ISO8583 Converter 3639 views
ISO8583 Converter REST-API
JSON XML SQL CSV binary Kafka MQTT nsk enscribe
Integrate card payments ISO8583 transactions with Web interfaces, Databases, Mobile
ISO8583 converter Abstracts the complexity
of ISO 8583 message handling
Handle in an easy, friendly format ISO8583 converted to JSON
Integrates REST API or other HTTP protocols
Convert ISO8583, IBM MQ, DB2, SQL, Oracle, kafka
Integrate Web API - ISO8583 - clearing
Microservices or standalone server, logging, reporting
Convert TCP/IP to HTTP Web services, or any API CSV, binary files
From Legacy Binary to Modern Logic
Stop parsing bits manually. Automate your payment integration.
// 2026-03-06 06:57:33 Inbound
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
MessageType: 0100
Bitmap: 723C46D128E0B000
[2,3,4,7,11,12,13,14,18,22,23,25,26,28,32,35,37,41,42,43,49,51,52]
F02_PAN: 9876500000306084
F03_ProcessingCode: 010000
F04_AmountTx: 000000005000
F07_TransmissionDateTime: 0306065733
F11_SystemTraceAuditNumber: 000315
F12_DateTimeLocalTx: 260306
F13_DateLocalTxn: 0306
F14_DateExpiration: 3012
F18_MerchantType: 5961
F22_POSDataCode: 020
F23_CardSequenceNumber: 000
F25_MessageReasonCode: 00
F26_CardAcceptorBusinessCode: 53
F28_DateReconciliation: 000000000
F32_AcquiringInstId: 27610000001
F35_Track2Data: 9876500000306084=30121011123123000
F37_RetrievalReferenceNumber: 573323200000
F41_CardAcceptorTerminalId: 20390059
F42_CardAcceptorId: 111120000012000
F43_CardAcceptorNameLocation: contact@neaPay.com\Almere-Amsterdam\NL
F49_CurrencyCodeTransaction: 566
F51_CurrencyCodeCardBilling: 566
F52_PINData: FEE8CA6A604F09F0
- - - - - - - - - - - - - - - - -
09:57:33:239: neaPay ISO8583 Converter JSON
JSON Converter sent this JSON dat ato https://api.neaPay.com/v1/transactions
[
{ "name": "MessageType", "value": "0110" },
{ "name": "Bitmap", "value": "723C46D12AE0B000" },
{ "name": "F02_PAN", "value": "9876500000306084" },
{ "name": "F03_ProcessingCode", "value": "010000" },
{ "name": "F04_AmountTransaction", "value": "000000005000" },
{ "name": "F07_TransmissionDateTime", "value": "0306065733" },
{ "name": "F11_SystemTraceAuditNumber", "value": "000315" },
{ "name": "F12_DateTimeLocalTx", "value": "260306" },
{ "name": "F13_DateLocalTxn", "value": "0306" },
{ "name": "F14_DateExpiration", "value": "3012" },
{ "name": "F18_MerchantType", "value": "5961" },
{ "name": "F22_POSDataCode", "value": "020" },
{ "name": "F23_CardSequenceNumber", "value": "000" },
{ "name": "F25_MessageReasonCode", "value": "00" },
{ "name": "F26_CardAcceptorBusinessCode", "value": "53" },
{ "name": "F28_DateReconciliation", "value": "000000000" },
{ "name": "F32_AcquiringInstitutionIdCode", "value": "27610000001" },
{ "name": "F35_Track2Data", "value": "9876500000306084=30121011123123000" },
{ "name": "F37_RetrievalReferenceNumber", "value": "573323200000" },
{ "name": "F39_ActionCode", "value": "00" },
{ "name": "F41_CardAcceptorTerminalId", "value": "20390059" },
{ "name": "F42_CardAcceptorIdentificationCode", "value": "111120000012000" },
{ "name": "F43_CardAcceptorNameLocation", "value": "contact@neaPay.com\\Almere-Amsterdam\\NL" },
{ "name": "F49_CurrencyCodeTransaction", "value": "566" } ,
{ "name": "F51_CurrencyCodeCardBilling", "value": "566" },
{ "name": "F52_PINData", "value": "FEE8CA6A604F09F0" }
06:57:33:244: neaPay ISO8583 Converter SQL
