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Technology Digital MediaTop 10 Best Firmware Update Software of 2026
Ranked top 10 firmware update software options with tool comparison criteria for IT teams, covering features, management scope, and tradeoffs.
How we ranked these tools
An editor sets the topic, the inclusion criteria, and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Atera is the best fit when RMM teams need firmware update tracking and rollout control in one console, whereas SWUpdate works better if you rely on an on-device firmware agent with recipe control and want external orchestration for fleet staging.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Atera
Per-device update status reporting tied to Atera’s managed inventory for wave deployment planning.
Best for: Fits when RMM teams need firmware update tracking and rollout control inside one console.
ManageEngine Patch Manager Plus
Editor pickFirmware updates follow Patch Manager Plus approval and staging workflows, so compliance reporting reflects the exact rollout waves.
Best for: Fits when teams need firmware updates governed through the same patch approvals and staging rings as OS patching.
Action1
Editor pickAgent-driven firmware update orchestration with fleet-wide rollout status reporting by device firmware version.
Best for: Fits when Windows endpoint teams need governed firmware rollouts and compliance reporting without building tooling.
Comparison Table
Atera
SMBCloud-based RMM with automated firmware update deployment.
Per-device update status reporting tied to Atera’s managed inventory for wave deployment planning.
Atera fits firmware update operations by tying update runs to managed device inventory and remote tasks, which keeps scheduling and tracking in one place. Firmware release handling is driven by staged deployments and per-device status, which supports ring-style rollouts for hardware subsets. The admin layer enables delegated device management with role-based access controls and audit visibility for key actions in the console.
A practical tradeoff is that high-control workflows rely on disciplined grouping and run orchestration inside the Atera environment, rather than an external firmware repository workflow. Atera works well when endpoint hardware variety is high and update operations must be coordinated with other RMM tasks like remote remediation or config changes.
- +Firmware rollouts reuse Atera managed device inventory
- +Staged scheduling supports wave-based change control
- +Status tracking keeps update state visible per endpoint
- +RBAC and audit logs support governance for update actions
- –Complex firmware dependency workflows need careful run planning
- –Delta patching and signed manifest workflows depend on vendor packages
IT operations teams
Update BIOS across lab workstation fleet
Reduced update drift
Global endpoint management
Staged rollout for mixed hardware models
Lower change risk
Show 1 more scenario
Managed service providers
Govern firmware actions across customer tenants
Improved accountability
Apply RBAC and review audit history for firmware update task initiation and outcomes.
Best for: Fits when RMM teams need firmware update tracking and rollout control inside one console.
ManageEngine Patch Manager Plus
SMBAutomated patching tool including firmware updates for endpoints.
Firmware updates follow Patch Manager Plus approval and staging workflows, so compliance reporting reflects the exact rollout waves.
ManageEngine Patch Manager Plus fits teams that already run configuration, patching, and inventory in a single operations workflow and want firmware updates to follow the same change control. It supports update scheduling windows, update approval workflows, and device targeting so rollout rings can be used to limit impact. Its firmware delivery sits inside the patching lifecycle, which reduces the need for separate tooling when patch approvals and maintenance calendars already exist.
A key tradeoff is that firmware coverage depends on what the patch management catalog provides and how well devices map to supported update packages, which can reduce flexibility for custom BIOS or BMC images. It works best when a fleet has consistent hardware families and administrators can segment devices into rings for staged deployments, using compliance reporting to measure progress after each wave.
- +Central patch approvals and scheduling apply to firmware as part of one workflow
- +Staged rollouts via device targeting reduce blast radius
- +Inventory and compliance views support ongoing firmware version tracking
- +Windows and Linux patching integration lowers operational overhead
- –Firmware update packaging flexibility depends on available managed update content
- –Hardware mapping gaps can require extra governance work to keep targeting accurate
- –Operational complexity increases when many rings and approvals are used
- –Limited control compared with firmware-specific flashing tools for edge hardware
IT operations managers
Stage BIOS updates in maintenance windows
Controlled rollout with measurable compliance
Datacenter change coordinators
Enforce update approvals for fleetwide firmware
Audit-friendly change tracking
Show 2 more scenarios
Sysadmins managing mixed OS
Keep firmware and OS patching aligned
Reduced tool sprawl
They use the same inventory and patch targeting approach for firmware alongside OS patches across Windows and Linux.
Security and operations teams
Drive remediation through compliance reporting
Faster remediation coordination
They prioritize firmware updates based on installed version gaps and confirm rollout progress from compliance views.
Best for: Fits when teams need firmware updates governed through the same patch approvals and staging rings as OS patching.
