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Base24-eps and UPF integration

Integration between BASE24-eps and the Universal Payments Framework (UPF) is a core part of ACI Worldwide’s strategy to bridge legacy payment systems with modern, real-time payment capabilities. The UP Framework acts as a bridge, allowing financial institutions to orchestrate diverse payment types and channels while protecting their existing investment in BASE24-eps infrastructure.

Key Aspects of the Integration

Investment Protection: The UP Framework allows existing BASE24 customers to continue using their current systems for some functions while incrementally adding new payment types and volumes through the UP Framework. This approach eliminates the need for a complete “rip and replace” of legacy systems.
Modernization and Flexibility: The integration with UPF allows banks to rapidly introduce new payment methods, adhere to new network schemes (like real-time payments), and integrate with new partners through configuration rather than custom coding.
Unified Retail Payments: UP Retail Payments is ACI’s comprehensive solution that combines the strengths of BASE24-eps (a market-leading retail payment platform) and the UP Framework (which orchestrates all aspects of payments processing) into a single, end-to-end platform.
Data Protection & Compliance: The UPF is used in conjunction with data security solutions (like Comforte’s SecurDPS) to tokenize sensitive cardholder data before it is passed to BASE24-eps applications or stored in logs, helping institutions meet PCI DSS compliance requirements.
Role-Based Expertise: The integration is an area of specialized technical expertise in the payment industry, with job roles focusing on the implementation, customization, configuration, and support of both BASE24-eps and UPF modules.

In essence, the UPF provides a flexible, open architecture that extends the life and capabilities of BASE24-eps, enabling financial institutions to manage traditional and emerging payment demands within a unified ecosystem.

What is BASE24-eps?

BASE24-eps is a comprehensive solution for acquiring, authenticating, routing, switching, and authorizing card- and non-card-based financial transactions through various channels.

BASE24-eps is designed to:

Increase the profitability of payment processing by enabling a set of common transaction services to support multiple channels and different types of transactions
Offer organizations greater flexibility with built-in support for all major card types, devices, national and regional switches, international payment schemes and host systems
Create a comprehensive view of customers and ensure consistent, high-quality customer service across different points of contact
Reduce organizations’ total cost of ownership through complete platform independence
Give organizations the options to deploy on premise, in their own private or public cloud, or in a secure, cloud-based environment managed by ACI

https://www.aciworldwide.com/solutions/base24-eps

COBOL85 programming language on HPE NonStop systems (formerly Tandem NonStop)

“COBOL85 nonstop” refers to the use of the COBOL85 programming language on HPE NonStop systems (formerly Tandem NonStop). The HPE NonStop platform is known for its fault-tolerant, continuous availability architecture, often used for critical, large-scale transaction processing.

Key aspects of COBOL85 on NonStop include:

Platform-Specific Implementation: HPE provided a specific implementation of the 1985 COBOL standard tailored to its unique Guardian operating system and hardware architecture.
Mission-Critical Applications: COBOL programs on NonStop are commonly used in industries such as finance, retail, and government for applications requiring high reliability and constant uptime (the “nonstop” nature of the system).
Fault Tolerance: NonStop systems achieve fault tolerance through mechanisms like process pairs, and the COBOL runtime library can interact with these features. For example, a PARAM NONSTOP OFF setting in a PATHMON configuration can prevent a COBOL85 server from running as a process pair if that behavior is not desired.
System Integration: Programmers can call Guardian procedures and use embedded SQL/MP statements within their COBOL85 programs to interact with the system’s robust file system and database.
Development and Maintenance: The combination of COBOL85 and HPE NonStop utilities is a specific skill set for developers maintaining these critical legacy systems.
Tools and Manuals: Documentation and tools, such as the INSPECT symbolic debugger and the FUP (File Utility Program), are specific to the NonStop environment and assist with development and maintenance.

For detailed information, users can consult the official documentation, such as the HP COBOL Manual for TNS and TNS/R Programs or other manuals available on the NonStopTools website and HPE Support portals.

My NonStop COBOL85 programming experience.

