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0x80070057 is Windows’ “The parameter is incorrect” HRESULT. In Configuration Manager (SCCM), it is a context-dependent failure, not a single defect with one universal fix. The title 0X080070057 contains an extra zero; normalize it to 0x80070057, identify the operation and first failing step in the logs, then apply the branch that matches your workflow.
The procedures below cover the documented Office 365 version 1910 update issue, Configuration Manager in-console update failures at Install Files, task-sequence failures involving repeated software-update restarts, and the general content and connectivity checks that distinguish those cases.
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What 0x80070057 means in SCCM
Microsoft labels HRESULT 0x80070057 “The parameter is incorrect.” The value is a generic Windows status returned when a component receives an argument, setting, path, or other input it cannot use. Configuration Manager can surface the same HRESULT from unrelated operations, so the number alone cannot tell you whether the cause is an Office update, a missing site-servicing file, a task-sequence state, content distribution, or an implementation on a server or share.
Uppercase and lowercase are equivalent: 0X80070057, 0x80070057, and 80070057 refer to the same value when the leading 0x is omitted in a log. 0X080070057 is not a separate SCCM code; it has an additional zero and should be treated as a likely transcription or display error until the log confirms the actual HRESULT.
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Start with evidence, not a generic “fix”
Do not begin by deleting the CCM cache, editing the registry, repairing WMI, or reinstalling the client. Those actions may be relevant to a particular incident, but Microsoft’s documented cases show different causes and different remedies. First preserve the context that makes the code meaningful.
Record the deployment context
- Configuration Manager current-branch version and site hierarchy role involved.
- Windows edition and version on the affected client or site server.
- Deployment type: Office update, software update, operating-system deployment, task sequence, in-console site update, package, application, or another action.
- Client name, management point, assigned site, distribution point, and the geography or tenant context in which the failure occurs.
- The exact time of the first failure and whether the same action succeeds on another client or site.
Version, channel, architecture, and deployment-type details are essential for the Office branch because the documented incident is tied to Office 365 version 1910. Current Configuration Manager releases can behave differently from that historical case, so verify release-specific guidance before applying a legacy workaround.
Find the first occurrence
- Search the relevant logs for both
0x80070057and80070057; some components omit the prefix. - Read several lines before the first HRESULT, not only the final summary. Capture the component, operation, package or update identifier, path, and return value immediately preceding it.
- Write down the step that was running when the error appeared. A partitioning step, Apply Operating System, package installation, software-update installation, or servicing operation needs a different investigation.
- Compare the first failure with later retries. A later “parameter incorrect” message can be a consequence of an earlier content, restart, or state problem.
For operating-system deployment and task sequences, the primary log is SMSTS.log. For an in-console site update, use the update and setup logs on the site system. For client deployments, use the client-side logs associated with content location, policy, application, or software-update processing. The goal is to identify the operation that supplied the rejected parameter.
Use the branch that matches the failing operation
| Observed failure | What to verify first | Documented direction |
|---|---|---|
| Office 365 version 1910 update will not download or apply through Configuration Manager | Office channel, architecture, build, catalog entry, and deployment type | Use the corrected build path; already-affected devices may require Microsoft’s fix tool |
| Configuration Manager site update stops at Install Files | External files and redistributables in the service connection point and site-server staging locations | Verify or repopulate EasySetupPayload and the CMUStaging...redist directories, then rerun readiness checks |
| Task sequence fails after software updates request multiple restarts | Whether the client remains in provisioning mode and which step returned the HRESULT | Use the documented SMS_Client.SetClientProvisioningMode method with false, or reinstall the client when appropriate |
| Package, application, or software-update step fails without one of the symptoms above | Distribution, management-point reachability, content location, and metadata freshness | Correct distribution or policy/content issues indicated by the logs; do not assume a cache reset is sufficient |
Office 365 version 1910 update failures
Microsoft documented a specific “80070057” problem in which Office 365 version 1910 updates failed to download or apply through Configuration Manager. This is a historical, version-specific incident, not a diagnosis for every SCCM occurrence of the HRESULT.
