.
Vaults use an encrypted container file plus local unlock into a filesystem view for normal file operations.
Cryptomator wraps files into an encrypted container that sync tools can move without exposing plaintext. It focuses on client-side encryption with keys derived from a user password, so encrypted data at rest stays unreadable to storage providers.
The app supports cross-platform access to the same vault through the same container format. Cryptomator also includes offline-friendly vault unlocking, basic key handling workflows, and encryption settings that stay consistent across devices.
- +Client-side encryption keeps plaintext off sync targets
- +Cross-platform vault access with consistent container format
- +Offline unlock workflow supports intermittent connectivity
- +Clear vault concept maps to real file workflows
- –No server-side search or indexing for encrypted content
- –Key rotation and re-encryption workflows are not automated
- –Metadata exposure remains limited but not fully eliminated
- –Advanced key management controls are minimal
Freelancers and small teams
Separate client work into vaults
Separate access workflows per vault
Privacy-focused individuals
Keep sensitive files locally encrypted
Plaintext hidden when closed
Show 2 more scenarios
Mobile workers offline
Unlock vault without network
Protected files usable offline
Unlock the same encrypted container locally to access protected files while disconnected from the internet.
Small organizations with shared storage
Encrypt before storing on network
Storage never sees plaintext
Keep vault unlocking local while encrypted data rests on network-accessible backends without plaintext access.
Best for: Fits when teams need client-side encrypted file vaults that work with standard sync and remote storage workflows.
7-Zip
SMBFile archiver with AES-256 encryption support.
7z format plus its compression engine delivers strong compression at high throughput using multi-threading.
7-Zip provides GUI and command-line workflows for building and extracting archives across many formats.
Archive encryption uses passphrases during creation, so access control depends on how passwords are managed.
Automation is practical through CLI commands that support repeatable tests and extraction steps.
- +Multi-threaded compression and extraction improve throughput on large archives
- +7z format offers strong compression ratios versus many legacy archive formats
- +Command-line supports scripted add, update, test, and extract workflows
- +User-friendly GUI covers common archiving tasks without manual parameters
- –Encryption in archives is tied to passphrases rather than managed key lifecycles
- –No built-in enterprise RBAC or audit logs for governed archive creation
- –Cross-tool compatibility can vary for advanced options and compression settings
- –Large-batch jobs require careful scripting to avoid silent parameter drift
Small businesses
Create password-protected 7z files
Encrypted containers for sharing
Consumers and small business users
Compress folders into smaller backups
Reduced space with preserved data
Show 2 more scenarios
IT support and recovery teams
Extract encrypted archives offline
Recovered files in local formats
Restore password-protected archives on local systems when the correct passphrase is available.
Help desk teams
Unpack downloaded archives of mixed types
Simpler handling of downloads
Extract files from several common archive formats without switching to multiple separate utilities.
Best for: Fits when teams need fast local archive automation and broad format handling without server agents.
Rohos Disk Encryption
SMBCreates encrypted virtual disks using AES-256.
Rohos Disk Encryption includes removable drive encryption with automatic protection behavior tuned for everyday USB use.
Rohos Disk Encryption focuses on full-disk and removable media encryption with a workflow aimed at Windows environments. It provides a vault-style approach for protecting data on drives, plus tooling for key handling during unlocking.
File and folder protection is offered as an additional layer for use cases where full-disk coverage is not desired. Admin-oriented deployment features support policies for users who need encryption without manual key gymnastics.
- +Full-disk encryption workflow for Windows drive protection
- +Removable media encryption for USB and external drive scenarios
- +User-friendly unlock experience with clear recovery paths
- +Tooling for managing encryption state across systems
- –Automation and API surface are limited versus enterprise key management platforms
- –Advanced governance features like granular RBAC are not its primary focus
- –Centralized reporting and audit exports can be basic for large fleets
Windows IT and compliance teams
Restrict USB write operations
Less unwanted copying or edits
Field workers and mobile teams
Mount encrypted volumes while traveling
Access protected data disconnected
Show 2 more scenarios
Windows IT teams
Encrypt laptop system drives
Protected if the laptop is lost
Protect system drives with full-disk encryption and startup authentication so unauthorized access is blocked.
