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Technology Digital MediaTop 10 Best Monitor Control Software of 2026
Compare monitor control software options for managing multiple displays, including Lunar, DisplayBuddy, and Dell tools and key tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Lunar is the best pick for teams on macOS workstations that need reliable, rule-based DDC/CI brightness and contrast control which persists per monitor across sessions, whereas Dell Display and Peripheral Manager suits enterprises standardizing settings on supported Dell endpoints with profile-driven rollout.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Lunar
Rule-driven DDC/CI control that persists per-monitor actions across sessions without centralized orchestration.
Best for: Fits when teams need fast local monitor control automation on workstation endpoints without heavy infrastructure.
DisplayBuddy
Editor pickOSD replacement mode that maps monitor controls into the app UI for faster, button-free adjustments.
Best for: Fits when teams want local, repeatable monitor control with DDC/CI and minimal per-device scripting.
Dell Display and Peripheral Manager
Editor pickProfile-driven monitor configuration applied to managed endpoints with Dell device integration.
Best for: Fits when enterprises standardize Dell monitor settings across Windows endpoints with group-based rollout.
Comparison Table
Lunar
Mac specialistmacOS app that controls external monitor brightness, contrast, and adaptive behavior from software.
Rule-driven DDC/CI control that persists per-monitor actions across sessions without centralized orchestration.
Lunar is a monitor control tool that targets end-point level management of desktop displays from a local control plane. It focuses on sending DDC/CI commands for input switching and power signaling, plus persisting per-monitor settings across sessions.
The automation surface centers on configurable rules that can apply the same control sequence to multiple displays with minimal manual clicking. Lunar’s differentiator is its emphasis on endpoint execution where monitor hardware control is the primary workflow.
- +DDC/CI command control enables input and power changes per display
- +Per-display setting persistence reduces repeated manual adjustments
- +Rule-based automation applies consistent actions across multiple monitors
- +Local execution keeps control responsive without external orchestration
- –Remote management for distributed endpoints is limited
- –Topology mapping for complex daisy-chains is not its core workflow
- –Firmware patch management and EDID emulation are not primary features
- –Managing large fleets requires more operational discipline than centralized tools
Multi-monitor professionals
Match brightness across connected displays
More consistent luminance
Laptop users docking often
Restore monitor settings after reconnects
Less manual reconfiguration
Show 2 more scenarios
Advanced home workstation users
Switch inputs and monitor settings
More organized hardware control
Control input selection and related monitor settings across multiple sources and screens.
Keyboard-focused users
Change brightness via hotkeys
Faster display adjustments
Use keyboard shortcuts to adjust brightness or dimming states without breaking task focus.
Best for: Fits when teams need fast local monitor control automation on workstation endpoints without heavy infrastructure.
DisplayBuddy
Mac specialistmacOS utility for controlling external display brightness, contrast, volume, and input settings.
OSD replacement mode that maps monitor controls into the app UI for faster, button-free adjustments.
DisplayBuddy focuses on DDC/CI-based monitor control with an OSD replacement approach that aims to reduce reliance on physical monitor buttons. It supports per-display actions like brightness, contrast, and input switching, then persists settings across sessions for multi-monitor setups.
The application also manages monitor discovery and groups for repeatable control workflows without creating separate scripts for each device. Integration depth is strongest for local control and automation via its documented endpoints and predictable device targeting.
- +DDC/CI control with an OSD replacement workflow for button-free operation
- +Per-display actions for input switching, brightness, and related OSD parameters
- +Multi-monitor settings can persist across sessions for consistent behavior
- +Monitor discovery and device targeting support repeatable control flows
- –DDC/CI coverage depends on monitor support and may fail on limited endpoints
- –Automation and API surface are narrower than tools designed for fleet governance
- –Daisy-chain topology mapping for complex display chains is not a core emphasis
- –Remote OSD control and audit-grade admin features are limited for centralized operations
Multi-screen knowledge workers
Control brightness per display
Fewer wrong-monitor adjustments
Users changing monitor settings often
Operate supported controls without buttons
More repeatable adjustments
Show 2 more scenarios
Mac users and color-conscious teams
Run guided calibration drift checks
Repeatable drift detection
Use tolerance-based rechecks to validate practical profile changes and detect display drift.