Action1
SMBCloud-native patching platform covering OS and firmware.
Agent-driven firmware update orchestration with fleet-wide rollout status reporting by device firmware version.
Action1 manages firmware updates as part of an endpoint operations workflow that begins with agent-based device discovery and ends with status reporting on installed firmware versions. Firmware rollouts can be organized into controlled deployment waves, with admin oversight for when updates run and which endpoints receive them. The reporting layer supports update compliance visibility across the managed fleet rather than a one-time batch push.
A practical tradeoff is that Action1’s firmware update coverage is strongest for Windows-managed endpoints and relies on supported firmware sources for the device models included in the workflow. Action1 fits best when update governance needs match an existing operations cadence, such as rolling BIOS updates for labs and warehouses during scheduled maintenance windows, then using compliance reporting to confirm coverage and catch gaps.
- +Firmware rollout scheduling and staged waves for controlled deployments
- +Endpoint discovery and firmware version reporting for fleet visibility
- +Agent-based management reduces reliance on manual device coordination
- +Centralized admin workflows for update oversight across endpoint estates
- –Firmware update coverage depends on supported device models and sources
- –Best fit is Windows-managed endpoints, with weaker parity for mixed OS fleets
- –Requires disciplined rollout planning to avoid overlapping maintenance windows
- –Firmware package management depth can feel limited versus BIOS specialists
IT operations teams
Stage BIOS updates across warehouses
Fewer missed devices
Security operations teams
Track firmware compliance after changes
Clear compliance evidence
Show 2 more scenarios
Device lifecycle managers
Standardize firmware versions fleetwide
Lower firmware version drift
Lifecycle managers reduce drift by rolling consistent firmware levels through scheduled staging rings.
Helpdesk managers
Coordinate maintenance windows with reporting
Faster operational coordination
Helpdesk teams coordinate updates and use status dashboards to communicate progress to stakeholders.
Best for: Fits when Windows endpoint teams need governed firmware rollouts and compliance reporting without building tooling.
PDQ Deploy
SMBSoftware deployment tool supporting firmware update scripts.
Firmware-style updates are orchestrated through PDQ Deploy job sequencing and staging, using the same console workflow as software deployments.
PDQ Deploy coordinates firmware and BIOS style update workflows from a central console while keeping jobs tied to device discovery and targeting. It supports staged rollouts, silent installs, and scheduled execution so update campaigns can be run in controlled windows.
- +Uses Windows-focused deployment jobs for consistent silent firmware execution
- +Supports staged rollouts with scheduling windows for controlled updates
- +Device targeting based on PDQ inventory reduces manual reach and remediations
- +Rollback planning can be implemented with pre and post job sequencing
- –Firmware update success depends on vendor tooling and exit codes
- –Dependency handling is limited when firmware requires complex prerequisite ordering
Best for: Fits when teams need repeatable, scheduled device targeting and silent execution for firmware updates.
Kaseya VSA
SMBRMM platform with automated firmware update deployment.
Agent-run task automation in VSA for firmware flashing commands and deployment scheduling across grouped endpoints.
Kaseya VSA pushes firmware update payloads through its remote monitoring and management workflows, with an emphasis on centralized device control rather than a firmware-specific console. It supports inventory-driven targeting and scheduled deployments that fit multi-vendor fleets where BIOS, BMC, and embedded controller updates are handled alongside broader IT remediation.
- +Uses existing VSA agents for scripted firmware delivery and execution tracking
- +Supports scheduled rollouts across selected device groups and sites
- +Centralizes firmware update execution inside broader remote management workflows
- +Provides execution outcome reporting tied to managed endpoint status
- –No firmware catalog, dependency graph, or rollback-state orchestration built in
- –Firmware correctness depends on external scripts and vendor flashing tools
- –Admin governance is limited to VSA task permissions rather than update approval workflows
- –Payload staging and repository management require custom operational processes
Best for: Fits when firmware updates must run inside a broader RMM workflow and teams already script vendor flashing tools.
SWUpdate
specialistStandalone update agent for embedded Linux.
Recipe-driven update execution with conditional steps that map directly to device-specific installation and reboot sequences.
SWUpdate is firmware update software for embedded Linux systems that focuses on controllable update workflows instead of a general device management console. It packages update content in a format SWUpdate can interpret and then drives execution based on recipes and conditional logic.
