INSPIEN

SAP Process Orchestration (SAP PO) is a standards-based integration platform that enables rapid and flexible system connectivity through a code-free development approach. Its native proxy integration with SAP ERP provides optimized performance and monitoring capabilities, making it a distinctive SAP-native solution for enterprise-grade connectivity. SAP PO plays a central role in process integration across SAP solutions such as BPM, MDM, SAP SRM, SAP EWM, and cloud-based platforms including Workday, SuccessFactors, and Ariba. Acting as an orchestration layer within the enterprise architecture, SAP PO accelerates the implementation of end-to-end integration scenarios by leveraging pre-delivered metadata and reusable interface components. Thanks to its robust functionality and extensibility, SAP PO has become the most widely adopted enterprise application integration (EAI) platform in Korea. Since its launch in October 2004, SAP PO has been implemented in over 8,100 customer environments globally, and has established itself as a core component of SAP NetWeaver for process orchestration. Its rapid deployment capabilities and seamless ERP integration have positioned it as a market leader in the enterprise integration space.

SAP Integration Suite is SAP’s strategic integration platform designed to address the complex connectivity needs of modern enterprises. It enables seamless integration across on-premise, cloud, and hybrid environments, allowing organizations to unify data, processes, and applications—regardless of system or location. As a cloud-native and hybrid-ready platform, SAP Integration Suite supports all integration patterns and provides pre-built APIs, AI-powered tools, and reusable content to accelerate connectivity across your business landscape. It empowers organizations to meet diverse integration requirements with greater speed, simplicity, and agility.

As the adoption of SaaS applications like SuccessFactors, Ariba, and Concur continues to grow, organizations require a flexible integration platform that can support both cloud and on-premise environments. SAP Integration Suite (SAP IS) is SAP’s strategic iPaaS offering that addresses this need by enabling seamless integration across hybrid IT landscapes. In contrast to traditional middleware platforms like SAP PO, which require significant upfront investment in hardware, network infrastructure, and system administration, SAP IS is delivered as a service and supports rapid deployment without the need to manage infrastructure directly. SAP IS provides prebuilt APIs and integration content for leading SaaS solutions such as Salesforce, SuccessFactors, and Ariba—accelerating time-to-value and boosting developer productivity. Its cloud-native architecture ensures high availability, scalability, and simplified maintenance without requiring on-site installations or hardware investment. Thanks to these benefits, SAP Integration Suite has become SAP’s core integration platform, supporting organizations transitioning from SAP PO to a cloud-ready integration approach.

Confluent is a full-scale data streaming platform that enables enterprises to access, store, process, and manage continuous real-time data streams. Built on Apache Kafka, it powers more than 80% of Fortune 100 companies with enterprise-grade scalability and resilience. Confluent simplifies large-scale system operations and accelerates application connectivity and data utilization across the enterprise. In essence, it serves as a messaging backbone between distributed applications—allowing them to exchange event-driven data in real time. From customer transactions and order fulfillment to inventory movement and payment processing, Confluent captures and processes streaming events as they happen—enabling real-time insights and action. This is the core of event streaming: understanding and responding to business activity the moment it occurs.

Confluent is a full-scale data streaming platform that enables enterprises to access, store, process, and manage continuous real-time data streams. Built on Apache Kafka, it powers more than 80% of Fortune 100 companies with enterprise-grade scalability and resilience.

Confluent simplifies large-scale system operations and accelerates application connectivity and data utilization across the enterprise. In essence, it serves as a messaging backbone between distributed applications—allowing them to exchange event-driven data in real time. From customer transactions and order fulfillment to inventory movement and payment processing, Confluent captures and processes streaming events as they happen—enabling real-time insights and action. This is the core of event streaming: understanding and responding to business activity the moment it occurs.

Recently, as the transition to the DX environment has accelerated, complex integrated architectures such as hybrid architecture are becoming more important for linking cloud and on-premises. In response to these changes, in the DX environment, there is a growing demand for solutions that minimize delay between physical long-distance networks, secure connections between the cloud and on-premises, efficient large-capacity data processing, and support various SaaS service connection methods.