SQL Converter wrote this SQL record to database Postgress / MySQL / Oracle / SQL Server
INSERT INTO transaction_table
(MessageType,
Bitmap,
F02_PAN,
F03_ProcessingCode,
F04_AmountTransaction,
F07_TransmissionDateTime,
F11_SystemTraceAuditNumber,
F12_DateTimeLocalTransaction,
F13_DateLocalTxn,
F14_DateExpiration,
F18_MerchantType,
F22_POSDataCode,
F23_CardSequenceNumber,
F25_MessageReasonCode,
F26_CardAcceptorBusinessCode,
F28_DateReconciliation,
F32_AcquiringInstitutionIdCode,
F35_Track2Data,
F37_RetrievalReferenceNumber,
F39_ActionCode,
F41_CardAcceptorTerminalId,
F42_CardAcceptorId,
F43_CardAcceptorNameLocation,
F49_CurrencyCodeTransaction,
F51_CurrencyCodeCardholderBilling,
F52_PINData)
VALUES
( '0110',
'723C46D12AE0B000',
'9876500000306084',
'010000',
'000000005000',
'0306065733',
'000315',
'260306',
'0306',
'3012',
'5961',
'020',
'000',
'00',
'53',
'000000000',
'27610000001',
'9876500000306084=30121011123123000',
'573323200000',
'00',
'20390059',
'111120000012000',
'contact@neaPay.com\Almere-Amsterdam\Neth',
'566',
'566',
'FEE8CA6A604F09F0')
-- Automated reconciliation record
06:57:33:267: neaPay ISO8583 Converter XML
XML Converter sent this XML record to web service / API / blob storage / database
<?xml version="1.0" ?>
<data>
<MessageType>
<item>
<name>MessageType</name>
<db_column>
</db_column>
<bitmap_position>-1</bitmap_position>
<format>ISO</format>
<value>0110</value>
<tag>
</tag>
</item>
</MessageType>
<Bitmap>
<item>
<name>Bitmap</name>
<db_column>
</db_column>
<bitmap_position>1</bitmap_position>
<format>ISO</format>
<value>723C46D12AE0B000</value>
<tag>
</tag>
</item>
</Bitmap>
<F02_PAN>
<item>
<name>F02_PAN</name>
<db_column>
</db_column>
<bitmap_position>2</bitmap_position>
<format>ISO</format>
<value>9876500000306084</value>
<tag>
</tag>
</item>
</F02_PAN>
<F03_ProcessingCode>
<item>
<name>F03_ProcessingCode</name>
<db_column>
</db_column>
<bitmap_position>3</bitmap_position>
<format>ISO</format>
<value>010000</value>
<tag>
</tag>
</item>
</F03_ProcessingCode>
<F04_AmountTransaction>
<item>
<name>F04_AmountTransaction</name>
<db_column>
</db_column>
<bitmap_position>4</bitmap_position>
<format>ISO</format>
<value>000000005000</value>
<tag>
</tag>
</item>
</F04_AmountTransaction>
<F07_TransmissionDateTime>
<item>
<name>F07_TransmissionDateTime</name>
<db_column>
</db_column>
<bitmap_position>7</bitmap_position>
<format>ISO</format>
<value>0306065733</value>
<tag>
</tag>
</item>
</F07_TransmissionDateTime>
<F11_SystemTraceAuditNumber>
<item>
<name>F11_SystemTraceAuditNumber</name>
<db_column>
</db_column>
<bitmap_position>11</bitmap_position>
<format>ISO</format>
<value>000315</value>
<tag>
</tag>
</item>
</F11_SystemTraceAuditNumber>
<F12_DateTimeLocalTransaction>
<item>
<name>F12_DateTimeLocalTransaction</name>
<db_column>
</db_column>
<bitmap_position>12</bitmap_position>
<format>ISO</format>
<value>260306</value>
<tag>
</tag>
</item>
</F12_DateTimeLocalTransaction>
<F13_DateLocalTxn>
<item>
<name>F13_DateLocalTxn</name>
<db_column>
</db_column>
<bitmap_position>13</bitmap_position>
<format>ISO</format>
<value>0306</value>
<tag>
</tag>
</item>
</F13_DateLocalTxn>
<F14_DateExpiration>
<item>
<name>F14_DateExpiration</name>
<db_column>
</db_column>
<bitmap_position>14</bitmap_position>
<format>ISO</format>
<value>3012</value>
<tag>
</tag>
</item>
</F14_DateExpiration>
<F18_MerchantType>
<item>
