Take the details and documents provided in the entity, and set about verifying them all. So for example, you might extract:
All documents that are presently attached to the entity will also be verified (if requested)
You can also specify the level of detail returned using the resultLevel parameter. You can choose “summary” or “full”. For the “profile” check type you can also select “simple” to only get the entity profile result.
SPECIAL NOTE: A “Full” response includes details of all checks and how they map against each element, along with all the details of pep/sanctions/etc checks too.
Your account also needs to be configured to support a full response too (talk to your account manager for more information). If you’re not configured for full responses, we’ll only return summary level data regardless.
The entityId returned previously from an earlier call to /check or /entity
When creating a new check, you need to define the checks you wish to run.
The checkType is make up of a comma separated list of the types of check you wish to run. The order of the requested checks is not important, they will be re-ordered by the service and in some cases, depending on your account configuration, may be skipped.
The validation that is performed on the requested checks is to:
The supported check types are:
Profile:
The profile to use will be taken from the entity.entityProfile field if set, or be run through a set of configurable rules to determine which one to use.
Profiles provide a pre-defined combination of individual checkTypes (see the list below). But they offer a lot more besides, including rules for determining default settings, inbuilt data aging and other configurable features. They also allow for a new result set top be returned that provides a more detailed and useful breakdown of the check/verification process.
Entity Profiles are a recent feature (since v1.4.0) but are now the default checkType to use with Frankie Financial.
Individual Check Types
Whilst we strongly recommend the use of the “profile” checktype, it does map to any combination of the types below. If you wish to use these individually, please contact developer support for more details on how to use these effectively.
Entity Checks - One of:
ID Checks - One of:
ID Validate - One of:
Manual Check:
Fraud Checks - One or more of:
PEP Checks - One of:
Device checks:
Custom:
This will allow you to set the minimum number of matches for:
This allows for alternatives to the “standard” two_plus or one_plus (note, these can be overridden too). Speak with the Customer Success team when you’re onboarding.
How much detail we return.
Acceptable values are:
Customer ID issued by Frankie Financial. This will never change. Your API key, which is mapped to this identity, will change over time.
If, as a Frankie Customer, you are acting on behalf of your own customers, then you can populate this field with a Frankie-assigned ID.
Note: If using a CustomerChildID, you will also need a separate api_key for each child.
Any documents, checks, entities that are created when this field has been populated will now be tied to this CustomerID + CustomerChildID combination. Just as Customers cannot see data created by other Customers, so too a Customer’s Children will not be able to see each other’s data.
A Customer can see the documents/entities and checks of all their Children.
If this header parameter is supplied and set to 1, then the request will not wait for the process to finish, and will return a 202 if there are no obvious errors in the input. The request will then run in the background and send a notification back to the customer. See out callback API for details on this.
See more details here: https://apidocs.frankiefinancial.com/docs/asynchronous-calls-backgrounding-processes
Open string that can be used to define the “channel” the request comes in from. It can potentially be used in routing and risk calculations upon request. Default values that can be used are:
Any alphanumeric string is supported though. Anything over 64 characters will be truncated.
Force the verification to run, overriding any data aging or past check
Disable check result invalidation for this update request.
Describes all of the data being used to verify an entity.
Contains any/all details we want to pass on to the device checking service as part of an activity / transaction. A transaction isn’t just a payment, but can represent a number of different interaction types. See below for more.
NOTE: If you’re sending this data, then your recipe or requested checkTypes MUST include a “device” checkType. Otherwise this data will be ignored and dropped.
The request was valid and able to be processed in some fashion. Results may or may not be successful, but it was completed as far as practical with no actual errors. Returns the entity object as it stands now. No docScan file data from any attached ID documents will be returned unless the /full variant is requested.
Collection of check results for the entity having been previously blacklisted.
An array of matched blacklisted entities sorted by match confidence level (highest first).
Contains a list of all checkSummary records (one for each check)
Stores the generic results of a process (check, scan, compare, verify, etc)
Stores the generic results of a process (check, scan, compare, verify, etc)
Collection of check results for the entity having previously been checked.
An array of matched checked entities sorted by match confidence level (highest first).
Describes all of the data being used to verify an entity.
Contains the results of a check against an entity profile.
The entityProfileResult will be returned instead of a checkSummary to provide the full details of the verification process.
This will hold all of the check results that were performed against the
Collection of fraud check results for the entity.
Contains fraud list and/or background result arrays. Other fraud check types will appear over time
Collection of check results for the manual KYC.
An array of one entry with the manual check result.
Unique identifier for every request. Can be used for tracking down answers with technical support.
Uses the ULID format (a time-based, sortable UUID)
Note: this will be different for every request.