/n software Notifications

IPWorks SNMP iOS Edition from /n software was merged into IPWorks SNMP macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for implementing Simple Network Management Protocol (SNMP) versions 1, 2c and 3, including support for network monitoring, device management and Management Information Base (MIB) processing, through a consistent application programming interface (API) for native Apple platform development.

/n software SharePoint Workflow Extensions consisted of dynamic, easy-to-configure activities for secure file transfer, secure email, and secure messaging. It supported Microsoft Office SharePoint Server (MOSS) and Windows SharePoint Services v3.0 (WSS). The product enabled integration with Excel Services and the Business Data Catalog (BDC), allowing workflow automation involving external business data and spreadsheet-driven logic.

/n software Workflow Activities was a collection of pre-built Windows Workflow Foundation (WF) activities designed to integrate secure communications into custom workflows. It provided out-of-the-box support for protocols including SFTP (SSH File Transfer Protocol), FTPS (FTP over SSL), SMTP (Simple Mail Transfer Protocol), POP (Post Office Protocol), IMAP (Internet Message Access Protocol), and AS2 (Applicability Statement 2). The activities enabled secure file transfers, messaging, and communication directly within WF-based solutions, allowing IT professionals to build complex process automation using reliable and standards-compliant components.

Azure Integrator .NET Edition provided .NET developers with components to integrate Microsoft Azure services such as Blob Storage, Table Storage, and Queue Services into desktop, web, and mobile applications. The toolkit featured lightweight, dependency-free components compatible with .NET Framework versions 2.0 through 4.6.2+, and supported integration with Microsoft Visual Studio, including Visual Studio 2017.

For developers seeking alternatives, /n software's IPWorks Cloud and IPWorks components may offer similar functionalities for modern Azure integration.

Azure Integrator ActiveX/COM Edition provided components for integrating Microsoft Azure cloud services into applications built with environments supporting ActiveX or COM technologies. It offered access to Azure services such as Blob Storage, Table Storage, and Queue Services. Designed for use in legacy systems and scripting environments like VBScript and classic ASP, it allowed developers to manage cloud storage, queues, and data access using familiar COM interfaces. The toolkit included support for secure authentication and HTTPS communication, ensuring secure interaction with Azure resources.

Azure Integrator Android Edition provided native Java components for integrating Microsoft Azure services within Android applications. It supported interaction with core Azure offerings such as Blob Storage, Table Storage, and Queue Services. Designed specifically for mobile environments, it enabled developers to authenticate, store, and retrieve data securely from Azure cloud infrastructure using Android-compatible APIs. The toolkit featured minimal dependencies to maintain efficiency and compatibility across Android versions.

Azure Integrator C++ Builder Edition offered native components for integrating Microsoft Azure services into applications developed with Embarcadero C++Builder. It enabled direct access to Azure Blob Storage, Table Storage, and Queue Services, allowing developers to implement secure cloud storage and messaging capabilities within C++ applications. The components were designed for rapid development with support for both 32-bit and 64-bit Windows targets, leveraging the visual development features of the C++Builder IDE.

Azure Integrator C++ Edition provided native C++ libraries for integrating Microsoft Azure cloud services into desktop and server applications. It supported key Azure services including Blob Storage, Table Storage, and Queue Services. The toolkit was designed for high performance and portability across platforms, with a focus on secure data transfer and minimal external dependencies. It offered developers low-level control over HTTP communication and Azure authentication, making it suitable for building robust cloud-enabled C++ applications.

Azure Integrator Delphi Edition delivered native components for integrating Microsoft Azure services into applications built with Embarcadero Delphi. It provided access to Azure Blob Storage, Table Storage, and Queue Services, allowing Delphi developers to securely manage cloud-based storage and messaging. The components were designed for rapid development and full integration with the Delphi IDE, supporting both 32-bit and 64-bit Windows platforms. It offered built-in security features and direct Azure authentication support without external dependencies.

Azure Integrator Java Edition offered a set of Java libraries for integrating Microsoft Azure services such as Blob Storage, Table Storage, and Queue Services into cross-platform Java applications. The toolkit was designed to be lightweight and dependency-free, enabling developers to build secure, cloud-enabled applications with direct support for Azure authentication and HTTPS communication. It provided full control over requests and responses, suitable for server-side, desktop, and embedded Java environments.

Azure Integrator PHP Edition provided PHP developers with a set of libraries to access and manage Microsoft Azure services, including Blob Storage, Table Storage, and Queue Services. The components were designed for compatibility with standard PHP environments and enabled secure communication with Azure using HTTPS and authentication mechanisms. This edition allowed integration of Azure cloud capabilities into web applications without relying on external dependencies or complex configuration.

Azure Integrator Xamarin Edition provided native libraries for integrating Microsoft Azure services into cross-platform mobile applications built with Xamarin. It supported access to Azure Blob Storage, Table Storage, and Queue Services, allowing developers to perform secure data operations within Android and iOS apps. Designed for mobile-optimized performance, the components featured minimal dependencies and included built-in support for Azure authentication and secure HTTPS communication.

Cloud Keys Android Edition by /n software has been merged into the Cloud Keys Java Edition and is no longer available as a standalone product. This change consolidates Android support within the Java Edition, which offers a unified Java API compatible with Android, J2SE, and J2EE platforms. The Java Edition continues to provide secure integration with major cloud key management services, including Amazon KMS, Azure Key Vault, and Google Cloud KMS. The transition was completed in April 2022.

Cloud Keys iOS Edition by /n software has been merged into Cloud Keys macOS Edition and is no longer available as a standalone product. This change, implemented in October 2022, unifies iOS and macOS support within a single edition, providing developers with a consistent API across Apple platforms. The macOS Edition includes modern XCFrameworks compatible with both iOS and macOS, facilitating seamless integration with cloud key management services such as Amazon Key Management Service (KMS), Azure Key Vault, and Google Cloud KMS.

Cloud Keys Qt Edition by /n software has been merged into Cloud Keys C++ Edition and is no longer available as a standalone product. This change, implemented in October 2022, consolidates Qt support within the C++ Edition, providing developers with a unified C++ API compatible across platforms. The C++ Edition continues to offer secure integration with major cloud key management services, including Amazon Key Management Service (KMS), Azure Key Vault, and Google Cloud KMS.

Cloud Mail Android Edition from /n software is no longer sold as a standalone product and has been merged into Cloud Mail Java Edition. This unified edition includes the Android functionality previously available in the standalone product, together with Java components for sending, receiving and managing email through cloud services such as Microsoft 365 (Outlook Mail), Gmail and Amazon Simple Email Service (Amazon SES). It also supports modern authentication with OAuth and Transport Layer Security (TLS) 1.3 and 1.2, providing a consistent application programming interface (API) across supported Java platforms.

