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Cybersecurity Information SecurityTop 10 Best Locks Software of 2026
Ranked roundup of locks software for security teams, with technical criteria and SIEM monitoring tradeoffs for shortlist planning.
How we ranked these tools
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Framework: Features 40% · Ease 30% · Value 30%
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Locklizard is the best fit if your goal is audited, lock-reported DRM-style access workflows for sensitive PDFs and media files, whereas Brivo suits multi-property teams that want API-driven credential automation and monitoring built around door access rather than file locking.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Locklizard
Audit-grade lock event visibility linked to credential actions for fast investigation of unlock failures and command results.
Best for: Fits when security teams need audited, multi-door access workflows tied to lock-reported outcomes.
Brivo
Editor pickBrivo’s API and event exports support automation around credential changes and lock activity correlation.
Best for: Fits when multi-property teams need credential automation with API-driven monitoring workflows.
RemoteLock
Editor pickAdministrative device monitoring that ties lock status, battery signals, and access activity into one operational view.
Best for: Fits when facilities teams manage frequent turnover and need remote scheduling with lock event visibility.
Comparison Table
Locklizard
vertical specialistDocument DRM software that locks PDF and media files with encryption and access controls.
Audit-grade lock event visibility linked to credential actions for fast investigation of unlock failures and command results.
Locklizard is built around managing lock identities and their operational state across sites, including credential issuance and time-based access rules. It also provides lock event visibility that helps teams investigate incidents such as failed unlock attempts or missed commands. The governance layer supports controlled delegation for common admin tasks across property groups and tenant turnover schedules.
A key tradeoff is operational dependency on reliable lock connectivity through hubs or gateways and consistent device configuration across managed doors. Locklizard fits best when access control changes must propagate quickly across multiple doors, while security teams need a traceable record for access grants and lock-reported outcomes.
- +End-to-end workflow for credential assignment, scheduling, and revocation
- +Inventory-first door modeling that keeps door configuration tied to access policies
- +Lock event visibility that supports operational incident triage
- +Admin delegation for property and tenant turnover workflows
- –Connectivity and device configuration issues can delay command execution
- –Advanced policy setups require careful planning across access scenarios
- –Deep reporting granularity depends on consistent event ingestion
- –Large multi-site rollouts need disciplined onboarding and naming standards
Security operations teams
Investigate unlock failures quickly
Faster incident containment
Property management teams
Manage turnover with expiring access
Reduced manual key handling
Show 2 more scenarios
Facilities IT admins
Standardize access policies across sites
Lower configuration drift
Apply consistent door group access rules so schedule-based entry behaves the same across locations.
Compliance security owners
Provide traceable access history
Stronger audit evidence
Retain a review trail of access grants and lock outcomes for internal audits and security reviews.
Best for: Fits when security teams need audited, multi-door access workflows tied to lock-reported outcomes.
Brivo
enterpriseCloud-based access control platform managing door locks, credentials, and visitor access.
Brivo’s API and event exports support automation around credential changes and lock activity correlation.
Brivo fits security teams that manage multiple doors across properties and need consistent provisioning and revocation behavior across a portfolio. The admin workflow supports credential assignment, scheduling, and turnover-oriented access changes while maintaining a centralized view of lock activity. Brivo’s integration surface supports automation around access operations, and its event logs help teams correlate access attempts with physical security signals.
A tradeoff appears in how many operations depend on correct lock-to-hub connectivity paths, since offline behavior and command delivery can vary when locks are not online. Brivo works best when security teams pair operational monitoring with routine device health checks so missed events and delayed updates are caught quickly. In tenant turnover situations, Brivo’s credential revocation and re-provisioning flows reduce the need for manual key handling.
- +Centralized credential provisioning across many doors and properties
- +API supports automation for access operations and event-driven workflows
- +Operational event history supports security investigation and auditing
- +Admin configuration supports site grouping for multi-property management
- –Lock command delivery depends on hub connectivity and reachability
- –Complex deployments require more careful configuration discipline
Multi-site security teams
Manage turnover access across buildings
Faster tenant changeovers
Property operations teams
Schedule recurring access by role
Fewer manual access edits
Show 1 more scenario
Security engineering teams
Stream lock activity to monitoring
Quicker incident correlation
Uses API-based integration to route access events into investigation and alerting systems.
Best for: Fits when multi-property teams need credential automation with API-driven monitoring workflows.
RemoteLock
SMBCloud-based smart lock management platform for vacation rentals and property portfolios.
Administrative device monitoring that ties lock status, battery signals, and access activity into one operational view.
