| Remittance
Processing
Remittance Processing is defined as the
payment of a bill or invoice by check, where a portion of
the bill or invoice, the “stub” is generally
submitted along with the check.
Remittance processing is similar to Check
Processing but with a few added complexities.
- Remittances are usually accompanied by a stub giving
details of the account, the amount to be debited and
the payee.
- However, the stub could be missing
- There can be multiple accounts being settled by the
same check – weekly deliveries being paid for
by a monthly check for example.
- Multiple checks can be used to pay the same account
– people sharing a flat could pay the electricity
bill with a check from each of them.
Remittances can be processed in one of
two ways, “conventionally” entering data from
the documents themselves, or image based, using the latest
tools and techniques of intelligent character recognition
software to read handwritten data from the items.
Image Based Processing |
see AiDPS |
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For USA, see VRPA+ |
The Aperta Active Payments System (APS)
comprises a suite of application components that are fully
integrated, Windows®-based and bring the advantages
of imaging technology to organizations that process machine
readable documents such as checks, payments, utility bills
and merchant drafts. With the adoption of imaging technology,
workflows can be streamlined, operational efficiency can
be improved, and customer service levels can be dramatically
increased.
Imaging is the most current development
in payment processing, possibly revolutionizing the industry
as much as the development of Optical Character Recognition
(OCR) and Magnetic Ink Character Recognition (MICR) technologies.
It is a process by which electronic images (digitized pictures)
of documents are captured on a document transport and stored
on electronic media. Images can be rapidly retrieved for
tasks such as data-entry, customer inquiry and research,
transmission, fax, exchange, and printing.
Digitized images may also be accessed by
automatic character recognition equipment reducing the labor-intensive
entry of information by an operator. Image Character Recognition
(ICR) can interpret hand-printed and machine printed alphanumeric
characters such as courtesy amounts, legal amounts, dates,
names, account numbers, and special symbols.
Images also provide the opportunity to
significantly improve fraud prevention by integrating with
automated signature verification packages.
Unlike microfilm or paper, once an image
is stored it is accessible by multiple users in diverse
locations simultaneously, changing sequential into concurrent
tasks and eliminating bottlenecks in your operations. On-line
inquiry, retrieval, dispatch and printing of images can
be performed swiftly enough to provide an almost immediate
response to most customer inquiries.
Conventional Processing |
see ADPS |
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For USA, see RPA |
The main functions of ADPS are to encode
and balance debit and credit transactions, to capture data
for account posting, and to endorse and sort documents for
subsequent distribution. ADPS can microfilm documents for
archive and research or capture electronic images of documents
and store them for research or use by one or more of the
image-enhanced distribution applications such as Active-image
Statements.
Documents can also be imaged post-processing
for further sorting or distribution.
ADDITIONAL FEATURES
“ScanXtra Rubber-Banding”
Payments that cover a large number of deliveries, or are
consolidations of a number of smaller invoices for example,
can be time consuming to check and input into the finance
system.
Take for example a three-page remittance
with over 40 items per page, settled by a single check.
By scanning in the document and check(s), Aperta’s
software will balance the transaction and batches, and inform
other applications, speeding the administration of the payment
process. Also, any scanned document then becomes available
for input into other applications, such as workflow management
and electronic document management.
The software reconciles the values against
the remittance totals, and the batches are balanced against
the check(s) that have been submitted. It will even reconcile
transactions where multiple lists are settled by multiple
checks, something that can be a real headache when done
manually.
TRANSACTION WAREHOUSE
Checks arriving with no associated stub present no problem.
By comparing the data on the check with a list of outstanding
transactions, the system can associate the check with the
payment to be made. The software searches to identify outstanding
accounts for the same monetary value, and then looks for
patterns between the previous payment and the payment outstanding,
such as check account numbers. In this way the system can
quickly match “check only” remittances with
the outstanding account.
HOST ACCESS
Stubs arriving with handwritten amendments such as change
of address can be identified and the host updated with the
information contained, to allow seamless service to the
customer.
ARC
Aperta’s Remittance Processing Applications allow
Account Receivable Conversion ARC, to speed up the processing
of payments and minimise the physical transportation of
paper documents.
CORRECTION
Misread or unreadable characters can be manually corrected.
Imaged documents gives the most flexible capability to correct,
as this can be done remotely from the track and at any time
without compromising the functioning and performance of
the track.
BALANCING – EXPERT BALANCER
Out of balance items in a batch are identified by Expert
Balancer and “suggested” to the operator for
amendment. This dramatically reduces the time taken to balance
transactions and batches.
REPORTS
The Active Reports Module can produce a wide range of operational
and management reports to allow accurate monitoring and
management of day-to-day activity and provides information
to assist with longer-term decision-making.
ANTI-FRAUD MEASURES – SIGNATURE VERIFICATION,
CHECK AUTHENTICITY
When check images are being captured at the teller position
(see Capture) there
is the opportunity to determine the authenticity of the
check signature with samples held on a database. See Security
for more information
DATA EXPORT
Active Data Extraction (ADE) extracts selected item data
from the database and reformats the data to your specifications.
A file is created which can then be transferred by any Windows®
NT qualified method. Data can be transmitted via modem,
exported via LAN, or output to a variety of industry standard
media such as removable disk, DAT tape, optical disk, and
recordable CD/DVD.
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