Cloud Mail iOS Edition from /n software is no longer sold as a standalone product and has been merged into Cloud Mail macOS Edition. This unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for sending, receiving and managing email through cloud services including Microsoft 365 (Outlook Mail), Gmail and Amazon Simple Email Service (Amazon SES), with support for OAuth authentication and Transport Layer Security (TLS) 1.3 and 1.2, enabling native Apple platform development through a consistent application programming interface (API).

Cloud Mail Qt Edition by /n software has been merged into Cloud Mail C++ Edition and is no longer available as a standalone product. This change, implemented in October 2022, consolidates Qt support within the C++ Edition, providing developers with a unified C++ API compatible across platforms. The C++ Edition continues to offer secure integration with major cloud email services, including Microsoft 365 (Outlook Mail), Gmail, and Amazon Simple Email Service (SES).

Cloud Storage Android Edition from /n software was merged into Cloud Storage Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for integrating applications with leading cloud storage providers, including Amazon Simple Storage Service (Amazon S3), Google Drive, Microsoft OneDrive, Microsoft Azure Files, Dropbox and Box, with support for client-side encryption and a consistent application programming interface (API) across supported Java platforms.

Cloud Storage iOS Edition from /n software was merged into Cloud Storage macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for integrating applications with leading cloud storage providers, including Amazon Simple Storage Service (Amazon S3), Google Drive, Microsoft OneDrive, Microsoft Azure Files, Dropbox and Box, while supporting client-side encryption and a consistent application programming interface (API) for native Apple platform development.

Cloud Storage Qt Edition by /n software has been merged into Cloud Storage C++ Edition and is no longer available as a standalone product. This change, implemented in October 2022, consolidates Qt support within the C++ Edition, providing developers with a unified C++ API compatible across platforms. The C++ Edition continues to offer secure integration with major cloud storage services, including Amazon S3, Google Drive, Microsoft OneDrive, Azure Files, ShareFile, HDFS, Dropbox, Box.com, Wasabi, and Backblaze B2.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

/n software E-Payment Integrator was a toolkit for adding electronic payment processing capabilities to custom applications. It supported a wide range of payment gateways and enabled functionality such as credit card and electronic check transactions, recurring payments, and secure transaction management. Designed for secure communication with financial networks, it facilitated integration with merchant services while adhering to common industry standards for payment processing.

EDIFACT Integrator has been replaced by IPWorks EDI, a comprehensive toolkit designed for implementing Electronic Data Interchange (EDI) solutions. It provides developers with components for translating, validating, and communicating EDI messages across multiple standards, including EDIFACT and X12. The toolkit supports secure messaging over common protocols such as AS2, AS4, and OFTP, making it suitable for business-to-business (B2B) transactions.

EDIFACT Integrator has been replaced by IPWorks EDI, a comprehensive toolkit designed for implementing Electronic Data Interchange (EDI) solutions. It provides developers with components for translating, validating, and communicating EDI messages across multiple standards, including EDIFACT and X12. The toolkit supports secure messaging over common protocols such as AS2, AS4, and OFTP, making it suitable for business-to-business (B2B) transactions.

EDIFACT Integrator has been replaced by IPWorks EDI, a comprehensive toolkit designed for implementing Electronic Data Interchange (EDI) solutions. It provides developers with components for translating, validating, and communicating EDI messages across multiple standards, including EDIFACT and X12. The toolkit supports secure messaging over common protocols such as AS2, AS4, and OFTP, making it suitable for business-to-business (B2B) transactions.

EDIFACT Integrator has been replaced by IPWorks EDI, a comprehensive toolkit designed for implementing Electronic Data Interchange (EDI) solutions. It provides developers with components for translating, validating, and communicating EDI messages across multiple standards, including EDIFACT and X12. The toolkit supports secure messaging over common protocols such as AS2, AS4, and OFTP, making it suitable for business-to-business (B2B) transactions.

EDIFACT Integrator has been replaced by IPWorks EDI, a comprehensive toolkit designed for implementing Electronic Data Interchange (EDI) solutions. It provides developers with components for translating, validating, and communicating EDI messages across multiple standards, including EDIFACT and X12. The toolkit supports secure messaging over common protocols such as AS2, AS4, and OFTP, making it suitable for business-to-business (B2B) transactions.

EDIFACT Integrator has been replaced by IPWorks EDI, a comprehensive toolkit designed for implementing Electronic Data Interchange (EDI) solutions. It provides developers with components for translating, validating, and communicating EDI messages across multiple standards, including EDIFACT and X12. The toolkit supports secure messaging over common protocols such as AS2, AS4, and OFTP, making it suitable for business-to-business (B2B) transactions.

Effective July 15th 2016, /n Software announced the acquisition of EldoS Corporation.

Through this acquisition, /n software expands their award-winning lineup of integration and developer tools with an exciting array of new security and data protection capabilities.

You will now find the EldoS products listed under the /n Software brand.

EldoS Corporation focuses on development of security, communication and data storage software components. The software offered by EldoS Corporation is used in over 70 countries on five continents, by a number of small to large-scale companies and organizations, including financial institutes and military organizations.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software ERP (SAP) Integrator was a development toolkit designed to connect custom applications with SAP ERP systems. It enabled communication with SAP using standard protocols and supported interaction with Business Application Programming Interfaces (BAPIs) and remote function calls (RFCs). The toolkit allowed developers to execute SAP business logic, access and manipulate enterprise data, and perform transactional operations, facilitating integration of SAP functionality into external systems without requiring native SAP development.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

/n software Google Integrator was a toolkit for integrating Google services into custom applications. It provided components for accessing and managing data from various Google APIs, including Calendar, Contacts, Drive, Gmail, and others. The toolkit supported secure authentication via OAuth and allowed developers to interact with Google services programmatically, enabling operations such as file uploads, event scheduling, contact synchronization, and message handling. It was designed to facilitate seamless connectivity between enterprise applications and Google's cloud-based platforms.

IP*Works! S/MIME ActiveX COM Edition provided COM/ActiveX components for S/MIME email encryption, decryption, signing, and certificate management in Windows desktop and legacy applications.

IP*Works! S/MIME Windows Phone Edition included C#/.NET libraries for S/MIME secure email on Windows Phone. It supported encryption, signing, decryption, and certificate handling for mobile mail apps.

IP*Works! S/MIME Xamarin Edition supplied C# components for S/MIME in Xamarin-based mobile apps. It supported cross‑platform email encryption, signature, decryption, and certificate operations on iOS and Android.

IP*Works! Secure SNMP ActiveX COM Edition enabled SNMPv3 communication with authentication and encryption. It was designed for Windows environments requiring legacy COM-based SNMP integration.

IP*Works! Secure SNMP C++ Builder Edition provided SNMPv3 functionality for Delphi and C++ Builder applications. It included encryption, authentication, and SNMP trap handling.