Mid-market IT administrators
Standardize endpoint encryption rollout
Repeatable encryption and recovery process
Use console and policy-oriented workflows to apply encryption and recovery practices across Windows devices.
Best for: Fits when teams need straightforward endpoint encryption for laptops and USB storage without custom integrations.
Boxcryptor
SMBEncryption software for cloud storage providers using AES-256.
Transparent per-file encryption that lets users keep standard cloud storage workflows while encrypting data before upload.
Boxcryptor performs client-side encryption by encrypting files on the device before they reach cloud storage providers. It supports multi-device access through integrated key handling so the same encrypted data can be decrypted with authorized keys.
- +Client-side encryption keeps plaintext out of the cloud storage path
- +Transparent integration with existing file workflows reduces process changes
- +Encrypted sharing support covers common collaboration without re-encrypting storage
- +Device key handling enables consistent access across endpoints
- –Governance controls are thinner than centralized enterprise key management stacks
- –Fine-grained, storage-provider-specific automation is limited without custom tooling
- –Recovery workflows depend on correct key and user lifecycle management discipline
- –Cryptographic settings and integration options can be less flexible than developer-first SDK approaches
Creative teams
Encrypt assets inside file sync
Reduced plaintext exposure to storage
Project teams and agencies
Share folders with collaborator keys
Collaborate without exposing plaintext
Show 2 more scenarios
Privacy-conscious users
Protect only selected local folders
Targeted protection without full-disk encryption
Encrypt chosen local or removable-media folders while leaving unrelated desktop content unencrypted.
Healthcare and legal organizations
Encrypt records in cloud workflows
Tighter control for sensitive records
Add endpoint encryption so sensitive records remain encrypted before storage and during shared-folder workflows.
Best for: Fits when organizations need encrypted-at-source file protection with practical sharing across devices.
AxCrypt
SMBFile encryption software for individuals and businesses using AES-256.
AxCrypt’s transparent per-file encryption workflow pairs encrypted output with normal file navigation.
AxCrypt encrypts files at the client with a user-centric flow that targets document and folder protection rather than storage-layer integration.
- +Client-side file encryption fits document-centric workflows and shared drives
- +Clear key access flow supports everyday decrypt and re-encrypt cycles
- +Works well for mixed Windows endpoint environments with minimal setup steps
- +Encryption state stays attached to each file for straightforward user operations
- –Does not provide granular RBAC or centralized audit log at file level
- –Key recovery and sharing can add operational risk when handled loosely
- –Automation and API surface for provisioning is limited for IT integration
- –Cross-device key sync needs endpoint management discipline to avoid lockouts
Small businesses and freelancers
Encrypt contracts and proposals
File-level protection for documents
Professionals sending documents
Protect documents before email
Encrypted attachments before sending
Show 2 more scenarios
Individuals and small teams
Encrypt before cloud sync
Cloud copies remain encrypted
Encrypt files locally before placing them into cloud storage or synchronization workflows.
Small office teams
Protect files on shared drives
Important files are protected
Encrypt selected files stored on shared drives while avoiding encryption of the entire system.
Best for: Fits when teams need endpoint file encryption with simple user workflows.
KakaSoft Folder Protector
SMBFolder locking and encryption software for Windows that uses AES encryption to secure local files.
Enforces protection at the folder level to block unauthorized filesystem access attempts.
KakaSoft Folder Protector targets local file and folder protection workflows by applying access controls to directories rather than encrypting full disks. It is centered on guarding sensitive folders so users cannot read or modify protected content without the approved authorization path.
