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Coding Accuracy Support System
Coding Accuracy Support System
Coding Accuracy Support System
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The Coding Accuracy Support System (CASS) enables the United States Postal Service (USPS) to evaluate the accuracy of software that corrects and matches street addresses. CASS certification is offered to all mailers, service bureaus, and software vendors that would like the USPS to evaluate the quality of their address-matching software and improve the accuracy of their ZIP+4, carrier route, and five-digit coding.

For software vendors and service bureaus, CASS Certification must be renewed annually with the USPS to meet current CASS Certification cycle requirements.

CASS Certified products are listed in USPS literature and on its web site. CASS software will correct and standardize addresses. It will also add missing address information, such as ZIP codes, cities, and states to ensure the address is complete. Starting with 2007 Cycle L, CASS software will also perform delivery point validation to verify whether or not an address is a deliverable address and check against the USPS Locatable Address Conversion System to update addresses that have been renamed or renumbered.

A correct address saves the Postal Service time, money and manpower by reducing the volume of:

  1. Non-deliverable mail
  2. Unsorted mail
  3. Mail that is deliverable, but requires extra effort to determine the proper location to which it should be delivered.[1]

Mailers who use CASS software to check the addresses of their mailing may be able to qualify for discounted postage rates from the USPS.

As an example of what CASS software will correct in an address, an input of:

1 MICROWSOFT
REDMUND WA

Produces the output of:

1 MICROSOFT WAY
REDMOND WA 98052-8300

Here the street and city name misspellings have been corrected (MICROWSOFT → MICROSOFT; REDMUND → REDMOND); street suffix (WAY), ZIP code and ZIP+4 add-on have been added; and, in this case, the address was determined to be the location of a business.

In addition to an updated address, CASS software can also return descriptive information about the address. The information falls into two categories:

  1. If the address was successfully processed, or if not then why,
  2. Information on how to deliver the mailing.

References

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Coding Accuracy Support System

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from Grokipedia
The Coding Accuracy Support System (CASS™) is a certification program established by the (USPS) to evaluate and certify the accuracy of address matching software developed or used by mailers, service bureaus, and software vendors. This system tests the software's ability to correctly append precise postal codes—such as the Five-Digit ®, ZIP + 4®, delivery point codes, and carrier route codes—to addresses, ensuring high standards for mail processing and automation eligibility. CASS certification plays a critical role in enhancing the overall efficiency of the U.S. system by verifying that address validation tools meet stringent accuracy thresholds, typically requiring a minimum of 98.5% success rate for core coding elements like ZIP + 4 and carrier routes, and 100% for specialized components such as validation (DPV), Drop Ship Disclosure System (DSF2), and Residential Delivery Indicator (RDI). The program supports integration with USPS databases and services, including LACSLink® for standardized conversions and eLOT® for enhanced line-of-travel sequencing, which collectively reduce undeliverable and qualify certified mailings for significant postage discounts under automation pricing categories. The process is structured in two stages: an optional self-testing phase using approximately 150,000 addresses to identify and resolve software issues, followed by a mandatory formal against another set of roughly 150,000 addresses graded by the USPS Address Quality Testing (AGT) office. Successful applicants receive valid for two years, after which reapplication and retesting are required to maintain compliance with evolving USPS standards. By promoting reliable address hygiene, CASS not only minimizes postal operational costs but also benefits businesses by improving direct mail campaign effectiveness and compliance with federal mailing regulations.