IP*Works! Secure SNMP Xamarin Edition supported SNMPv1, v2c, and v3 on Xamarin platforms. It enabled mobile applications to securely monitor and manage SNMP-enabled devices.

IP*Works! SSH ActiveX/COM Edition enabled SSH client functionality in COM-based Windows applications. It supported secure command execution, port forwarding, and file transfers.

IP*Works! SSH Windows Phone Edition provided SSH client and SFTP functionality for Windows Phone apps. It supported secure communication, key authentication, and file operations.

IPWorks! SSL Windows Phone Edition was a software development library that provided Secure Sockets Layer (SSL) and Transport Layer Security (TLS) functionality for Windows Phone applications. It enabled software developers to add encrypted client and server communications to apps, supporting common Internet protocols while helping protect data in transit. The edition was designed for the Windows Phone platform and included components for working with secure network connections, digital certificates, and authentication. It formed part of the broader IPWorks! family of networking libraries, offering a consistent application programming interface (API) for integrating secure communications into Windows Phone projects.

IP*Works! Windows Phone Edition by /n software was a suite of components designed to provide internet communications and network programming capabilities for Windows Phone applications. It included tools for implementing standard internet protocols such as HTTP, FTP, SMTP, POP, IMAP, and more. The toolkit enabled developers to build connected mobile applications with support for tasks like sending email, transferring files, and accessing web services, all within the constraints and environment of the Windows Phone platform.

IP*Works! Zip ActiveX/COM Edition provided COM/ActiveX controls for ZIP compression and decompression. It supported file archiving, encryption, and streaming in Windows environments.

IP*Works! Zip Windows Phone Edition offered C# libraries for ZIP file handling on Windows Phone. It supported archive creation, extraction, and file-level encryption.

IPWorks ActiveX Edition was a suite of programmable components designed for Internet development using the ActiveX and COM (Component Object Model) architecture. It provided developers with tools to integrate Internet protocols such as HTTP, FTP, SMTP, POP, IMAP, and more into Windows-based applications. The components supported security standards including SSL (Secure Sockets Layer) and TLS (Transport Layer Security), and were commonly used in Visual Basic, Delphi, and other environments supporting ActiveX. IPWorks ActiveX Edition facilitated tasks such as file transfers, email handling, and network communication without requiring in-depth knowledge of protocol internals.

IPWorks Android Edition by /n software has been merged into IPWorks Java Edition, meaning Android developers should now use the Java edition, which fully supports Android and receives all updates going forward.

IPWorks Auth Android Edition from /n software was merged into IPWorks Auth Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It continues to deliver components for user authentication and authorization, supporting protocols and standards including OAuth, OpenID Connect (OIDC), Kerberos, Lightweight Directory Access Protocol (LDAP), Remote Authentication Dial-In User Service (RADIUS) and JSON Web Tokens (JWTs) through a consistent application programming interface (API).

IPWorks Auth iOS Edition from /n software was merged into IPWorks Auth macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for implementing authentication and authorization using standards including OAuth, OpenID Connect (OIDC), Kerberos, Lightweight Directory Access Protocol (LDAP), Remote Authentication Dial-In User Service (RADIUS), Security Assertion Markup Language (SAML) and JSON Web Tokens (JWTs), through a consistent application programming interface (API) for native Apple platform development.

IPWorks Auth Kotlin Edition provided components for implementing authentication and authorization protocols in applications developed with the Kotlin programming language. It supported OAuth, OpenID, SAML (Security Assertion Markup Language), and other identity services. The toolkit facilitated secure user authentication and token management in mobile and desktop environments where Kotlin is used. Other platforms are still available.

IPWorks Auth Node.js Edition offered native JavaScript components for handling authentication and authorization protocols within Node.js applications. It supported standards such as OAuth, OpenID, and SAML (Security Assertion Markup Language), enabling secure identity verification and token-based access control. The edition was suited for server-side implementations requiring integration with modern identity providers. Other platforms are still available.

IPWorks Auth Qt Edition featured C++ libraries compatible with the Qt framework for implementing authentication and authorization protocols. It supported OAuth, OpenID, and SAML (Security Assertion Markup Language), allowing developers to integrate secure identity management into cross-platform desktop and embedded applications. The components were designed for use in environments requiring standards-based authentication workflows. Other platforms are still available.

IPWorks C++Builder Edition was a set of native C++ components tailored for Embarcadero C++Builder. It provided support for Internet development by implementing major network protocols including HTTP, FTP, SMTP, POP, IMAP, and others. The components were designed to integrate directly into the C++Builder IDE, allowing developers to build applications with built-in Internet capabilities using familiar RAD (Rapid Application Development) methodologies. IPWorks C++Builder Edition included support for secure communications via SSL (Secure Sockets Layer) and TLS (Transport Layer Security), and enabled straightforward implementation of email, file transfer, and web service functionality in Windows applications.

IPWorks Cloud Storage Kotlin Edition provided components for integrating cloud-based file storage services into applications written in Kotlin. It supported services such as Amazon S3, Microsoft Azure Blob Storage, Google Cloud Storage, Box, Dropbox, and OneDrive. The library enabled developers to manage files, perform uploads and downloads, and handle authentication with cloud storage providers from Kotlin-based Android and desktop applications.

IPWorks Cloud Storage Node.js Edition provided a set of components for integrating cloud file storage functionality into Node.js applications. It supported major cloud providers such as Amazon S3, Microsoft Azure Blob Storage, Google Cloud Storage, Box, Dropbox, and OneDrive. The toolkit enabled file upload, download, deletion, and directory operations using asynchronous JavaScript APIs aligned with Node.js development practices.

IPWorks EDI Translator .NET was a .NET component library for translating, parsing, validating, and generating Electronic Data Interchange (EDI) documents. It supported common EDI standards, including ANSI ASC X12 and United Nations/Electronic Data Interchange for Administration, Commerce and Transport (UN/EDIFACT), enabling developers to integrate EDI processing into .NET applications. The library included application programming interfaces (APIs) for schema-based validation, transaction parsing, document generation, acknowledgment processing, and conversion between EDI messages and application data structures. It was intended for business-to-business (B2B) integration and electronic trading applications.

IPWorks EDI Translator Delphi Edition was a Delphi component library for translating, parsing, validating, and generating Electronic Data Interchange (EDI) documents. It supported common EDI standards, including ANSI ASC X12 and United Nations/Electronic Data Interchange for Administration, Commerce and Transport (UN/EDIFACT), enabling developers to integrate EDI processing into Delphi applications. The library included functionality for schema-based validation, transaction parsing, document generation, acknowledgment processing, and conversion between EDI messages and application data structures. It was intended for business-to-business (B2B) integration and electronic trading applications.

IPWorks EDIFACT .NET Edition supplied managed C#/.NET components for processing EDIFACT electronic data interchange messages. It included parsing, validation, generation, and envelope handling for UN/EDIFACT messages, designed for integration into Microsoft .NET server and enterprise systems.

