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Cybersecurity Information SecurityTop 10 Best Encrypted Software of 2026
Ranking of top 10 encrypted software for secure storage and messaging, with feature comparisons of NordLocker, Signal, Tresorit.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
NordLocker is the best pick for teams that need encrypted cloud storage and sharing without building custom crypto workflows, whereas Signal fits when you mainly want end-to-end encrypted chat with user verification and minimal admin overhead.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
NordLocker
Encrypted vault file handling with app-level client encryption and encrypted sharing payloads.
Built for fits when teams need encrypted file storage and sharing without building custom crypto workflows..
Signal
Editor pickSafety number verification for contact identity changes, which is a user-facing cryptographic trust mechanism.
Built for fits when teams need encrypted chat and user-to-user verification without enterprise admin overhead..
Tresorit
Editor pickBusiness key ownership options with admin-controlled tenant cryptography for stricter governance.
Built for fits when distributed teams must share encrypted files with centralized audit visibility..
Related reading
Comparison Table
NordLocker
SMBEncrypted cloud storage with zero-knowledge file encryption.
Encrypted vault file handling with app-level client encryption and encrypted sharing payloads.
NordLocker provides an encrypted vault experience with client-side encryption for files placed into the vault and app-driven unlocking for those files. Cross-device access depends on the NordLocker account flow and key recovery process, so governance is centered on user identity and device sign-ins. The product also supports secure sharing of encrypted files so the shared content remains ciphertext outside recipient devices.
A tradeoff appears in operational control because NordLocker is oriented around user vaults instead of organization-wide policy enforcement like enterprise key rotation or centralized HSM-backed key management. NordLocker fits situations where small teams or individuals need file-level protection for shared documents and attachments without building a custom encryption workflow. It is less suited for environments that require strict admin-driven RBAC, audit log export, and automated key lifecycle operations across many users.
- +Client-side file encryption for vault contents before upload
- +Encrypted sharing keeps shared documents ciphertext outside endpoints
- +Cross-device unlock via NordLocker account key recovery flow
- +Focused UX for vault operations without manual crypto handling
- –Limited admin governance compared with enterprise key-management controls
- –Automation and API surface is not positioned for bulk provisioning
- –Shared access management relies on user flows instead of delegated roles
- –Workflow lacks fine-grained audit log export for centralized monitoring
Freelance designers
Share client files securely
Fewer exposure risks for attachments
Legal operations teams
Protect confidential case documents
Reduced plaintext handling
Show 2 more scenarios
IT helpdesk
Securely handle employee file access
Cleaner access control process
Helpdesk can direct users to vault unlock and recovery flows instead of distributing plaintext secrets.
Remote sales teams
Encrypt proposals and contracts
Safer external document sharing
Proposals are kept encrypted in the vault and shared as ciphertext so outside endpoints do not read plaintext.
Best for: Fits when teams need encrypted file storage and sharing without building custom crypto workflows.
More related reading
Signal
enterpriseOpen-source end-to-end encrypted messaging application.
Safety number verification for contact identity changes, which is a user-facing cryptographic trust mechanism.
Signal provides end-to-end encryption for messages and calls, with sender and receiver cryptographic identity bound to Signal accounts. Verified safety numbers support user-driven authentication for contact changes, which reduces silent interception risks in real-world address book drift. Group chats inherit the same encryption model and use the Signal protocol to maintain confidentiality across participants. Operationally, encryption stays tied to the Signal app workflow rather than requiring separate encrypted storage or key-management tooling.
A key tradeoff is that Signal does not target enterprise governance needs like centralized device policy, RBAC, or org-wide audit logs inside the app. It fits situations where smaller teams, activists, families, or customer support groups need encrypted chat without building a full PKI and key lifecycle process. It is also a strong fit when the workflow is primarily chat-based rather than file-centric encrypted repositories. Teams that require encrypted sharing for large document workflows often need additional storage tooling outside Signal.