<name>F18_MerchantType</name>
<db_column>
</db_column>
<bitmap_position>18</bitmap_position>
<format>ISO</format>
<value>5961</value>
<tag>
</tag>
</item>
</F18_MerchantType>
<F22_POSDataCode>
<item>
<name>F22_POSDataCode</name>
<db_column>
</db_column>
<bitmap_position>22</bitmap_position>
<format>ISO</format>
<value>020</value>
<tag>
</tag>
</item>
</F22_POSDataCode>
<F23_CardSequenceNumber>
<item>
<name>F23_CardSequenceNumber</name>
<db_column>
</db_column>
<bitmap_position>23</bitmap_position>
<format>ISO</format>
<value>000</value>
<tag>
</tag>
</item>
</F23_CardSequenceNumber>
<F25_MessageReasonCode>
<item>
<name>F25_MessageReasonCode</name>
<db_column>
</db_column>
<bitmap_position>25</bitmap_position>
<format>ISO</format>
<value>00</value>
<tag>
</tag>
</item>
</F25_MessageReasonCode>
<F26_CardAcceptorBusinessCode>
<item>
<name>F26_CardAcceptorBusinessCode</name>
<db_column>
</db_column>
<bitmap_position>26</bitmap_position>
<format>ISO</format>
<value>53</value>
<tag>
</tag>
</item>
</F26_CardAcceptorBusinessCode>
<F28_DateReconciliation>
<item>
<name>F28_DateReconciliation</name>
<db_column>
</db_column>
<bitmap_position>28</bitmap_position>
<format>ISO</format>
<value>000000000</value>
<tag>
</tag>
</item>
</F28_DateReconciliation>
<F32_AcquiringInstitutionIdentificationCode>
<item>
<name>F32_AcquiringInstitutionIdentificationCode</name>
<db_column>
</db_column>
<bitmap_position>32</bitmap_position>
<format>ISO</format>
<value>27610000001</value>
<tag>
</tag>
</item>
</F32_AcquiringInstitutionIdentificationCode>
<F35_Track2Data>
<item>
<name>F35_Track2Data</name>
<db_column>
</db_column>
<bitmap_position>35</bitmap_position>
<format>ISO</format>
<value>9876500000306084=30121011123123000</value>
<tag>
</tag>
</item>
</F35_Track2Data>
<F37_RetrievalReferenceNumber>
<item>
<name>F37_RetrievalReferenceNumber</name>
<db_column>
</db_column>
<bitmap_position>37</bitmap_position>
<format>ISO</format>
<value>573323200000</value>
<tag>
</tag>
</item>
</F37_RetrievalReferenceNumber>
<F39_ActionCode>
<item>
<name>F39_ActionCode</name>
<db_column>
</db_column>
<bitmap_position>39</bitmap_position>
<format>ISO</format>
<value>00</value>
<tag>
</tag>
</item>
</F39_ActionCode>
<F41_CardAcceptorTerminalIdentification>
<item>
<name>F41_CardAcceptorTerminalIdentification</name>
<db_column>
</db_column>
<bitmap_position>41</bitmap_position>
<format>ISO</format>
<value>20390059</value>
<tag>
</tag>
</item>
</F41_CardAcceptorTerminalIdentification>
<F42_CardAcceptorIdentificationCode>
<item>
<name>F42_CardAcceptorIdentificationCode</name>
<db_column>
</db_column>
<bitmap_position>42</bitmap_position>
<format>ISO</format>
<value>111120000012000</value>
<tag>
</tag>
</item>
</F42_CardAcceptorIdentificationCode>
<F43_CardAcceptorNameLocation>
<item>
<name>F43_CardAcceptorNameLocation</name>
<db_column>
</db_column>
<bitmap_position>43</bitmap_position>
<format>ISO</format>
<value>contact@neaPay.com\Almere-Amsterdam\Neth</value>
<tag>
</tag>
</item>
</F43_CardAcceptorNameLocation>
<F49_CurrencyCodeTransaction>
<item>
<name>F49_CurrencyCodeTransaction</name>
<db_column>
</db_column>
<bitmap_position>49</bitmap_position>
<format>ISO</format>
<value>566</value>
<tag>
</tag>
</item>
</F49_CurrencyCodeTransaction>
<F51_CurrencyCodeCardholderBilling>
<item>
<name>F51_CurrencyCodeCardholderBilling</name>
<db_column>
</db_column>