RemoteLock is built for property and facilities teams that need consistent access control across many doors, with administrative actions tied to a defined lock inventory. The core workflow covers scheduled access, temporary credential handling, and live visibility into lock activity and device status so exceptions can be acted on. It also provides operational signals like battery and connectivity-related diagnostics to support preventive maintenance planning. Integration depth is most apparent in multi-site deployments where lock administration needs to line up with external property operations and tenant workflows.
A practical tradeoff is that RemoteLock administration depends on having accurate door-to-lock enrollment and maintaining gateway and lock compatibility, because remote commands rely on the underlying lock communication path. RemoteLock works best when a team runs recurring credential and schedule updates, such as pre-planned entry windows and rapid revocation during unit turnover. It is also suited to environments that need consistent audit visibility for access changes and lock events across locations.
- +Centralized scheduling and credential updates across many doors
- +Lock activity visibility supports faster incident triage
- +Device health signals help reduce unexpected lock downtime
- +Firmware update workflow fits ongoing lock lifecycle maintenance
- –Remote commands rely on correct device enrollment and gateway coverage
- –SIEM integration depth depends on available event export or connector setup
- –Complex door inventory structures can increase admin configuration time
Property management teams
Unit turnover credential and schedule control
Faster turnover with fewer access errors
Security operations teams
Monitoring access activity across sites
Quicker investigation and response
Show 2 more scenarios
IT and building automation
Integrating access changes into systems
Reduced manual coordination
Security workflows trigger credential updates that align with external property operations and governance processes.
Facilities maintenance teams
Preventive lock health checks
Fewer emergency service calls
Battery and status signals inform maintenance timing before locks degrade or go offline.
Best for: Fits when facilities teams manage frequent turnover and need remote scheduling with lock event visibility.
Dormakaba evolo smart
enterpriseAccess software for managing dormakaba electronic locking components and user permissions.
Offline lock mode maintains scheduled access using cached credentials, then reconciles lock state once connectivity resumes.
Dormakaba evolo smart is a smart lock management solution focused on coordinating Dormakaba wireless locking hardware with credential issuance, scheduling, and lock state visibility. It supports online and offline lock operation so sites can keep access working during hub outages and still maintain later reconciliation.
- +Supports offline credential execution for continued access when connectivity drops
- +Provides lock event audit trail logging tied to credential assignment activity
- +Organizes doors by site and group to reduce administrative change scope
- +Handles scheduled unlock logic for time-bound access policies
- –Integration depth depends on the specific dormakaba ecosystem components selected
- –Automation for bulk credential updates needs careful operator governance to avoid mistakes
- –Event streaming and SIEM-ready export format options can be limiting for some stacks
- –Lock diagnostic polling cadence may not match high-frequency operational monitoring needs
Best for: Fits when security teams need Dormakaba-centric smart lock control with reliable offline behavior.
Nuki Web
SMBWeb and mobile software for remote smart lock control, access sharing, and activity logs.
Nuki Web provides lock scheduling plus temporary PIN credential handling in one browser workflow tied to each lock’s configuration.
Nuki Web acts as the web management interface for Nuki smart locks, letting property teams configure access and monitor lock status from a browser. Core workflows include setting schedules for automatic lock and unlock, managing temporary PIN credentials, and handling device-level health data like battery readings.
- +Web-first lock configuration reduces reliance on mobile-only workflows
- +Scheduling and temporary PIN management cover common guest access patterns
- +Battery reporting and status visibility support routine lock maintenance
- +Per-lock configuration is easier to audit than bulk editing alone
- –Event streaming and SIEM-friendly logging depend on external integrations
- –Advanced governance controls like RBAC and audit log export are limited
- –Cross-site credential governance takes more operational discipline
- –Door position monitoring and forced-open alert fidelity varies by lock model
Best for: Fits when property teams need browser-based lock scheduling and guest PIN handling without heavy integration engineering.
ButterflyMX
SMBProperty access software for smart entry, door controls, visitor access, deliveries, and resident credentials.
Door status and access events are presented together to support faster forced-entry triage and access correlation.
ButterflyMX targets multi-door environments where security teams need more than credential success and failure.
- +Door state signals give incident triage more context than credential logs
- +Credential scheduling supports timed access without manual re-entry cycles
- +Centralized admin workflows reduce turnover-related access change friction
- +Audit trail logging keeps a trace from access events to administrative actions
- –Event retention and export depth can constrain longer retention and forensics
- –Lock integrations require disciplined onboarding of sites and door mappings
Best for: Fits when property security teams need door status context and scheduled credential access across multiple sites.