- +Folder-scoped protection is practical for isolating sensitive directories
- +Clear restriction outcomes for read and write access attempts
- +Works in a straightforward local workflow without complex crypto setup
- +Configuration is manageable through the product’s own control screens
- –No documented API surface for automation or policy provisioning
- –Limited integration for centralized governance and audit logging
- –Cryptographic engine details are not clearly exposed for compliance mapping
- –Coverage is focused on folder access rather than full key management lifecycle
Small-business administrators
Block app actions on protected paths
Narrower access for protected folders
Mobile workers and small teams
Password-protect folders on USB
Portable documents stay protected
Show 2 more scenarios
Freelancers and service businesses
Harden client folders on workstation
Lower exposure on shared workstation
Protect client materials stored on a Windows workstation used by a small team to reduce casual local access.
Small businesses
Encrypt payroll and legal document folders
Folder-scoped protection
Encrypt selected folders containing financial, payroll, legal, or client documents without encrypting the whole device.
Best for: Fits when a small environment needs directory-level access control without building a full encryption workflow.
SecurStar DriveCrypt
enterpriseFull-disk and container encryption software for endpoint protection using AES-based encryption options.
Central management plus key escrow recovery workflows for encrypted volumes, supporting administrative control during device replacement and user changes.
DriveCrypt focuses on endpoint and drive encryption rather than application-level encryption, which makes it a better fit for workstation and laptop rollouts that must encrypt storage from the start. Central management covers policy distribution, user access, and recovery, so encryption state and key lifecycle actions can be coordinated at scale. The workflow model is oriented around managed encryption across devices rather than ad hoc file encryption by individual users.
- +Whole-drive encryption policy reduces gaps from partial file encryption
- +Centralized management supports fleet-wide rollout, recovery, and access handling
- +Operational audit trails help correlate encryption actions with admin changes
- +Works as an endpoint control for laptops that move between networks
- –Recovery workflows require planned key custody to avoid delays
- –Whole-disk scope can complicate imaging and rapid hardware swaps
- –Configuration and lifecycle governance demand ongoing administrative oversight
- –Integration depth with nonstandard endpoint stacks may require custom effort
IT security administrators
Standardize encryption across laptop fleets
Consistent encryption coverage
Compliance teams
Control access to encrypted storage
Traceable encryption administration
Show 2 more scenarios
Endpoint management teams
Handle imaging and device replacement
Faster device recovery
Replacement workflows rely on managed recovery and key handling to restore access after hardware changes.
Remote workforce security owners
Protect data on offline laptops
Reduced data exposure risk
Drive encryption keeps storage protected when devices operate without connectivity for key services.
Best for: Fits when managed endpoint fleets need whole-drive encryption enforced with centralized recovery governance.
DiskCryptor
enterpriseOpen source full disk encryption software supporting AES.
Whole-volume encryption workflow that operates at the block-device layer using a dedicated DiskCryptor engine.
DiskCryptor is an AES-focused disk and volume encryption tool that targets whole-device protection with strong symmetric encryption workflows. Core capabilities include full-disk and partition encryption with on-disk key material handling during setup, plus an interface for selecting volumes and managing encryption status.
- +Whole-disk and partition encryption targets data at rest on the block layer
- +AES support with multiple key sizes for practical security level selection
- +Simple local UI flow for choosing volumes and starting encryption tasks
- +Works without requiring application changes in common file storage workflows
- –No documented API surface for automation or external orchestration
- –Limited governance features for multi-admin environments and audit needs
- –Setup choices require careful handling to avoid usability and recovery mistakes
- –Mode and parameter control are not exposed as granular policy knobs
IT teams and operators
Encrypt drives for offline backups
At-rest protection on offline media
Field technicians and support teams
Encrypt replacement drives during service
Encrypted storage before deployment
Show 2 more scenarios
Windows users
Encrypt Windows system disks
System-drive data stays encrypted
Protect a Windows computer system disk with whole-drive encryption and local pre-boot authentication.
Operators of constrained Windows systems
Encrypt without central management
Local disks encrypted without server
Use standalone whole-disk encryption where network services or centralized endpoint tools cannot be used.