- +E2EE messaging and calls with consistent client behavior across mobile and desktop
- +Safety number verification supports manual contact authentication
- +Disappearing messages reduce exposure window for sensitive content
- +Group chats keep encryption end-to-end for multi-party conversations
- –Limited enterprise governance controls like RBAC and centralized audit logs
- –No built-in encrypted file vault for large document repositories
- –API surface for automation is not designed for deep org workflows
- –Admin management for devices is not a primary focus of the product
Activist and journalist teams
Secure coordination with verified contacts
Fewer identity spoofing incidents
Customer support groups
Confidential issue handling in chat
Lower risk of message leakage
Show 2 more scenarios
Family and close networks
Everyday private conversations
Shorter sensitive retention windows
Disappearing messages and E2EE reduce exposure from lost or shared devices.
Small remote teams
Encrypted project discussions
Confidential internal communications
Encrypted groups support ongoing coordination without managing separate encryption tooling.
Best for: Fits when teams need encrypted chat and user-to-user verification without enterprise admin overhead.
Tresorit
enterpriseEnd-to-end encrypted cloud storage and file sharing for businesses.
Business key ownership options with admin-controlled tenant cryptography for stricter governance.
Tresorit uses end-to-end encryption for files stored and shared through its apps, with encryption performed on the client before data leaves the device. Sharing flows support link and invite access with revocation controls that work at the shared item level, which reduces the risk of stale access. Admin tooling provides visibility into user activity, managed workspaces, and policy enforcement needed for day-to-day governance.
A notable tradeoff is that encrypted collaboration can complicate integrations that rely on server-side inspection, such as content indexing or workflow automation on file contents. Tresorit fits best when compliance and access control matter more than metadata extraction by external systems. A common fit is onboarding a distributed team that needs encrypted sharing while maintaining centralized oversight of access events.
- +Client-side encryption keeps plaintext off Tresorit servers
- +Granular sharing controls with revocation for shared items
- +Admin dashboard provides audit visibility for access events
- +Works across desktop, mobile, and web for consistent encrypted sync
- –Server-side content indexing is limited due to client encryption
- –Enterprise governance relies on correct provisioning and role assignment discipline
- –Automation requires API coverage that may not match every workflow
- –Complex sharing policies can add friction for large orgs
Legal teams and firms
Share case files with strict revocation
Reduced stale recipient exposure
IT security administrators
Provision users with controlled access roles
Cleaner access lifecycle management
Show 2 more scenarios
Product and engineering teams
Exchange confidential design files
Confidentiality preserved across teams
Rely on encrypted sync and sharing to distribute artifacts without exposing plaintext to servers.
Finance and audit teams
Maintain encrypted evidence trails
Stronger traceability for access
Use audit visibility for access events on shared items supporting compliance workflows.
Best for: Fits when distributed teams must share encrypted files with centralized audit visibility.
Tuta
SMBEnd-to-end encrypted email and calendar with open-source clients.
Tuta provides end-to-end encryption for email and attachments within its mailbox, keeping usability close to standard email clients.
Tuta delivers encrypted email as its core product with end-to-end encryption for message content and attachments. Client-to-server protection relies on TLS for transport and on encryption for stored mail in its mailbox data.
Account security controls include two-factor authentication, per-user access behavior, and server-side protections against common message abuse patterns. Admin capabilities are limited compared with enterprise email suites, so governance and deep integration require careful fit to team scale and tooling.
- +E2EE message and attachment encryption is available inside normal email workflows
- +Search and mailbox operations work without exposing plaintext to storage
- +Two-factor authentication and login protections reduce account takeover risk
- +Web and desktop clients cover daily use without complex setup steps
- –Limited admin and governance controls for org-wide policy enforcement
- –API and automation surface are not positioned for deep system integration
- –Shared inbox and role design stays basic for structured teams
- –External key management and custom crypto workflows are not a primary focus
Best for: Fits when small teams want encrypted email with minimal operational overhead and basic admin governance.
Cryptomator
SMBOpen-source client-side encryption for cloud storage files.
Per-file encrypted vault format that preserves update granularity without requiring provider-specific encryption support.
Cryptomator encrypts files into client-side encrypted storage so plaintext never reaches the sync target. It uses a per-file encrypted format with deterministic metadata patterns and a key-based unlock flow, so users can work across devices without re-encrypting the whole repository.
