GITNUXSOFTWARE ADVICE
Technology Digital MediaTop 10 Best Firmware Update Software of 2026
Ranked roundup of top firmware update software tools for IoT fleets, including ConnectWise RMM, fwupd, and Atera, with tradeoff notes.
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%
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ConnectWise RMM is the best fit when your teams treat BIOS and firmware installers as managed tasks with scheduled targeting and rollout reporting, while fwupd is a strong specialist choice for Linux fleets that need consistent firmware inventory and scripted updates.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
ConnectWise RMM
Task-based firmware execution uses RMM scheduling and device targeting so BIOS workflows can be rolled out in controlled rings.
Built for fits when teams run BIOS and firmware installers as managed tasks with scheduling, targeting, and rollout reporting..
fwupd
Editor pickThe daemon plus plugin architecture drives device-specific update paths with unified discovery, staging, and application commands.
Built for fits when Linux fleets need consistent firmware inventory and scripted update application without vendor flashing steps..
Atera
Editor pickFirmware update execution and reporting reuse the same device inventory and fleet grouping used for remote management.
Built for fits when IT teams need firmware update orchestration tied to existing device inventory and operational monitoring..
Related reading
Comparison Table
ConnectWise RMM
SMBRemote monitoring and management with firmware update deployment.
Task-based firmware execution uses RMM scheduling and device targeting so BIOS workflows can be rolled out in controlled rings.
Firmware updates run as managed tasks against selected devices, which fits organizations that already standardize endpoints in ConnectWise RMM. Device grouping and targeting help segment fleets so updates do not hit every machine at once. Reporting covers rollout completion and outcomes at the managed-device level, which supports update compliance tracking across multiple locations.
A key tradeoff is that ConnectWise RMM does not provide a native firmware-specific repository, dependency graph, or cryptographic manifest workflow for each vendor image. Teams that need secure boot chain validation, cryptographic signature verification, or A B partition update control typically must validate those behaviors within the firmware tooling they deploy. ConnectWise RMM fits best when BIOS and firmware images are distributed through existing automation steps and when operational governance centers on scheduled execution windows and per-device approval.
- +Per-device targeting lets firmware workflows run on controlled subsets
- +Scheduling supports change windows and reduces accidental concurrent updates
- +RMM task telemetry provides rollout status and post-change outcomes
- +Automation scripting supports vendor-specific update installers
- –No native firmware repository and version graph for images
- –Firmware dependency handling depends on external workflow logic
- –Signed firmware and verification steps require custom deployment steps
- –Multi-vendor update testing requires more governance discipline
Managed service providers
Ring rollout of BIOS updates
Lower rollout risk
IT ops teams
Per-site maintenance window execution
Cleaner change control
Show 2 more scenarios
Endpoint engineering
Installer automation for multiple vendors
Consistent deployment
Endpoint engineering can script firmware installers so each device runs the matching vendor package.
Security and compliance leads
Firmware compliance reporting
Faster remediation
Security teams can use update outcome reporting to identify devices that still need firmware changes.
Best for: Fits when teams run BIOS and firmware installers as managed tasks with scheduling, targeting, and rollout reporting.
fwupd
specialistDaemon for firmware update on Linux desktops and servers.
The daemon plus plugin architecture drives device-specific update paths with unified discovery, staging, and application commands.
On Linux systems, fwupd discovers supported devices and surfaces firmware versions per device, then downloads and applies update images using backend plugins. The plugin model connects hardware vendors and buses to specific update mechanisms, including UEFI capsule updates for machines that support them and alternate paths for embedded controllers. The update application is mediated by the system daemon, which enables consistent preflight checks and reduces the need for per-vendor scripts.
A key tradeoff is that fwupd coverage depends on available device plugins and metadata for each platform, so unsupported hardware requires falling back to vendor tools. It fits environments that want fleet-wide firmware inventory scanning and hands-off update application on Linux hosts with repeated maintenance windows.
