File encryption is a workflow decision as much as a cryptographic one. You may want to protect documents before they reach cloud storage, keep a removable drive locked, or share selected files with a colleague. Those tasks require different storage models, recovery arrangements, and responsibilities.
Cryptomator, VeraCrypt, AxCrypt, NordLocker, and gocryptfs cover several of these models. This comparison uses official sources checked October 25, 2026. It does not certify their security, report penetration testing, or promise that an encrypted file remains protected after an authorized person opens it on an unsafe computer.
Start with the storage and access model
Per-file encryption can work with an existing synchronized folder. A container behaves more like an encrypted disk held inside a file or device. A hosted encrypted-storage service adds an account, capacity plan, and provider dependency. First identify where the files live and how people need to edit, share, and recover them.
Encryption also differs from backup. It may reduce exposure of stored data while doing nothing to restore an accidentally deleted file or a lost key. Our business backup comparison covers recovery-oriented products. Treat recoverability, access control, and encrypted storage as related requirements with separate evidence.
The quick difference
| Tool | Best fit | Main strength | Boundary to check |
|---|---|---|---|
| Cryptomator | Encrypting files within an existing cloud workflow | Client-side vaults with per-file storage | Visible metadata, mobile purchases, and separate Hub plans |
| VeraCrypt | Local containers and encrypted devices | Mounted encrypted volumes | Platform-specific system encryption and synchronization |
| AxCrypt | File encryption with account-based sharing | Paid file workflows and business administration | Two-file Free limit and plan-specific recovery/sharing |
| NordLocker | A packaged encrypted cloud service | Hosted capacity, device access, and sharing | Storage allowance, current apps, renewal terms |
| gocryptfs | Linux-oriented mounted encrypted folders | File-based FUSE filesystem and independent storage | Mount operations, metadata, and third-party platform clients |
Cryptomator
Cryptomator encrypts files on the client before they are stored in a vault within a chosen storage location. It provides a virtual drive for working with decrypted content. The security documentation says it encrypts contents and filenames while obfuscating the directory structure, but leaves some metadata visible, including file sizes, timestamps, and file or folder counts.
The desktop application’s functional encryption features are free. Mobile read access and paid write access have separate platform terms; an Android purchase does not unlock iOS. Cryptomator Hub adds team key and access management through its own managed or self-hosted plans. The free self-hosted Community offering includes five seats. Hub does not supply the underlying cloud file storage.
Cryptomator fits people who want to retain an existing storage provider while adding client-side encryption. Check actual client and provider compatibility. Its documented target does not protect files against malware reading an unlocked vault or plaintext copies made by other applications. Evaluate where temporary and exported files end up.
VeraCrypt
VeraCrypt creates encrypted volumes, including a virtual disk inside a file, and can encrypt partitions or storage devices. Its official site lists Windows, macOS, and Linux, while system-drive encryption is specifically a Windows capability. This makes it relevant when the desired unit of protection is a volume rather than each independently synchronized document.
The application is free and open source. Its operational tradeoff is managing mounts, filesystem compatibility, volume backups, and recovery information. A container placed in a cloud-synchronized folder is still a container; do not assume it has the same conflict and transfer behavior as a collection of separately encrypted files.
Choose VeraCrypt for a deliberately managed volume workflow, such as a local document container or a removable device. Start with disposable test data and the exact operating systems involved. Confirm mounting, closing applications before dismounting, and recovering the intended backup. Do not infer that every advanced feature or system-encryption procedure applies across all supported desktop platforms.
AxCrypt
AxCrypt combines file encryption with sharing and plan-specific administration. Its current feature matrix separates Free, Premium, and Business. Free is limited to encrypting two files per month, while Premium and Business offer unlimited file encryption. Premium is described for private use; Business adds capabilities such as group management, audit activity, and a master-key recovery arrangement.
That distinction makes license and access design part of the selection. A team should not infer organizational recovery or group access from a personal subscription. Ask who holds administrative authority, what happens when a user leaves, and how a recipient opens a shared file on the required platform.