Division	Key Issues
Connectivity between cloud and on-premise	· Network Latency Occurs · Increased inefficiency (increased I/O, etc.) when directly connecting on-premises with a cloud-based integrated solution (SAP IS) · Need for a proxy role for secure connection between systems between public cloud and on-premises · Need for a method to improve performance when transferring large amounts of data
Support for various protocol services	· Requirement for specialized linkage methods for various SaaS services · Requires adapter protocols not provided by EAI solution · Functional support plan for technical limitations of EAI solutions
Streamlining warrior integration architecture	· Efficient long-distance data transmission and reception method (regional and overseas linkage requirements) · Resource shortage problem due to centralization (distributed architecture required)

ConnectEdge solution is a linked adapter agent system for cloud/on-premise integration and load distribution. It applies compressed transmission to reduce network latency, serves as a security proxy, and adapter technology for large-capacity data processing to improve the performance/performance of SaaS-type EAI solutions. Overcome technical constraints. In addition, it realizes effective load distribution and resource optimization for processing multiple interface data, and provides powerful functions in terms of various performance, security, and adapter technologies.

Recently, as the transition to the DX environment has accelerated, complex integrated architectures such as hybrid architecture are becoming more important for linking cloud and on-premises. In response to these changes, in the DX environment, there is a growing demand for solutions that minimize delay between physical long-distance networks, secure connections between the cloud and on-premises, efficient large-capacity data processing, and support various SaaS service connection methods.

Division	Key Issues
Connectivity between cloud and on-premise	· Network Latency Occurs · Increased inefficiency (increased I/O, etc.) when directly connecting on-premises with a cloud-based integrated solution (SAP IS) · Need for a proxy role for secure connection between systems between public cloud and on-premises · Need for a method to improve performance when transferring large amounts of data
Support for various protocol services	· Requirement for specialized linkage methods for various SaaS services · Requires adapter protocols not provided by EAI solution · Functional support plan for technical limitations of EAI solutions
Streamlining warrior integration architecture	· Efficient long-distance data transmission and reception method (regional and overseas linkage requirements) · Resource shortage problem due to centralization (distributed architecture required)

ConnectEdge solution is a linked adapter agent system for cloud/on-premise integration and load distribution. It applies compressed transmission to reduce network latency, serves as a security proxy, and adapter technology for large-capacity data processing to improve the performance/performance of SaaS-type EAI solutions. Overcome technical constraints. In addition, it realizes effective load distribution and resource optimization for processing multiple interface data, and provides powerful functions in terms of various performance, security, and adapter technologies.

SEQ	Monitoring requirements features	EAI Basics	RTIMS	RTIMS Details
1	Provides an integrated interface dashboard	X	O	Collect logs for each monitoring target system
2	Customization by task	X	O	Provides a user-friendly UI with business-oriented accessibility
3	Provides intuitive monitoring information from a business perspective	X	O	Monitoring information is provided based on the business name used in actual work.
4	Manage monitoring target permissions by user	X	O	Provides filtering of I/F information for each business manager
5	Provides real-time interface statistics	△	O	Provides real-time statistical information by user-defined group based on system/task criteria
6	Provides connection status to non-SAP systems, etc.	△	O	Need to provide intuitive connection status information for linked target systems
7	Manage interface groups by task	X	O	Custom interface group management features
8	Real-time message monitoring	O	O	Providing message views through real-world business interface names
9	Provides dashboards based on user permissions	X	O	Provides a dashboard for each person in charge (provides information only for the I/Fs to be managed)
10	Message Queue Status Information	△	O	Need support to check real-time message queue status on dashboard
11	Transaction occurrence statistics	△	O	Provides real-time transaction occurrence trends by time/date in graph form
12	Performance information by interface	△	O	Intuitive performance trend check in graph form
13	Archive Message Payload	O	O	Add and manage log storage for major interfaces in the monitoring system DB (Optional, if long-term holding is required)
14	Resource information such as CPU/memory/DB/FILE	O	O	Provides real-time confirmation on the dashboard
15	Provides target system connection status information	O	O	Real-time check and connection information management on the dashboard
16	Thread Usage Per Adapter	O	O	Need to provide real-time confirmation on the dashboard
17	Managing error message processing status	△	O	4.1.1 Error message processing status and action management
18	Statistics by error type	X	O	4.1.2 Statistics by error type
19	System/task/user notification settings	X	O	Set up custom notifications for each job level
20	Settings according to disability target, rules, and level	△	O	Setting up notification rules for various failure situations
21	Provides various notification methods	△	O	Provides various messages such as SMS, KakaoTalk, etc. in addition to email
22	Information notifications that can predict and prevent failures in advance	X	O	Notification based on criteria such as resource usage, message backlog, number of Full GC occurrences, and message processing time delay.