IPWorks EDIFACT Android Edition offered Java/Kotlin-based libraries for EDIFACT messaging on Android devices. It supported message composition, parsing, validation, and transport via HTTP/HTTPS and other channels, suitable for mobile supply‑chain and logistics applications.

IPWorks EDIFACT C++ Edition provided native C++ components for high-performance EDIFACT message handling. It included classes for parsing, validating, generating, and transmitting messages via standard protocols, aimed at embedded and desktop systems with demanding performance requirements.

IPWorks EDIFACT Delphi Edition featured Object Pascal (Delphi) components for EDIFACT messaging. It enabled Delphi developers to parse, generate, validate, and envelope EDIFACT documents and send them via FTP, HTTP, or messaging middleware in enterprise environments.

IPWorks EDIFACT iOS Edition included Objective-C and Swift libraries for EDIFACT messaging on iPhone and iPad. It supported message generation, parsing, validation, and secure transport for mobile business apps operating over cellular or Wi‑Fi networks.

IPWorks EDIFACT Java Edition supplied pure Java components for EDIFACT EDI messaging. It included support for parsing, validation, generation, envelope management, and transport via JMS, FTP, HTTP, and AS2—ideal for Java-based enterprise integrations.

IPWorks EDIFACT JavaScript Edition offered ECMAScript libraries for EDIFACT messaging usable in browser or server contexts. It supported message creation, parsing, validation, and secured transmission using HTTPS and WebSocket protocols.

IPWorks EDIFACT Kotlin Edition provided modern Kotlin-native libraries for EDIFACT messaging. It featured idiomatic Kotlin support for parsing, generating, validating, and packaging EDIFACT messages, suitable for backend or mobile Kotlin projects.

IPWorks EDIFACT macOS Edition delivered Objective‑C/C++ libraries for EDIFACT processing on macOS. It included tools for message parsing, validation, generation, and envelope management, fitting desktop and server solutions on Apple platforms.

IPWorks EDIFACT Node.js Edition provided native JavaScript modules for EDIFACT messaging in Node.js. It supported asynchronous APIs for parsing, validating, generating, and transmitting messages over protocols like HTTP, FTP, and AS2.

IPWorks EDIFACT PHP Edition offered PHP extensions and classes for handling EDIFACT messages. It included functionality for parsing, validating, generating, envelope processing, and interaction with storage or transport systems in web‑based EDI integrations.

IPWorks EDIFACT Python Edition featured Python modules for processing EDIFACT EDI data. It supported parsing, generation, validation, and packaging of messages, and allowed integration with file systems, HTTP endpoints, or messaging queues in Python-centric environments.

IPWorks EDIFACT Qt Edition supplied C++ libraries compatible with the Qt framework for cross‑platform EDIFACT messaging. It provided parsing, validation, generation, and envelope handling as Qt objects, suitable for desktop and embedded systems using Qt.

IPWorks Encrypt Android Edition from /n software was merged into IPWorks Encrypt Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for implementing strong encryption using industry-standard algorithms and protocols, including Advanced Encryption Standard (AES), Rivest-Shamir-Adleman (RSA), Open Pretty Good Privacy (OpenPGP), Secure/Multipurpose Internet Mail Extensions (S/MIME) and X.509 certificate management, through a consistent application programming interface (API).

IPWorks Encrypt iOS Edition from /n software was merged into IPWorks Encrypt macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for implementing encryption and cryptographic operations using industry-standard algorithms and protocols, including Advanced Encryption Standard (AES), Rivest-Shamir-Adleman (RSA), Open Pretty Good Privacy (OpenPGP), Secure/Multipurpose Internet Mail Extensions (S/MIME) and X.509 certificate management, through a consistent application programming interface (API) for native Apple platform development.

IPWorks Encrypt Qt Edition provided C++/Qt components for data security, including symmetric (AES) and asymmetric (RSA) encryption, hashing (SHA, MD), and digital signature support. It enabled seamless integration of cryptographic operations into Qt‑based desktop and embedded applications.

IPWorks iOS Edition from /n software was merged into IPWorks macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides a comprehensive suite of Internet components for networking, secure communications, email, file transfer, web services and other Internet protocols, delivering a consistent application programming interface (API) for native Apple platform development.

IPWorks IoT Android Edition from /n software was merged into IPWorks IoT Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for implementing Internet of Things (IoT) communications using protocols including Message Queuing Telemetry Transport (MQTT), Advanced Message Queuing Protocol (AMQP), Constrained Application Protocol (CoAP) and Streaming Text Oriented Messaging Protocol (STOMP), through a consistent application programming interface (API).

IPWorks IoT iOS Edition from /n software was merged into IPWorks IoT macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for implementing Internet of Things (IoT) communications using protocols including Message Queuing Telemetry Transport (MQTT), Advanced Message Queuing Protocol (AMQP), Constrained Application Protocol (CoAP) and Streaming Text Oriented Messaging Protocol (STOMP), through a consistent application programming interface (API) for native Apple platform development.

IPWorks IoT Kotlin Edition offered Kotlin-native libraries for Internet of Things (IoT) communication. It supported MQTT, CoAP, HTTP/HTTPS protocols and device management features, enabling secure data exchange and telemetry in Kotlin-based IoT backends and edge apps.

IPWorks IoT Node.js Edition delivered JavaScript modules for IoT integration in Node.js. It included MQTT, CoAP, HTTP, and WebSocket client/ server support, as well as certificate-based authentication to power scalable, event-driven IoT applications.

IPWorks IoT Qt Edition supplied C++/Qt libraries for IoT device connectivity. It featured MQTT, CoAP, HTTP/HTTPS, and embedded TLS, designed for industrial, desktop, and embedded applications using the Qt framework.

IPWorks IPC Qt Edition provided inter-process communication components for Qt applications. It supported pipes, shared memory, sockets, and message queuing, enabling robust communication between processes in desktop and embedded systems.

IPWorks Kotlin Edition provided a comprehensive suite of components for Internet communications and security, specifically designed for use with the Kotlin programming language. It included support for common protocols such as HTTP, FTP, SMTP, POP, IMAP, and WebDAV, as well as secure versions using SSL/TLS. The toolkit also offered components for SSH, SFTP, SNMP, and other network protocols, enabling developers to build robust, cross-platform networked applications for Android and other Kotlin-supported environments. Other platforms are still available for IPWorks.

IPWorks MQ Android Edition from /n software was merged into IPWorks MQ Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for implementing message queue (MQ) communications using protocols including Advanced Message Queuing Protocol (AMQP), Message Queuing Telemetry Transport (MQTT), Streaming Text Oriented Messaging Protocol (STOMP), Extensible Messaging and Presence Protocol (XMPP) and Azure Relay, through a consistent application programming interface (API).