Overview

Definition and Purpose

The Coding Accuracy Support System (CASS) is a certification program operated by the (USPS) to evaluate and certify the accuracy of third-party address matching software used for standardizing, correcting, and coding U.S. addresses against official USPS databases. This program establishes a standardized benchmark for hardware and software developers, service bureaus, and commercial mailers to measure the performance of tools that append or validate postal codes, such as 5-digit ZIP Codes, ZIP+4 codes, codes, and carrier route codes. By requiring software to process in alignment with current USPS files, CASS ensures reliable address hygiene for mail preparation. The core purpose of CASS is to promote high-fidelity address coding, which reduces undeliverable-as-addressed (UAA) mail, enhances delivery rates, and streamlines postal operations for efficiency and cost savings. Developed in partnership with the mailing industry, the program mandates minimum accuracy thresholds, including 98.5% compliance for ZIP+4 coding, 5-digit ZIP coding, carrier route coding, and certain ancillary services like LACSLink, as well as 100% accuracy for coding and related validations such as DPV and DSF2. These standards help minimize processing errors and support qualification for discounted automation postage rates. CASS applies broadly to both packages and in-house systems employed by presort service providers and bulk mailers preparing high-volume mailings. This scope encompasses any validation method used to generate barcoded or presorted mail eligible for USPS incentives, ensuring consistent quality across diverse applications in the mailing ecosystem.

Key Components

The Coding Accuracy Support System (CASS) relies on standardized test decks provided by the (USPS) to benchmark and evaluate the performance of matching software. These datasets include both coded and uncoded files designed to simulate real-world variations. The primary test decks consist of two stages: Stage I, which features approximately 150,000 test addresses extracted from USPS and ZIP+4 files, encompassing all types with some intentionally altered for error detection, and includes provided answer files for self-testing; and Stage II, a comparable set of about 150,000 addresses without answers, used exclusively for official submission. The files are distributed in compressed ZIP archives containing a that describes the test structure and parameters, an input file with uncoded addresses in a delimited text format (typically tab- or pipe-delimited), and—for Stage I—an expected output file with correctly coded addresses for comparison. Central to CASS evaluation is a comprehensive scoring system that measures software accuracy through specific metrics across key categories, ensuring compliance with USPS address standardization standards. The core categories include 5-digit ZIP coding, ZIP+4 coding, coding, carrier route coding, and component error rates (assessing individual elements like , number, and city/state). Performance is quantified via match rates and rates, with pass/fail determined by minimum accuracy thresholds: for instance, 98.5% for ZIP+4 coding, 5-digit ZIP coding, carrier route coding, and LACSLink processing; and 100% for coding, eLOT validation, DPV/DSF2 checks, RDI assessment, and perfect matching. Component error rates further break down inaccuracies in elements, requiring low levels to achieve overall . CASS certification follows a structured renewal cycle to maintain ongoing accuracy amid USPS data updates, with validity tied to biennial cycles. Certifications are valid until the end of the biennial cycle (e.g., Cycle O until July 31, 2028), requiring reapplication and Stage II testing to obtain for the next cycle. The Cycle O Technical Guide was updated on March 19, 2024, and the Certified Products Guide was issued on November 13, 2025. Renewal involves reapplying through Stage II testing to confirm continued compliance with accuracy thresholds, ensuring software remains aligned with evolving address standardization practices.

History

Origins and Development

The Coding Accuracy Support System (CASS) originated in the late 1980s as an initiative by the (USPS) to address escalating undeliverable-as-addressed (UAA) mail volumes, which generated millions of dollars in annual handling costs for the postal system. By the mid-1980s, inaccurate addressing had become a pressing concern amid growing mail volumes and the push toward , prompting the USPS to develop tools for verifying software-generated codes. Introduced in 1987 through collaboration with the mailing industry, CASS was designed to evaluate and certify the accuracy of address-matching software, particularly for ZIP+4 codes, thereby standardizing outputs from vendor-developed programs. This effort built on earlier address quality measures, such as the ZIP+4 system launched in 1983, by providing a certification framework to ensure software reliability in correcting and appending postal codes. CASS was formally launched in 1990 as part of comprehensive USPS programs, incorporating standardized testing protocols co-developed with software vendors to benchmark performance against USPS databases. The initial certifications were issued in , marking the point at which mailers could use certified software to qualify for discounted postage rates, thus incentivizing widespread adoption. A primary driver for CASS was its integration with emerging automated mail processing technologies, including ZIP+4 coding and barcode sorters, which required precise address data to minimize manual handling and delivery failures. By focusing on software validation, the system supported the USPS's transition to high-volume, machine-readable mail flows without delving into later enhancements.

