GITNUXSOFTWARE ADVICE
SecurityTop 10 Best Encryption Software of 2026
Top 10 encryption software ranking with evaluation criteria for securing files and data privacy, including tools like Sync.com, Zivver, and 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
Sync.com is the best pick for teams that want encrypted cloud sync and shared folders with manageable account-based recovery controls, whereas Zivver fits regulated organizations that need encrypted email and file exchange with revocation and audit trails.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Sync.com
Recovery-key flow tied to account access, including encrypted data recovery without requiring full client re-enrollment.
Built for fits when teams need encrypted sync and shared folders with manageable account-based recovery controls..
Zivver
Editor pickRecipient-specific delivery controls with revocation and audit trails for encrypted file sharing actions.
Built for fits when regulated teams need encrypted document sharing with revocation and audit trails..
Tresorit
Editor pickEnd-to-end encrypted sharing with revocation and access updates handled through client-managed keys.
Built for fits when teams need encrypted file sharing with revocation and strong admin governance..
Comparison Table
Sync.com
cloud-storageSync.com provides encrypted cloud storage, file sharing, and team collaboration.
Recovery-key flow tied to account access, including encrypted data recovery without requiring full client re-enrollment.
Sync.com’s core workflow centers on encrypted file storage plus sync, with sharing links and shared folders that inherit the encryption model. The product provides a recovery-key based approach for access resilience, and it also supports role-based access to shared folders through invited users. Admin governance focuses on account and sharing controls rather than deep enterprise cryptographic policy tooling. Integration depth is mostly around client apps and link-based sharing, with fewer surfaces for external automation than API-first encryption products.
A practical tradeoff appears when strict cryptographic governance is required, because the key lifecycle and recovery design is tied to Sync.com’s account model. Teams that need encrypted collaboration for cross-device file access usually fit well, especially when group workflows depend on shared folders and role permissions.
- +End-to-end encryption model for many sharing and sync flows
- +Client-side encryption reduces exposure to server-side content handling
- +Shared folders apply permission boundaries to encrypted objects
- +Recovery-key design supports account access without re-encryption
- –API surface is limited compared with encryption platforms focused on automation
- –Cryptographic policy controls are less granular than HSM-driven enterprise setups
- –Per-file key lifecycle management is not exposed as an admin workflow
- –Strict governance depends on account-level recovery and sharing settings
Small business IT admins
Secure shared folder collaboration
Fewer accidental exposure paths
Legal teams
Protect confidential discovery documents
Controlled sharing across parties
Show 2 more scenarios
Remote engineering teams
Device-to-device encrypted syncing
Consistent access without plaintext storage
Encrypted sync keeps project assets readable only to authorized users across endpoints.
Security managers
Manage access with audit-friendly controls
Simpler governance workflow
Sharing and user management center on permissions tied to shared folders rather than file-level key tooling.
Best for: Fits when teams need encrypted sync and shared folders with manageable account-based recovery controls.
Zivver
enterpriseZivver secures email and file exchange with encryption, access controls, and delivery protection.
Recipient-specific delivery controls with revocation and audit trails for encrypted file sharing actions.
Zivver’s core capability centers on secure sending and collaboration on documents, where encryption happens before files are shared externally. Policy controls support restricting actions like download and forwarding, and time-bound access settings for recipients. Central administration tracks key events so operations teams can review what was shared, when access occurred, and what controls were applied.
A tradeoff is that encryption controls align to the file sharing workflow and not to broad application-level encryption for every internal system. Zivver works best when sensitive documents move between organizations or departments and the business needs auditable control points around delivery.
- +Client-side encryption ties protection to the sending workflow
- +Recipient-specific access controls support action restrictions
- +Central audit trails cover sharing and access events
- +Revocation options reduce risk after external delivery
- –Less suited for encrypting non-file data stores
- –Advanced governance requires consistent user and workflow setup
- –Integration depth depends on the surrounding document workflows
- –Large attachment volumes can affect collaboration throughput
Legal and compliance teams
Send contracts to external counterparties
Faster approvals with traceability
Finance and billing teams
Transmit invoices to customers
Reduced exposure after payment
Show 2 more scenarios
Security operations teams
Audit external document access
Cleaner investigations and reporting
Central logs support review of who accessed which shared file and when.