Applications generate encrypted vault files that work with standard WebDAV and cloud sync clients. Administration stays local because access depends on vault keys rather than server-side access policies.
- +Client-side encryption keeps plaintext off the storage provider
- +Vaults support WebDAV and common sync clients for distribution
- +Local key unlock flow enables multi-device access with one key set
- +Per-file encryption reduces blast radius for single file changes
- –No server-side RBAC or audit log for vault access events
- –Key loss makes archived data unrecoverable without recovery artifacts
- –Performance can drop on large vaults due to per-file crypto overhead
- –Collaboration requires shared keys or operational patterns outside built-in sharing
Best for: Fits when individuals or small teams need file-level encryption for cloud sync without changing storage providers.
AxCrypt
SMBFile encryption software with AES-256 for individual and team use.
Windows context-menu encryption with certificate-based sharing for recipient access on protected files.
AxCrypt targets Windows file encryption workflows with application-layer encryption for documents and archives stored on local drives or mapped drives.
Encryption and decryption are triggered from file system interactions, and shared access can be managed using certificate-based sharing rather than only passing passwords.
Key management centers on how users obtain, store, and apply keys for protected files so the same file can be opened by intended recipients.
- +Windows shell integration makes encryption and decryption quick for users
- +Certificate-based sharing supports multi-recipient access without re-encrypting manually
- +Automatic handling of encryption metadata keeps user workflow focused
- +Works for local files and shared drives without forcing a new storage system
- –Admin governance and audit reporting are limited compared to enterprise encryption suites
- –Centralized RBAC and policy enforcement are not a primary workflow
- –Cross-platform support does not match Windows-first deployments for key access
- –Recovery depends on how keys are distributed and retained by users
Best for: Fits when teams need Windows file-level encryption for documents with occasional shared access.
Gpg4win
enterpriseGNU Privacy Guard for Windows providing email and file encryption.
Win32-focused distribution that combines GnuPG with desktop tooling for everyday OpenPGP signing and verification.
Gpg4win packages GNU Privacy Guard for Windows, with an installer that adds common encryption tools like file and email support on top of the GnuPG engine. It focuses on practical key handling workflows, including key import and key signing, and it can integrate into Windows desktop usage through companion components.
Gpg4win is the typical choice for local file-level encryption and for using OpenPGP keys with signing and verification steps. Automation is mostly driven by GnuPG command-line usage, with configuration managed through GnuPG’s option files and per-user keyrings.
- +Windows-first packaging around the mature GnuPG OpenPGP engine
- +Key signing and verification workflows support trust-building
- +Command-line automation supports repeatable batch encryption tasks
- +Integration components target everyday desktop encryption and signing
- –Security depends heavily on key hygiene and user-managed trust decisions
- –GUI workflows can lag behind CLI capabilities for advanced operations
- –No org-wide RBAC, provisioning, or centralized governance layer
Best for: Fits when desktop users need OpenPGP file and message encryption with manageable keyrings.
Sync.com
SMBCloud storage with end-to-end encryption and zero-knowledge privacy.
Zero-knowledge style encryption with shared folder access controls that keep file contents encrypted during collaboration.
Sync.com is an encrypted cloud storage service where file access is gated by an end-to-end encryption model rather than relying on the provider for plaintext. Encrypted files sync across devices with a web client and desktop sync that preserve the same encrypted containers during upload, download, and link sharing.
Administration centers on team access management, shared folder control, and audit visibility for account and sharing activity. The main tradeoff is that encrypted sharing and recovery workflows add operational steps compared with non-encrypted drives.
- +Client-side encryption for stored files before they leave the device
- +Desktop sync preserves encryption across local folders and remote storage
- +Team shared folders provide controlled collaboration under encryption
- +Granular sharing controls support link and invitation based access
- –Encrypted sharing requires careful handling of access and recovery workflows
- –Advanced integrations like custom automation and data exports are limited
- –Audit visibility focuses on account and sharing events rather than file-level versions
- –Large-scale operational governance depends on disciplined admin practices
Best for: Fits when teams need encrypted cloud storage with shared folders and controlled sharing.