<bitmap_position>51</bitmap_position>
<format>ISO</format>
<value>566</value>
<tag>
</tag>
</item>
</F51_CurrencyCodeCardholderBilling>
<F52_PINData>
<item>
<name>F52_PINData</name>
<db_column>
</db_column>
<bitmap_position>52</bitmap_position>
<format>ISO</format>
<value>FEE8CA6A604F09F0</value>
<tag>
</tag>
</item>
</F52_PINData>
</data>
Ready to Modernize Your Stack?
Deploy neaPay Converter on-premise or cloud and bridge the gap between legacy hosts and modern APIs in days.
ISO8583 Converter - REST API Card Payments
Key features and benefits: the fastest solution to market
ISO8583 Converted to JSON without complexity
Abstracts the complexity of ISO 8583 message handling, enabling faster development and easier maintenance.
ISO8583 converter translates raw protocol data into structured, readable formats, providing a simplified interface for integration of card payment systems
Integrate ISO8583 & existing infrastructure
Infrastructure agnostic. Standard deployment procedure on-premise or cloud/container
ISO8583 converter supports both cloud and on-premise environments, ensuring seamless compatibility with legacy systems and modern architectures.
PCI DSS and Banking level Security HSM
Adheres to PCI DSS guidelines and supports Banking industry standard security
Configurable HSM integration, allows virtually endless customizations, cryptography, TLS/SSL encryption
Flexible compliance and All PCI/DSS requirements
ISO858 expertise seamlessly integrated
ISO8583 Converter has built-in ISO8583 dialects out-of-the-box and can be customized to handle proprietary message format
Its flexible configuration engine allows for rapid adaptation to issuer, acquirer, or processor-specific implementations.
Shorter timeline to market and cost saving
Reduce REST api ISO8583 integration time, improve system interoperability, and deliver faster operations while saving 70% of cost
By removing the need to handle ISO 8583 messages, NeaPay Converter will drastically reduce your project timeline. This translates into lower engineering costs, faster time-to-market, and fewer integration errors.
Scale high Volumes at High availability
Proven 99.9% uptime processing millions of transactions daily.
NeaPay Converter is built for high-performance environments and can handle thousands of transactions per second. Designed from the start for fast throughput and no dependencies, it achieves high volumes and maximum reliability.
FREE Proof of Concept in a few days, Minimum Viable Product in weeks, GO-LIVE in months
ISO8583 Converter to REST-API JSON
Save development cost, convert SIO8583 to JSON
We handle binary complex ISO8583 data
You handle
user-friendly API JSON payments
NodeJS php Oracle
or any server can be used to process converted JSON
Automatic stand-in
in case the web host is down
Handles cryptography
with a HSM or built-in
neaPay JSON to ISO8583 Converter demo video
JSON REST API call from Postman converted to ISO8583 in 2 minutes with built in self-tests
Use cases and Solutions with ISO8583 Converter to REST API JSON
neaPay ISO8583 converter abstracts the complexity of ISO8583 and allows handling an easy structured format - JSON XML SQL
Banks and Card Issuers
Integrate ISO8583 with Rest-api JSON
Use case for Banks and Card Issuers
Banks that want to modernize their card processing infrastructure but are constrained by legacy systems that rely on ISO8583.
