pingidentity scim attribute mapping failed error

Not specified by the original author.

pingidentity scim attribute mapping failed error

TL;DR

Read the provisioning error to name the exact attribute that failed. Open the SCIM connection's attribute mapping in PingOne or PingFederate and fix that mapping: supply a default for missing source values, correct the target schema URN, or coerce the type. Save, trigger a re-provision, and confirm the user object lands correctly in the target.

pingidentity scim attribute mapping failed error

Use this when

• PingOne or PingFederate SCIM provisioning fails with an attribute mapping error
• Users fail to provision because a required target attribute has no value
• A mapping that worked before breaks after a directory schema change

Not for this skill when

• SCIM connector authentication failures (fix credentials first)
• The target SCIM endpoint is unreachable (network or firewall issue)
• Failures on every user at once (suspect auth or endpoint, not mapping)

Steps

Step 1: Name the failing attribute

Open the provisioning error or failed-task detail and identify exactly which attribute mapping failed and why (missing value, type mismatch, too long). Expected: you can point at one mapping row, not the whole configuration.

Step 2: Open the attribute mapping

In the Ping admin console, open the SCIM connection and its attribute mapping table. Find the row for the failing attribute. Expected: you see the source expression and the target attribute side by side.

Step 3: Fix the mapping

Add a default value for source attributes that can be empty, fix the target schema URN for extension attributes, or add a transform expression to coerce formats like phone numbers. Expected: the mapping produces a valid value for the failing user.

Step 4: Re-run provisioning for the affected users

Save the mapping and trigger provisioning again for the failed users, or wait for the next sync cycle. Expected: the users provision without mapping errors.

Step 5: Verify in the target

Check the user object in the target application and confirm the mapped attributes hold the expected values. Expected: the target record matches the source of truth.

Step 6: Guard the mapping

Add the previously-missing source attribute to your joiner checklist so new users always carry it. Expected: the same mapping never fails for missing data again.

Tool compatibility

PingOne for Enterprise / PingFederate provisioning; SCIM 2.0 outbound provisioning; Ping admin console attribute mapping.

Variant phrasings

Variant 1

pingone scim provisioning attribute mapping failed

Variant 2

pingfederate scim user provisioning mapping error required attribute

Variant 3

pingidentity scim schema extension attribute mapping failed

Why it happens

SCIM provisioning is a translation job: directory attributes on one side must become the target application's schema on the other, and the mapping table is where that translation is declared. It breaks in two classic ways. First, the source stops supplying a value the target requires, often after an HR or directory change drops an attribute. Second, the mapping itself is wrong for the target schema: a core attribute mapped where an extension URN belongs, a multi-valued attribute fed a single string, or a value that violates the target's format rules. The provisioning engine reports the failure per user, which makes it look like a user problem, but the fix is always in the shared mapping, applied once for every user it affects.

Edge cases / pitfalls

• Extension schema URNs must match the target exactly; a near-miss URN fails every user silently at the mapping step.
• Multi-valued attributes (emails, phone numbers) need explicit primary-value handling or the target rejects them.
• Test mappings against a single user before saving when the console offers a preview; a bad save breaks provisioning for everyone.

Provenance

Resolved from the public thread: https://vectle.com/posts/pst_HjS2h7E2fea0rzVCOaADSQ

Resolved from the public thread: https://vectle.com/posts/pst_HjS2h7E2fea0rzVCOaADSQ

Thread query: pingidentity scim attribute mapping failed error

TL;DR: Read the provisioning error to name the exact attribute that failed. Open the SCIM connection's attribute mapping in PingOne or PingFederate and fix that mapping: supply a default for missing source values, correct the target schema URN, or coerce the type. Save, trigger a re-provision, and confirm the user object lands correctly in the target.

Not specified by the original author.

TL;DR

E0000047 means the SCIM request reached the target app but the app rejected the payload. The fix is on the mapping side: check the app's SCIM attribute requirements, especially required fields and their formats, then force a re-provision.

"E0000047 API validation failed" SCIM user create

Use this when

• Okta provisioning to a SCIM app fails with E0000047 on user create.
• The Okta side looks fine but the target app keeps rejecting.
• The failure started after an app or mapping change.

Not for this skill when

• The error is a 409 conflict. That is a duplicate user, a different fix.
• The connector itself cannot authenticate. That is a credential problem.
• Users fail on update but create works. Check the update mapping separately.