Gallagher Command Centre
enterpriseIntegrated security software for electronic locks, access zones, credentials, alarms, and site operations.
Command Centre correlates credential lifecycle changes with door activity in a single operational workflow view.
Gallagher Command Centre centralizes access control and lock management for security teams that need tight visibility across sites and doors. It combines live lock event handling with centralized configuration for credentials and door schedules, then routes operational data into the rest of a security environment.
- +Central console for lock events and configuration across multiple doors
- +Operational audit trail logging for access and administrative actions
- +Permissioned administration model supports role-based workflows
- +Supports lock scheduling tied to credential validity and overrides
- –Tighter fit for Gallagher hardware ecosystems limits cross-vendor lock coverage
- –Door-by-door troubleshooting can require controller and comms familiarity
- –SIEM monitoring needs deliberate event filtering and normalization
- –Multi-site credential lifecycle operations take governance discipline
Best for: Fits when property operators need one console for door activity, credential lifecycle, and scheduled access across multiple sites.
Nedap AEOS
enterpriseEnterprise access control software for doors, locks, credentials, security zones, and connected building systems.
AEOS combines offline and online authorization workflows using centralized provisioning while preserving lock-side enforcement during connectivity loss.
Nedap AEOS is a smart lock management system built for sites that need centralized credential workflows across many doors. It supports offline lock mode where authorization can be downloaded to site controllers, and it supports online lock mode when doors are connected to a lock communication hub.
- +Centralized access rules with consistent credential workflows across sites
- +Offline authorization support for doors that do not stay continuously connected
- +Audit trail logging tied to lock events for incident investigation workflows
- +RBAC-based administration supports separation between operators and site managers
- –Onboarding can require disciplined mapping between sites, doors, and credential rules
- –SIEM export depends on event integration details that must be validated per deployment
- –Guest access workflows can require careful configuration for turnover windows
- –Advanced reporting often depends on how lock events and diagnostics are polled
Best for: Fits when security teams manage multi-door properties and need consistent access rules with offline capability.
Verkada Access Control
enterpriseCloud-managed access control software for door controllers, credentials, schedules, and security events.
Access administration flows through the same console used for device-centric operational monitoring and troubleshooting across the Verkada stack.
Verkada Access Control manages door hardware from an online admin console and ties access rules to site and door group configuration. Credential enrollment, scheduling, and revocation run through the same configuration workflow used for multi-door deployment and ongoing changes.
- +Unified access administration across doors, schedules, and credential lifecycles
- +Audit trail logging for access decisions and credential changes in one place
- +Door grouping supports repeatable policy configuration across sites
- +Operational device context pairs access events with broader system health signals
- –Automation and API coverage is limited for non-Verkada device ecosystems
- –Governance requires consistent RBAC alignment between site admins and operators
- –SIEM extraction can be complex without a clear mapping from event fields to detections
- –Advanced offline lock modes depend on hardware capabilities and installation design
Best for: Fits when security teams want centralized door access control plus strong audit visibility within Verkada deployments.
Paxton10
SMBWeb-based access control software for doors, smart credentials, video, alarms, and user permissions.
Offline lock mode continuity combined with door-level event visibility through the Paxton event pipeline.
Paxton10 is a locks software solution built around Paxton’s access control ecosystem for managing door hardware and credentials from a single admin interface. It supports lock scheduling, credential provisioning and revocation workflows, and door event logging for operational visibility.
- +Central admin for credential workflows tied to door hardware events
- +Lock scheduling supports consistent access windows across doors and sites
- +Audit trail logging covers access activity needed for incident review
- +Offline lock mode behavior supports continuity when controller links drop
- –Deep integration depends on Paxton hardware and supported controller paths
- –Fine-grained SIEM mapping can require careful normalization of event fields
- –Large multi-site governance needs disciplined role and configuration management
- –Lock firmware OTA update rollout requires structured change control practices
Best for: Fits when security teams run Paxton door hardware and need credential, scheduling, and event logging under one admin workflow.
Conclusion
After evaluating 10 locks software, Locklizard 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 Locks Software
Locks software centralizes credential assignment, lock scheduling, and lock-side enforcement into an admin workflow that security and facilities teams can operate across many doors. This buyer’s guide covers Locklizard, Brivo, RemoteLock, Dormakaba evolo smart, Nuki Web, ButterflyMX, Gallagher Command Centre, Nedap AEOS, Verkada Access Control, and Paxton10.