IPWorks MQ Kotlin Edition offered Kotlin libraries for messaging queue protocols such as AMQP, IBM MQ, and JMS-compatible transports. It allowed message publishing, subscribing, transaction control, and acknowledgement in Kotlin-based enterprise systems.

IPWorks MQ Node.js Edition delivered Node.js modules for message queuing (AMQP, IBM MQ, JMS bridges). It supported asynchronous messaging, durable subscriptions, transactions, and secure channel options for enterprise Node.js applications.

IPWorks MQ Qt Edition included C++/Qt components to integrate AMQP, IBM MQ, and JMS‑style messaging. It supported publishers, subscribers, queues, and transactions for cross‑platform Qt applications.

IPWorks Node.js Edition offered a set of native JavaScript components designed for use with Node.js. It enabled developers to incorporate Internet communication capabilities such as HTTP, FTP, SMTP, POP, IMAP, and secure protocols like HTTPS and SFTP into server-side applications. The library also supported technologies including SSH, WebSockets, and SNMP. IPWorks Node.js Edition provided asynchronous, event-driven architecture consistent with Node.js development practices. Other platforms are still available for IPWorks.

IPWorks OFX .NET Edition featured managed C#/.NET components for Open Financial Exchange (OFX) operations. It enabled requests, parsing, validation, and generation of OFX messages for banking and financial integration in .NET apps.

IPWorks OFX Android Edition offered Java/Kotlin libraries for OFX communication on Android. It supported generating and parsing financial statements, requests, and transactions over HTTP/HTTPS for mobile banking apps.

IPWorks OFX C++ Edition provided native C++ components for OFX messaging. It supported parsing, building, validating OFX streams, and secure transport via HTTP/S for high-performance banking systems.

IPWorks OFX Delphi Edition delivered Object Pascal components for parsing, generating, validating, and transmitting OFX messages. It enriched Delphi-based financial and accounting solutions with secure OFX integration.

IPWorks OFX iOS Edition included Objective‑C/Swift libraries for parsing and generating OFX messages on iPhone and iPad. It supported secure bank communication via HTTP/HTTPS for mobile finance apps.

IPWorks OFX Java Edition featured pure Java components for OFX messaging. It provided OFX request and response handling, validation, and support for HTTP/S transport in enterprise Java systems.

IPWorks OFX Kotlin Edition offered idiomatic Kotlin libraries for OFX messaging. It supported parsing, generating, validating, and secure HTTP transports for backend and mobile finance applications.

IPWorks OFX macOS Edition supplied Objective‑C/C++ components for OFX on macOS. It enabled desktop finance apps to consume and generate OFX streams with secure communications.

IPWorks OFX Node.js Edition provided native JavaScript modules for OFX in Node.js. It included asynchronous message building, parsing, validation, and communication over HTTPS for financial services integration.

IPWorks OFX PHP Edition included PHP classes and extensions to create, parse, and validate OFX messages. It allowed PHP-based web applications to integrate automated bank and financial data retrieval.

IPWorks OFX Python Edition offered Python modules for handling OFX messaging: parsing, validating, generating, and secure transport for financial services in Python apps.

IPWorks OFX Qt Edition delivered C++/Qt libraries for OFX messaging. It supported stream parsing, validation, generation, and secure HTTP/S transport for cross‑platform Qt applications in finance.

IPWorks OpenPGP Android Edition from /n software was merged into IPWorks OpenPGP Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for implementing Open Pretty Good Privacy (OpenPGP) encryption, decryption, digital signing and signature verification, with support for OpenPGP key generation and management through a consistent application programming interface (API).

IPWorks OpenPGP Kotlin Edition provided Kotlin-native components for OpenPGP encryption, decryption, signing, and key management (RFC 4880). It enabled secure messaging in Kotlin-based applications.

IPWorks OpenPGP Node.js Edition offered JavaScript modules for OpenPGP encryption and signing in Node.js. It supported key generation, certificate management, and secure file/message exchange.

IPWorks OpenPGP Qt Edition supplied C++/Qt components for OpenPGP operations. It included APIs for encryption, decryption, signing, verification, and key handling for desktop and embedded apps.

IPWorks OpenPGP Xamarin is no longer available as a standalone product. Its functionality has been integrated into the broader IPWorks OpenPGP suite by /n software, which supports Xamarin development through its .NET components. This change consolidates OpenPGP encryption, signing, and key management capabilities under a unified product line.

IPWorks Qt Edition consisted of cross-platform C++ libraries designed for integration with the Qt application framework. It provided components for a broad range of Internet protocols, including HTTP, FTP, SMTP, IMAP, and secure variants like HTTPS and SFTP. The edition enabled developers targeting desktop and embedded systems to incorporate secure network communication and messaging capabilities into their Qt-based applications. Other platforms are still available for IPWorks.

IPWorks S/MIME Android Edition from /n software was merged into IPWorks S/MIME Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for Secure/Multipurpose Internet Mail Extensions (S/MIME) encryption, decryption, digital signing and signature verification, with support for X.509 certificates and a consistent application programming interface (API) across supported Java platforms.

IPWorks S/MIME C++ Builder Edition from /n software is no longer sold as a standalone product and is now available as part of the Red Carpet Subscription. The subscription includes the S/MIME functionality previously available in the standalone product alongside the complete /n software component library. It provides components for Secure/Multipurpose Internet Mail Extensions (S/MIME) encryption, decryption, digital signing and signature verification, with support for X.509 certificates and related Internet communications technologies for C++ developers

IPWorks S/MIME iOS Edition from /n software was merged into IPWorks S/MIME macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for Secure/Multipurpose Internet Mail Extensions (S/MIME) encryption, decryption, digital signing and signature verification, with support for X.509 certificates and S/MIME-enabled Internet mail protocols, through a consistent application programming interface (API) for native Apple platform development.

IPWorks S/MIME Kotlin Edition offered Kotlin-native APIs for S/MIME secure email. It supported encryption, signing, verification, decryption, and certificate management for Kotlin applications.

IPWorks S/MIME Node.js Edition delivered JavaScript modules for S/MIME email operations in Node.js. It included functions for signing, encrypting, decrypting, and verifying S/MIME messages and handling certificates.

IPWorks S/MIME Qt Edition supplied C++/Qt components for secure email with S/MIME. It offered encryption, decryption, signing, signature verification, and certificate management for desktop and embedded Qt applications.

IPWorks S3 .NET Edition provided managed C#/.NET components for Amazon S3 and compatible cloud object storage. It supported object and bucket operations, access control, multipart uploads, and secure HTTPS communication.

IPWorks S3 Android Edition offered Java/Kotlin libraries for S3 access from Android devices. It enabled secure upload, download, and bucket operations using Amazon S3 or compatible endpoints.

IPWorks S3 C++ Edition featured native C++ components for high-performance S3 object storage access. It supported file and bucket operations, multipart transfers, and secure TLS communication.