Their internal teams is already involved with existing systems, and they want to avoid needing to hire new people with deep protocol expertise, and integration projects are slow and error-prone.
Problems faced with ISO8583 handling
Legacy systems are hard to maintain and integrate, involving huge costs.
ISO8583 protocol formats vary across partners, requiring expensive industry experts. .
neaPay solution: ISO8583 converted to REST-api JSON
Abstracts ISO8583 complexity, convert to JSON.
Allow developers to work with clean, structured data.
Supports multiple ISO8583 dialects, enabling seamless integration with issuers, acquirers, and networks.
Accelerates modernization with REST API, reducing dependency on legacy code and minimizing risk.
Fintechs and NEO-banks
Use ISO8583 converted to Rest-api JSON
Use case for Fintechs and NEO-banks
A fast-growing fintech startup is launching a new card product and needs to connect to multiple processors.
They want to avoid building ISO 8583 support from scratch, which would delay their go-live date.
Problems faced by Fintechs with ISO8583
Lack of in-house ISO8583 expertise, hard to find experts.
High development cost and time to build custom ISO8583 products.
Very high risk of misinterpreting message formats, extending project timelines to years.
neaPay solution for Fintech: ISO8583 converted to JSON
Plug-and-play ISO8583 parsing, enabling rapid integration with processors.
Reduces time-to-market by up to 70%.
Scalable architecture, allowing the fintech to grow without reengineering core systems.Compliance and security concerns slow down innovation.
Request a free Consultation for Fintech
Fast to market. Secure and compliant. Resilient and Reliable.
Bank Payment Processors & Centers
Integrate ISO8583 with Rest-api JSON
Use case for Payment Processors & Card Processing Centers
A regional or National processor is onboarding new clients who use different ISO8583 protocol variants. Their current system requires manual configuration and testing for each client, leading to long onboarding cycles.
Problems faced by Processing centers
Onboarding new clients, making new integrations, takes weeks or months, even years.
Legacy systems aften require Manual configuration, introduces errors ad extends timelines.
Limited flexibility in adapting to client-specific formats, inteagrating new reporting and metrics tools, anlitics and warehouse.
neaPay solution for card processors: convert to JSON
Dynamic configuration engine handles multiple ISO8583 formats, conversion to unified JSON.
Automated message translation, requests and response, ISO8583-JSON & JSON-ISO8583 reducing onboarding time.
Improved interoperability, allowing faster client acquisition and integration.
Technical Consultancy Firms Advising Banks
Choose to convert ISO8583 to Rest-api JSON
Use case for Technical Consultancy Firms Advising Banks
Consultancy firms help banks evaluate and implement a new payment switch or gateway.
The bank needs ISO8583 compatibility but lacks internal resources to manage protocol-level integration.
They want to avoid building ISO8583 integrations from scratch, which would delay their go-live date, preferring a reliable proven solution.
Problems faced by Payments Consultants
Banks rely on payments consultants to bridge technical gaps in legacy systems.
ISO8583 complexity slows down project timelines and increases risk.
Consultants need reliable tools to demonstrate feasibility and accelerate delivery.
neaPay solution for consultants: ISO8583 converted to JSON via REST-API
Ready-to-deploy ISO8583 converter, simplifying integration and migration efforts.
Consultant-friendly microservices architecture, enabling quick prototyping and proof-of-concept delivery.
Reusable across projects, allowing firms to standardize their approach and reduce implementation time.
Request a free POC for Payments Consultants
Fastest Implementation. Out of the box ready to run. Built for speed and scale.
ISO8583 Converter to REST-api JSON
Our converter gateway is fully configurable and designed for easy configuration of custom ISO8583 formats
Convert ISO8583 to REST-API as JSON
ISO8583 convert to JSON and send as POST request to Rest-API
Customizable Http client/server and custom TCP settings
ISO8583 to JSON and send to blob storage or NOSQL
Rest API guide from IBM
Convert ISO8583 to ISO20022 XML
ISO8583 convert to ISO20022 XML
Switching / routing or Direct flow of messages to and from network endpoints
XML, ISO2022 to ISO8583
see video guide here
HTTP JSON requests to ISO8583
You can read all ISO20022 message definitions on the ISO20022 official website
ISO8583 conversion to/from Kafka events
The converter automatically parses and validates ISO 8583 messages according to the correct specification (Visa, MasterCard, proprietary).