- +Plugin-based device support keeps update mechanisms hardware-specific
- +Firmware inventory and version reporting are built into the workflow
- +Daemon-mediated update flow standardizes checks and application steps
- +Metadata-driven releases reduce manual image selection
- –Device coverage is limited by plugin availability for each model
- –Custom update behavior usually requires extending or configuring plugins
- –Non-Linux operations still need separate vendor tooling
- –Some environments require careful staging to manage reboot impact
IT operations teams
Monthly firmware maintenance on Linux hosts
Lower manual flashing workload
Endpoint engineering
Silent rollout to hardware mix
Fewer wrong-image deployments
Show 2 more scenarios
Platform security teams
Signed payload verification for updates
Reduced firmware integrity risk
Relies on fwupd’s update verification steps before applying firmware images to devices.
Kernel and device support teams
Adding support for new devices
Faster onboarding of new models
Extends or adds plugins to implement hardware-specific update transport and state handling.
Best for: Fits when Linux fleets need consistent firmware inventory and scripted update application without vendor flashing steps.
Atera
SMBCloud-based RMM with automated firmware update deployment.
Firmware update execution and reporting reuse the same device inventory and fleet grouping used for remote management.
Atera focuses on orchestrating update execution across a managed device fleet while keeping device selection anchored to inventory and grouping. Administrators can schedule update runs, choose which devices participate, and monitor task outcomes at the device level. Remote management capabilities reduce the operational gap between pre-change verification and post-change validation. Integration depth is practical for IT teams that already manage endpoints in Atera, because firmware workflows are not isolated from the rest of fleet operations.
A tradeoff appears in firmware specifics. Atera’s strength is orchestrating delivery and tracking rather than providing a dedicated cryptographic signing, manifest validation, and rollback-protection pipeline tuned for embedded OTA formats. For fleets that already rely on OEM tooling for signed payload workflows, Atera can still coordinate deployment windows and reporting, but it will not replace platform-specific secure update infrastructure. A common fit is a mixed hardware estate where firmware packages must be rolled out in staged rings and operators need consistent device-level status reporting.
- +Uses managed inventory and grouping for update targeting
- +Central scheduling supports staged rollout patterns across fleets
- +Device-level monitoring connects rollout execution to operations
- +Works within a broader remote management workflow
- –Firmware signing and rollback protection are not a first-class workflow
- –Update dependency handling is limited compared with OEM-specialized suites
- –Vendor firmware format handling can require per-vendor package preparation
- –Secure boot chain orchestration is outside the core firmware model
IT operations teams
Stage BIOS updates across departments
Reduced rollout coordination time
Managed service providers
Standardize firmware deployment per customer
Fewer manual update handoffs
Show 2 more scenarios
Fleet compliance managers
Track firmware version drift
Better compliance visibility
Use device inventory context to identify noncompliant endpoints and plan follow-up runs.
Enterprise endpoint administrators
Coordinate change windows with remote checks
Lower change failure impact
Pair scheduled firmware runs with operational monitoring to verify outcomes post-deployment.
Best for: Fits when IT teams need firmware update orchestration tied to existing device inventory and operational monitoring.
Ivanti Endpoint Manager
enterpriseUnified endpoint management with firmware update capabilities.
Governed firmware deployment using Ivanti endpoint management targeting and staged rollout controls.
Ivanti Endpoint Manager targets endpoint lifecycle and patching, and firmware updates are handled through its managed endpoint deployment workflows tied to Ivanti device management components. The core strengths are enterprise governance for device targeting, repeatable deployment scheduling windows, and firmware inventory visibility across managed fleets.
Ivanti Endpoint Manager also supports automation via integration points that can feed update eligibility and reporting into existing IT operations. Coverage is strongest for organizations already using Ivanti for endpoint management and want centralized control over firmware rollouts rather than a standalone firmware orchestrator.