RTIMS Key Features

RTIMS is an enterprise-wide interface management tool that presents enterprise-wide interface management standards and provides an easy integrated monitoring and management method for various types of linked solutions. Key features include overall situational awareness through a monitoring dashboard, establishment of an early response system in the event of a failure, and mobile access.

In addition, instead of the technical and complex UI provided by the integrated solution, it provides a user-friendly screen and provides various analysis data using log data in a graphical screen. This solution is an optimized solution based on accumulated experience and technology in the EAI field and operational know-how in actual sites.

RTIMS provides monitoring information from a business perspective by matching log data collected from EAI with user-friendly information so that personnel in charge can monitor the flow of linked systems and interfaces without having the same technical background as an EAI operator.

In addition, it provides a real-time alarm function based on notification rules for information on failures occurring by role, such as infrastructure personnel, task-specific personnel, EAI operators, and system-specific personnel.

SEQ	Monitoring requirements features	EAI Basics	RTIMS	RTIMS Details
1	Provides an integrated interface dashboard	X	O	Collect logs for each monitoring target system
2	Customization by task	X	O	Provides a user-friendly UI with business-oriented accessibility
3	Provides intuitive monitoring information from a business perspective	X	O	Provides filtering of I/F information for each business manager
4	Manage monitoring target permissions by user	X	O	Provides filtering of I/F information for each business manager
5	Provides real-time interface statistics	△	O	Provides real-time statistical information by user-defined group based on system/task criteria
6	Provides connection status to non-SAP systems, etc.	△	O	Need to provide intuitive connection status information for linked target systems
7	Manage interface groups by task	X	O	Custom interface group management features
8	Real-time message monitoring	O	O	Providing message views through real-world business interface names
9	Provides dashboards based on user permissions	X	O	Provides a dashboard for each person in charge (provides information only for the I/Fs to be managed)
10	Message Queue Status Information	△	O	Need support to check real-time message queue status on dashboard
11	Transaction occurrence statistics	△	O	Provides real-time transaction occurrence trends by time/date in graph form
12	Performance information by interface	△	O	Intuitive performance trend check in graph form
13	Archive Message Payload	O	O	Add and manage log storage for major interfaces in the monitoring system DB (Optional, if long-term holding is required)
14	Resource information such as CPU/memory/DB/FILE	O	O	Provides real-time confirmation on the dashboard
15	Provides target system connection status information	O	O	Real-time check and connection information management on the dashboard
16	Thread Usage Per Adapter	O	O	Need to provide real-time confirmation on the dashboard
17	Managing error message processing status	△	O	4.1.1 Error message processing status and action management
18	Statistics by error type	X	O	4.1.2 Statistics by error type
19	System/task/user notification settings	X	O	Set up custom notifications for each job level
20	Settings according to disability target, rules, and level	△	O	Setting up notification rules for various failure situations
21	Provides various notification methods	△	O	Provides various messages such as SMS, KakaoTalk, etc. in addition to email
22	Information notifications that can predict and prevent failures in advance	X	O	Notification based on criteria such as resource usage, message backlog, number of Full GC occurrences, and message processing time delay.