The converter is optimized for high-speed parsing and serialization.
The converter can tag messages with transaction IDs and sequence numbers.
Built-in acknowledgment and reconciliation features ensure message integrity.
The converter supports field-level encryption and PAN masking before sending to Kafka.
The converter can be configured to send messages to multiple Kafka topics or partitions.

ISO8583 Integration with Common Message Brokers RabbitMQ, ActiveMQ, IBM MQ
Binary Parsing Complexity - ISO 8583 uses bitmaps and variable-length fields; parsing errors can break integrity. neaPay converter implicitly hadles bitmaps and variable-length fields.
Latency Sensitivity - Brokers add extra hops; payments require sub-millisecond response times. neaPay converter is optimzed for under milliseconds response times.
The converter automatically parses and validates ISO 8583 messages according to the correct specification (Visa, MasterCard, proprietary).
Message Ordering - Brokers may not guarantee global ordering, only per queue/topic. neaPay converter can handle message ordering.
Error Handling & Retries - Duplicate or lost messages can cause financial inconsistencies. neaPay converter can handle duplicate or lost messages.
Security & Compliance - PCI DSS requires encryption and masking; brokers need SSL/TLS and access control. neaPay converter can handle encryption and masking.
Schema Evolution - ISO 8583 variants differ by network (Visa, MasterCard), making standardization hard. neaPay converter can handle schema evolution.
ISO8583 Converter Hardware Security Module (HSM) Integration
PIN block generation and validation (ISO 9564 formats). - neaPay converter can handle PIN block generation and validation (ISO 9564 formats).
PIN translation between different encryption keys. - neaPay converter can handle PIN translation between different encryption keys.
Key management (LMK, ZMK, TMK, working keys). - neaPay converter can handle key management (LMK, ZMK, TMK, working keys).
MAC generation and verification. - neaPay converter can handle MAC generation and verification.
Secure key exchange with payment networks. - neaPay converter can handle secure key exchange with payment networks.

ISO8583 conversion system to JSON REST-API System
Architecture simplified diagram
Convert ISO8583 authorization, online payments, clearing
Easy convert from ISO8583 to another ISO8583 message/dialect/rotocol
Convert ISO8583 authorizations to clearing records
Convert any EFT, either XML, fixed format, ISO8583, CSV
Connect your Web services to clearing files and online payments

What ISO8583 protocols to convert?
Online ISO8583 message to Visa, MasterCard, Amex, etc.
Your proprietary format to settlement for Switches
Custom POS, ATM, ISO8583 messages, even XML or fixed formats
HTTP XML Bill presentments to TCP ISO8583 and flat settlement
Incoming ISO8583 messages to custom debit systems, card management or Dispute Management
Configurable ISO8583 messages as JSON
Configure the Inbound custom ISO8583 format as a JSON message
Configuration of the Outbound converted ISO8583 message is done the same way
Set up the inbound/Acquiring connection as a server with the format defined above
Set-up the outbound/Issuer connection as a client with the other format
Customize parsing and conversion in JavaScript files
ISO8583 protocol conversion flow
The acquired transaction Comes from the predefined inbound (Acquirer) server
The converter uses the configured iso8583 definition to parse the message
The converter receives the JSON message for applying business logic (user-defined JavaScript)
Once formatted, the transaction is given back to the neaPay Core for sending
The core uses the Outbound (Issuer) JSON definition to pack the message and send it to the Issuer connection
Any number of connections can be defined
Any number of messages and message types can be used
neaPay ISO8583 bridge - ISO8583 to ISO8583
Connect one iso8583 switch to another, with different specifications
configurable input and output connections
Connect one iso8583 switch to another, with different specifications
configurable input and output formats
Easy handle changes, mandates, or issues
Configurable conversion logic
Fast and easy implementation of changes in requirements are key in a fast paced environment
with databases, hosts, or connections to other gateways
Financial Transactions
Easily integrate financial messages other ISO8583 hosts, XML gateways, csv, database
Card File Updates
Integrate clearing, updates and refresh systems with live applications
Database financial records
Financial messages to database-based Transaction Processing systems
Webhooks, Web servers and Web Services integration
Custom clearing file based systems integration
Microservices & Containers
Separate Microservices make it easy to improve functionality, redeploy fast, and update separately
Managed Instances
Process Complex scenarios separate than high volume traffic.
