API REFERENCE
Beta
Find Workflows
Finds the workflows a given correlationId was supplied to. This is how you recover a workflow handle you did not keep — after a timeout, a crash, or a 500 whose outcome you could not determine.
It is a search, not a lookup. An empty result with a 200 is the ordinary “nothing matched” answer; a 404 is never used for it.
Get the URL to submit against from your Pitchpoint Account Representative.
Sample
url="https://api.pointservices.com/riskinsight-services-ws/resources/v1/workflows"
curl -X GET "${url}?correlationId=alpha_numeric_string_to_help_identify_this_workflow" \
-H "Authorization: Bearer your_access_token_here" \
-H "Accept: application/json"
Header Properties
| Property | Value | Required? |
|---|---|---|
| Authorization | Bearer your token | true |
| Content-Type | application/json | false, but recommended |
| Accept | application/json | false |
| X-PPS-UserAlias | your value | false |
| X-PPS-UserAgent | your value | false |
| X-PPS-CorrelationID | your value | false |
This call sends no body, so Content-Type is not required. Sending it anyway costs nothing and is the safer habit: on the POST calls edge protection in deployed environments refuses a request that omits it, with a 403 carrying an HTML body rather than any response documented here.
Accept is not enforced — a request without it is answered normally with JSON — but send it anyway, so that a future change to content negotiation cannot alter what you receive.
X-PPS-CorrelationID is a support-tracing header and is not the same thing as the correlationId field in a request body. Only the body field is recorded against an order and searched by Find Workflows; setting the header globally in your HTTP client does not make your orders findable.
See the Common Headers guide for details on the optional X-PPS-* headers above.
Query Parameters
| Property | Description | Type |
|---|---|---|
| correlationId | (mandatory) The value to search for, at most 255 characters. Absent or blank is rejected. URL-encode it. | string |
How matching works
- The whole value only. Never a prefix, never a substring. A
correlationIdthat shares a prefix with yours does not match, so an empty result usually means the value differs somewhere rather than that the run is gone. - Case sensitivity follows the data store’s collation, so do not rely on case alone to tell two ids apart.
- Results are newest first, and capped at 100. There is no paging.
The X-PPS-CorrelationID header is not searched here either. Only the correlationId field in a request body is recorded against a workflow. Setting that header globally in your HTTP client is a common and invisible mistake: your calls succeed, and your workflows are simply never found.
A session’s own correlationId is never searched here. Only values supplied when starting a workflow are — on Start a Workflow in a Session, Start a Workflow, or a reconfirm. Searching for the id you gave a session returns an empty list, correctly.
Two kinds of absence look identical to a bug. A workflow you are not entitled to read is silently absent rather than a 403, and does not count against the 100. Separately, the search reads at most the newest 1,000 matching runs across all accounts, so a value that other accounts reuse heavily can hide your older workflows behind theirs. In both cases the remedy is the same: make your correlation ids distinctive, so the search never has to sift a crowded value. There is no paging to fall back on.
Responses
Not every response carries the same body, so branch on the status code first, and then on what the body actually contains. Some responses carry the messages envelope described on this page; others carry a JSON problem document with an entirely different set of fields; others carry no JSON at all. A client that calls its JSON parser on every non-2xx body, or that reads messages[0].code without first checking that messages is present, will fail on the responses it is most likely to meet.
200
| Property | Description | Type |
|---|---|---|
| workflows | (present) Always an array, never null. Empty when nothing matched — that is a success, not an error. | array |
| messages | (present) Always an array, never null. Empty on a successful search. | array |
Each element of workflows is a full workflow envelope, the same shape Read a Workflow returns — so the fields live one level down, under .workflow, and each entry carries the terms its run was started against.
Each entry describes the workflow’s current state, which is not necessarily the run your correlationId was supplied to. If you tagged an original run and the workflow has since been reconfirmed, the entry you get back describes the reconfirm.
Example, one match:
{
"workflows": [
{
"workflow": {
"workflowId": "wfpop_0000000000002080001",
"runId": "wfrunpop_0000000000002080001",
"sessionId": "0000000000013500001",
"correlationId": "alpha_numeric_string_to_help_identify_this_workflow",
"product": {
"service": "ADV",
"model": "FirstOrder"
},
"productType": "ADV",
"productName": "FirstOrder",
"status": "complete",
"reconfirmAvailable": true,
"serviceable": true,
"ordered": "2026-08-07T15:01:42Z",
"fulfilled": "2026-08-07T15:03:11Z",
"completed": "2026-08-07T15:03:11Z"
},
"terms": [
{
"person": {
"firstName": "Jane",
"lastName": "Sample"
}
}
],
"messages": [
{
"code": "SUCCESS",
"text": "Success",
"timestamp": "2026-08-07T15:03:11Z"
}
],
"links": {
"self": {
"href": "https://api.pointservices.com/riskinsight-services-ws/resources/v1/workflows/wfpop_0000000000002080001"
},
"reconfirm": {
"href": "https://api.pointservices.com/riskinsight-services-ws/resources/v1/workflows/wfpop_0000000000002080001",
"method": "POST"
}
}
}
],
"messages": []
}
Example, nothing matched — a normal 200:
{
"workflows": [],
"messages": []
}
400
correlationId was absent, blank, or longer than 255 characters.