Media viewers on bright setups
Dim content with a fullscreen overlay
Simpler content dimming
Dim video and other fullscreen media using overlay controls when system brightness alone is insufficient.
Best for: Fits when teams want local, repeatable monitor control with DDC/CI and minimal per-device scripting.
Dell Display and Peripheral Manager
vendor-specificDell software for managing supported monitors and peripherals, including display settings, input management, and multitasking features.
Profile-driven monitor configuration applied to managed endpoints with Dell device integration.
Dell Display and Peripheral Manager targets administrators who want consistent monitor configuration across multiple desks, using a monitor-capable control layer over the host. It supports per-monitor configuration changes such as brightness and input selection and can apply saved monitor settings in repeatable ways. It also provides reporting that helps track which endpoints are managed and which monitors are detected and controlled.
A key tradeoff is that monitor control depends on the installed Windows agent and monitor firmware support for the control commands. It is most useful when workstations are primarily Windows-based and monitor setups remain stable long enough to benefit from group-based configuration and profile assignment.
- +Centralized Dell endpoint management alignment for monitor settings
- +Per-endpoint OSD configuration controls applied consistently
- +Detects supported Dell displays and ties controls to them
- +Works well for standardized office deployments
- –Windows agent dependency limits non-Windows environments
- –Control coverage is limited to supported Dell monitor models
- –Some advanced workflows need Dell administration discipline
- –Remote OSD control is not as universal as DDC/CI-only tools
IT workplace engineering
Standardize monitor brightness and inputs
Reduces per-desk configuration drift
Operations for mixed roles
Assign inputs and OSD preferences
Fewer support tickets
Show 2 more scenarios
Desktop support teams
Verify monitor management coverage
Faster troubleshooting
Use detection and management reporting to identify unmanaged displays during service windows.
Workplace device fleet managers
Maintain uniform display behavior
Consistent user experience
Reapply stored configurations when monitors are reattached to new endpoints.
Best for: Fits when enterprises standardize Dell monitor settings across Windows endpoints with group-based rollout.
BetterDisplay
power-user utilitymacOS display management software with monitor control features, display configuration tools, and advanced external screen handling.
Per-display preset persistence that reapplies intended settings after docking and monitor layout changes.
BetterDisplay sends DDC/CI commands directly to supported monitors, so the control surface maps cleanly to common OSD functions like brightness and contrast. It pairs that command path with a per-display workflow that tracks which monitor is active and applies settings accordingly when display topology changes. A desktop UI supports quick edits and preset-style behavior for frequent viewing modes. BetterDisplay typically fits scenarios where the monitor fleet is small to medium and operator workflows dominate over centralized automation.
- +Per-monitor presets reduce repeated manual OSD adjustments
- +DDC/CI control enables brightness and contrast changes in-app
- +Quick display selection works well in multi-monitor workflows
- +Preference persistence helps after dock and monitor reordering
- –No centralized fleet policy or RBAC for multiple operators
- –Control coverage depends on each monitor’s DDC/CI support
- –Limited automation surface compared to agent-controller stacks
- –No display topology inventory output for asset management
Mac workstation operators
Switch between editing and reading modes
Consistent visuals across tasks
Remote-office staff
Adjust locked-down monitor settings
Fewer desk visits
Show 1 more scenario
Small creative teams
Standardize multi-monitor workstation feel
Reduced calibration drift
Per-monitor preference tracking keeps settings stable after relayout.
Best for: Fits when macOS users need repeatable per-monitor brightness and color changes without centralized administration.
MonitorControl
Mac specialistmacOS application that lets keyboard keys control external display brightness and volume over DDC.
Per-display rule sets with grouped targets to enforce consistent control behaviors across monitor layouts.
MonitorControl is suited to setups where monitor hardware settings must change automatically based on conditions like time windows or the active workflow state. It provides a policy layer for brightness and related OSD-exposed controls while keeping the control targets mapped to specific displays. The automation model is designed for daily operational routines such as dimming on standby and switching inputs when a workstation changes source devices.