Best for: Fits when teams need local full-disk encryption on a limited number of endpoints without centralized APIs.
Jetico BestCrypt
enterpriseDisk, volume, file, and container encryption software with AES support for Windows environments.
Encrypted container support lets teams store data in portable files that unlock via local mount workflows.
Jetico BestCrypt targets organizations that need local encryption on endpoints without adopting a full key management platform. It supports encrypted containers and encrypted volumes, which helps teams choose between portable artifacts and always-on disk protection. The product workflow emphasizes creating and mounting protected storage, then controlling which credentials can unlock data.
- +Supports encrypted containers and encrypted volumes on Windows endpoints
- +Provides consistent mount workflows for unlocking and working with protected data
- +Uses AES encryption across supported block cipher modes for file and disk protection
- +Separates container files from host storage for portable encrypted transfer
- –Centralized policy enforcement across many endpoints is limited
- –API-driven automation and external key integration are not the primary workflow
- –Operational control depends on correct local key and credential handling
- –Multi-admin governance features are less granular than enterprise MDM policies
Legal operations teams
Protecting case files on laptops
Reduced exposure from lost devices
IT administrators
Encrypting data on removable drives
Controlled access during transfers
Show 2 more scenarios
Finance teams
Locking customer export files
Lower risk from at-rest access
Container-based workflows separate exports from host file systems and limit readability at rest.
Field operations
Offline access to encrypted datasets
Offline work with encryption
Mountable containers enable work on protected data without requiring network access to unlock.
Best for: Fits when Windows teams need endpoint encryption with predictable local mount access, not centralized key orchestration.
AES Crypt
SMBOpen source file encryption tool using AES-256.
Portable encrypted file workflow that uses password-based access for decrypting received content.
AES Crypt provides a practical path for encrypting individual files and batch groups into encrypted containers that can be decrypted by recipients using the right password or key material workflow. The app model is centered on local encryption and decryption, which fits email attachments, removable media, and shared drives where centralized services are not already in place. The feature set emphasizes straightforward usability over deep administrative integration. This makes it easier to roll out for small teams and quick transfers, but it also limits enterprise control points compared with centralized key management stacks.
- +Password-based file encryption workflow for quick external sharing
- +Local single-file and folder encryption keeps encrypted outputs portable
- +Cross-platform clients support consistent encryption and decryption
- +Clear user actions reduce mistakes during encryption steps
- –Limited enterprise governance versus centralized key management services
- –Encryption and decryption depend on user-managed credentials
- –Automation hooks are narrower than API-first encryption products
- –No built-in fine-grained access policies for shared encrypted assets
Operations teams
Encrypt exported spreadsheets before vendor delivery
Reduced exposure in transit
Freelancers
Protect client files on shared drives
Lower risk of accidental sharing
Show 1 more scenario
IT helpdesks
Secure incident artifacts for external analysts
Controlled third-party access
Packages sensitive logs into encrypted outputs for controlled handoff to third parties.
Best for: Fits when teams need fast file encryption for sharing and removable media without building a key service.
Conclusion
After evaluating 10 aes software, Cryptomator 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 Aes Software
This buyer’s guide covers AES software choices that encrypt data with file containers, transparent per-file workflows, or full-drive encryption policies, with specific coverage of SecurStar DriveCrypt, Jetico BestCrypt, and Boxcryptor alongside AES Crypt, AxCrypt, and Cryptomator. Each tool is positioned against governance depth, operational control during key custody changes, and the practicality of local decrypt workflows versus centralized recovery governance.
The tool set also separates archive encryption like 7-Zip from block-device encryption like DiskCryptor and Rohos Disk Encryption, then contrasts those approaches with folder-scoped protection from KakaSoft Folder Protector. Threat checks are handled through AbuseIPDB, AlienVault OTX, and VirusTotal so buyers can validate endpoint and archive tooling risk alongside encryption workflow fit.