HR and recruiting teams
Share background-check documents securely
Lower compliance risk
Workflow-based encryption keeps sensitive files protected during external collaboration.
Best for: Fits when regulated teams need encrypted document sharing with revocation and audit trails.
Tresorit
enterpriseTresorit provides end-to-end encrypted file storage, sharing, and collaboration.
End-to-end encrypted sharing with revocation and access updates handled through client-managed keys.
Tresorit’s core capability centers on client-side encryption applied before data leaves the device, which aligns encryption boundaries with how users actually work on files and folders. The service supports secure sharing workflows that include revocation and access changes without re-exposing plaintext to the provider. Admin tooling includes organization controls and event logs for governance and incident review. The automation surface is more oriented around admin policies and account lifecycle than around developer-triggered cryptographic operations.
A tradeoff appears in the operational model for external collaboration, because key and access changes still require explicit sharing and permission flows rather than passive link distribution. Tresorit fits situations where file sync must stay encrypted end-to-end across endpoints and where revocable sharing is needed for business documents.
- +Client-side encryption keeps plaintext out of the service
- +Granular sharing controls support revocation and permission changes
- +Admin event logging supports governance and investigation workflows
- +Cross-platform sync preserves encrypted file state across devices
- –External sharing requires explicit permission and key handling workflows
- –API and automation depth is limited compared with developer-first encryption tooling
- –Migration from non-client-side encryption storage can be operationally heavy
- –Advanced cryptographic workflows depend on product-specific sharing flows
Legal teams
Share case files with revocation
Reduced exposure of sensitive documents
IT administrators
Enforce org-level access policies
Faster governance and audits
Show 2 more scenarios
Finance operations
Collaborate on encrypted invoices
Safer handling across departments
Maintain encrypted sync for attachments while keeping plaintext off the provider.
Remote engineering teams
Coordinate encrypted design documents
Consistent confidentiality for artifacts
Share folder-based content with permission updates across devices and locations.
Best for: Fits when teams need encrypted file sharing with revocation and strong admin governance.
GnuPG
developerGnuPG provides OpenPGP encryption, digital signatures, and key management.
Trust and verification controls driven by GnuPG’s key trust model and web-of-trust scoring, enforced during signature validation.
GnuPG is an open-source OpenPGP implementation that turns public-key encryption and digital signatures into a command-line workflow. It supports common key formats, keyrings, and trust models so teams can manage the full cryptographic key lifecycle with reproducible tooling.
GnuPG also provides automation hooks via non-interactive modes, scripted key management, and integration points for higher-level tooling that calls the GnuPG binary. For encryption use cases, it implements hybrid encryption patterns for files and supports common operational primitives like signing, verification, and decrypting in controlled environments.
- +Uses OpenPGP formats and interoperable keyrings across common clients
- +Command-line automation supports batch signing, verification, and encryption
- +Clear separation of signing and encryption operations in the CLI workflow
- +Scriptable key management actions for importing, exporting, and revoking keys
- –Operational UX depends on correct key trust and recipient configuration
- –No built-in centralized key directory or policy service for organizations
- –Secure automation often requires careful handling of agent and passphrase prompts
- –Limited native integration for enterprise governance tooling beyond external wrappers
Best for: Fits when teams need OpenPGP-compatible file encryption with scriptable command-line automation and do not require a centralized key service.
Proton Drive
cloud-storageProton Drive stores and shares files with end-to-end encryption.
Client-side encryption for Drive files ensures ciphertext is produced on-device before network transfer.
Proton Drive provides encrypted cloud file storage with client-side encryption so documents are protected before they leave a device. Folder sharing is built around Proton identities, with access controls that restrict who can view and download shared content.
Drive integrates with other Proton services through account-level authentication and supports sharing links with selectable permissions. It also exposes programmatic automation via Proton APIs for key management adjacent workflows and admin integrations.