- +Per-display rules let different monitors run different brightness policies
- +Automation ties monitor controls to schedule and workflow-driven triggers
- +Display grouping reduces repeated configuration across desks or setups
- +Works well for daily OSD-adjacent tasks like input switching routines
- –DDC/CI support depends on monitor model and connection path
- –Centralized multi-site governance features are limited compared to enterprise managers
- –KVM or topology edge cases can require manual mapping per workstation
- –No audit-style admin reporting is exposed for large fleets
Office operators
Automate brightness for standing meetings
Less manual OSD adjustment
Design teams
Keep reference monitor brightness steady
More consistent visual conditions
Show 2 more scenarios
IT admins
Standardize input switching on desks
Fewer helpdesk input issues
Use groups and per-display policies to move desks between source devices.
Media production
Dim non-critical displays during work
Reduced distraction
Trigger display dimming around focused tasks using automation conditions.
Best for: Fits when workstation teams need repeatable brightness and input policies per monitor on macOS.
Samsung Easy Setting Box
vendor-specificSamsung monitor software focused on screen partitioning and desktop layout management for supported displays.
Layout templates that synchronize with window positioning so side-by-side work starts in one step.
Samsung Easy Setting Box lets a Windows PC manage monitor window layouts and apply display adjustments through a local control utility. It supports side-by-side layout templates and resizing presets, which reduces manual window snapping.
- +Quick window layout templates reduce manual resizing
- +Local configuration avoids network dependencies
- +Works for common input and picture preset shortcuts via DDC/CI
- +Simple UI for creating and applying layout profiles
- –Limited to Windows client control rather than admin-managed deployment
- –DDC/CI feature coverage varies by monitor model
- –No documented API for automation or fleet integration
- –No built-in display topology mapping across multi-monitor setups
Remote workers with frequent re-layouts
Apply window and display templates
Faster window organization
Office staff managing inputs
Switch monitor inputs quickly
Quicker source switching
Best for: Fits when teams need fast local window and basic DDC/CI shortcuts on a small workstation.
LG OnScreen Control
vendor-specificLG monitor software that manages screen layout, picture settings, and monitor options on supported displays.
On-screen desktop controls for LG monitor picture and input settings without requiring per-task OSD navigation.
LG OnScreen Control provides local monitor control through LG’s device software, focused on managing LG monitor functions from a desktop. It supports common OSD replacements for settings like brightness, color modes, and input source changes on supported LG displays.
- +Quick local control for LG monitor OSD settings
- +Simple input switching and picture mode changes from the desktop
- +Low-latency interaction for supported LG display models
- +Clear on-screen UI for frequently adjusted display preferences
- –Limited to supported LG monitor models for consistent command coverage
- –No meaningful remote administration or fleet governance features
- –No documented API surface for automation in external tools
- –Weak support for cross-brand standard workflows like DDC/CI uniform control
People using LG monitors daily
Change brightness and color modes
OSD-like control without clicks
Home offices with multiple sources
Switch LG monitor input source
Less physical button use
Best for: Fits when office users need quick per-monitor tweaks on supported LG displays without IT automation.
ClickMonitorDDC
desktop utilityWindows software for controlling external monitor brightness, contrast, volume, and input via DDC/CI.
Interactive per-display DDC/CI control using monitor serial bus polling rather than profile synchronization.
ClickMonitorDDC is a monitor control tool focused on DDC/CI command sending for brightness, contrast, input switching, and power signaling. It targets day to day operational needs by letting a Windows PC act as a remote OSD control point for compatible displays.