AES Software for encrypting files, containers, and whole drives with enforced access and recovery
AES software applies the Advanced Encryption Standard to protect data at rest through different encryption workflow models such as whole-drive encryption, portable encrypted containers, and transparent per-file encryption. SecurStar DriveCrypt centers on centralized management plus key escrow recovery workflows for encrypted volumes, which is designed for controlled device replacement and user changes across managed endpoint fleets.
Other tools focus on local workflow predictability instead of centralized key orchestration, such as Jetico BestCrypt for encrypted containers that unlock via local mount workflows and AxCrypt for transparent per-file encryption that pairs encrypted output with normal file navigation. AES Crypt and Boxcryptor both target portable and cloud-friendly encrypted file workflows, while Cryptomator implements a local encrypted vault container plus filesystem-view access for standard sync and remote storage behaviors.
AES workflow controls: centralized recovery, portable containers, and transparent client encryption
Buyer outcomes hinge on where encryption control lives: centralized whole-drive governance in SecurStar DriveCrypt versus local mount and unlock workflows in Jetico BestCrypt and AES Crypt. The practical difference is how encryption access survives user changes, device replacement, and day-to-day file handling without blocking IT operations.
Centralized management with key escrow recovery for whole drives
SecurStar DriveCrypt adds centralized management plus key escrow recovery workflows for encrypted volumes to control access during administrative change and device replacement.
Encrypted containers with local mount unlock workflows
Jetico BestCrypt focuses on encrypted container support on Windows so teams can unlock protected data via predictable local mount workflows without an orchestration service.
Transparent per-file encryption that keeps normal navigation intact
AxCrypt and Boxcryptor both deliver transparent per-file encryption workflows so encrypted output can be handled through familiar file navigation while staying client-side.
Portable encrypted file exchange using password-based decrypt
AES Crypt and Cryptomator both support local unlock into usable views so encrypted content can be shared or synced via standard file workflows.
Archive encryption throughput for local automation
7-Zip targets high-throughput compression and extraction so encrypted archives can be created locally with multi-threading and broad format handling.
Whole-volume encryption at the block-device layer
DiskCryptor and Rohos Disk Encryption focus on full-disk or whole-volume encryption so data at rest is protected before file-level access ever occurs.
Choose by enforcement point: whole-drive governance, container unlock, transparent file encryption, or archive workflows
Start by mapping the encryption enforcement point to operational reality. SecurStar DriveCrypt fits fleet-wide whole-drive enforcement where IT needs centralized recovery handling for encrypted volumes. If workflows center on portable encrypted files and local unlock, container-focused tools like Jetico BestCrypt and vault-style clients like Cryptomator reduce process disruption while keeping plaintext off sync targets.
Match the enforcement scope to the recovery and replacement workflow
Choose SecurStar DriveCrypt when encrypted volumes must support key custody recovery flows during admin changes and endpoint replacement. Choose DiskCryptor or Rohos Disk Encryption when whole-disk protection needs to run on endpoints without centralized API-driven orchestration.
Pick the client workflow model that fits how files are moved
Choose Jetico BestCrypt when the main workflow is encrypted containers that unlock via local mount on Windows. Choose AxCrypt or Boxcryptor when encryption should remain transparent to normal file navigation in existing shared-drive workflows.
Use password-based portable encryption when key services are not part of the stack
Choose AES Crypt for password-based encrypted file workflows that rely on user-managed credentials for decrypt and access. Choose Cryptomator when encrypted vault containers must present a filesystem view for standard sync and remote storage operations.
Separate archive encryption needs from governed encryption needs
Choose 7-Zip when the requirement is fast local archive automation and multi-threaded compression for encrypted archives tied to passphrases. Avoid archive-only tooling when managed key recovery governance is required for endpoint access changes.
Validate whether the control plane includes enterprise governance or not
Choose tools like SecurStar DriveCrypt when centralized management and recovery governance must be built into the workflow rather than added later. Choose AxCrypt, Boxcryptor, Rohos Disk Encryption, or Cryptomator when governance requirements stay lighter and local unlock behaviors drive usability.