The retrieved pricing page did not expose reliable numeric paid-plan totals, so no universal price is quoted here. Monthly and annual billing choices must be checked with currency, taxes, and user scope in the actual offer. AxCrypt suits people wanting packaged file-sharing workflows, provided the chosen edition supports their access and recovery requirements.
NordLocker
NordLocker packages encrypted cloud storage with cross-device access and sharing. Its current feature page lists browser access and Windows, Android, and iOS apps. Do not assume that an older desktop client remains a current supported option simply because the product previously offered one. Verify the exact device and access path you need.
The plans reviewed advertise 3 GB of free cloud capacity and paid 500 GB and 2 TB options. The page distinguishes one-year and one-month plans and describes introductory versus renewal pricing, but the retrieved numeric paid prices were not populated. Compare the complete quoted first term and renewal amount rather than inventing a per-month total.
NordLocker fits someone who wants encryption and hosted capacity together instead of assembling a tool and separate storage provider. The tradeoff is service and account dependency. Pilot an upload, an authorized share, revocation behavior, and a download of the original file. Marketing language about protection should not replace checks of access, recovery, and the current service terms.
gocryptfs
gocryptfs implements file-based encryption as a mounted FUSE filesystem. Each plaintext file corresponds to an encrypted file in the backing directory, which can live on a disk, removable device, or synchronized folder. This model can fit a Linux-oriented workflow where the operator wants to choose storage and synchronization separately.
The project is free software and identifies Linux as fully supported. It labels macOS support beta quality and points to third-party implementations for Windows and Android. Those implementations should be evaluated as separate dependencies, rather than counted as identical first-party clients. Mounted access also requires someone to manage permissions and understand the backing directory.
The project advises keeping a backup and preserving the master key safely for recovery from lost credentials or damaged configuration. gocryptfs fits technically managed file workflows. Test mounting, ordinary edits, dismounting, and a restore using disposable data. File-based encryption aids synchronization granularity, but does not by itself provide shared editing, conflict resolution, or a managed recovery service.
How to choose file encryption software
Write a concrete access story before choosing a tool. For example: one person edits private documents on two computers, a team shares selected client files, or a removable drive travels between controlled workstations. Specify who should read the data, who must not, and which machines will briefly hold decrypted copies.
Use a small synthetic folder to test the complete lifecycle. Create protected storage, add files, rename a folder, edit an existing document, and access it from the intended second device. Observe what your synchronization system transfers and how it reports conflicts. Avoid experimenting with the only copy of important information.
Plan recovery separately from ordinary access. Identify which passwords, keys, configuration files, accounts, and administrator roles are necessary. Store recovery material through an approved process and test a restore in a disposable environment. A backup that contains only ciphertext may be intact yet useless without the corresponding ability to decrypt it.
Finally, examine the unlocked workspace. Applications can create autosaves, thumbnails, exports, or recent-file records outside the protected location. Decide which endpoints are trusted and when protected storage should be locked. No comparison of algorithms can answer these practical questions for a specific organization, and a hosted service does not remove endpoint responsibility.
Selection checklist
- Choose per-file, container, device, or hosted storage deliberately.
- Confirm actual operating systems, client support, and storage compatibility.
- Review visible metadata and plaintext copies outside the protected location.
- Test sharing, offboarding, key recovery, and restoration with synthetic data.
- Compare mobile licenses, seats, capacity, billing commitments, and renewals.
Choose the access model you can maintain
Cryptomator suits client-side vaults within existing storage, VeraCrypt supports managed encrypted volumes, AxCrypt adds account and sharing workflows, NordLocker bundles encrypted cloud capacity, and gocryptfs serves technically managed file-based mounts. Choose the model whose everyday access and recovery procedures are understandable, supported on your devices, and realistic to maintain.
References
Official product, pricing, and documentation sources checked October 25, 2026. Plan availability and local purchase totals can change.