MEGA
enterpriseCloud storage with client-side end-to-end encryption.
Client-side encryption ties every file to user-managed keys so sharing and revocation depend on cryptographic material.
MEGA performs encrypted file sync and cloud storage using client-side cryptography, where encryption happens in the browser and app before data leaves the device. Account keys govern access to stored files, and link-based sharing can be protected with per-link cryptographic material.
MEGA supports folder-based organization, resumable uploads, and selective sync so users can keep only chosen content locally. Key loss and permission changes are operational risks because access control depends on the cryptographic keys rather than server-side re-encryption.
- +Client-side encryption runs before upload so plaintext never reaches MEGA
- +Resumable transfers reduce friction on large files and unstable networks
- +Selective sync keeps local space usage under control
- +Share links can carry cryptographic access constraints
- –Key management mistakes can make stored data unrecoverable
- –Fine-grained RBAC for teams is limited compared with enterprise encrypted storage
- –Delegating access across many users requires careful key handling
- –Audit and governance reporting for administrators is not a core strength
Best for: Fits when individuals or small groups need encrypted cloud sync with link sharing and local selective sync.
pCloud
SMBCloud storage with optional client-side encryption add-on called pCloud Crypto.
Client-side encryption for specific pCloud folders, enabling encrypted uploads and encrypted sharing without sending plaintext to storage servers.
pCloud pairs cloud storage with customer-side encryption for users who want file-level protection before upload. Client-side encryption is the core capability, with optional end-to-end encryption for selected content rather than a blanket default for every workflow.
Core features include file syncing, share links, and folder permissions built around encrypted content handling. The practical tradeoff is that encryption choices and recovery mechanisms create additional operational steps compared with pure cloud storage.
- +Customer-side encryption option for protected upload workflows
- +Encrypted share workflows for selected files and folders
- +Solid desktop and mobile sync coverage for encrypted content
- +Clear separation between stored data and encryption keys handling
- –Key recovery depends on user choices and can be irreversible
- –E2EE coverage is optional and depends on how content is created
- –Limited visibility into server-side admin governance controls
- –API and automation surface for encryption operations is comparatively thin
Best for: Fits when individuals or small teams need encrypted folders with controlled sharing for sensitive documents.
Conclusion
After evaluating 10 cybersecurity information security, NordLocker 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 encrypted software
This buyer’s guide covers encrypted tools spanning file vaults and encrypted cloud storage, end-to-end encrypted messaging and email, and local file encryption workflows. It references NordLocker, Tresorit, Cryptomator, Signal, Tuta, AxCrypt, Gpg4win, Sync.com, MEGA, and pCloud to map concrete capabilities to real selection tradeoffs.
Encrypted software for protecting contents before or during storage, messaging, and sync
Encrypted software prevents plaintext from being readable in the wrong place by encrypting data on the client and by enforcing key workflows that determine who can decrypt. Some tools focus on encrypted cloud vault storage and encrypted sharing artifacts such as NordLocker and Tresorit, while others center on end-to-end encrypted message content such as Signal and Tuta. Typical buyers include teams that need encrypted collaboration with delegated access and audit visibility, plus individuals who need encrypted sync without trusting the storage provider with plaintext.
Control depth, encrypted workflow fit, and integration-ready encryption operations
Encrypted tools vary most by where encryption happens, how sharing and revocation depend on keys, and how much organization governance is actually supported. The best choice depends on whether the workflow needs encrypted file sharing at scale like Tresorit or encrypted identity verification like Signal. The criteria below focus on mechanisms that change operational safety and day-to-day usability.
Client-side encrypted vault or mailbox as the trust boundary
Tools like NordLocker and Tresorit keep vault or shared content encrypted before it leaves the device, which reduces plaintext exposure to storage servers. Tuta applies end-to-end encryption inside email workflows by encrypting message content and attachments in the mailbox context.
Encrypted sharing artifacts and revocation mechanics
NordLocker delivers encrypted sharing payloads so recipients decrypt in their own client rather than reading server-side plaintext. Tresorit adds granular sharing controls with revocation for shared items, which matters when collaboration rules change frequently.