- +Centralized endpoint targeting for firmware packages across managed device groups
- +Update scheduling support fits staged rollouts and maintenance windows
- +Firmware inventory and compliance reporting integrate into endpoint operations
- +Works well when firmware updates ride on existing Ivanti deployment pipelines
- –Firmware-specific workflow depth is less tailored than dedicated firmware orchestrators
- –Signed payload verification and update dependency resolution require careful operational design
- –A/B partition and rollback failure detection are not consistently surfaced in standard workflows
- –Automation depends heavily on Ivanti integration capabilities and admin setup discipline
Best for: Fits when enterprises already run Ivanti endpoint management and need governed, scheduled firmware rollouts for a managed fleet.
PDQ Deploy
SMBSoftware deployment tool supporting firmware update scripts.
PDQ Deploy jobs integrate with package scripts so firmware installers run with silent parameters and controlled scheduling by device collections.
PDQ Deploy runs scheduled and on-demand Windows endpoint software deployments using PDQ Deploy’s console and agentless network scanning. It also supports firmware-adjacent workflows by pushing BIOS, UEFI capsule, BMC, and embedded-controller update executables across selected device groups with silent arguments and staged rollouts.
Configuration is driven by reusable packages, which makes update channels and version-based rollout plans easier to replicate. Governance relies on PDQ Deploy job history, per-target reporting, and controlled execution windows rather than firmware-aware cryptographic validation.
- +Agentless package execution uses Windows networking for fast target discovery
- +Job scheduling and phased collections support ring-style firmware rollouts
- +Per-device deployment status and detailed job history help troubleshoot failures
- +Reusable packages reduce repeat effort for recurring firmware versions
- –No native firmware signing or manifest verification support
- –Firmware inventory and dependency checks require external tooling or scripting
- –Granular hardware compatibility mapping depends on custom collections
- –Rollback controls require custom scripts since A/B partition orchestration is not built in
Best for: Fits when Windows endpoint teams need scripted firmware update pushes with collection-based staging.
ITarian RMM
SMBRMM platform with firmware update management for MSPs.
Firmware inventory scanning and results tagging flow into staged deployment targeting for mixed BIOS and embedded controller fleets.
ITarian RMM is a firmware update management choice for teams that already run RMM-driven device operations and need hardware state awareness during rollout. Firmware inventory collection, update packaging, and staged deployment workflows support repeatable BIOS, UEFI, and embedded controller operations across a segmented fleet.
The automation surface centers on task scheduling, remote execution hooks, and compliance-style reporting tied to device results. Operational governance is handled through centrally managed policies and admin controls that map to who can target which endpoints and when.
- +RMM task scheduling supports coordinated firmware rollout windows
- +Firmware inventory signals reduce blind flashing across mixed hardware
- +Staged deployment supports ring-based risk control for critical endpoints
- +Central policies keep targeting consistent across technician workflows
- –Firmware signing and manifest validation controls are not presented as first-class features
- –Hardware compatibility matrix coverage depends on imported vendor data
- –Dependency handling for mixed update bundles is limited
- –Advanced verification steps add operational overhead during rollout
Best for: Fits when RMM-driven IT teams need scheduled firmware rollouts with device inventory checks and staged approvals.
SWUpdate
specialistStandalone update agent for embedded Linux.
SWUpdate’s manifest and step execution model lets per-device install behavior be defined as declarative actions and scripts.
SWUpdate is a firmware update orchestrator that focuses on declarative update manifests and repeatable deployment flows. It supports staged installations with configurable download, verification hooks, and device-side execution ordering.
The project also integrates with embedded targets through installer logic and common update artifacts, which helps when updates must run across mixed hardware and software states. Its control surface centers on update manifests and scripts rather than a web dashboard.
- +Manifest-driven update flows make deployments reproducible across firmware versions
- +Extensible install steps let integrators add device-specific actions without rewriting the engine
- +Staging and ordering controls reduce partial update risks during multi-component installs
- +Strong focus on embedded targets supports workflows outside full OTA stacks
- –Correct governance depends on manifest and script discipline across device fleets
- –Advanced orchestration like A B slot rollbacks is not a default turn-key feature
- –Dependency handling across components needs explicit configuration and testing
- –Operational visibility requires extra integration with logging and inventory tooling
Best for: Fits when teams want manifest-based firmware deployment across Linux and embedded targets with custom install logic.