Confirm that this is the same case
- In the Office deployment and client logs, confirm that the failing product is Office 365 and that the affected build is in the version 1910 family.
- Record the Office update channel, 32-bit or 64-bit architecture, installed build, and the Configuration Manager deployment type.
- Check whether the failure is during download, applicability evaluation, or installation. A different phase can indicate a different problem even when the return code matches.
- Verify that the update is being offered from the expected Configuration Manager software-update deployment and that the client is assigned to the intended site and distribution point.
Apply Microsoft’s version-specific remediation
Microsoft states that the affected updates were removed from the Update Catalog. Devices that had not yet updated were directed to use build 12130.20410 or later as the corrected path. Devices already on an earlier affected build may require Microsoft’s fix tool before later Office updates can apply.
Do not treat 12130.20410 as a universal minimum for every Office channel or current release. Confirm that the build belongs to the same product, channel, architecture, and deployment scenario documented for your incident. After updating or applying the fix tool, force the normal policy and update-evaluation cycle, then review the client software-update and Office deployment logs for a new download and applicability result.
When the Office branch does not fit
If the product is not Office 365 version 1910, the build is outside the documented range, or the failure is in a task sequence or site update rather than an Office deployment, stop using this remediation. Return to the first-failure log entry and follow the matching branch below.
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A site update can return 0x80070057 while installing files when required external files are missing or unusable. Microsoft’s servicing guidance identifies redistributables and monitoring-agent installers among the files that may need to be present in the update payload.
Inspect the service connection point payload
- On the service connection point, inspect the
EasySetupPayloadlocation used by the update process. - Compare the files present there with the requirements shown in the update log. Pay particular attention to the named SQL redistributables, monitoring-agent installers, or other external components.
- Check file names, versions, and completeness rather than assuming that a directory’s existence means the payload is valid.
Inspect the site-server staging directory
- On the site server, inspect the corresponding
CMUStaging...redistdirectory. - Use the setup log to identify the exact file or package that could not be found, opened, or staged. Do not replace a missing component with an unrelated version.
- Repopulate the documented staging locations using the supported Configuration Manager update process and the files required by that release.
- After the payload is corrected, rerun the update readiness checks described in Microsoft’s servicing guidance before starting the installation again.
If the log names a different path or component, follow that evidence. A generic cache cleanup cannot supply a missing redistributable, and repeatedly retrying the update without correcting the payload can produce the same HRESULT.
Task-sequence failures after repeated software-update restarts
Some task sequences request multiple restarts while installing software updates. In the documented scenario, the client can remain in provisioning mode after those restarts, causing subsequent task-sequence processing to fail and potentially returning 0x80070057.
Prove that provisioning mode is involved
- Open
SMSTS.logand identify the exact task-sequence step that returned the HRESULT. - Trace the preceding software-update steps and restart requests. Confirm that the error appears after the restart sequence rather than during partitioning, operating-system application, package execution, or another independent step.
- Check the client’s provisioning state using the supported Configuration Manager client-management methods and the evidence recorded in the client logs.
Use the supported state change
When the documented symptom matches, Microsoft recommends invoking the SMS_Client.SetClientProvisioningMode method with false to leave provisioning mode, or reinstalling the client when a reinstall is warranted by the broader evidence. Use an approved administrative mechanism for the method and record the return status.
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Microsoft specifically warns: Do not try to fix the client by changing the value of
Do not edit the registry value as a substitute for the supported client method. A registry edit can hide the state without completing the client-side transition and can make later troubleshooting harder.ProvisioningMode to false.
Resume and validate
After the supported state correction or client reinstall, rerun the task sequence from a controlled point and watch the first software-update and restart transitions. Confirm that policy, content location, and execution continue past the step that previously failed. If the same HRESULT now appears at a different step, treat that as a new context and investigate the new first failure rather than repeating the provisioning-mode remedy.
General package, application, and software-update checks
When the logs do not match the Office, site-update, or provisioning-mode patterns, use the following checks to narrow the operation that rejected a parameter.
Verify content distribution
- Confirm that the deployment package or update content is distributed to every distribution point the target client may select.