IPWorks S3 Delphi Edition included Object Pascal components for Amazon S3 integration in Delphi applications. It supported file handling, bucket control, and secure data transfer.

IPWorks S3 iOS Edition provided Objective-C and Swift libraries for accessing Amazon S3 services on iOS devices. It enabled object and bucket operations with support for presigned URLs and HTTPS.

IPWorks S3 Java Edition offered pure Java components for interacting with S3-compatible cloud storage. It included full support for object management, multipart uploads, and secure transfers.

IPWorks S3 JavaScript Edition delivered JavaScript components for S3 storage operations in both browser and Node.js environments. It supported asynchronous file handling and secure access.

IPWorks S3 Kotlin Edition provided Kotlin-native APIs for integrating S3-compatible storage into mobile and backend applications. It supported secure data transfer and comprehensive object operations.

IPWorks S3 macOS Edition supplied Objective-C/C++ components for managing S3 storage on macOS platforms. It enabled object handling, bucket control, and secure communication.

IPWorks S3 Node.js Edition featured JavaScript modules for S3-compatible file storage in Node.js. It supported secure file transfers, multipart uploads, and bucket operations.

IPWorks S3 PHP Edition included PHP classes for S3 storage management. It enabled file uploads, downloads, and secure HTTP-based interactions with S3-compatible services.

IPWorks S3 Python Edition provided Python modules for integrating S3 file storage. It supported secure file handling, bucket operations, and multipart uploads.

IPWorks S3 Qt Edition delivered C++/Qt libraries for accessing S3-compatible storage services. It supported bucket creation, file transfer, and HTTPS-based communication.

IPWorks Secure SNMP Android Edition from /n software was merged into IPWorks SNMP Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for implementing Secure Simple Network Management Protocol (SNMP) versions 1, 2c and 3, including support for secure monitoring, device management and Management Information Base (MIB) processing, through a consistent application programming interface (API).

IPWorks SFTP Android Edition from /n software was merged into IPWorks SFTP Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for Secure File Transfer Protocol (SFTP) client functionality, supporting secure file transfer, directory management and file synchronization over Secure Shell (SSH), through a consistent application programming interface (API).

IPWorks SFTP iOS Edition from /n software was merged into IPWorks SFTP macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides Secure File Transfer Protocol (SFTP) client components for secure file transfer, directory management and file synchronization over Secure Shell (SSH), through a consistent application programming interface (API) for native Apple platform development.

IPWorks SFTP Kotlin Edition offered secure file transfer capabilities using the SFTP protocol. It included features for authentication, file operations, and secure session handling in Kotlin environments.

IPWorks SFTP Node.js Edition provided asynchronous SFTP capabilities for file transfer and remote directory operations in Node.js applications, with support for secure authentication and key management.

IPWorks SFTP Qt Edition featured C++/Qt components for secure SFTP communication. It supported file and directory management, key-based authentication, and encrypted sessions.

IPWorks SNMP Kotlin Edition offered SNMP GET, SET, WALK, and trap handling in a Kotlin-native interface. It supported all SNMP versions with authentication and encryption for SNMPv3.

IPWorks SNMP Node.js Edition delivered asynchronous SNMP communication for network monitoring and control. It supported SNMPv1/v2c/v3 and trap notifications within Node.js applications.

IPWorks SNMP Qt Edition included C++/Qt libraries for building SNMP-capable applications. It provided polling, trap reception, and secure SNMPv3 support.

IPWorks SSH Android Edition from /n software was merged into IPWorks SSH Java Edition in October 2022 and is no longer sold as a standalone product. The unified Java edition includes the Android functionality previously available in the standalone product, providing a single library for Java Standard Edition (Java SE), Java Enterprise Edition (Java EE) and Android development. It delivers components for Secure Shell (SSH) connectivity, including Secure File Transfer Protocol (SFTP), Secure Copy Protocol (SCP), SSH tunnelling and remote command execution, through a consistent application programming interface (API).

IPWorks SSH C++ Builder Edition from /n software is no longer sold as a standalone product and is now available as part of the Red Carpet Subscription. The subscription includes the SSH functionality previously available in the standalone product alongside the complete /n software component library. It provides components for Secure Shell (SSH) connectivity, including Secure File Transfer Protocol (SFTP), Secure Copy Protocol (SCP), SSH tunnelling and remote command execution, enabling secure communications for C++Builder applications.

IPWorks SSH iOS Edition from /n software was merged into IPWorks SSH macOS Edition in October 2022 and is no longer sold as a standalone product. The unified edition includes the iOS functionality previously available in the standalone product, together with macOS support in a single XCFramework package. It provides components for Secure Shell (SSH) connectivity, including Secure File Transfer Protocol (SFTP), Secure Copy Protocol (SCP), SSH tunnelling and remote command execution, through a consistent application programming interface (API) for native Apple platform development.

IPWorks SSH Kotlin Edition offered SSH command execution, port forwarding, and SFTP capabilities in Kotlin applications. It supported secure authentication and session management.

IPWorks SSH Node.js Edition featured SSH and SFTP support for secure communications in Node.js applications. It allowed remote command execution and encrypted file transfer.

IPWorks SSH Qt Edition delivered C++/Qt libraries for SSH connectivity. It supported terminal sessions, remote execution, SFTP, and secure tunneling.

IPWorks SSL ActiveX/COM was a component library that provided Secure Sockets Layer (SSL) and Transport Layer Security (TLS) functionality for ActiveX and Component Object Model (COM) development environments. It enabled Windows applications to add secure communications to common Internet protocols, including Hypertext Transfer Protocol (HTTP), File Transfer Protocol (FTP), Simple Mail Transfer Protocol (SMTP), Post Office Protocol 3 (POP3), Internet Message Access Protocol (IMAP), and others. The library included support for X.509 certificates, certificate validation, encryption, digital signatures, and secure client/server communications. It was intended for software developers building native Windows applications that required encrypted network connectivity using COM-compatible programming languages and development tools.

IPWorks SSL Android OS Edition was merged into IPWorks SSL Java Edition from /n software and is no longer available for purchase as a separate product. The change took place in November 2016. IPWorks SSL Java Edition provides Transport Layer Security (TLS) enabled components for secure Internet communications in Java applications, including Android development. It supports protocols such as HTTP, FTP, SMTP, IMAP, LDAP, SOAP and WebSockets, together with digital certificate management and secure client/server communications.

IPWorks SSL C++ Edition from /n software was merged into IPWorks C++ Edition in November 2016 and is no longer available for purchase as a separate product. IPWorks C++ Edition includes the SSL and Transport Layer Security (TLS) enabled components previously available in IPWorks SSL C++ Edition, providing secure Internet communications for TCP-based protocols. It also includes a broader set of native C++ class libraries for Windows, Linux and macOS, with support for HTTP, FTP, SMTP, IMAP, WebSockets, digital certificate management and additional Internet protocols.

