In today苨 world, both private and public sectors depend upon information technology systems to perform essential and mission-critical functions. In the current environment of increasingly open and interconnected systems and networks, network and data security are essential for the effective use of information technology. Privacy and regulatory requirements highlight this need. For example, systems that perform electronic commerce must protect against unauthorized access to confidential records and unauthorized modification of data. Wireless technologies are rapidly emerging as significant components of these networks. As such, data classification and risk assessments should be performed to determine the sensitivity of, and risk to, data transmitted over wireless networks. Various methods and controls should be considered for data that is sensitive, has a high value, or represents a high value if it is vulnerable to unauthorized disclosure or undetected modification during transmission over wireless networks. These methods and controls support communications security, for example by encrypting the communication prior to transmission and decrypting it at receipt. Note that data classification and risk assessments, regardless of whether data transmission is over wired or wireless environments, should be part of an organization苨 general security policy and best practices. Refer to Annex A Wireless Validation Control Objectives for further details. Part 1 of this Standard provides an overview of wireless radio frequency (RF) technologies and general requirements applicable to all wireless implementations for the financial services industry. Subsequent parts of this Standard will address specific applications to wireless technology and associated risks, as well as technologies, methods and controls that mitigate those risks. Note that other wireless non-radio frequency technologies, such as infrared and lasers are considered out of scope of this Standard. For the purposes of this Standard the use of the terms 魋hall?and 鬽ust?are requirements and therefore mandatory, whereas 魋hould?is a recommendation. Refer to Annex B Wireless Technology for examples.

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The financial services industry relies on several time-honored methods of electronically identifying, authorizing, and authenticating entities and protecting financial transactions. This standard defines a taxonomy, requirements, operating principles, controls objectives, techniques, and technical approaches to enable financial institutions (FI) and financial services to support secure remote access.

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This standard defines terminology for blockchain, digital currency, and distributed ledger technologies (DLT) for use in the financial services industry. These defined terms are intended to assist regulators, inform future legislation, and provide consistency in the development of future X9 financial services standards. A standardized vocabulary will help remove barriers to the adoption of new technologies that can improve operating efficiency in financial services, reduce cost for banks and their customers, and lead to greater understanding in our legal and regulatory community. The scope of this standard includes terms used to describe blockchain, digital currency, and DLT. These include terms related to business, legal, legislation, and technology.

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This document describes a method consistent with the requirements of ANSI X9.24 Retail Financial Services Symmetric Key Management Part 1 for the secure exchange of keys between SCDs that share a symmetric key to wrap keys and other relevant data. This could be host to host or host to transaction-originating SCD. This method may also be used for the storage of keys under a symmetric key. Interoperability may be less of a factor when storing keys for use with a given implementation. The symmetric key used for storage need not be shared when using this method for key storage. This document establishes the security requirements for an interoperable Key Block, which is a structure containing the encrypted key and its attributes wrapped together.

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The Financial Instrument Global Identifier is an open data standard that provides a mechanism to uniquely identify financial instruments globally and create interoperability between existing identification systems that may be contextually bound. The standard utilizes a metadata approach to provide a standard data model and persistent primary key, ensuring unique identification.

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This standard provides all parties involved in Electronic Benefits Transfer (EBT) processing for the Supplemental Nutrition Assistance Program (SNAP) and Cash benefit programs with technical specifications for exchanging financial transaction messages between an Acquirer and an EBT card issuer processor. It specifies message structure, format and content, data elements and values for data elements used in the SNAP and Cash benefit programs. Cash benefits provided on pre-paid cards or on co-branded cards are outside the scope of this standard. The method by which settlement takes place is also not within the scope of this standard. Data representation used in individual systems is subject to the commercial relationships between the parties contracting to each system. The message formats specified in this standard are designed to ensure that compatibility between systems conforming to this standard is always feasible. This standard shall only be used with EBT transactions that comply with the Quest?Operating Rules, dated December 2014, Version 2.2 including any subsequent updates to said rules or similar rules that are approved by FNS and compliant with FNS policy.

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This standard specifies a cryptographic syntax scheme that can be used to protect financial transactions, files and other messages from unauthorized disclosure and modification. The cryptographic syntax scheme is based on an abstract Cryptographic Message Syntax (CMS) schema whose concrete values can be represented using either a compact, efficient, binary encoding, or as a flexible, human-readable, XML markup format.

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This standard describes the security framework for using biometrics for authentication of individuals in financial services. It introduces the types of biometric technologies and addresses issues concerning their application. This standard also describes the architectures for implementation, specifies the minimum security requirements for effective management, and provides control objectives and recommendations suitable for use by a professional practitioner

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Specifies and 8-bite code derived from, and compatible with the 7-bit coded character set specified in ISO 646. The characteristics of this code are also in conformance with the code extension techniques specified in ISO 1022.

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This standard establishes paper specifications for the MICR documents that are used in the US Payments System. While checks, substitute checks (IRDs) and deposit tickets are the primary documents considered in these specifications, users of MICR/OCR E-13B font readers will be well served by applying these specifications to internal documents, when intended for use in reader/sorters.

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This standard provides the location for all physical check endorsements and electronic endorsement overlays applied to check images. This standard specifies the parameters for the background and design elements on the back of the check and the placement and data content of endorsements. This standard is not intended to apply to the format of electronic endorsement records, as defined within check image exchange standards (X9.100-187), the creation of substitute checks (X9.100-140) or endorsements on the front of the physical check or its image

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The purpose of this standard is to provide the financial industry with a format necessary to perform electronic check exchange (ECE), with or without images. The format supports forward presentment, posting, return notification, and returns, as well as existing customer information reporting products. The standard also supports multiple check clearing alternatives, e.g., bank-to-bank, bank-to-switch.

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This standard defines requirements for a virtual stamp for U.S. Savings Bond that are eligible for electronic redemption. Paying agents with a signed agreement with the U.S. Treasury抯 Bureau of Fiscal Service, may use this virtual stamp in lieu of a physical stamp. This specification includes the content and proper placement of the virtual stamp only and does not supersede requirements for other information required on the back of savings bond items.

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