- +Recipe-driven update logic supports conditional flows per target device
- +Clear separation of image packaging and on-device execution reduces ambiguity
- +Extensible hooks make it practical to add signing or integrity checks
- +Deterministic logging helps trace failure points during field rollouts
- –Most deployment automation lives outside the device and requires integration
- –Complex update dependency handling can demand careful recipe design
- –Advanced governance workflows like approvals and rings need external tooling
- –Device fleet inventory scanning is not part of SWUpdate’s core scope
Best for: Fits when teams need on-device firmware execution with recipe control and external orchestration for fleet rollout.
SolarWinds RMM
SMBRemote monitoring and management with firmware update tools.
Firmware update execution inherits SolarWinds RMM remote task scheduling, targeting, and job history for operational continuity.
SolarWinds RMM is distinct as an RMM-first operations suite that can drive firmware update actions through device management, inventory, and scheduled job execution. Core capabilities focus on endpoint reach, remote task orchestration, and change visibility for managed fleets rather than on a firmware-only workflow.
- +Centralizes firmware rollout inside existing RMM inventories and remote job runs
- +Uses scheduling, device targeting, and execution logs for repeatable deployments
- +Supports unattended update workflows through remote script or installer execution
- +Keeps operational governance in one console for hardware and endpoint changes
- –Firmware-specific safety flows like rollback orchestration are limited to what scripts provide
- –Deep firmware inventory accuracy depends on vendor tooling availability on endpoints
- –Update channel rules and staged rings require careful custom task design
- –OEM flashing requirements can force per-model runbooks outside standard jobs
Best for: Fits when RMM-governed endpoint fleets need controlled firmware change execution using vendor tools.
ITarian RMM
SMBRMM platform with firmware update management for MSPs.
Task-based firmware rollout is managed inside the RMM workflow, so update scheduling and status reporting reuse existing operations controls.
ITarian RMM is used to orchestrate firmware update operations across managed endpoints, with the RMM workflow acting as the control plane for scheduling and execution. Firmware actions plug into ITarian’s remote management model, including inventory capture and task-based rollout.
- +Runs firmware tasks through the same automation engine as endpoint remediation
- +Inventory and targeting help segment updates by device identity
- +Supports staged rollouts using task scheduling and workflow controls
- +Centralizes operational reporting around update execution status
- –Firmware coverage depends on endpoint support and external tooling integration
- –Delta patching and A/B partition management need vendor-specific firmware paths
- –Rollback protection requires careful validation per firmware type and device generation
- –Complex dependency ordering is limited compared with firmware-focused orchestration
Best for: Fits when firmware updates must follow the same RMM governance, segmentation, and reporting as broader endpoint management.
ConnectWise RMM
SMBRemote monitoring and management with firmware update deployment.
Firmware rollout uses ConnectWise RMM’s agent scheduling and grouping to drive repeatable, audit-visible deployment workflows.
ConnectWise RMM provides firmware update orchestration by coordinating agent-based task execution, device inventory, and maintenance window scheduling.
- +Centralized fleet scheduling tied to RMM agents and device grouping
- +Automation hooks for triggering update workflows with scripts
- +Change control aligns with existing patch rings and maintenance windows
- +Post-deployment inventory refresh supports firmware version tracking
- –Firmware package handling is indirect and depends on scripts and vendor tools
- –Rollback protection requires external process design rather than native orchestration
- –Firmware compatibility coverage depends on maintained device group mapping
- –Deep hardware-specific validation is limited without added checks
Best for: Fits when RMM-driven change control already exists and firmware updates follow scripted runbooks.
Mender
enterpriseOpen-source OTA software update manager for IoT devices.
Release-driven staged rollouts that map update availability to device groups with auditable device outcome visibility.
Mender is a firmware update management system designed for fleets that need controlled rollouts across many embedded devices. It provides OTA orchestration with staged deployments, device grouping, and update state tracking.
- +Staged rollouts using device groups and release promotion
- +Clear device-side update states with enrollment and reporting
- +Designed around reliable update apply and recovery workflows
- +API-driven automation for orchestration and fleet visibility
- –Tight coupling to Mender client update flow and artifacts
- –Delta behavior depends on how update artifacts are built and published
- –Security setup requires careful key handling and signing integration
- –Complexity rises when coordinating multiple hardware variants
Best for: Fits when embedded device fleets need staged OTA orchestration with controlled release gates and measurable rollout results.
Conclusion
After evaluating 10 firmware update software, Atera 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 Firmware Update Software
Firmware update software coordinates how fleets receive and execute BIOS, UEFI, BMC, and embedded controller updates, with reporting that ties outcomes back to devices and versions. This guide focuses on ten tools used for firmware rollout control, including Atera, ManageEngine Patch Manager Plus, and Action1, plus alternatives like PDQ Deploy, Kaseya VSA, SWUpdate, SolarWinds RMM, ITarian RMM, ConnectWise RMM, and Mender.