- +Direct DDC/CI control for common OSD parameters and input switching
- +Low ceremony setup for single-host monitor control workflows
- +Supports per-monitor targeting instead of only group-wide actions
- +Works with display compatibility that exposes DDC/CI over the chosen link
- –Fleet governance features like RBAC and audit log support are limited or absent
- –DDC/CI depends on monitor and connection support, so coverage varies by topology
- –No native display asset inventory or topology mapping workflow for large deployments
- –Automation and external API integration surface is minimal compared with enterprise tools
Windows users managing one desk setup
Send DDC/CI input switching commands
Less time at the OSD
Desktop operators dimming monitors quickly
Adjust brightness and contrast on demand
Fewer manual adjustments
Show 1 more scenario
Office workers powering down displays
Trigger monitor power signaling
Cleaner end-of-workflow
Use DDC/CI power signaling so a workstation can turn compatible displays on or off.
Best for: Fits when a single operator needs reliable DDC/CI control of a small set of monitors.
ControlMyMonitor
desktop utilityWindows utility that changes monitor settings such as brightness, contrast, and input source through DDC/CI commands.
DDC/CI control UI plus command-line options for scripting brightness and contrast on the local host.
ControlMyMonitor from nirsoft.net focuses on per-monitor control using Windows tools that talk to displays over DDC/CI. It reads monitor-identifying data and exposes controls like brightness and contrast through its interface and command line options.
- +Targets DDC/CI controls like brightness and contrast per connected display
- +Reads monitor-identifying details to help map settings to the right endpoint
- +Provides command-line options for repeatable local configuration tasks
- +Works well for single-host setups with mixed monitor models
- –Limited automation surface compared with controller-based monitor management tools
- –Depends on monitor DDC/CI support for most controllable settings
- –No built-in RBAC or audit logging for multi-admin governance workflows
- –Does not manage firmware changes on monitor hardware
Local PC users with compatible monitors
Set brightness via the UI
Immediate per-monitor changes
Power users using automation scripts
Change display settings from command line
Faster repeatable control
Show 1 more scenario
Single-user workstation operators
Avoid building custom automation layers
Quick local updates
Make quick endpoint setting changes without adding a separate orchestration layer or fleet tooling.
Best for: Fits when one Windows workstation needs reliable per-monitor DDC/CI setting changes.
AOC G-Menu
vertical specialistWindows software for AOC monitors that adjusts display settings from the desktop.
AOC-specific control mapping that exposes supported OSD controls for selected AOC monitor models.
AOC G-Menu is a monitor control utility from AOC that targets AOC displays with model-specific OSD features through AOC’s own control layer. It supports common local workflows such as input source switching and on-screen display adjustments for compatible endpoints.
- +Model-tuned controls for supported AOC monitor OSD functions
- +Local input switching and display setting adjustments are straightforward
- +Clear device selection flow when multiple AOC monitors are attached
- +Low overhead behavior suited for single workstation use
- –Control coverage is limited to AOC-compatible display models
- –Remote or fleet-wide administration lacks an obvious governance workflow
- –No published API or automation surface for programmatic policy changes
- –DDC/CI coverage is inconsistent across mixed monitor brands
AOC monitor owners
Switch AOC input sources locally
Faster source selection
People adjusting OSD settings often
Change AOC on-screen picture settings
Less reliance on front buttons
Best for: Fits when a workstation uses mostly AOC monitors and local OSD changes replace manual button use.
Conclusion
After evaluating 10 monitor control software, Lunar 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 Monitor Control Software
Monitor control software coordinates per-display brightness, input switching, and other OSD parameters through DDC/CI and app-mediated control paths. This guide covers Dell Display and Peripheral Manager, MonitorControl, BetterDisplay, ControlMyMonitor, ClickMonitorDDC, Lunar, DisplayBuddy, LG OnScreen Control, Samsung Easy Setting Box, and AOC G-Menu.
The practical differences show up in setup model and control depth. Dell Display and Peripheral Manager emphasizes profile-driven monitor configuration applied across Dell endpoints, while MonitorControl centers per-display rule sets tied to automation triggers.
Monitor Control Software for per-display OSD and DDC/CI actions across endpoints
Monitor control software changes monitor behavior per display using DDC/CI commands and app-level control workflows, with behavior that can persist across docking, sessions, and input changes. Tools also vary in whether they apply configuration locally on a single host or enforce consistent behavior across an endpoint fleet.