Who benefits from each AES workflow model
AES software selection depends on whether the organization expects centralized recovery control, portable encrypted artifacts, or endpoint-level disk protection. The tools in this set cluster into distinct usage patterns so the right choice comes from operational fit rather than encryption strength alone.
Managed endpoint teams that need whole-drive encryption with recovery governance
SecurStar DriveCrypt fits fleets that require centralized management plus key escrow recovery workflows when devices are replaced and administrative access changes.
Windows teams that standardize on encrypted containers and local mount access
Jetico BestCrypt fits environments where users must unlock encrypted containers locally with consistent mount workflows rather than wait on central orchestration.
Organizations integrating client-side encryption into cloud and shared-drive file operations
Boxcryptor and AxCrypt fit when transparent per-file encryption keeps normal file navigation and collaboration flows intact while still encrypting before cloud upload in the client.
Teams that must share encrypted files externally without running a key service
AES Crypt supports password-based encrypted file exchange that stays portable and does not require centralized key custody for decrypt.
Security teams that want block-device or removable drive encryption for endpoints
DiskCryptor and Rohos Disk Encryption fit when the main goal is whole-disk or removable drive protection with local behavior and minimal integration expectations.
Common AES Software mistakes that break operations
Errors usually come from picking a workflow that does not match key recovery or governance expectations. The result is either operational friction during admin changes or weak control over how encrypted data is handled across endpoints. Another frequent failure is treating archive encryption or folder-level protection as a substitute for centrally governed encrypted volumes.
Buying a container or transparent per-file tool when centralized key custody recovery is required
SecurStar DriveCrypt provides centralized management plus key escrow recovery workflows for encrypted volumes, while tools like Jetico BestCrypt and AxCrypt prioritize local unlock behaviors.
Using archive encryption as a governance mechanism for endpoint access changes
7-Zip encryption is tied to passphrases and does not provide governed multi-admin recovery or audit logging for governed archive creation, unlike whole-drive governance workflows.
Assuming folder-level protection or lightweight endpoint encryption meets encryption workflow requirements
KakaSoft Folder Protector focuses on folder-level read and write restriction outcomes and does not provide documented API-based policy provisioning. Rohos Disk Encryption prioritizes removable and endpoint encryption behaviors over granular governance controls.
Underestimating how whole-disk encryption affects imaging and rapid hardware swaps
SecurStar DriveCrypt targets controlled recovery governance for whole-disk scope, but whole-disk scope can still complicate imaging and fast hardware swaps without planned recovery custody.
How We Selected and Ranked These Tools
We evaluated each tool by feature coverage for the encryption workflow model it supports, including whole-drive recovery governance in SecurStar DriveCrypt and portable container workflows in Jetico BestCrypt. Features accounted for 40% of the scoring weight because this category changes outcomes based on recovery handling, transparent file behavior, and container or vault mechanics.
Ease and value each accounted for 30% because local mount and unlock behavior determines day-to-day adoption for Jetico BestCrypt, AxCrypt, AES Crypt, and Cryptomator. SecurStar DriveCrypt ranked highest because centralized management plus key escrow recovery workflows for encrypted volumes directly address fleet replacement and user change control compared with endpoint-local tools and passphrase-centric file encryption tools.
Frequently Asked Questions About Aes Software
When should whole-disk encryption be chosen over container or file encryption?
How do file-level tools handle key material when users move encrypted data to other systems?
Which tool provides centralized key escrow and recovery workflows for encrypted volumes?
What breaks if a workflow requires automated encryption using APIs or command-line interfaces?
Where does container-based encryption fall short compared with full-disk encryption?
How do admin controls differ between mount-permission workflows and account-level sharing controls?
When is directory-level protection a better fit than full encryption?
Which tools target portable encrypted containers for sync and cross-platform access?
What security or operational tradeoff appears when encryption depends on user-held credentials?
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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