Buyers typically choose based on rollout governance depth, firmware status visibility per device firmware version, and how much of the workflow stays inside one console. The category also splits between agent-driven orchestration in RMM-like products and recipe or release-driven update execution in dedicated firmware systems.
Firmware Update Software for coordinating fleet-wide update execution, staging, and device outcome reporting
Firmware update software is the system that schedules firmware rollouts, packages or stages firmware artifacts, targets devices, and records which devices updated to which firmware versions. Tools such as Atera tie per-device update status back to managed inventory so staged waves can follow planned rollout sequences.
In platforms like ManageEngine Patch Manager Plus, firmware updates run through the same approval and staging workflow used for patching, so the compliance view reflects the exact rollout waves. Other options focus on orchestration shape instead, with PDQ Deploy running firmware-style executions through repeatable job sequencing and SWUpdate using recipe-driven on-device execution logic for device-specific reboot and install steps.
Firmware update control signals and automation surfaces to compare
Firmware update software has to turn “a vendor image exists” into “a specific device moved to a specific version with a tracked outcome,” and that requires both deployment orchestration and device-level state capture.
The strongest tools keep firmware inside the same governance loop as staging, approvals, and execution reporting so change control matches the operational reality of who flashed what and when.
Per-device firmware status tied to inventory and rollout waves
Atera links per-device update status back to managed inventory so staged waves can follow planned rollout sequences. Action1 also reports firmware version status per device, but it is shaped around agent-driven orchestration.
Staging and approvals using patch governance workflows
ManageEngine Patch Manager Plus runs firmware updates through the same approval and staging workflows used for OS patching, which makes compliance reporting align with the exact rollout waves. PDQ Deploy instead emphasizes repeatable job sequencing and scheduling windows for silent firmware-style execution.
Execution model for firmware actions across device groups
Kaseya VSA and ITarian RMM drive firmware flashing commands through their agent task automation and device grouping for scheduled rollout control. ConnectWise RMM supports repeatable agent scheduling and grouping tied to scripted runbooks.
On-device update logic using recipes or release gating
SWUpdate uses recipe-driven execution with conditional step logic that maps directly to device-specific reboot and install sequences. Mender uses release-driven staged rollouts that map update availability to device groups and records device-side update states.
Dependency and reboot orchestration for complex firmware chains
Atera supports staged scheduling for wave-based change control, while its firmware dependency workflows require careful run planning for complex chains. SWUpdate provides conditional recipe control for ordering device-specific steps, while other orchestrators rely more on vendor tools and scripts.
Decide by orchestration depth, governance fit, and device-state reporting
Buyer decisions work best when the firmware rollout workflow gets mapped to an existing control plane rather than treated as a separate process.
Tools split into two practical philosophies: orchestrate firmware inside an RMM-style governance loop versus execute firmware using firmware-native recipe or release flows with device-side state.
Match firmware control to an existing governance loop
If firmware approvals and staging must follow the same change-control mechanics as OS patching, ManageEngine Patch Manager Plus fits because firmware updates inherit Patch Manager Plus approval and staging workflows. If the rollout needs to run as scheduled device deployment jobs with silent execution and the same console workflow as software, PDQ Deploy fits through job sequencing and scheduling windows.
Pick the orchestration philosophy that fits device-side reality
If firmware execution has to be driven from a firmware-native flow with conditional steps per target device, SWUpdate fits through recipe-driven on-device execution logic. If the rollout must follow release promotion with measured device outcomes, Mender fits through release-driven staged rollouts using device group availability and device-side update states.
Require per-device firmware outcomes that planners can act on
Choose Atera when rollout planning depends on per-device update status tied to managed inventory so wave deployment can follow planned sequences. Choose Action1 when fleet-wide firmware version reporting and governed firmware rollout scheduling must run without building extra tooling around separate systems.
Validate dependency handling against the vendor flashing reality
Choose Atera when wave-based change control matters most, but ensure complex firmware dependency workflows receive explicit run planning. Choose SWUpdate when complex reboot and install steps need conditional ordering encoded in recipes rather than inferred from external scripts.
Avoid rollout promises that depend on external scripting maturity
Choose Kaseya VSA or ConnectWise RMM when scripted vendor flashing commands already exist, because firmware correctness depends on external scripts and vendor tools. Choose SolarWinds RMM or ITarian RMM when operational continuity relies on existing RMM scheduling and job history, and accept that rollback safety flows are limited to what scripts provide.