Major Milestones

In the , revisions to USPS Move Update standards emphasized the use of tools like the National Change of Address (NCOA) database to verify recent changes, complementing CASS by promoting overall list quality for automation discounts. In the , CASS underwent adaptations to the surge in digital mail and volumes, particularly following the 2020 spikes driven by trends. These included the rollout of API-based testing options via USPS Web Tools, which streamlined for developers integrating validation into web and mobile applications, and updates to to better handle high-volume, dynamic mailing scenarios. As of 2025, USPS announced the phase-out of Web Tools APIs by January 2026, with migration to updated APIs to maintain these options. By 2023, more than 500 software packages had achieved CASS certification, reflecting broad industry participation and contributing to reductions in undeliverable-as-addressed (UAA) through improved standardization and error correction.

Certification Process

Eligibility and Requirements

The Coding Accuracy Support System (CASS) certification program is open to U.S.-based software developers, mailers, and service bureaus that develop or utilize matching and validation software to ensure compliance with USPS standards for postal discounts. Eligibility requires registration with the USPS via the CASS Order Form, and there is no fee for the testing process itself, though participants must obtain necessary USPS data files for evaluation. Software seeking certification must interface directly with key USPS databases, including ZIP+4, Delivery Point Validation (DPV), and Delivery Sequence File 2 (DSF2), while supporting both of large address files and real-time validation capabilities. A core prerequisite is meeting minimum accuracy thresholds established by the USPS, such as 98.5% correct coding for ZIP+4, carrier route, Five-Digit ZIP, and LACSLink components, and 100% accuracy for delivery point coding, eLOT, DPV/DSF2, Residential Delivery Indicator (RDI), and Perfect Address processing during the required Stage II evaluation. These thresholds verify the software's reliability in standardizing and correcting addresses to USPS specifications. Vendors must submit comprehensive documentation prior to formal testing, including software specifications like version numbers, update protocols for incorporating current USPS data, and system architecture details to demonstrate compatibility. Following testing, participants file PS Form 3553 (CASS Summary Report) to report results and request , enabling the USPS to review and approve the software for use in automation-compatible mailings.

Testing and Evaluation Procedures

The process for obtaining CASS certification begins with vendors requesting access to the necessary test resources through the (USPS) Electronic Product Fulfillment (EPF) system. To do so, applicants submit PS Form 5116, the EPF Web Access Request Form, to establish an account for downloading certification files, including the Stage I self-test deck (with answers, optional for ) and the required Stage II test deck (without answers, containing approximately 150,000 sample addresses). Once obtained, vendors the Stage II test deck using their address-matching software to generate output files that demonstrate coding accuracy across various postal elements. These output files must then be submitted to the USPS Address Management Services for review, typically via secure upload or specified channels outlined in the CASS Order Form. Submissions are expected within a reasonable timeframe following receipt of the test deck, aligning with certification cycle deadlines to ensure timely evaluation. Evaluation of submitted output files is conducted by the USPS using automated proprietary algorithms that compare results against expected standards derived from the USPS Address Management System. The assessment covers multiple coding categories, including ZIP+4, 5-digit ZIP, carrier route, Validation (DPV), and others like LACSLink and SuiteLink for secondary address handling. Accuracy thresholds are stringent: a minimum of 98.5% is required for ZIP+4, carrier route, 5-digit ZIP, and LACSLink processing, while 100% accuracy is mandated for DPV, DSF2, eLOT, and Residential Delivery Indicator (RDI). Errors are logged and reported back to the vendor, highlighting issues such as suite linking failures (e.g., incorrect parsing of business secondary units) or secondary address errors (e.g., mismatched apartment or suite designations), enabling targeted corrections. This step-by-step scoring ensures software reliability in standardizing and validating addresses per USPS guidelines. Upon successful evaluation meeting all thresholds, the USPS issues a digital CASS , confirming the software's compliance and authorizing its use for postal discount qualifications. The certificate is valid for two years or until the end of the biennial cycle, after which recertification is required using updated test decks. If the submission fails, vendors receive detailed feedback and may re-submit revised output files after implementing fixes. This iterative process maintains high standards for address accuracy in the mailing industry.