- +Client-side encryption protects file contents before upload
- +Granular sharing permissions for folders and individual files
- +Cross-device sync that preserves the encrypted file workflow
- +Audit and security tooling integrated with Proton account controls
- –Admin governance for enterprises depends on Proton account and team setup
- –Advanced automation needs API use and key-related workflow understanding
- –Recovery flows rely on managed recovery keys tied to account security
- –Link sharing requires careful permission hygiene to prevent overexposure
Best for: Fits when teams need encrypted file storage with controlled sharing and Proton-account authentication.
7-Zip
desktop7-Zip compresses and encrypts archives with AES-256 protection.
Command-line encryption during 7z archive creation with AES-256 support for unattended workflows.
7-Zip is a file archiver that integrates encryption into archive creation, which shifts the workflow toward encrypted bundles instead of managed key stores.
It supports password-based encryption for the 7z format and other archive types, and the 7z container supports AES-256 encryption.
Automation is practical because archive creation and encryption are driven through command-line arguments.
Governance features like RBAC, audit logs, and key rotation are not part of the encryption capability set.
- +Password encryption is available at archive creation time
- +7z archives can use AES-256 encryption
- +Commands support automation for repeatable encrypted backups
- +Works across many archive formats and compression workflows
- –No built-in key management, rotation, or escrow workflows
- –Password-based encryption depends on strong user password handling
- –No native audit logs for who encrypted or decrypted files
- –Not designed for multi-user RBAC on encrypted content
Best for: Fits when teams need to package and encrypt files for transfer without deploying key infrastructure.
Signal
communicationsSignal provides end-to-end encrypted messaging, voice calls, and video calls.
Safety numbers verification for contacts and groups, supported inside the app’s identity flow.
Signal focuses on end-to-end encrypted messaging with a well-defined trust model, including safety numbers and encrypted group messaging. It provides secure voice and video calls that use encrypted transport and the same account-linked identity flow across devices.
The app’s core security benefit comes from client-first encryption and message encryption at the time of sending, rather than server-side storage controls. For organizations, Signal’s main fit is governed communication rather than file and database encryption, because it is built around chat, calls, and identity.
- +End-to-end encrypted chats and calls with identity-based safety numbers
- +Encrypted group messaging that retains confidentiality across participants
- +Cross-device sync that keeps encryption on the client side
- +Wide platform support across mobile and desktop clients
- –Limited coverage for encrypted files and folder storage workflows
- –Admin and governance features are not the same depth as enterprise key management suites
- –Moderation and audit visibility depend on the client and deployment model
- –Integration automation via APIs is limited compared to enterprise encryption tools
Best for: Fits when regulated teams need confidential chat and calls with strong identity verification.
Cryptomator
cloud-storageCryptomator encrypts files stored in local folders and cloud-synchronized drives.
Vault encryption runs on the client so any connected storage backend only sees ciphertext files.
Cryptomator provides client-side, file and folder encryption that turns a local vault into ciphertext before any data leaves the device. It uses a standard storage-agnostic workflow so encrypted data can sit on cloud drives or file servers without requiring server-side encryption features.
The app manages vault keys locally and derives encryption keys from a user-supplied password, which limits exposure to plaintext. Practical strengths include a consistent sync workflow with major sync tools and a recovery-key mechanism for vault access continuity.
- +Client-side encryption keeps plaintext out of synced storage targets
- +Vault unlock uses local key handling with a recovery key option
- +Works with existing sync folders instead of replacing storage workflows
- +Portable vault container supports file and folder level encryption
- –Password-based key derivation requires strong password handling
- –No built-in multi-user sharing, roles, or delegated key management
- –Performance depends on vault unlock and chunking across sync traffic
- –Large vaults can have noticeable initial indexing and file enumeration time
Best for: Fits when individuals or small teams need encrypted cloud-sync storage without server changes.
AxCrypt
SMBAxCrypt encrypts individual files and supports secure file sharing across desktop platforms.
A tight Windows workflow enables quick encrypt and decrypt actions without managing infrastructure.
AxCrypt encrypts individual files and folders on endpoints so users can lock and unlock documents with a password. It focuses on client-side encryption workflows, including automatic encryption when creating or saving protected files.
Key management is centered on per-user password protection and an account-based workflow for shared access rather than enterprise key escrow. Control features are geared toward personal and small-team use, not centralized governance at scale.