ManageEngine Patch Manager Plus
SMBAutomated patching tool including firmware updates for endpoints.
Staged deployment with policy approvals lets teams roll firmware updates through rings using firmware version compliance views.
ManageEngine Patch Manager Plus focuses on endpoint patching workflows, including firmware discovery, scheduled deployment, and compliance reporting for managed device inventories. It integrates with Active Directory-based targeting and can coordinate update rollout by grouping machines and controlling execution windows. Core capabilities include inventory collection for firmware versions, policy-driven approvals, and reporting for which devices meet a desired firmware baseline.
- +AD-driven targeting reduces effort for device scope management
- +Firmware inventory collection supports version visibility across managed endpoints
- +Policy approvals and staged rollouts reduce release risk for updates
- +Compliance reporting shows which devices meet a desired firmware baseline
- –Firmware coverage depends on vendor detection support for each hardware family
- –Custom firmware workflows require careful repository preparation and testing
- –Dependency handling for multi-component firmware releases can be limited
- –Scaling large device fleets can require tuning of scan and deployment schedules
Best for: Fits when IT teams need controlled firmware patch rollouts tied to AD groups and repeatable compliance reporting.
Action1
SMBCloud-native patching platform covering OS and firmware.
Endpoint-focused firmware deployment workflows with per-device completion and inventory visibility inside the same management console.
Action1 pushes and manages firmware updates across Windows endpoints with a central console that also handles device inventory and software deployments. Firmware packages are staged to endpoints and applied via Action1 deployment workflows, with status visibility per target device.
Action1 pairs update orchestration with reporting so teams can track what firmware versions are installed and which devices still need rollout. Action1 is distinct for combining endpoint discovery, grouping, and deployment automation in one control plane for mixed fleets that include firmware update tasks.
- +Single console covers endpoint inventory, grouping, and firmware rollout tracking
- +Per-device deployment status supports rollout audits for firmware update runs
- +Automation via scheduled deployments reduces manual firmware refresh work
- +Workflow reuses the same deployment mechanism used for software packages
- –Firmware orchestration depends on Windows endpoint availability and tooling support
- –Less granular fleet controls than dedicated OTA orchestration stacks
- –No built-in delta patching path for firmware artifacts
- –Limited native support for hardware-specific flashing workflows beyond OS-run deployment
Best for: Fits when firmware updates target mostly Windows-managed fleets that need centralized staging, deployment, and version compliance reporting.
NinjaOne
SMBUnified IT management with patching including firmware updates.
Agent-driven rollout control that pairs firmware tasks with NinjaOne fleet segmentation and operational reporting.
NinjaOne is a firmware update operations tool for organizations that already run device management and want an extension into endpoint firmware change control. It supports agent-based device inventory, tagging, and scheduling so firmware deployments can be targeted by fleet segments and maintenance windows.
It also provides task orchestration and reporting for rollout status and operational accountability across managed endpoints. For teams needing change governance around BIOS, BMC, and embedded controller updates, NinjaOne focuses on workflow execution and visibility rather than raw firmware-format conversion.
- +Agent-based device targeting using tags and fleet segmentation
- +Task scheduling supports maintenance windows and staged rollouts
- +Operational reporting shows rollout progress across managed endpoints
- +Unified workflow for firmware updates alongside broader endpoint management tasks
- –Limited firmware-specific controls compared with dedicated update orchestration tools
- –Firmware dependency handling depends on how update packages are prepared
- –API automation depth for firmware orchestration is less granular than workflow-first products
- –Governance requires careful role setup to prevent approval bypass
Best for: Fits when endpoint fleets need controlled firmware deployment through existing device management workflows.
Conclusion
After evaluating 10 technology digital media, ConnectWise RMM 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 typically coordinates firmware inventory collection, staged deployment, and per-device execution tracking across BIOS and embedded controller targets. This guide covers ConnectWise RMM, Ivanti Endpoint Manager, and NinjaOne for managed fleet orchestration, plus fwupd and SWUpdate for Linux-first firmware workflows.
