Federal Reserve DDP 'Build Your Package' Option Removal: Week of November 9 Transition Guide

Federal Reserve DDP 'Build Your Package' Option Removal: Week of November 9 Transition Guide (Sovereign Tax Atlas Desk Note, 2026-10-28) — This briefing summarizes the supplied source material at http://www.federalreserve.gov/feeds/H10.html#3929. Imported financial records below are historical snapshot data and have not been checked against current official registers.

Federal Reserve Board to Remove DDP 'Build Your Package' Option Week of November 9#

The Federal Reserve Board will eliminate the 'Build Your Package' (BYP) option from the Data Download Program (DDP) during the week of November 9 (Source: Federal Reserve Board, federalreserve.gov), marking a concrete step toward the DDP's eventual full retirement. This change directly affects all users who currently rely on BYP to construct custom data packages from DDP releases. Two replacement pathways are available immediately: the Federal Reserve Bank of St. Louis's Federal Reserve Economic Data (FRED) platform, and a newly added XML-format download option now accessible directly from DDP release pages.

The DDP is defined as the Federal Reserve Board's centralized data distribution platform that allows users to download structured economic and financial data releases. The BYP option is defined as a self-service feature within the DDP that enables users to select and bundle specific data series into a custom downloadable package. Both features are being phased out as the Board streamlines its data offerings.

As of the week of November 9 (Source: Federal Reserve Board, federalreserve.gov), 2 distinct alternative access methods are available to displaced BYP users: (1) FRED, operated by the Federal Reserve Bank of St. Louis, and (2) XML-format release files newly added to DDP release pages. Users are advised to migrate workflows before the removal date to avoid service interruption.

Replacement Data Access Options: FRED and XML Downloads#

FRED (Federal Reserve Economic Data) is defined as the Federal Reserve Bank of St. Louis's publicly accessible database and data retrieval platform, which hosts Federal Reserve statistical releases and provides tools equivalent to or exceeding the BYP functionality. The FRED platform represents the Board's preferred long-term successor for users requiring custom data package construction.

The XML-format download option is defined as a structured, machine-readable file format now added to individual DDP release pages, enabling direct bulk data retrieval without requiring the BYP interface. This option was newly introduced in conjunction with the BYP removal announcement (Source: Federal Reserve Board, federalreserve.gov), providing at least 1 additional access pathway beyond FRED for users preferring direct file downloads.

Structured Comparison: DDP BYP vs. Replacement Options#

All status dates reference the week of November 9 per Federal Reserve Board announcement. Source: federalreserve.gov. Note: Licensing and platform details are drawn from the imported source snapshot and have not been independently verified.

FAQ: DDP BYP Removal and Migration#

What is the exact timeline for the BYP removal? The Federal Reserve Board has specified the week of November 9 as the removal window for the BYP option (Source: Federal Reserve Board, federalreserve.gov). No specific day within that week was identified in the source material.

Will the entire DDP be shut down at the same time? No. The week-of-November-9 action removes only the BYP option. The broader DDP retirement is described as eventual in the source material, indicating a phased wind-down rather than an immediate full shutdown (Source: Federal Reserve Board, federalreserve.gov).

Where can users learn more about the DDP–FRED partnership? The Federal Reserve Board's announcement references a dedicated resource on the DDP and FRED partnership, accessible via the source page at federalreserve.gov. The specific URL of that partnership page was not provided in the imported source content.

Quantitative Verification & Analytical Model#