ANSI X9.112 Wireless Management and Security is a multipart standard addressing different technologies and application environments using wireless communications. This standard, X9.112 Part 3: Mobile, addresses the management and security requirements for implementations applicable to manufacturers, application developers, and mobile financial service providers.
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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 the physical characteristics of a municipal security including certificate size, content, and layout. The specific language regarding provisions of the instrument is defined by the issuing authority and is not prescribed in the body of this standard. At a minimum, this standard is intended for use in the issuance of all fully registered municipal securities.
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As reporting systems become more complex, differences in data formats can cause considerable difficulty. The Balance and Transaction Reporting Standard establishes a common format for exchanging cash management account data. By establishing an efficient mechanism for communication among multiple parties, the standard facilitates complete, accurate, and timely information reporting, and helps reduce the cost of providing this service.
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This X9.134 ?Part 1 standard provides a framework flexible enough to accommodate new mobile device technologies as well as to allow various business models. At the same time, it enables compliance with applicable regulations including data privacy, protection of personally identifiable data, consumer protection, anti-money laundering, and prevention of financial crime.
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The purpose of this document is to specify the lifecycle and management activities, principles, and requirements for applications (apps) used in Mobile Financial Services (MFSs). As defined in ASC X9.134-1, an application is a set of one or more software modules and any associated data used to provide functionality for an MFS.
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This document provides requirements and recommendations for implementation of mobile payments-to-persons programs. This document is structured as follows: Clause 5 sets forth the characteristics of mobile payments-to-persons; Clause 6 sets forth requirements for mobile payments-to-persons.
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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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Data security breaches continue to put millions of consumers at risk. Protecting consumer information is a shared responsibility for all parties involved including legacy and cloud service providers, organizations that store, transmit, or process consumer information, financial institutions, and individual consumers. This standard provides requirements, recommendations, and information regarding consumer information, business data, general data protection, and breach notification. Topics addressed within the scope of this standard Part 1: Data Protection include the following: NIST Security and Privacy Controls; Cryptography and Key Management; Device Management and Security.
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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 part of ANS X9.24 establishes requirements and guidelines for the secure management and application-level interoperability of such automated keying operations. This part of this standard addresses symmetric keys managed with asymmetric keys, and asymmetric keys managed with symmetric keys (as in the storage of private keys encrypted with a symmetric master key for storage as cryptograms on a local database). This part of ANS X9.24 does NOT address using asymmetric keys to encrypt the Personal Identification Number (PIN) and does NOT address asymmetric keys managed with asymmetric keys.
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This part of the standard describes the AES DUKPT algorithm (Derived Unique Key Per Transaction), which uses a Base Derivation Key (BDK) to derive unique per device initial keys for transaction originating SCDs, and derive unique per transaction working keys from the initial keys based on the transaction number. Working keys can be used for a variety of functions, such as encryption of PINs, data or other keys, for derivation of other keys, for message authentication, etc. AES DUKPT supports the derivation of AES-128, AES-192, AES-256, and double and triple length TDEA keys from AES-128, AES-192, and AES-256 BDKs
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Produces a 160-bit representation of the message, called the message digest, when a message with a bit length less than 2 to 64th power is input. The message digest is used during the generation of a signature for the message. The message digest is computed during the generation of a signature for the message. The SHA-1 is also used to compute a message digest for the received version of the message during the process of verifying the signature. Any change to the message in transit will, with a very high probability, result in a different messages digest, and the signature will fail to verify. The Secure Hash Algorithm (SHA-1) described in this standard is required for use with the Digital Signature Algorithm and may be used whenever a secure hash algorithm is required.
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