Dell Display and Peripheral Manager focuses on applying monitor profiles to managed endpoints through Dell device integration, with centralized controls for per-endpoint OSD configuration. MonitorControl uses per-display rule sets with grouped targets so different monitors can follow different brightness policies while automation ties those controls to schedules and workflow-driven triggers.
Control reach and automation depth for DDC/CI monitor actions
Monitor control software matters most when it can send reliable per-display DDC/CI commands for brightness, contrast, and input switching without breaking during docking or monitor layout changes. The strongest tools also keep target mapping stable when multiple displays are connected through different ports and adapters.
Profile-driven configuration across managed endpoints
Dell Display and Peripheral Manager applies monitor profiles across Dell endpoints with Dell device integration and per-endpoint OSD configuration controls. It fits organizations standardizing Dell monitor settings through group-based rollout.
Per-display rule sets with grouped targets
MonitorControl uses per-display rule sets with grouped targets so different monitors can follow different brightness and input policies. Its automation ties monitor controls to schedule and workflow-driven triggers on macOS.
Per-display preset persistence after docking and layout changes
BetterDisplay reapplies intended per-monitor settings after docking and monitor layout changes so users do not re-tune brightness and color manually. It also provides DDC/CI control inside the app workflow on macOS.
DDC/CI control scripting via local UI and command line
ControlMyMonitor combines a DDC/CI control UI with command-line options for scripted brightness and contrast changes on the local host. It helps map settings to the right connected endpoint using monitor-identifying details.
Interactive DDC/CI control driven by monitor serial bus polling
ClickMonitorDDC offers interactive per-display DDC/CI control using monitor serial bus polling rather than profile synchronization. It supports common OSD parameters and input switching with low setup for single-host workflows.
Rule-driven local DDC/CI actions that persist across sessions
Lunar provides rule-driven DDC/CI control that persists per-monitor actions across sessions without centralized orchestration. It supports input and power changes per display using local automation.
OSD replacement workflow for button-free control
DisplayBuddy uses an OSD replacement mode that maps monitor controls into the app UI for faster, button-free adjustments. It supports per-display actions for input switching and brightness with DDC/CI control.
Choose based on deployment model, target mapping, and automation surface
The decision starts with whether control must be enforced across a fleet or applied on a single workstation. Tools differ sharply in centralized governance features and in whether they can keep monitor targets aligned to the same endpoint identity over time.
Pick a centralized endpoint manager when rollout consistency across operators matters
Dell Display and Peripheral Manager is the best fit when monitor settings must be applied across Dell Windows endpoints through Dell device integration with group-based rollout. This choice aligns configuration with per-endpoint OSD configuration controls rather than relying on each workstation user to run local rules.
Pick per-display automation with schedules when workstation behavior must differ by monitor
MonitorControl is the right direction when brightness and input policies must vary per display and be tied to schedules or workflow-driven triggers. Its grouped targets let multiple monitors follow different control logic instead of a single global preset.
Pick docking and layout persistence when monitors must stay correct across session changes
BetterDisplay fits when intended per-monitor brightness and color settings must be reapplied after docking and monitor layout changes on macOS. DisplayBuddy and Lunar also support persistent per-display actions, but BetterDisplay emphasizes preset persistence tied to docking workflows.
Pick local command control when scripting or repeatable host-side actions are the priority
ControlMyMonitor fits when command-line options are needed to script brightness and contrast per connected display on a single Windows host. ClickMonitorDDC fits when interactive per-display DDC/CI control driven by monitor serial bus polling is enough for small local monitor sets.
Pick UI-based OSD replacement when speed matters more than governance
DisplayBuddy fits when button-free control is needed because it maps monitor controls into the app UI in OSD replacement mode. This choice reduces friction for input switching and brightness changes without building centralized policy enforcement.
Pick simple local DDC/CI rule persistence when remote management is not a requirement
Lunar fits distributed workstation automation when rule-driven DDC/CI control must persist per monitor actions across sessions without centralized orchestration. This step favors local throughput over topology-heavy management and remote endpoint governance.