Admin governance controls for encrypted access events
Tresorit provides an admin dashboard with centralized auditing for access events, which helps teams monitor who can reach shared encrypted content. NordLocker and Signal are less governance-heavy, so org-wide delegated access and centralized enforcement require extra process discipline.
Automation and API surface for provisioning and policy workflows
Tresorit targets business admin use with tenant-level controls, which usually aligns better with provisioning flows than tools such as Signal. NordLocker also focuses on vault operations, but its automation and API surface is not positioned for bulk provisioning.
Crypto trust UX for identity and key changes
Signal includes safety number verification for contact identity changes, which creates a user-facing cryptographic trust step for secure communication. This is a different operational need than file encryption workflows and it affects how teams handle account changes and device transitions.
Open formats and compatibility with existing storage or client workflows
Cryptomator uses a per-file encrypted vault format that supports WebDAV and common cloud sync clients, which helps avoid provider lock-in. Gpg4win packages GnuPG with Windows tooling for OpenPGP signing and verification, which supports established keyring workflows for desktop users.
Pick the encrypted workflow first, then match governance and automation to it
Start by choosing the encrypted workflow type, because NordLocker and Tresorit solve encrypted file collaboration while Signal and Tuta solve encrypted message content. Then confirm whether the needed sharing model is compatible with how each product ties access to cryptographic material and admin controls. Only after that should the evaluation focus on whether provisioning and governance require APIs or delegated roles beyond user flows.
Select the encrypted workflow category: file vault, encrypted storage sync, messaging, or local file encryption
If encrypted collaboration with shared items and revocation is the core workflow, Tresorit is designed for business encrypted file syncing and sharing with granular controls. If encrypted messaging and identity verification are the core needs, Signal provides end-to-end encryption plus safety number verification for contact identity changes.
Map sharing and revocation to key workflows before evaluating usability
NordLocker ties sharing to encrypted artifacts so recipients decrypt via their own client, which changes how access recovery and device changes are handled. MEGA and pCloud also tie sharing and revocation to user-managed cryptographic material, so key handling mistakes can break access paths.
Validate governance needs: centralized audit visibility and delegated role expectations
For teams that require centralized auditing for shared content and access events, Tresorit provides an admin dashboard with audit visibility. For workflows with limited enterprise governance like Signal and Tuta, plan for policy enforcement outside the product because RBAC and centralized audit exports are not primary.
Test automation expectations against each product’s operational shape
If provisioning needs automation at org scale, evaluate whether the product supports the provisioning and workflow requirements that teams expect, since NordLocker and Signal are not positioned for deep org automation and API-driven provisioning. For flexible client distribution, Cryptomator’s WebDAV-based encrypted vaults can fit into existing sync stacks without relying on storage-provider encryption features.
Choose the right trust and compatibility mechanism for the user base
If Windows-first document workflows with encryption from the file context menu are needed, AxCrypt integrates into the Windows shell and uses certificate-based sharing. If OpenPGP signing and verification with key signing workflows matter for desktop users, Gpg4win packages GnuPG on Windows with command-line automation around the GnuPG engine.
Encrypted tool fit by workflow ownership and governance requirements
Encrypted software fits best when the organization’s threat model depends on keeping plaintext unreadable by the storage or messaging service provider. Different products match different operational expectations for collaboration, audit visibility, and user-managed keys. The segments below map to the best_for targets for each tool.
Teams that need encrypted file sharing with centralized audit visibility
Tresorit fits teams that share encrypted files across distributed locations because it combines client-side encryption with an admin dashboard that provides centralized audit visibility for access events. It also supports business key ownership options when stronger governance is needed for tenant cryptography.
Teams that need encrypted chat plus user-driven cryptographic trust
Signal fits teams that need encrypted group and direct messaging with safety number verification for contact identity changes. This focus avoids the admin governance depth expected from enterprise encrypted storage systems, which is why it aligns with chat-first deployments rather than document vault governance.
Small teams that want encrypted email with near-normal email operations
Tuta fits small teams that want end-to-end encryption for email content and attachments inside mailbox workflows while keeping daily use close to standard email clients. It provides two-factor authentication and server protections, but its admin and governance controls are limited compared with enterprise email suites.