Technical Aspects

Address Standardization Standards

The Coding Accuracy Support System (CASS) requires certified software to normalize input addresses according to the (USPS) Postal Addressing Standards outlined in Publication 28, ensuring consistency for accurate coding and delivery. This standardization process transforms varied or non-standard address inputs into a uniform USPS-preferred format, facilitating reliable matching against USPS databases. Standardization rules mandate the use of uppercase letters for all address elements to promote uniformity and machine readability. Street suffixes and directional indicators must employ official USPS abbreviations, such as converting "Street" to "ST", "Avenue" to "AVE", "North" to "N", and "East" to "E". Punctuation is generally removed, except for hyphens in ZIP+4 codes, to simplify parsing; for instance, commas, periods, and apostrophes in street names or numbers are omitted. A representative example is the input "123 Main Street, Apt. 1A" being converted to "123 MAIN ST APT 1A". Secondary unit designators, such as apartments or suites, follow the primary street address and use standardized abbreviations like "APT" for apartment, "STE" for suite, or "BLDG" for building, positioned without additional punctuation. ZIP Code components form a critical part of , requiring the assignment of at least a 5-digit , with enhancements for precision. The full ZIP+4 format appends four digits to the 5-digit code (e.g., 12345-6789), where the first two digits after the denote the delivery segment and the last two specify the within that segment. Delivery point codes extend this to an 11-digit format by adding two more digits for the exact , such as a specific or door, enabling finer granularity in routing. Carrier route coding prefixes the ZIP+4 with a "C" followed by up to four alphanumeric characters to identify the mail carrier's route, such as "C001" for a city route. Emphasis is placed on accurately incorporating secondary unit designators into these codes, as they influence ZIP+4 assignment; for example, "APT 1A" on "123 MAIN ST" may yield a distinct ZIP+4 from the base street address. Error handling in address standardization addresses ambiguities to prevent delivery issues, with guidelines for parsing non-standard inputs. Multi-line addresses, such as those split across recipient name, street details, and secondary units, must be consolidated into a single delivery address line above the city, state, and ZIP line. PO Box addresses are standardized by converting variations like "P.O. Box" or "Post Office Box" to "PO BOX" followed directly by the numeric identifier, without additional designators unless specified; for example, "Post Office Box 123" becomes "PO BOX 123". Ambiguous cases, such as rural routes or urbanizations with identical street names, require the inclusion of clarifying elements like "RR 1 BOX 456" for rural routes or "URB EXAMPLE" for developments, ensuring correct ZIP+4 assignment.

Software Matching and Correction Criteria

The Coding Accuracy Support System (CASS) certification process rigorously evaluates address matching software's performance through standardized test files comprising approximately 150,000 addresses. To pass , software must demonstrate at least 98.5% accuracy in assigning 5-digit ZIP codes, ZIP+4 codes, and carrier route codes, alongside 100% accuracy for delivery point coding, enhanced Location of Address (eLOT) codes, Delivery Point Validation (DPV), and Residential Delivery Indicator (RDI). These benchmarks ensure reliable coding for the majority of inputs. Correction mechanisms in CASS-certified software focus on automated remediation of prevalent address errors, such as phonetic misspellings of street names (e.g., "Main" corrected to "Maine"), abbreviated or expanded forms, or partial ZIP codes, by cross-referencing against authoritative USPS City/State files and ZIP+4 databases. The process minimizes false positives—incorrectly altering valid addresses—and false negatives—failing to correct erroneous ones—through certification Stage II testing, where software outputs are compared directly to USPS master records, requiring error rates below 1.5% for primary coding elements. For instance, incomplete business addresses may be supplemented using SuiteLink data to add known secondary information, enhancing overall deliverability without manual intervention. Database integration is a core requirement, mandating that certified software employs the most current USPS-provided files, including the ZIP+4 Product updated weekly to reflect new developments and the City/State File refreshed quarterly for jurisdictional accuracy. Certification testing verifies seamless incorporation of these files in both —for large-volume mailings—and real-time modes—for interactive applications—ensuring consistent performance across operational scales, with no degradation in accuracy due to processing method. CASS certification occurs in cycles (e.g., Cycle O as of 2024), which introduce updates to technical requirements and files to maintain evolving standards. This integration supports standardized outputs aligned with USPS address formats, as outlined in related standardization guidelines.