- Check the distribution status for errors and compare the package or update version with the content referenced by the deployment.
- Verify that the client can resolve its management point and receive policy. A client without current policy may request stale or incomplete content information.
- Confirm that the content location returned to the client is reachable from the client’s network and boundary assignment.
Check metadata and deployment currency
- Determine whether the deployment references superseded, expired, or otherwise stale update metadata.
- Compare the deployment’s content version with the current object shown in the console.
- Review whether the failure is limited to one deployment, one package revision, one distribution point, or one client. A narrow pattern points to a specific object or location rather than to the HRESULT itself.
Separate transport, content, and execution failures
A download or content-location error occurs before installation and should be investigated through policy, boundary, distribution-point, and transfer evidence. An execution error after content is present requires the package, installer, operating-system state, or task-sequence step to be examined. The same 0x80070057 can appear in both phases, so the phase and preceding operation matter more than the numeric value.
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Microsoft’s Windows documentation demonstrates a non-SCCM example in which an effective-access operation fails because of the server or share implementation. That example illustrates why an SCCM-looking context does not prove that the Configuration Manager client is defective. If the log shows a file share, server-side permission evaluation, or a remote implementation immediately before the HRESULT, investigate that server or share path and test the same operation against a known-good location.
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Likewise, a parameter error during partitioning, operating-system application, package setup, or a custom action must be diagnosed from that action’s inputs and log details. Do not import the Office or provisioning-mode fix into an unrelated operation.
Safe recovery sequence
- Pause broad redeployments. If many clients are failing, avoid creating additional retries until you know whether the deployment object, content, or site service is at fault.
- Preserve logs. Copy the relevant client, site, update, and
SMSTS.logfiles before rerunning steps that may overwrite useful context. - Normalize the code. Search for
0x80070057and80070057, and disregard the malformed0X080070057as a distinct code. - Classify the operation. Identify the first failing component, step, package, update, path, and client.
- Apply only the matching documented branch. Use the Office build remediation, site-update payload correction, provisioning-mode method, or content and policy correction only when its symptoms match.
- Run readiness checks or policy evaluation. For a site update, rerun the servicing readiness checks. For a client deployment, trigger the normal policy and update-evaluation cycle through your organization’s approved procedure.
- Validate on a controlled target. Test one representative client or site before resuming a broad deployment, and compare the new logs with the original first failure.
Common approaches that are not universal fixes
- Deleting the CCM cache: this cannot replace missing site-update redistributables, correct a historical Office build issue, or clear provisioning mode by itself.
- Repairing WMI: a WMI repair is not supported as a blanket response to a parameter error whose failing operation has not been identified.
- Editing a registry provisioning value: Microsoft warns against changing
ProvisioningModedirectly; useSMS_Client.SetClientProvisioningModewhen that documented scenario applies. - Reinstalling the client immediately: reinstalling may be appropriate in the provisioning-mode branch, but it does not repair a missing site-server payload, an unavailable distribution point, or an Office catalog/build mismatch.
- Retrying indefinitely: repeated retries can obscure the first failure and increase deployment impact without changing the rejected input.
What to include when escalating
Provide the exact normalized HRESULT, the malformed text if it appeared in the console, the first failing timestamp, and the operation immediately before the code. Include the Configuration Manager version, Windows version, client and site roles, deployment type, Office channel and build when relevant, architecture, package or update identifiers, distribution-point and management-point details, and the geography or tenant context. Attach the relevant log excerpt with enough preceding lines to show the rejected parameter and enough following lines to show the component’s response.
State which branches you ruled out and why. For example, note that the failure occurred at Install Files and identify the missing item in EasySetupPayload, or show that the task sequence entered the repeated-restart provisioning-mode pattern. This lets an administrator distinguish a site-servicing payload problem from a client-state problem without guessing from the HRESULT.
Current-version caution
The Office 365 version 1910 incident and the provisioning-mode task-sequence example are historical Microsoft cases. Configuration Manager current-branch releases, Office channels, and servicing prerequisites can change. Use the release-specific Microsoft documentation available for your installed version, and verify that a cited build, catalog condition, or tool still applies before changing production deployments.
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