Transaction Application Language – TAL on HP HPE Nonstop mainframes (previously Tandem)

Transaction Application Language

Programming language

TAL User Defined Language for Notepad++ | sybond/project — Transaction Application Language – TAL on HP HPE Nonstop mainframes (previously Tandem)

Transaction Application Language or TAL is a block-structured, procedural language optimized for use on Tandem hardware. TAL resembles a cross between C and Pascal. It was the original system programming language for the Tandem Computers CISC machines, which had no assembler.

Source: Wikipedia

Transaction Application Language or TAL (originally “Tandem Application Language”) is a block-structured,^[1] procedural language optimized for use on Tandem (and later HP NonStop) hardware. TAL resembles a cross between C and Pascal. It was the original system programming language for the Tandem Computers CISC machines, which had no assembler.^[2]

Transaction Programming Language (TAL)
Paradigm	Block-structured procedural language
Developer	Hewlett-Packard Enterprise (originally Tandem Computers)
First appeared	mid 1970s
Platform	MIPS, Itanium, x86-64
OS	NonStop OS
License	Proprietary commercial software
File formats	unstructured, Enscribe, NonStop SQL/MP, NonStop SQL/MX
Dialects
TAL, pTAL, epTAL
Influenced by
ALGOL, Pascal, C

The design concept of TAL, an evolution of Hewlett-Packard‘s SPL, was intimately associated and optimized with a microprogrammed CISC instruction set. Each TAL statement could easily compile into a sequence of instructions that manipulated data on a transient floating register stack. The register stack itself floated at the crest of the program’s memory allocation and call stack.

The language itself has the appearance of ALGOL or Pascal, with BEGIN and END statements. However, its semantics are far more like C. It does not permit indefinite levels of procedure nesting, it does not pass complex structured arguments by value, and it does not strictly type most variable references. Programming techniques are much like C using pointers to structures, occasional overlays, deliberate string handling and casts when appropriate.

Available datatypes include 8-bit, 16-bit, 32-bit and (introduced later) 64-bit integers.^[3] Microcode level support was available for null terminated character strings. However, this is not commonly used.

Originally the Tandem NonStop operating system was written in TAL. Much of it has since been rewritten in C and TAL has been deprecated for new development.

In the migration from CISC to RISC, TAL was updated/replaced with pTAL – compilers allowed TAL to be re-compiled into Native RISC Applications. Later, the epTAL compiler was introduced for Itanium processors.

sp/ARCHITECT-BANK – developed by a Runcorn-based software house called The Software Partnership (later acquired by Deluxe Data in 1994)

“sp/architect nonstop tandem” refers to SP/ARCHITECT-BANK, an electronic banking software that ran on the highly available, fault-tolerant Tandem NonStop servers (now part of the Hewlett Packard Enterprise, or HPE, NonStop product line).

SP/ARCHITECT-BANK Software

Function: Developed as an electronic banking software package, it enabled functions like desktop access to company accounts, inter-account transfers, and bookkeeping, which was considered cutting-edge in the early 1990s.
Developer: The software was developed by a Runcorn-based software house called The Software Partnership (later acquired by Deluxe Data in 1994).
Users: Various banks, including TSB, Bank of Scotland, Rabobank, and Girofon (Denmark), used the software.

Tandem NonStop Servers

The NonStop servers, originally from Tandem Computers Inc., are known for their extreme reliability and scalability, making them suitable for mission-critical applications in finance, telecommunications, and retail.

Key architectural features include:

Fault Tolerance: The systems use redundant components (processors, storage, controllers, power supplies) with a “shared-nothing” architecture to ensure continuous operation even if a component fails.
Operating System: They use a proprietary, message-based operating system, the NonStop Kernel (NSK, originally Guardian), which manages fault detection and failover automatically, without human intervention.
Current Status: Tandem was acquired by Compaq in 1997, and Compaq was subsequently acquired by HP in 2002. The NonStop product line is now offered by Hewlett Packard Enterprise (HPE). More information is available on the HPE website.