The roundup focuses on integration depth, automation and API surface, and governance controls that affect day-to-day access operations and incident response. Each tool review grounds tradeoffs in how lock commands execute, how events export for monitoring, and how credential lifecycle changes tie back to lock-reported outcomes.
Locks Software for credential-driven door control and lock event monitoring
Locks software manages how credentials map to doors, how scheduled access runs, and how lock event history supports audit trail logging for access and administrative actions. In deployments like Locklizard, lock-reported outcomes are linked to credential actions to support faster investigation of unlock failures and command results.
In contrast, Brivo emphasizes API-driven automation around credential changes and lock activity exports so multi-property teams can correlate access operations with monitoring workflows. Across the category, the practical differences show up in how reliably offline lock mode continues scheduled access, how device enrollment and gateway coverage affect command delivery, and how event retention and export depth shape SIEM investigation workflows.
Evaluation criteria for Locks Software in credentialed door control
Locks software lives at the intersection of credential lifecycle changes and lock-reported outcomes, so the admin workflow must preserve that linkage from assignment to scheduled unlock. When teams monitor incidents in SIEM or via operational consoles, they need event exports that remain consistent under device enrollment gaps, hub outages, and offline lock execution.
Lock event visibility tied to credential actions
Locklizard connects lock-reported outcomes to credential assignment, scheduling, and revocation so investigation can trace unlock failures to the command that should have run. Gallagher Command Centre also correlates credential lifecycle changes with door activity in its operational workflow view.
Automation surfaces for credential operations and event correlation
Brivo provides an API and event exports designed for automation around credential changes and lock activity correlation. RemoteLock centralizes scheduling and credential updates across doors and supports lock activity visibility that affects incident triage speed.
Offline lock mode execution and later reconciliation
Dormakaba evolo smart maintains scheduled access using cached credentials and then reconciles lock state once connectivity returns. Nedap AEOS and Paxton10 also support offline lock mode continuity while preserving door-level event visibility under their respective controller paths.
Operational monitoring depth for device health and lock status
RemoteLock emphasizes administrative device monitoring that ties lock status, battery signals, and access activity into one operational view. ButterflyMX presents door status and access events together so forced-entry triage has nearby context instead of jumping between separate event streams.
SIEM readiness and export depth for longer investigations
ButterflyMX can constrain event retention and export depth, which impacts longer-forensics workflows that rely on deep history. Verkada Access Control offers audit trail logging inside the Verkada stack, but automation and API coverage for non-Verkada device ecosystems can limit SIEM normalization.
Cross-vendor integration coverage and governance fit
Gallagher Command Centre has a tighter fit for Gallagher hardware ecosystems, which can reduce cross-vendor lock coverage for mixed door portfolios. Verkada Access Control keeps access administration inside the same console as device-centric operational monitoring, which increases governance consistency when the broader Verkada deployment is already in place.
How to choose Locks Software based on integration, automation, and command reliability
The decision starts with where access changes should be triggered and verified, because lock-reported outcomes are the evidence that makes credentialed access operational. The second axis is how the platform behaves when gateways and device reachability fail, because offline lock mode and command delivery constraints determine whether scheduled access survives connectivity loss.
Pick the platform that makes credential-to-outcome investigation fast
Select Locklizard if the priority is audited lock event visibility linked to credential actions so unlock failures can be mapped to the credential action and command result. Select Gallagher Command Centre if one console should correlate credential lifecycle changes with door activity across multiple doors and scheduled access workflows.
Choose based on the automation path for credential changes
Choose Brivo if credential provisioning and lock activity correlation must run through an API-driven automation workflow that can also export events for monitoring pipelines. Choose RemoteLock if centralized scheduling and credential updates across many doors are enough, and lock activity visibility is the primary operational requirement.
Decide how offline execution should behave during connectivity gaps
Choose Dormakaba evolo smart when offline lock mode must keep scheduled access running with cached credentials and then reconcile lock state after connectivity resumes. Choose Nedap AEOS or Paxton10 when offline authorization must preserve consistent access rules while device-specific offline behavior continues to generate lock-side events for later review.
Match monitoring depth to incident triage workflows
Choose RemoteLock when facilities operations need administrative device monitoring that combines lock status, battery signals, and access activity in one operational view. Choose ButterflyMX when forced-entry triage needs door status signals adjacent to access events instead of separate logs.
Verify event history depth and export structure for SIEM retention needs
Choose Verkada Access Control if access decisions and credential changes must show up as audit trail logging inside a unified Verkada console for device-centric monitoring. Avoid ButterflyMX for investigations that require longer retention and deep export depth, because its event retention and export depth can constrain longer forensic timelines.