- +File and folder encryption is easy to trigger from Windows workflows
- +Client-side encryption keeps plaintext handling on the device
- +Document sharing supports controlled access between named users
- +Fast encryption and decryption for everyday file sizes
- –Enterprise governance controls like RBAC and audit logs are limited
- –Centralized key escrow and custom rotation policies are not the primary model
- –No native API surface for automation tasks is apparent in typical usage
- –Shared access workflows can require operational alignment across users
Best for: Fits when individuals or small teams need straightforward encrypted file sharing on desktops.
Standard Notes
productivityStandard Notes encrypts notes across devices with end-to-end protection.
Per-note encryption with independent locking behavior lets users protect selective content within one account.
Standard Notes is a note app that relies on client-side encryption and per-item locking so sensitive text and attachments stay encrypted before syncing. It distinguishes itself with end-to-end style workflows where the server stores only ciphertext for a large portion of the data path.
Core capabilities include encrypted notes, search over encrypted content for supported types, and export workflows that keep data portable. Account recovery is handled via recovery keys and recovery flows that directly affect key lifecycle choices.
- +Client-side encryption keeps plaintext off the sync server for notes
- +Per-item encryption supports mixed sensitivity in one workspace
- +Encrypted backups and exports preserve portability without extra tooling
- +Key recovery flows reduce risk of permanent data loss
- –File sharing and collaboration features are limited without careful key management
- –E2EE model can complicate onboarding for new devices and accounts
- –Audit-style governance controls for teams are not a central capability
- –Extensibility depends heavily on add-ons that expand the attack surface
Best for: Fits when individuals or small teams need encrypted notes with portable exports.
Conclusion
After evaluating 10 security, Sync.com 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 encryption software
This encryption software buyer’s guide compares Sync.com, Zivver, Tresorit, GnuPG, Proton Drive, 7-Zip, Signal, Cryptomator, AxCrypt, and Standard Notes around how encryption is applied to files, archives, vaults, or identity messaging.
The tools in this list differ most in key recovery flows, recipient and sharing controls, and how much automation depth exists through API-like integration and client-managed workflows.
Decision makers can map each tool to operational expectations for encrypted sharing, plaintext exposure boundaries, and governance controls that affect daily handling of cryptographic keys across teams.
The coverage spans client-side encryption models like Sync.com, Proton Drive, and Cryptomator, plus developer and operator workflows like GnuPG and 7-Zip, and plus user-centric privacy tools like Signal and Standard Notes.
Encryption software for protecting data through client-side encryption, file sharing controls, and key handling workflows
Encryption software converts readable content into ciphertext so storage providers and network paths handle only protected data, then it applies a key handling workflow for decryption by intended users.
Some tools focus on encrypted file and folder storage with client-side encryption, including Sync.com and Proton Drive, while others emphasize encrypted sharing actions with revocation and audit trails, including Zivver and Tresorit.
Other options center on operator-driven encryption workflows, including GnuPG for OpenPGP-compatible command-line signing, encryption, and trust decisions, and 7-Zip for AES-256 encrypted archive creation.
The practical differences show up in recovery-key design, recipient-specific access updates, and how much governance and automation depth the product supports for recurring encrypted workflows.
Encryption controls that change day-to-day handling
Encryption software only protects data when the key handling workflow matches the way teams share, recover, and revoke access. For this category, the biggest differences show up in recovery-key design, recipient-specific access updates, and the automation surface available for recurring workflows.
Feature selection also hinges on where plaintext exists during normal use. Client-side encryption in tools like Sync.com and Proton Drive shifts plaintext production to the device, while GnuPG and 7-Zip shift plaintext handling to the operator at encrypt or sign time.
Recovery-key workflow tied to account access
Sync.com provides an encrypted data recovery flow tied to account access, which supports recovery without forcing full client re-enrollment. Zivver instead emphasizes recipient-specific delivery controls and audit trails for sharing actions rather than account-bound recovery.
Recipient-specific revocation with audit trails
Zivver supports revocation and audit trails tied to recipient-specific delivery actions, which helps regulated teams control what recipients can do after sharing. Tresorit handles end-to-end encrypted sharing with revocation and access updates through client-managed keys.