Benefits and Applications

Advantages for Mailers and Businesses

The use of CASS-certified software allows mailers and businesses to qualify for significant postage discounts by ensuring addresses meet USPS standards, thereby avoiding higher non-automation rates that can increase costs by up to 5 cents per piece or more for bulk mailings. For high-volume mailers, this translates to estimated annual savings of $0.01 to $0.05 per piece, as demonstrated by examples where a 10,000-piece mailing saves approximately $500 through eligibility for presorted rates. Additionally, CASS reduces the financial burden of undeliverable by minimizing returns, which can cost $2 to $5 per piece to reprocess, and up to $25 in extreme cases involving corrections and resends. Operational efficiency gains from CASS-certified tools stem from improved address list hygiene, which standardizes and corrects data to enhance targeting precision and lower return rates. Businesses, particularly in , benefit from higher deliverability rates—often achieving 98% or more post-certification—aligning with USPS accuracy benchmarks of at least 98.5% for ZIP+4 and carrier route coding. This results in fewer wasted resources on invalid addresses and better integration with (CRM) systems for more effective marketing campaigns. CASS certification is a key compliance requirement for accessing USPS incentives, such as automation discounts on First-Class Presort , where uncertified lists disqualify mailings from lower rates and risk penalties in the form of elevated postage charges. By maintaining certified matching, businesses not only secure these postal savings but also elevate overall , supporting advanced applications in analytics and customer outreach beyond mailing.

Impact on Postal Efficiency

The Coding Accuracy Support System (CASS) has contributed to the reduction of undeliverable-as-addressed (UAA) mail within USPS operations, with rates declining from approximately 5% in the late 1990s to about 3.9% in FY2023. This decline is attributed in part to CASS's role in standardizing and validating addresses prior to mailing, alongside other initiatives, thereby minimizing returns and forwarding efforts that strain postal resources. As a result, the USPS has saved millions in annual handling costs associated with processing UAA mail, which involves transportation, storage, and disposal activities. CASS enhances system-wide efficiency by providing standardized address inputs that support automated sorting equipment across USPS facilities. By ensuring high accuracy in and delivery point coding, CASS-certified software prevents errors that could disrupt high-speed sorters, allowing for smoother mail flow from induction to final delivery. Additionally, CASS integrates seamlessly with the (IMb) system, enabling precise tracking and routing of mailpieces throughout the network, which reduces manual interventions and processing delays. Broader USPS metrics reflect improvements in service performance, with on-time delivery rates for First-Class Mail averaging around 91% in FY2023 and targets of 95% for presort categories. These gains stem from reliable address data that facilitates faster sorting and fewer misroutes, contributing to overall operational reliability in mail delivery. While detailed address standardization standards are outlined elsewhere, their application via CASS underscores its foundational impact on national postal infrastructure.

National Change of Address (NCOA)

The National Change of Address (NCOA), formally known as the NCOALink Product, is a (USPS) program that compiles a secure of permanent change-of- (COA) records submitted by individuals, families, and businesses. This includes approximately 160 million records derived from COA filings, covering changes reported within the past 18 months for standard users or up to 48 months for full-service providers. The primary purpose of NCOA is to enable mailers to update their customer and prospect lists with recent changes prior to ing, thereby reducing the volume of undeliverable-as-addressed (UAA) mail and associated costs. NCOA integrates closely with the Coding Accuracy Support System (CASS) to ensure comprehensive management. CASS-certified software is mandatory for NCOA , as it facilitates matching mailer lists against the dataset to identify and apply updates, fulfilling USPS Move Update compliance requirements. This linkage helps verify that mailing lists reflect current resident information, with the USPS receiving over 40 million COA orders annually that populate the NCOA records. By incorporating NCOA as a preliminary step, CASS enhances overall accuracy and supports postal efficiency standards. For bulk mailers, NCOA processing is a required component to qualify for postage discounts, particularly under and presort rate categories that demand recent verification. Licensed vendors access the NCOA dataset through secure channels and run mailer lists against it before applying CASS validation, ensuring moves are accounted for within 95 days of the mailing date. This pre-CASS step not only aids compliance but also minimizes forwarding and return handling, benefiting businesses by improving deliverability rates for and transactional mail.