Confirm coverage boundaries for the device models in scope
Treat Action1 coverage as tied to supported device models and the available firmware sources, because firmware update coverage depends on what devices and sources are supported. Treat the RMM-style options as dependent on what firmware tooling exists for the endpoint or device class, because package handling is indirect and often relies on scripts and vendor tooling.
Who benefits from Firmware Update Software with device-level tracking
Teams buying firmware update software usually need change control, fleet visibility, and repeatable execution across large sets of endpoints or embedded devices.
The right tool depends on whether firmware rollouts get governed like patching, executed like software deployments, or handled as firmware-native release flows with device-side outcomes.
RMM-first IT teams managing firmware alongside endpoint remediation
Atera, SolarWinds RMM, and ITarian RMM fit teams that already run remote tasks on endpoints because firmware rollout scheduling and execution logs reuse the same RMM mechanics and inventory targeting patterns.
Change-control teams that must tie compliance to exact rollout waves
ManageEngine Patch Manager Plus fits teams that want firmware to inherit approval and staging workflows so compliance reporting reflects the exact rollout waves. Atera also supports staged scheduling that planners can align to wave deployments via managed inventory status.
Windows endpoint teams that need governed firmware rollouts without building orchestration tooling
Action1 is a fit for Windows endpoint teams because it uses agent-driven firmware update orchestration with fleet-wide rollout status reporting by device firmware version. PDQ Deploy also fits teams that want silent execution tied to repeatable deployment job sequencing.
Embedded device teams that need release gating and device-side update states
Mender supports release-driven staged rollouts with auditable device outcome visibility because update availability gets mapped to device groups and device-side update states get reported. SWUpdate supports conditional recipe-driven execution because device-specific reboot and install steps can be encoded for each target.
Organizations with vendor flashing tools and scripts already standardized
Kaseya VSA and ConnectWise RMM support firmware flashing command delivery through agent scheduling and grouped endpoints, which works when vendor tooling and scripts provide the flashing logic and exit codes.
Common firmware rollout mistakes when buyers evaluate tools
Firmware update rollouts fail when tooling assumptions do not match how firmware packages behave on real hardware.
The most frequent problems show up in dependency handling, device coverage gaps, and thinking that rollback protection exists without an explicit orchestration design.
Assuming firmware rollback orchestration is native in every RMM-style tool
Kaseya VSA and ConnectWise RMM provide agent scheduling and run execution tracking, but rollback protection requires external process design rather than native orchestration. SolarWinds RMM and ITarian RMM also limit rollback safety flows to what scripts provide.
Treating dependency workflows as an automatic feature rather than a planning task
Atera supports staged scheduling for wave-based change control, but complex firmware dependency workflows require careful run planning. SWUpdate can handle complex reboot and install ordering via recipe logic, but dependency handling still requires deliberate recipe design.
Overlooking firmware packaging and targeting constraints that affect coverage and governance
ManageEngine Patch Manager Plus depends on available managed update content and hardware mapping accuracy for firmware targeting. Action1 firmware update coverage depends on supported device models and sources, so device coverage gaps can block consistent rollout reporting.
Expecting firmware outcomes to be device-identical when execution relies on vendor tooling exit codes
PDQ Deploy relies on vendor tooling and exit codes for firmware update success, so execution outcome accuracy depends on how vendor tools report failures. Mender records device-side update states, but its delta behavior depends on how update artifacts are built and published.
How analysts built the Firmware Update Software short list
Analysts started from a set of ten tools aimed at firmware rollout control and then collected the published product figures that describe how firmware execution, staging, and device outcome tracking work. Search tools opened the original publication and copied each figure beside the passage that stated it.
Analysts compared each captured figure with the vendor documentation, release notes, and any cited independent coverage, keeping the figure only when it matched those sources. Atera served as the highest-ranked reference point for per-device update status reporting tied to managed inventory and wave planning, and the other picks were kept when their stated rollout model and reporting mechanics matched specific fleet governance needs.
Frequently Asked Questions About Firmware Update Software
Which tool fits an IoT fleet that needs staged OTA rollouts with device outcome reporting?
How do RMM-style consoles handle firmware update scheduling and wave segmentation?
What breaks if firmware updates require vendor-specific flashing commands that the tool cannot wrap into its execution model?
Which option best supports governed firmware compliance reporting alongside OS patch approvals?
How do approval workflows and audit trails differ between Action1 and ConnectWise RMM?
Which tool is better for embedded Linux firmware updates when the orchestration runs outside the device?
How do teams migrate firmware inventory and update state data into a consistent data model?
What integration and API expectations usually apply when firmware updates must trigger from existing automation systems?
How does each tool reduce risk of failed rollouts when reboot and rollback protection are part of the firmware chain?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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