Steps

1. Open the failed provisioning task in the Okta System Log and read the full error detail. Verify: you have the target app's rejection reason, not just the Okta code.
2. Read the target app's SCIM schema for the User resource, noting required attributes. Verify: you know exactly which fields the app demands.
3. Open the app's Provisioning settings, then the To App attribute mapping. Verify: every required target field is mapped from a non-empty Okta attribute.
4. Fix formats the app is picky about: userName shape, email validity, name parts. Verify: the mapped values match the app's documented format.
5. Force a re-provision for one affected user. Verify: the task succeeds, then re-enable scheduled provisioning.

Variant phrasings

SCIM 400 bad request

The underlying HTTP status behind E0000047.

"failed to create user" SCIM

The symptom-level phrasing.

Okta provisioning error E0000047

The code-first search.

Compatibility: Okta SCIM 2.0 provisioning, Classic and Okta Identity Engine. Target-app specifics vary; the triage order does not.

Why it happens

Each app implements SCIM slightly differently. Okta's default profile mapping sends a standard attribute set, and apps with stricter schemas reject fields that are missing, malformed, or unexpected. The rejection surfaces as E0000047 on the Okta side.

Edge cases / pitfalls

• Apps that require the email address as userName while Okta sends a login that is not an email.
• Apps that reject profile updates to name fields after create but accept them on create.
• Trial or sandbox app orgs where user creation is disabled entirely.
• Custom attributes the app documents but its SCIM endpoint does not actually accept.

Provenance

Resolved from the public thread: https://vectle.com/posts/pst_QWsbveA1hSD5BG6efpM93Q

Resolved from the public thread: https://vectle.com/posts/pst_QWsbveA1hSD5BG6efpM93Q

Thread query: "E0000047 API validation failed" SCIM user create

TL;DR: E0000047 means the SCIM request reached the target app but the app rejected the payload. The fix is on the mapping side: check the app's SCIM attribute requirements, especially required fields and their formats, then force a re-provision.

Not specified by the original author.

TL;DR

The target app marks some SCIM attributes readOnly, and Okta tried to write one. Read the app's schema, find the readOnly attributes, and remove them from the Okta provisioning mapping.

"SCIM user create failed" mutability attribute not supported

Use this when

• SCIM create fails and the error mentions mutability, readOnly, or an attribute not being supported.
• The default Okta mapping was never customized for this app.
• Create fails but the schema looks right at first glance.

Not for this skill when

• The error is a 409. That is a duplicate, not mutability.
• A required field is missing. That is the opposite problem: add a mapping.
• The connector cannot authenticate at all. Fix credentials first.

Steps

1. Fetch the app's SCIM schema for the User resource and list every attribute marked readOnly. Verify: you have the authoritative list.
2. In Okta, open the app's Provisioning settings and then the To App attribute mapping. Verify: you can see each mapped attribute.
3. Unmap or drop each readOnly attribute from the mapping. Common culprits are id, meta, and groups on some apps. Verify: no readOnly attribute remains mapped.
4. Force a single-user push to test. Verify: the create succeeds.
5. Re-enable scheduled provisioning. Verify: the next cycle is clean.

Variant phrasings

SCIM 400 mutability

The status-first phrasing.

"attribute is read only" SCIM

The message-first search.

Okta mapping readOnly error

The cause-first phrasing.

Compatibility: Okta SCIM 2.0 provisioning, Classic and Okta Identity Engine. ReadOnly sets vary by target app.

Why it happens

SCIM defines mutability per attribute, and Okta's default mapping is generous: it includes attributes many apps refuse to accept on write. The app rejects the whole create over one readOnly field.

Edge cases / pitfalls

• Some apps accept an attribute on update but not on create; the mapping may need a create-only exclusion.
• Enterprise schema extensions carry their own mutability flags that the base schema does not show.
• Removing the groups attribute from the mapping can break group push for that app; check before dropping it.
• Apps that document an attribute but reject it anyway: trust the live behavior, not the docs.

Provenance

Resolved from the public thread: https://vectle.com/posts/pst_1A1rCQeBKGkp1dzswBpUxg

Resolved from the public thread: https://vectle.com/posts/pst_1A1rCQeBKGkp1dzswBpUxg

Thread query: "SCIM user create failed" mutability attribute not supported

TL;DR: The target app marks some SCIM attributes readOnly, and Okta tried to write one. Read the app's schema, find the readOnly attributes, and remove them from the Okta provisioning mapping.