Configuring Tenant
Tenant configuration is performed by Reltio.
To enable address cleansing with CASS/RDI and/or SERP, create a Reltio Support ticket with a request to enable CASS and/or SERP for your Data Cleanse plugin.
Cleansing with CASS and SERP
Cleansing can be achieved with or without CASS. Similarly, cleansing can be achieved
with or without SERP. When the process key is not mentioned,
cleansing takes place without CASS/SERP, which is similar to
v+g.
- CASS - To enable CASS cleansing, set the
processtoc+g. When CASS is enabled, all US addresses return the CASS fields. - SERP - To enable SERP cleansing, set the
processtoserp+g. When SERP is enabled, all Canadian addresses return the SERP fields. SERP works with or without pre-processing (likepre+serp+gorserp+g). The SERP process always usesCANas the default country.Note: Even after enabling theprocesskey in the tenant, all the existing Canada or US addresses are not affected until re-cleanse is run for the existing entities.
The following table explains the process keys involved in address
cleansing.
| Process Combination | Details |
|---|---|
process: c+g |
CASS processes US addresses only. Non-US addresses are returned
with the given input without an Address Verification Code
(AVC). |
process: serp+g |
SERP processes Canada addresses only. Non-Canada addresses are
returned with the given input without
AVC/SerpStatus. |
process: v+g |
Processes addresses of all the countries. |
process: serp+c+v+g |
Verifies and processes Canadian addresses (using SERP), US addresses (using CASS), and other countries (using the Verify method). |
process: serp+c+g |
Processes Canadian addresses (using SERP), US addresses (using CASS), and other countries are not cleansed. |
v+g= 340 Canada addresses per secondc+g= 315 US addresses per secondserp+g= 55 Canada addresses per second
When Canada addresses undergo cleansing with the SERP process
(serp+g), expect a delay in the processing as 55 addresses
are cleansed per second compared to 340 addresses per second with the verify
process (v+g).