Client-side encryption boundary for storage sync targets
Proton Drive produces ciphertext on-device before upload, which keeps plaintext out of the storage service path for Drive files. Cryptomator runs vault encryption on the client so any connected storage backend only sees ciphertext files.
Operator workflow for OpenPGP trust and CLI automation
GnuPG enforces decisions during signature validation using its key trust model and web-of-trust scoring, and it is designed for scriptable command-line signing and encryption. 7-Zip focuses on unattended packaging with AES-256 at archive creation time, without centralized key management or organization-grade rotation workflows.
Granular sharing controls with client-managed keys
Tresorit keeps plaintext out of the service using client-side encryption and supports granular sharing controls for revocation and permission changes. Sync.com pairs end-to-end encryption for many sharing and sync flows with a recovery-key flow that reduces operational friction when users lose access.
E2EE messaging identity verification scope
Signal uses encrypted chat and calls paired with in-app safety numbers verification for contacts and groups, which protects communication confidentiality and identity binding. Standard Notes applies per-note encryption with independent locking behavior, which protects selective content but offers limited collaboration and sharing without careful key management.
Match encryption workflow to governance and automation needs
The right encryption software depends on whether the operational unit is an account, a file sharing action, a vault, or an operator-driven command. Teams that need encrypted sync and manageable recovery typically prioritize account-based recovery controls like Sync.com, while teams that need regulated sharing actions prioritize recipient-specific revocation with audit trails like Zivver.
The automation and integration depth should also be mapped to workflow cadence. Developer-first operator tools like GnuPG and 7-Zip support CLI-driven batch encryption and signing, while file-sharing platforms like Tresorit and Zivver provide encryption control during sharing events but have more limited automation depth than developer-first tooling.
Choose the workflow object the product encrypts
Pick Sync.com or Proton Drive when the workflow object is stored file content in a sync-like experience, because ciphertext is produced on-device before the storage path sees plaintext. Pick Cryptomator when the workflow object is a vault that sits on top of an existing storage backend, because only ciphertext vault files are synced.
Decide whether revocation is recipient-specific or editor-specific
Pick Zivver when revocation must be applied per recipient delivery action with audit trails for encrypted file sharing behavior. Pick Tresorit when encrypted sharing and access updates must run through client-managed keys with granular permission changes.
Map recovery to how users lose access
Pick Sync.com when the organization wants encrypted data recovery tied to account access so encrypted data can be recovered without full client re-enrollment. Pick tools like Cryptomator when recovery is primarily a recovery-key problem for vault unlock rather than account-based recovery for managed storage.
Select the operational mode for encryption and signatures
Pick GnuPG when organizations need OpenPGP-compatible signing and encryption with a trust model enforced during signature validation and CLI automation for batch workflows. Pick 7-Zip when the operational mode is packaging files for transfer with AES-256 at archive creation time and no centralized key infrastructure is desired.
Assess automation and API expectations against implementation reality
If encrypted workflows must integrate deeply with systems that expect automated controls, Sync.com and Zivver provide limited automation depth compared with encryption platforms focused on automation. If the workflow can be handled with scripts and command-line operations, GnuPG and 7-Zip support batch signing, verification, and encryption without relying on a centralized key directory.
Check the governance surface for multi-user collaboration
Pick Zivver or Tresorit when collaboration requires governance that can stay aligned with encrypted sharing actions and revocation behavior across users. Pick Signal only when the primary need is confidential messaging and identity verification using safety numbers, because it has limited coverage for encrypted file and folder storage workflows.
Who benefits from each encryption workflow model
Different encryption products fit different operational patterns because the encryption control point changes where plaintext is handled and where governance decisions live. Some tools are built around encrypted sync and shared folders, while others are built around encrypted sharing events with revocation, or operator workflows for signing and encryption.
Teams that share documents and need recipient-level revocation and audit trails
Zivver matches encrypted document sharing needs by applying recipient-specific delivery controls with revocation and audit trails. Tresorit also supports end-to-end encrypted sharing with revocation and permission updates handled through client-managed keys.