IPWorks SSL C++Builder Edition from /n software was merged into IPWorks C++Builder Edition in November 2016 and is no longer available for purchase as a separate product. IPWorks C++Builder Edition includes the Secure Sockets Layer (SSL) and Transport Layer Security (TLS) enabled components previously available in IPWorks SSL C++Builder Edition, alongside a broader collection of native C++Builder Visual Component Library (VCL) components for Internet communications. It supports protocols including HTTP, FTP, SMTP, IMAP, WebSockets and LDAP, as well as digital certificate management for building secure network applications.

IPWorks WebSockets macOS Edition provided Objective‑C/C++ libraries for real‑time WebSocket communication on macOS. It supported client and server implementations, secure WSS connections, and integration with native macOS applications using event-driven architecture.

IPWorks WebSockets .NET Edition delivered managed .NET components for full-duplex communication over WebSockets. It supported secure TLS connections, subprotocol negotiation, and asynchronous messaging for .NET applications and services.

IPWorks WebSockets Android Edition offered Java/Kotlin components for implementing WebSocket communication on Android devices. It supported secure client connections, message framing, and event-driven messaging for mobile applications.

IPWorks WebSockets C++ Edition provided native C++ libraries for creating WebSocket clients and servers. It enabled high-performance, cross-platform communication with support for TLS encryption and custom subprotocols.

IPWorks WebSockets Delphi Edition delivered Object Pascal components for integrating WebSocket support into Delphi applications. It enabled secure, real-time messaging with support for client/server roles and WSS encryption.

IPWorks WebSockets iOS Edition included Objective-C and Swift libraries for WebSocket client development on iOS. It supported WSS encryption, event-driven messaging, and integration with iOS networking frameworks.

IPWorks WebSockets Java Edition offered cross-platform Java components for WebSocket-based communication. It supported secure WSS connections, real-time bidirectional messaging, and was compatible with Java SE and EE environments.

IPWorks WebSockets JavaScript Edition provided ECMAScript libraries for implementing WebSocket clients in browsers or Node.js. It supported WSS, message fragmentation, and event-driven communication for real-time web applications.

IPWorks WebSockets Kotlin Edition featured native Kotlin APIs for building WebSocket-enabled applications. It supported asynchronous event handling, secure connections, and was suitable for both Android and Kotlin/JVM environments.

IPWorks WebSockets macOS Edition provided Objective‑C/C++ libraries for real‑time WebSocket communication on macOS. It supported client and server implementations, secure WSS connections, and integration with native macOS applications using event-driven architecture.

IPWorks WebSockets Node.js Edition included JavaScript modules for WebSocket server and client operations in Node.js. It supported WSS encryption, event-driven messaging, and full-duplex communication in asynchronous applications.

IPWorks WebSockets PHP Edition offered PHP classes for implementing WebSocket clients and servers. It supported TLS‑secured messaging, asynchronous data handling, and integration with real-time web services.

IPWorks WebSockets Python Edition provided Python modules for full‑duplex WebSocket communication. It supported secure WSS connections, event handling, and compatibility with asyncio and multithreaded environments.

IPWorks WebSockets Qt Edition delivered C++ libraries for WebSocket communication in Qt‑based applications. It supported secure client/server messaging, integration with the Qt event loop, and cross‑platform deployment.

IPWorks X12 .NET Edition offered managed C#/.NET components for ANSI X12 EDI messaging. It supported parsing, validation, generation, and envelope handling of X12 transaction sets for integration in .NET systems.

IPWorks X12 Android Edition provided Java/Kotlin libraries for X12 EDI on Android devices. It enabled mobile apps to parse, generate, validate, and transport X12 messages over HTTP/HTTPS or sockets.

IPWorks X12 C++ Edition delivered native C++ components for X12 messaging. It supported high-performance parsing, validation, generation, and secure transport of X12 EDI in desktop and embedded applications.

IPWorks X12 Delphi Edition featured Object Pascal components to handle ANSI X12 EDI. It enabled parsing, generating, validating, and envelope processing for X12 sets and secure transport via HTTP/FTP.

IPWorks X12 iOS Edition offered Objective‑C/Swift libraries for X12 EDI on iPhone and iPad. It supported message parsing, generation, validation, and secure transport over mobile networks.

IPWorks X12 Java Edition provided pure Java components for ANSI X12 EDI processing. It supported transaction sets parsing, generation, validation, envelope control, and transport via HTTP/FTP/AS2.

IPWorks X12 JavaScript Edition included ECMAScript libraries for X12 EDI in browser or Node.js. It supported parsing, generating, validating, and transporting X12 messages over HTTP/WebSocket.

IPWorks X12 Kotlin Edition featured Kotlin-native APIs for X12 EDI transactions. It supported asynchronous parsing, generation, validation, and envelope handling in JVM and Android environments.

IPWorks X12 macOS Edition delivered Objective‑C/C++ libraries for X12 EDI on macOS. It enabled parsing, validation, generation, and secure message transport within desktop EDI integrations.

IPWorks X12 Node.js Edition provided native JavaScript modules for X12 EDI messaging in Node.js. It supported asynchronous parsing, validation, generation, and transport via HTTP/FTP/AS2.

IPWorks X12 PHP Edition offered PHP classes for processing X12 EDI. It enabled parsing, generating, validating, and envelope packaging, with support for HTTP/FTP transport for web applications.

IPWorks X12 Python Edition delivered Python modules for X12 EDI integration. It supported parsing, generating, validating, envelope handling, and transport via HTTP/FTP in Python-based systems.

IPWorks X12 Qt Edition provided C++/Qt libraries for ANSI X12 EDI. It supported parsing, validation, generation, and transport over TCP/HTTP within cross-platform Qt applications.

IPWorks Xamarin Edition provided a suite of cross-platform components tailored for mobile application development using Xamarin. It supported Internet communication protocols such as HTTP, FTP, SMTP, POP, and IMAP, along with secure implementations like HTTPS and SFTP. The library enabled developers to build mobile apps with secure email, file transfer, and messaging functionality across iOS and Android platforms using C#. Other platforms are still available for IPWorks.

IPWorks Zip Android OS Edition from /n software was merged into IPWorks Zip Java Edition and is no longer available for purchase as a separate product. The change took place in February 2017. IPWorks Zip Java Edition provides Java components for file compression, decompression and archive management. It supports ZIP, TAR, GZIP, 7-Zip, BZip2, Jar and other archive formats, with features including streaming compression, password protection, Open XML packaging support and a consistent API for Java and Android applications.

IPWorks Zip C++Builder Edition was a software development library for Embarcadero C++Builder that provided compression, decompression, and archive management capabilities. It enabled software developers to create, extract, and modify ZIP archives from native C++ applications using a consistent application programming interface (API). The library included support for standard ZIP features, file and directory management within archives, and password protection where supported by the ZIP format. As part of the IPWorks Zip product family, it was designed to integrate with C++Builder projects and provide cross-platform archive handling for desktop and other supported applications.