The selection criteria focus on integration depth with endpoint inventory and scheduling, plus automation and API-driven control surfaces when vendors expose them through documented interfaces. The top-ranked option is ConnectWise RMM, followed by fwupd and Atera based on how consistently they run firmware updates as managed tasks tied to targeting and reporting.
Firmware update software for orchestrated deployment, inventory, and compliance across fleets
Firmware update software runs firmware installers with device targeting, rollout scheduling, and execution reporting so fleets can move through change windows with controlled scope. In ConnectWise RMM, firmware execution is task-based with scheduling and device targeting that supports ring-style rollout patterns for BIOS workflows.
In contrast, fwupd centers on a daemon plus plugin architecture that drives device-specific update paths with unified discovery, staging, and application commands on Linux systems. SWUpdate defines update behavior with a manifest and step execution model so deployments stay reproducible across firmware versions through declarative actions and extensible install steps.
Firmware update orchestration capabilities that decide rollout safety
Firmware update software is judged by how it ties discovery, staging, and per-device execution into controlled change windows, because BIOS workflows and embedded controller flashing fail in different ways than OS patching. The most practical differentiators show up in how targeting works, how update behavior is defined, and how much native inventory and reporting is included in the orchestration layer.
Task-based execution with device targeting and ring-style scheduling
ConnectWise RMM runs firmware execution as scheduled managed tasks with device targeting that supports controlled subsets and phased rollout patterns for BIOS workflows.
Linux firmware inventory and plugin-driven update paths
fwupd uses a daemon plus plugin architecture to drive device-specific update paths and includes firmware inventory and version reporting inside its workflow.
Reuse of existing device inventory and grouping for firmware reporting
Atera performs firmware update execution and reporting using the same device inventory and fleet grouping used for remote management.
Governed staged rollout aligned to enterprise endpoint groups
Ivanti Endpoint Manager provides centralized endpoint targeting for firmware packages with scheduling that supports staged rollouts through maintenance windows.
Agentless Windows execution tied to collections and phased staging
PDQ Deploy runs scripted firmware installers via package scripts with silent parameters using Windows networking for discovery and phased collections for ring-style rollouts.
Manifest-based declarative firmware install steps with reproducibility
SWUpdate defines firmware behavior with a manifest and a step execution model that keeps deployments reproducible across firmware versions.
Choose firmware update orchestration based on update definition and operational control
Firmware update orchestration splits into two practical philosophies, because some platforms execute firmware as managed tasks tied to endpoint inventory while others treat update behavior as declarative manifests and per-device steps. The right choice depends on how update behavior must be expressed, how update rollouts must be segmented, and where governance and verification are expected to live in the workflow.
Pick the execution model that matches firmware workflow ownership
Choose ConnectWise RMM when firmware installers should run as scheduled managed tasks with device targeting and rollout reporting for controlled ring-style deployments. Choose SWUpdate when firmware behavior must be represented as a manifest with declarative steps and reproducible execution across firmware versions.
Align targeting and staging with the inventory system already in use
Select Atera or Ivanti Endpoint Manager when fleet grouping and endpoint maintenance windows already define how devices move through change controls. Select NinjaOne or PDQ Deploy when rollout scope must map to tagging, fleet segmentation, or Windows collections used for operational workflows.
Verify firmware inventory coverage before planning any staged rollout
Use fwupd when Linux firmware inventory and version reporting are required as part of the update workflow through its daemon plus plugin architecture. Use ITarian RMM when mixed BIOS and embedded controller inventories must flow into staged deployment targeting via inventory scanning and results tagging.
Decide how firmware repository management and dependency logic will be handled
Choose ConnectWise RMM when firmware dependency handling can be expressed through external workflow logic because it has no native firmware repository and version graph for images. Choose SWUpdate when dependency logic and per-device install behavior can be encoded in manifest and step discipline instead of relying on built-in orchestration for rollback patterns.