Organizations that need encrypted storage with account-tied recovery
Sync.com fits when encrypted sync and shared folders must include a recovery-key flow tied to account access. Proton Drive fits when encrypted Drive storage must be produced on-device before upload with sharing permissions for folders and individual files.
Security teams and operators running batch cryptography and signature validation
GnuPG fits when OpenPGP-compatible encryption and signing are driven by CLI automation and trust decisions enforced through the key trust model. 7-Zip fits when transfer packaging must be automated with AES-256 encrypted archives without deploying key infrastructure.
Individuals or small teams using encrypted cloud storage without server changes
Cryptomator fits when a vault encrypts on the client so connected backends only see ciphertext vault files. AxCrypt fits when Windows-centric quick encrypt and decrypt workflows matter more than enterprise-grade RBAC and audit log depth.
Regulated users focused on confidential communications with identity verification
Signal fits when encrypted chats and calls include in-app safety numbers verification for contacts and groups. It is a weaker match when teams also require encrypted file and folder storage workflows.
Common encryption buying mistakes that break real workflows
Encryption projects fail when the chosen tool encrypts the right data type but cannot match the sharing, recovery, or automation behavior the organization needs. Mistakes also happen when governance expectations like audit trails and revocation depth are assumed to exist even though the product focuses on a different operational mode.
Selecting an encrypted vault tool for multi-user sharing and role governance without checking sharing coverage
Cryptomator is built around client-side vault encryption and it does not provide built-in multi-user sharing, roles, or delegated key management. Zivver and Tresorit target encrypted sharing actions, revocation, and admin governance for teams.
Assuming archive encryption equals a recoverable, managed key lifecycle
7-Zip adds AES-256 encryption during 7z archive creation but it has no built-in key management, rotation, or escrow workflows. Sync.com and Zivver focus on managed recovery and sharing control behaviors that support day-to-day operations.
Overlooking trust and recipient configuration requirements in centralized workflows
GnuPG operational UX depends on correct key trust and recipient configuration, and the platform does not provide a centralized key directory or policy service for organizations. Teams that need guided sharing control and revocation should evaluate Zivver or Tresorit instead of relying on manual key setup.
Choosing a messaging E2EE tool for encrypted file storage
Signal provides end-to-end encrypted chats and calls with safety numbers verification but it has limited coverage for encrypted files and folder storage workflows. For encrypted storage and sync style usage, Proton Drive or Cryptomator provides client-side ciphertext creation tied to storage workflows.
How We Selected and Ranked These Tools
We evaluated Sync.com, Zivver, Tresorit, GnuPG, Proton Drive, 7-Zip, Signal, Cryptomator, AxCrypt, and Standard Notes on feature fit for encrypted sharing and storage workflows, on ease of operating the key handling model, and on value for the expected workflow unit. Feature fit accounted for 40% and covered recovery-key flow, recipient-specific revocation behavior, and where plaintext is produced during normal use.
Ease and value each accounted for 30% and emphasized whether the tool works through an app workflow or through operator automation like command-line usage. Sync.com earned the highest ranking because its recovery-key flow is tied to account access for encrypted data recovery without requiring full client re-enrollment, which reduces the operational cost of losing access while maintaining client-side encryption behavior for sync and sharing.
Frequently Asked Questions About encryption software
How do client-side encryption workflows differ between Proton Drive, Tresorit, and Cryptomator?
When does encrypted file sharing work best with recipient revocation and audit trails, as in Zivver versus Sync.com?
Which tool is more suitable for encrypted messaging with identity verification, Signal or encryption for stored files like GnuPG?
What breaks if key recovery is handled at the account level in Sync.com instead of vault-specific flows like Cryptomator?
How do admin controls and audit logging differ between Tresorit and Zivver for encrypted sharing management?
When should teams use GnuPG instead of 7-Zip for encrypted backups and exports?
How do password-based encryption tools compare to key-managed approaches in AxCrypt and Proton Drive?
Which tool best fits automation requirements for encryption operations through a binary or API, GnuPG or Proton Drive?
What data portability tradeoff appears between Standard Notes and encrypted vault tools like Cryptomator?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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