IPWorks Zip iOS Edition from /n software was merged into IPWorks Zip macOS Edition and is no longer available for purchase as a separate product. The change took place in February 2017. IPWorks Zip macOS Edition provides native XCFrameworks for macOS and iOS development, offering high-performance file compression, decompression and archive management. It supports ZIP, TAR, GZIP, 7-Zip, BZip2, Jar and other archive formats, with features including streaming compression, password protection, Open XML packaging support and a consistent API for Apple platform applications.

IPWorks Zip Kotlin Edition provided Kotlin APIs for ZIP compression and extraction. It supported file streaming, password protection, and integration into Android and JVM apps.

IPWorks Zip Node.js Edition included JavaScript modules for ZIP file operations in Node.js. It supported archive creation, extraction, streaming, and encryption.

IPWorks Zip Qt Edition delivered C++/Qt libraries for ZIP compression and decompression. It supported file and directory-level archiving, encryption, and stream-based operations.

Mule Connectors provided integration components for MuleSoft to connect with various services and protocols. It supported real-time data exchange and workflow orchestration in enterprise ESB environments.

NetCmdlets was a collection of Windows PowerShell cmdlets designed to simplify integration with internet protocols, cloud services, and messaging platforms from scripts and automation workflows. It provided a consistent PowerShell interface over a wide range of APIs and standards, including HTTP (Hypertext Transfer Protocol), FTP (File Transfer Protocol), SMTP (Simple Mail Transfer Protocol), IMAP (Internet Message Access Protocol), REST (Representational State Transfer), and SOAP (Simple Object Access Protocol).

/n Software PowerShell Server was a server-based management and automation product that exposed Windows PowerShell functionality through secure remote access. It enabled software developers, database administrators, and other IT professionals to execute PowerShell scripts, automate administrative tasks, and integrate PowerShell capabilities into applications and web services without requiring direct interactive access to target systems. The product supported role-based access controls and centralized execution to help manage administrative operations across Windows environments while using Windows PowerShell as the underlying automation framework.

SecureBlackbox ActiveX Standard (In‑house) provided COM components for cryptographic operations: encryption, signing, SSL/TLS, and certificate management for internal Windows applications.

SecureBlackbox ActiveX Standard (Vendor) delivered COM components for public vendor-facing applications, including encryption, signing, SSL/TLS, and certificate management.

SecureBlackbox ActiveX Transports (In‑house) offered COM-based transport components supporting HTTP, FTP, SMTP, and other protocols with SSL/TLS and cryptographic features for Windows applications.

SecureBlackbox ActiveX Transports (Vendor) provided COM transport components for vendor software, enabling secure HTTP, FTP, SMTP, and other protocol communications with SSL/TLS.

SFTP Net Drive was a Windows utility that mapped remote Secure File Transfer Protocol (SFTP) servers as local drive letters, allowing users and applications to access remote files through Windows Explorer and standard file system interfaces. It supported encrypted file transfers over Secure Shell (SSH), enabling secure access to files without requiring manual upload or download operations. The software was intended for IT professionals and end users who needed transparent access to remote storage while using existing Windows tools and workflows.

/n Software SFTP Server was a Secure File Transfer Protocol (SFTP) server for Windows that provided secure file transfer over Secure Shell (SSH). It was designed for software developers, database administrators, and other IT professionals who needed to host SFTP services, automate file exchange, and integrate secure file transfer into business applications. The product supported user authentication, encrypted data transfers, configurable access permissions, and management features for controlling file access and transfer operations. It could be deployed as a standalone Windows service, providing a centralized platform for secure file exchange across internal and external systems.

SharePoint Integrator .NET Edition offered managed .NET components for SharePoint data access and manipulation. It supported lists, libraries, authentication, and workflow integration in SharePoint environments.

SharePoint Integrator ActiveX/COM Edition provided COM components to integrate with SharePoint from legacy Windows applications. It supported list and file operations, authentication, and event handling.

SharePoint Integrator Android OS Edition delivered Java/Kotlin APIs for mobile SharePoint access. It supported list and document operations, authentication, and offline caching on Android devices.

SharePoint Integrator C++ Builder Edition supplied C++ components for Delphi or C++ Builder apps to integrate with SharePoint. It supported documents, lists, authentication, and metadata operations.

SharePoint Integrator C++ Edition provided native C++ APIs for SharePoint integration. It supported document and list access, authentication, and metadata management in desktop apps.

SharePoint Integrator Delphi Edition offered Object Pascal libraries for SharePoint integration. It supported list and library operations, authentication, and metadata in Delphi apps.

SharePoint Integrator Java Edition provided Java components for interacting with SharePoint. It supported lists, libraries, authentication, and workflow integration in Java-based systems.

SharePoint Integrator PHP Edition offered PHP libraries for accessing SharePoint data. It supported list and document operations, authentication, and metadata handling in web environments.

SharePoint Integrator Xamarin Edition delivered C# components for mobile SharePoint integration. It supported list and library access, authentication, and offline synchronization in Xamarin apps.

Spreadsheet Integrator .NET Edition provided managed .NET components for reading and writing Excel spreadsheets. It supported cell-level access, formatting, formulas, and integration with .NET applications.

Spreadsheet Integrator Android Edition offered Java/Kotlin APIs for Excel file manipulation on Android. It supported reading, writing, formatting, and formula evaluation within mobile apps.

Spreadsheet Integrator Java Edition delivered Java components for Excel spreadsheet access. It supported reading, writing, formatting, and formula calculations in Java applications.

Spreadsheet Integrator Xamarin Edition provided C# components for Excel integration in Xamarin apps. It supported reading, writing, formatting, and formula evaluation on mobile platforms.

X12 Integrator .NET Edition offered managed .NET tools for integrating X12 EDI within enterprise workflows. It supported mapping, translation, routing, and secure transport.

X12 Integrator Android Edition provided Java/Kotlin components for X12 integration on mobile. It enabled mapping, translation, and transport of EDI messages for Android-based solutions.

X12 Integrator C++ Edition featured native C++ APIs for X12 EDI and transformation. It supported integration, mapping workflows, translation, and routing in desktop environments.

X12 Integrator Delphi Edition offered Object Pascal tools for X12 mapping and EDI workflows. It included translation engines and transport features for Delphi applications.

X12 Integrator Java Edition provided Java-based integration tools for X12 mapping, translation, and transport. It supported secure EDI workflows in enterprise Java systems.

X12 Integrator PHP Edition included PHP modules for X12 EDI integration. It supported mapping, translation, routing, and transport for web-based solutions.

X12 Integrator Windows Phone Edition offered C# tools for X12 integration on Windows Phone. It supported parsing, translation, and secure transport of EDI messages on mobile devices.