RTIMS Key Features

RTIMS is an enterprise-wide interface management tool that presents enterprise-wide interface management standards and provides an easy integrated monitoring and management method for various types of linked solutions. Key features include overall situational awareness through a monitoring dashboard, establishment of an early response system in the event of a failure, and mobile access. In addition, instead of the technical and complex UI provided by the integrated solution, it provides a user-friendly screen and provides various analysis data using log data in a graphical screen. This solution is an optimized solution based on accumulated experience and technology in the EAI field and operational know-how in actual sites. RTIMS provides monitoring information from a business perspective by matching log data collected from EAI with user-friendly information so that personnel in charge can monitor the flow of linked systems and interfaces without having the same technical background as an EAI operator. In addition, it provides a real-time alarm function based on notification rules for information on failures occurring by role, such as infrastructure personnel, task-specific personnel, EAI operators, and system-specific personnel.

When building an existing EAI solution, there were no tools for standardizing the company-wide integrated interface, managing construction procedures, and communicating with people in charge of linked systems, so the larger the project size, the more difficult it was. In post-construction operation, problems with current information over time led to a decrease in efficiency in maintenance and response to failures. The existing interface management method is managed manually (Excel files) by the person in charge and stored through a file server, which causes problems with change history management and version management. In addition, there were difficulties in retrieving and analyzing information such as the person in charge of each interface, connection method, and communication method. As the number of interfaces and linked systems increases, this manual management method has lower efficiency and problems with implementation, resulting in the need to systematize interface management work. This has been increased.

01 CSR Progress Management : Establishment of I/F Management System

02 I/F Current Management : Interface life cycle management, disposal of unused

03 I/F Mapping Definition History Management : Revision History, Document Version

04 I/F 업무 진행 효율성 향상 : 명확한 의사소통,

이력 및 업무 진행 상태 실시간 공유

05 Expandable to company-wide I/F management system (EAI/ETL/B2B)

06 Easy to apply interface standardization system (I/F ID, naming rules, patterns)

07 Improvement of linked service quality : Response to requests from business personnel

02

Automating the construction of interface services

Automated creation and version information management of interface service component objects of EAI solutions based on interface standard information, meta information, and interface mapping definition information

· Provides convenience for creating/managing design documents for interface construction

· Check consistency between design documents and construction services: Solve management update issues

· Technology for realizing the DevOps model in the design, construction, and verification areas

When building an existing EAI solution, there were no tools for standardizing the company-wide integrated interface, managing construction procedures, and communicating with people in charge of linked systems, so the larger the project size, the more difficult it was. In post-construction operation, problems with current information over time led to a decrease in efficiency in maintenance and response to failures.

The existing interface management method is managed manually (Excel files) by the person in charge and stored through a file server, which causes problems with change history management and version management. In addition, there were difficulties in retrieving and analyzing information such as the person in charge of each interface, connection method, and communication method. As the number of interfaces and linked systems increases, this manual management method has lower efficiency and problems with implementation, resulting in the need to systematize interface management work. This has been increased.

01 CSR Progress Management : Establishment of I/F Management System

02 I/F Current Management : Interface life cycle management, disposal of unused

03 I/F Mapping Definition History Management : Revision History, Document Version

04 I/F Improved work progress efficiency : Clear communication, real-time sharing of history and work progress status

05 Expandable to company-wide I/F management system (EAI/ETL/B2B)

06 Easy to apply interface standardization system (I/F ID, naming rules, patterns)

07 Improvement of linked service quality : Response to requests from business personnel

01

Interface life cycle management

Manage the lifecycle process of interface application, acceptance, review, construction, testing, operation, and disposal.

· Detection and synchronization of services subject to disposal: Due to the nature of linked work, it is provided as a means of collaboration, communication, and history management for each work process unit.

· Improving the efficiency of interface management tasks: Resolving I/F current issues and management system problems

02

Automating the construction of interface services

Automated creation and version information management of interface service component objects of EAI solutions based on interface standard information, meta information, and interface mapping definition information

· Provides convenience for creating/managing design documents for interface construction

· Check consistency between design documents and construction services: Solve management update issues

· Technology for realizing the DevOps model in the design, construction, and verification areas