Individuals and small teams that need encrypted cloud sync without provider-specific encryption support
Cryptomator fits people who want file-level encryption into a per-file encrypted vault format that works with WebDAV and common cloud sync clients. That choice keeps access dependent on vault keys rather than server-side access policies, which reduces provider trust requirements but shifts recovery risk to key handling.
Windows-focused document teams that need quick encryption actions and certificate sharing
AxCrypt fits Windows teams that need encryption and decryption from the Windows shell context menu and occasional multi-recipient access via certificate-based sharing. It is less oriented toward centralized RBAC and org-wide audit reporting, so it matches smaller deployments where key distribution is manageable.
Where encrypted software selection fails in practice: keys, governance, and workflow mismatches
Most failures come from choosing a product optimized for a different encrypted workflow and then discovering that key handling, audit expectations, or automation needs do not align. Encrypted sharing and recovery are the highest-risk parts of these systems when teams assume server-side controls will behave like standard storage apps. The pitfalls below reflect concrete limitations seen across the set of tools.
Choosing messaging encryption when document collaboration and revocation are required
Signal provides safety number verification and end-to-end encrypted messaging, but it does not include an encrypted file vault for large document repositories. Tresorit and NordLocker fit encrypted file collaboration better because they focus on encrypted sharing payloads or granular revocation for shared items.
Assuming enterprise RBAC and centralized audit export exist for every encrypted tool
Signal and Tuta have limited enterprise governance controls and are not positioned for centralized audit log exports for monitoring. Tresorit is built for business administration with centralized auditing for access events, which reduces reliance on manual process controls.
Treating key loss and recovery as a non-issue because encryption hides the rest of the system
Cryptomator states that key loss makes archived data unrecoverable without recovery artifacts, and MEGA makes access depend on user-managed keys for sharing and revocation. NordLocker can include a cross-device unlock via NordLocker account key recovery flow, but NordLocker still has limited admin governance compared with enterprise key-management controls.
Expecting API-driven provisioning and bulk automation for org workflows when the product is designed around user actions
NordLocker’s automation and API surface is not positioned for bulk provisioning, and Signal’s API surface is not designed for deep org workflows. Tresorit is more aligned with tenant-level controls and admin-managed access events, which helps when provisioning needs are strict.
Using encrypted storage links without understanding how revocation and auditing differ from plaintext services
Sync.com focuses audit visibility on account and sharing events rather than file-level versions, and it adds operational steps for encrypted sharing and recovery. MEGA and pCloud also tie sharing and revocation to cryptographic material, so teams that expect server-side re-encryption controls will hit workflow gaps.
How We Selected and Ranked These Tools
We evaluated encrypted software tools by scoring features, ease of use, and value, then combined those into an overall rating where features carried the most weight at forty percent while ease of use and value each accounted for thirty percent. Each score is based on the concrete capabilities described for the product family, including encrypted storage or mailbox behavior, sharing and revocation mechanics, and whether governance and automation are positioned for real org workflows.
We then used those scored categories to rank NordLocker, Tresorit, Signal, and the other tools by how well they fit distinct encrypted workflow types. NordLocker separated itself through encrypted vault file handling with app-level client encryption and encrypted sharing payloads, which lifted its features and value scores and matched the team document-storage sharing use case without requiring users to manage manual crypto steps.
Frequently Asked Questions About encrypted software
How does encrypted storage differ between Cryptomator and Sync.com?
Which tool handles encrypted file sharing with client-side decryption on the recipient side?
What breaks if account access keys are lost in MEGA versus Tresorit?
How does Signal provide user trust beyond message encryption?
How do admin controls for encrypted collaboration differ between Tresorit and Tuta?
Which option fits encrypted email with end-to-end protection for messages and attachments?
Where does Cryptomator’s integration approach differ from Gpg4win for day-to-day encryption?
When does certificate-based sharing matter more in AxCrypt than in Sync.com?
Which tool is best for Windows users who need file encryption from the file browser context menu?
What operational tradeoff appears in encrypted sharing workflows in pCloud compared with plain cloud storage?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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