A 400 arrives in two different body shapes, decided by how far the request got before it was refused. Check for a messages array first, and fall back to the problem document when it is absent.
A value this service evaluated and rejected carries the messages envelope with the code VALIDATION_ERROR.
| Property | Description | Type |
|---|---|---|
| messages | (present) Always an array, never null. Carries one message whose code is VALIDATION_ERROR. | array |
| messages[].code | (present) Always VALIDATION_ERROR on this shape. | string |
| messages[].text | (present) Human-readable description of what was wrong. Never machine-parsed — the wording is not contractual. | string |
| messages[].timestamp | (present) RFC 3339 UTC with a trailing Z. Fractional seconds appear only when they are not zero, so parse this value rather than slicing it. | string |
Example:
{
"messages": [
{
"code": "VALIDATION_ERROR",
"text": "correlationId is required",
"timestamp": "2026-08-07T15:01:42Z"
}
]
}
A body that could not be read as this request at all — a JSON array where an object was expected, a field of the wrong type, or malformed JSON — is refused before the service evaluates any value, so there is nothing to put in a messages array. It carries a JSON problem document instead, with Content-Type: application/problem+json and no messages key and no VALIDATION_ERROR code.
Example:
{
"type": "about:blank",
"title": "Bad Request",
"status": 400,
"detail": "Request body has a field that must be a value of type SessionStartRequest",
"instance": "urn:pps:request:0000000000000000000000000000000000000000000000000000"
}
A client that reads messages[0].code on every 400 without checking that messages exists will throw on this second shape. Branch on the presence of messages, not on the status.
No search is performed.
401
No credential the platform could accept reached the service.
The body is a JSON problem document, not the messages envelope, and the response carries a WWW-Authenticate: Bearer realm="Helix" challenge. Read the machine-readable part from type; title and detail are human copy and are not contractual.
| Property | Description | Type |
|---|---|---|
| type | (present) An absolute URI identifying the problem. about:blank when no credential was sent at all. | string |
| title | (present) Short human-readable summary. | string |
| status | (present) Repeats the HTTP status code. | number |
| detail | (present) Human-readable explanation. Never machine-parsed. | string |
| instance | (present) An identifier for this one request. Quote it when contacting support. | string |
Examples:
{
"type": "about:blank",
"title": "Unauthorized",
"status": 401,
"detail": "Authentication is required. Present a bearer access token in the Authorization header.",
"instance": "urn:pps:request:0000000000000000000000000000000000000000000000000000"
}
{
"type": "https://pointservices.com/problems/invalid-token",
"title": "The access token was not accepted",
"status": 401,
"detail": "The access token was rejected.",
"instance": "urn:pps:request:0000000000000000000000000000000000000000000000000000"
}
The second form carries WWW-Authenticate: Bearer realm="Helix", error="invalid_token", and is what a token the service will not accept returns.
Treat a 401 and a 403 alike: both mean your credential did not work, and neither distinguishes reliably enough to build separate recovery paths on. Obtain a fresh access token and retry the request once. If it fails again, stop and surface the error rather than looping — repeated attempts with a credential the service has already refused will meet the rate throttle described below.
403
Your credential was understood but you are not permitted to search on this account. Note that a workflow you cannot read is omitted from a successful result rather than causing this status.
The body does not carry the messages envelope, so there is no code to branch on. Branch on the status alone, and treat the body as opaque: do not assume it is empty, and do not assume it is JSON.
A 403 is not always a permissions problem — try a fresh token first. A credential the service will not honour can be refused with either status, so a sudden wall of 403s on calls that worked a moment ago is more often an expired token than a change to your entitlements. Obtain a new access token and retry once. If it fails again, then treat it as entitlement and talk to your Account Representative.
A 403 is also produced at the edge, before this service is reached, when a request omits Content-Type or carries a value resembling SQL injection or cross-site scripting. Those refusals carry an HTML body and this service never sees them. A value that legitimately contains such text should be encoded — Base64, for instance — rather than sent raw.
404
The path you called is not served. Check that the URL carries the riskinsight-services-ws context root. A search that matches nothing is a 200 with an empty array, never a 404.
This path takes no resource identifier, so a 404 here means the path itself is not served — most often a URL missing the riskinsight-services-ws context root. The refusal is produced by infrastructure in front of the application, which never sees the request. It carries no body this API defines, so branch on the status alone and do not attempt to parse what comes back. Its exact shape depends on the environment you are calling.
If a 404 has no body, check the context root before anything else.
429
Refused by a rate throttle at the edge, before this service is reached. The throttle counts requests per source address across every endpoint on both the session and workflow surfaces.
The refusal carries no body, no messages array and no Retry-After header, and this service never sees it, so it will not appear in any support trace.
Back off and resume. When following a workflow to completion, an interval that stays clear of the throttle is two seconds for the first two checks, then five, then ten seconds thereafter, with an overall deadline after which you stop and investigate.
500
An unhandled failure inside the service. The body does not carry the messages envelope, so branch on the status alone.
A 500 means the outcome is unknown, not that nothing happened. A failure raised after a write has already committed leaves that write in place. This call changes nothing, so it is always safe to search again. Retrying blind is how one order becomes two, and nothing on this surface removes a duplicate for you.