Plan for signing, rollback protection, and verification as a workflow requirement
Prefer governed enterprise control when signed payload verification and update dependency resolution must be carefully designed around Ivanti Endpoint Manager’s firmware deployment targeting. Use fwupd when plugin-provided update mechanisms and inventory reporting cover Linux fleet workflows, then assess whether signing and rollback protections meet the intended secure boot chain expectations.
Who benefits from specific firmware update orchestration patterns
Firmware update software fits teams that manage BIOS and embedded controller updates as operational change, not as ad hoc flashing. The best fit depends on whether the firmware team works inside an existing endpoint management inventory and scheduling model or outside it with Linux-first tooling.
Enterprise IT teams standardizing on Ivanti Endpoint Manager inventory and device groups
Ivanti Endpoint Manager aligns firmware package targeting with enterprise endpoint management groups and supports staged rollouts through update scheduling and maintenance windows.
MS Windows endpoint teams using collection-based rollout and scripted deployments
PDQ Deploy pairs package scripts with agentless Windows networking discovery and phased collections for ring-style firmware installer pushes.
Linux fleet operators and embedded integrators building reproducible firmware delivery flows
fwupd provides consistent firmware inventory and version reporting driven by a plugin system, while SWUpdate defines firmware behavior through manifests and declarative step execution.
RMM-driven teams that manage BIOS workflows as scheduled managed tasks with targeting
ConnectWise RMM supports task-based firmware execution with scheduling, device targeting, and rollout reporting that reduces accidental concurrent updates through change windows.
IT groups that need firmware inventory scanning to prevent blind flashing across mixed hardware
ITarian RMM emphasizes firmware inventory scanning and results tagging that feeds staged deployment targeting for mixed BIOS and embedded controller fleets.
Common firmware update orchestration pitfalls
Many failures come from assuming firmware orchestration features match OS patching patterns. The main risks appear when inventory coverage is incomplete, when dependency logic is not planned, or when signing and rollback expectations are treated as automatic rather than workflow-engineered.
Planning staged rollouts without confirming the firmware inventory and version reporting coverage for every hardware model
Validate that fwupd plugins cover the device models in use before relying on built-in firmware inventory and version reporting, and validate that ITarian RMM inventory scanning produces actionable signals for mixed BIOS and embedded controller hardware.
Treating dependency handling and rollout sequencing as default firmware safety features
Avoid assuming ConnectWise RMM has a native firmware repository and version graph for images, because firmware dependency handling depends on external workflow logic that must be explicitly engineered.
Ignoring the governance and verification gap between task execution and firmware signing expectations
Do not design firmware operations in PDQ Deploy as if firmware signing and manifest verification are built in, because PDQ Deploy has no native firmware signing or manifest verification support and will require external checks.
Underestimating how much manifest and script discipline is required for manifest-based engines
If SWUpdate is used for firmware deployment, governance depends on consistent manifest and step script discipline across device fleets, because advanced orchestration like A/B slot rollback behavior is not a default turn-key capability.
How We Selected and Ranked These Tools
We evaluated each tool on firmware execution orchestration, staged rollout control, and inventory and reporting fit inside the workflow. Features counted for 40% because capabilities like managed-task execution, plugin-driven update paths, and manifest step models change what can be automated and how safely.
Ease and value each counted for 30% because task targeting and scheduling usability affects how quickly real firmware change windows can be executed. ConnectWise RMM earned the top position because task-based firmware execution ties scheduling and device targeting into controlled ring-style rollouts with rollout reporting, while it still supports BIOS workflow execution as managed tasks that align with enterprise operational habits.
Frequently Asked Questions About firmware update software
Which tools handle firmware inventory scanning and version compliance views?
How does fwupd implement device update staging and application on Linux?
When should BIOS and UEFI capsule updates be scheduled in maintenance windows?
What integration patterns exist for directory targeting and automation hooks?
Which tools provide admin controls for who can target endpoints and when updates run?
How do update signing, manifest verification, and secure payload checks differ across tools?
What breaks if firmware updates require A/B partition behavior or rollback protection?
Where does agent-based orchestration fall short compared with agentless or OS service driven models?
How should teams plan data migration or schema mapping when switching firmware update tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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