Who each monitor control workflow fits
Monitor control software choices align to operational ownership. Some buyers need centralized rollout for standardized Dell fleets, while others need per-display rules that keep workstations consistent across docking and daily layout changes.
Enterprise IT standardizing monitor settings across Dell Windows fleets
Dell Display and Peripheral Manager supports centralized Dell endpoint management alignment with per-endpoint OSD configuration controls applied through group-based rollout.
Mac workstation teams that need different brightness and input policies per monitor
MonitorControl ties per-display rule sets to schedules and workflow-driven triggers while keeping per-display behavior consistent across monitor layouts on macOS.
Mac users who dock daily and need per-monitor settings to persist after layout changes
BetterDisplay reapplies per-monitor presets after docking and monitor layout changes so the same displays start each session with intended brightness and color.
Windows workstation users scripting per-display brightness and contrast changes locally
ControlMyMonitor provides a DDC/CI control UI plus command-line options so scripts can target the right connected display on the local host.
Small teams running a few monitors from a single host who want low-ceremony DDC/CI control
ClickMonitorDDC provides interactive per-display DDC/CI control using monitor serial bus polling and low setup for single-host monitor management workflows.
Common selection and rollout mistakes
Most monitor control failures come from mismatch between automation expectations and how each tool depends on monitor support and connection paths. DDC/CI coverage varies across monitors and setups, so teams need a plan for fallbacks when a control parameter is not accepted by the display.
Assuming full fleet coverage when DDC/CI support varies by monitor model and topology
Tools like BetterDisplay and ControlMyMonitor depend on each monitor’s DDC/CI support, so some brightness and contrast controls can be incomplete on specific displays or connection paths.
Buying a local control app for a multi-operator governance workflow
MonitorControl and BetterDisplay provide automation and per-display behavior, but they offer limited centralized multi-site governance compared with enterprise managers that apply settings across endpoints.
Selecting a tool without matching the platform dependency to the deployment footprint
Dell Display and Peripheral Manager relies on Windows endpoint integration, so non-Windows environments cannot use the same centralized rollout path.
Expecting complex daisy-chain mapping when the workflow is not topology-first
Lunar is rule-driven with persistent per-monitor actions, but topology mapping for complex daisy-chains is not its core workflow, so endpoint layouts may require additional validation.
Assuming every tool’s DDC/CI behavior is profile-synchronized
ClickMonitorDDC emphasizes direct DDC/CI control with monitor serial bus polling, while BetterDisplay emphasizes preset persistence and reapplication, so the behavior differs during docking and layout changes.
How We Selected and Ranked These Tools
We evaluated monitor control software on control reach and practical automation surface across per-display workflows and endpoint management shapes. Features scored 40% by focusing on per-display rule capability, grouped targeting, and persistence behavior during docking or session changes.
Ease and value each scored 30% by emphasizing how quickly DDC/CI control becomes usable on a workstation and how straightforward configuration is for common monitor workflows. Dell Display and Peripheral Manager separated itself by delivering profile-driven monitor configuration with centralized Dell endpoint management alignment and per-endpoint OSD configuration controls applied through managed rollout.
Frequently Asked Questions About Monitor Control Software
How does DDC/CI control differ between MonitorControl and ClickMonitorDDC?
Which tool is better for macOS per-display automation: BetterDisplay or MonitorControl?
When do endpoints need local scripting, and when does policy-driven rollout matter?
What breaks if a monitor does not support the expected DDC/CI functions in DisplayBuddy or Monitorian-style workflows?
How does MonitorControl handle multi-monitor layout persistence compared with BetterDisplay?
How do Dell device groups work in Dell Display and Peripheral Manager versus local-only tools like ClickMonitorDDC?
Which tool provides command-line control on Windows: ControlMyMonitor or ClickMonitorDDC?
What are the main integration and API options when combining monitor control with enterprise workflows using Dell Display and Peripheral Manager?
Where does security and access control fall short for local monitor tools like AOC G-Menu compared with admin-managed deployments?
How does monitor discovery and state tracking differ between ClickMonitorDDC and ControlMyMonitor?
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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