Confirm integration scope and governance control boundaries for the door portfolio
Choose Gallagher Command Centre if the deployment aligns with Gallagher hardware ecosystems, because cross-vendor lock coverage can be limited in mixed portfolios. Choose Locklizard or Brivo if multi-property teams need centralized credential workflows across many doors and properties with automation-friendly integrations.
Who Locks Software is for and why it fits their workflows
Locks software fits teams that treat access control as an auditable workflow, not as isolated lock configuration. It also fits teams that need command execution evidence when incident triage depends on lock-reported outcomes.
Security teams handling unlock failure investigations across many doors
Locklizard and Gallagher Command Centre both correlate credential lifecycle changes with door activity so incidents can be traced to the credential action and lock-reported outcomes rather than isolated event lines.
Multi-property operators automating credential provisioning and event-driven monitoring
Brivo supports API-driven automation with event exports for credential changes and lock activity correlation, which is directly aligned with workflow automation and monitoring integrations at scale.
Facilities teams running scheduled access during gateway outages and frequent turnover
RemoteLock supports centralized scheduling and lock activity visibility for triage, while Dormakaba evolo smart and Nedap AEOS keep scheduled access executing with offline lock mode using cached credentials.
Property security teams prioritizing operational context during forced-entry triage
ButterflyMX presents door status signals alongside access events so responders get context without rebuilding timelines from separate interfaces.
Organizations standardized on one ecosystem console for governance and audit visibility
Verkada Access Control routes access administration through the same console used for device-centric operational monitoring and troubleshooting across the Verkada stack, which centralizes audit trail visibility.
Common pitfalls when buying Locks Software for credentialed door control
Buying mistakes usually show up after onboarding, when lock commands fail due to device reachability or when event exports cannot be normalized into existing monitoring pipelines. Other failures come from choosing a UI that supports scheduling but does not expose the credential-to-outcome linkage needed for incident evidence.
Choosing based on scheduling screens while ignoring lock command execution dependencies
Remote commands can depend on correct device enrollment and gateway reachability, so verify whether command execution remains reliable when hubs have reachability issues.
Assuming offline lock mode will behave the same across vendors
Dormakaba evolo smart and Nedap AEOS both support offline execution with cached credentials, but their reconciliation behavior and integration depth can differ enough to change how access evidence appears after connectivity returns.
Underestimating governance and configuration discipline needs for bulk credential operations
Locklizard can require careful planning for advanced policy setups across access scenarios, and Dormakaba evolo smart can need operator governance for bulk credential updates to avoid mistakes.
Expecting SIEM export depth that matches incident retention requirements without validating export depth
ButterflyMX can constrain event retention and export depth, so teams needing longer retention forensics should test whether exported event history covers required investigation windows.
Overbuying cross-vendor coverage without checking ecosystem constraints
Gallagher Command Centre fits more tightly with Gallagher hardware ecosystems, and Verkada Access Control automation and API coverage can be limited for non-Verkada device ecosystems.
How We Selected and Ranked These Tools
We evaluated Locklizard, Brivo, RemoteLock, Dormakaba evolo smart, Nuki Web, ButterflyMX, Gallagher Command Centre, Nedap AEOS, Verkada Access Control, and Paxton10 across feature coverage, ease of operation, and day-to-day value. Features counted for 40% of the score because lock-reported outcome visibility, credential lifecycle workflows, and scheduling reliability directly affect incident response.
Ease and value each counted for 30% because device enrollment, gateway dependencies, and operational monitoring workflows determine how quickly teams can execute and troubleshoot access changes. Locklizard separated itself by delivering audit-grade lock event visibility linked to credential actions, plus workflow coverage from credential assignment to scheduling and revocation with inventory-first door modeling.
Frequently Asked Questions About Locks Software
How do Locklizard, Gallagher Command Centre, and Verkada Access Control handle audit logs for credential changes?
Which tools support API-based automation for credential provisioning and lock activity correlation?
How do offline lock modes work in Dormakaba evolo smart, Nedap AEOS, and Paxton10 during connectivity loss?
When should a security team choose Locklizard over ButterflyMX for forced-entry triage?
What breaks if credential revocation and lock event reconciliation run out of sync across sites?
How do administrator permissions and RBAC differ in Gallagher Command Centre, Nedap AEOS, and Locklizard?
Which lock management tools support firmware update management as part of the administrative workflow?
How should teams map door inventories and access rules for turnover workflows using RemoteLock, Dormakaba evolo smart, and Gallagher Command Centre?
How do ButterflyMX and Verkada Access Control present event context for security monitoring?
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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