Process transactions cheaper, smarter and a lot faster
ISO8583 conversion explained
ISO8583 converter to JSON rest-api explained for techies
Incoming TCP/IP, HTTP REST API, IBM MQ BD2, Oracle SQL connections are set up as needed
The connections are defined in .JS files for easy version-controlled deployments
Each connection is configurable independently, data type, encoding -sync/async
The payments transaction data is read by the core and exposed to the scripting engine
The connection reads information into a message that can be easily manipulated as JSON
Payments Message structures are defined independently and configurable
Messages are also defined and editable in .JS files for easy version-control
The scripting engine allows the transaction message to be user-manipulated
The script engine uses several user-defined scripts to validate, alter information
Additional/Custom business logic can be applied via the scripts
The transaction message is conveted and an output message is created, a different payments transaction type
This new payments transaction is then sent to the outbound connection
The oubound connections can be TCP/IP, REST APIs, IBM MQ, ORACLE, SQL no-sql or other data ingestion systems
All components work independently and in parallel, sync or async
Frequently Asked Questions
What exactly does NeaPay ISO8583 Converter do?
NeaPay ISO8583 Converter abstracts the complexity of ISO 8583 message handling, providing a simplified interface for integrating card payment systems. It translates raw protocol data into structured, readable formats, enabling faster development and easier maintenance.
How does it integrate with our existing infrastructure?
NeaPay ISO8583 Converter is designed to be infrastructure-agnostic. It can be deployed as a standalone service, integrated via APIs, or embedded into existing payment flows. It supports both cloud and on-premise environments, ensuring seamless compatibility with legacy systems and modern architectures.
Is it secure and compliant with industry standards?
Absolutely. NeaPay ISO8583 Converter adheres to PCI DSS guidelines and supports secure message parsing and transmission. It does not store sensitive cardholder data and can be configured to work within your existing compliance framework.
How does it handle different ISO8583 variants? How about custom protocols?
NeaPay Converter supports multiple ISO8583 dialects out-of-the-box and can be customized to handle proprietary message formats. Its flexible configuration engine allows for rapid adaptation to issuer, acquirer, or processor-specific implementations.
What’s the impact on development time and cost?
By removing the need to have in-house expertise to parse and manage ISO8583 messages, NeaPay ISO8583 Converter can reduce development time by up to 70%. This translates into lower engineering costs, much faster time-to-market, and fewer integration errors.
Can it scale with our transaction volume?
Yes. NeaPay ISO8583 Converter is built for high-performance environments and can handle thousands of transactions per second. It's optimized for scalability, whether you're processing regional volumes or global traffic.
What kind of support and documentation is available?
We provide comprehensive technical documentation, integration guides, and dedicated onboarding support. Enterprise clients also benefit from SLA-backed support and access to our solution architects for custom implementations.
Is it customizable for our specific use case?
Yes. NeaPay ISO8583 Converter is highly configurable and can be tailored to your specific message formats, business rules, and operational workflows. Custom modules can be added to support unique transaction types or routing logic./p>
What’s the typical implementation timeline?
Most clients are able to integrate NeaPay ISO8583 Converter within 2-4 weeks, depending on the complexity of their systems. Our team provides hands-on support to accelerate deployment and ensure a smooth transition.
How does it compare to building an ISO8583 parser in-house or using an open-source solution?
Building in-house or using open-source requires deep ISO8583 protocol expertise, ongoing maintenance, and significant upfront investment. NeaPay ISO8583 Converter offers a proven, production-ready solution that eliminates those burdens—allowing your team to focus on core business innovation.
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