Delivery Point Validation (DPV)

Delivery Point Validation (DPV) is a (USPS) technology designed to confirm whether a ZIP+4 coded represents a known in the USPS delivery file, using data derived from carrier routes and actual mail delivery records. This validation process checks both primary elements (such as street number and name) and secondary elements (such as apartment or suite numbers) to determine deliverability, without appending or correcting the itself. DPV flags potentially problematic addresses, such as those corresponding to vacant lots, invalid locations, or non-existent delivery points, helping to prevent undeliverable-as-addressed (UAA) mail and associated costs. DPV integrates closely with the Coding Accuracy Support System (CASS) certification program, where obtaining a DPV requires applicants to be CASS-certified or in the process of as a software manufacturer. CASS testing, particularly in Stage II of the certification process, mandates 100% accuracy for DPV validation on known deliverable addresses to ensure reliable performance. Certified software must output standardized DPV codes appended to processed addresses, including "Y" to indicate full confirmation of the , "N" for addresses not matching any known delivery point, "S" for confirmation at the primary (street) level but not the secondary (unit) level, and "D" for confirmed delivery points within PO Box-only ZIP Codes. These codes enable mailers to assess address quality precisely and comply with USPS standards for automation-compatible mail. In practice, DPV is essential for mailers and businesses seeking to minimize delivery failures by verifying addresses prior to mailing, particularly in high-volume operations like presort services and bulk campaigns. It supports various mail classes, including First-Class Mail, Periodicals, and Standard Mail, by confirming actual deliverability and qualifying eligible mail for postage discounts through enhanced accuracy. When used alongside CASS-certified address matching, DPV provides a critical final check to ensure mail reaches intended recipients efficiently.

References

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  4. https://www.govinfo.gov/content/pkg/GAOREPORTS-GGD-96-126/html/GAOREPORTS-GGD-96-126.htm
  5. https://postalmuseum.si.edu/exhibition/america%E2%80%99s-mailing-industry-the-united-states-postal-service/1970%E2%80%932000-improving
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  8. https://www.govinfo.gov/content/pkg/FR-2010-07-09/html/2010-16810.htm
  9. https://postalpro.usps.com/CASS_CycleO_Summary
  10. https://www.usps.com/business/web-tools-apis/
  11. https://postalpro.usps.com/address-quality-solutions/undeliverable-addressed-uaa-mail
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  20. https://www.easypost.com/blog/2025-06-13-cass-certification-reduced-costs-and-improved-deliveries
  21. https://www.serviceobjects.com/blog/cass-certification-how-does-it-help-consumers-businesses-and-delivery-services/
  22. https://www.lob.com/blog/what-is-cass-certification
  23. https://about.usps.com/what/financials/annual-reports/fy2023.pdf
  24. https://www.fssi-ca.com/solutions/returned-mail-solutions/
  25. https://www.uspsoig.gov/sites/default/files/reports/2023-01/ms-ma-15-006.pdf
  26. https://pe.usps.com/businessmail101?ViewName=AutoLetters
  27. https://www.usps.com/election-mail/creating-imb-election-mail-kit.pdf
  28. https://about.usps.com/newsroom/national-releases/2023/1114-usps-reports-fiscal-year-2023-results.htm
  29. http://postalpro.usps.com/mailing-and-shipping-services/NCOALink
  30. https://www.uspsoig.gov/reports/audit-reports/national-change-address-program
  31. https://about.usps.com/publications/pub632/pub632_014.htm
  32. https://postalpro.usps.com/address-quality/dpv
  33. https://docs.precisely.com/docs/sftw/spectrum/22.1/en/webhelp/SpectrumQualityConnectorForSAP/SpectrumQualityConnectorForSAP/source/FieldCodes/DPVCodes.html
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