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IEEE SOSE 2026: IEEE Service Oriented System Engineering

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Submission Date:
2026-04-21
Notification Date:
2026-05-20
Conference Date:
2026-07-27
Location:
Fukuoka, Japan
Years:
QUALIS: B2   Viewed: 47296   Tracked: 7   Attend: 3

Conference Partner Index (CP-I)

61.5 / 100
Ranked #532 of 5,647 conferences · Top 10%

#24 of 253 in Information Systems & Web

Academic recognition (35%)
68
Submission selectivity (20%) No data - scored at the neutral baseline of 50 —
Editions held (20%)
82
Community attention (10%)
30
Public record completeness (15%)
55

Inputs used: Listed as QUALIS B2 · Editions on record: 20 · Researchers following it here: 7 · Researchers who opened this page in the past 24 months: 3

Missing from the public record: Historical acceptance rates (+4.5) · Best-paper records (+2.3)
Organizers can add these from this page after claiming the conference; scores are recomputed nightly. How to raise this score

Confidence 80% - the share of the score backed by observed data rather than the neutral baseline. How this score is calculated · Browse the ranking · Algorithm version 1.1 · Computed 2026-09-02

Call For Papers

IEEE SOSE 2026 (IEEE Service Oriented System Engineering) is a QUALIS B2 conference held in Fukuoka, Japan on 2026-07-27. The paper submission deadline is 2026-04-21. Acceptance notifications are sent on 2026-05-20.

Scope IEEE SOSE2026 conference is the 20th edition of a serious IEEE conference with focus on service oriented engineering, from architectures, techniques, tools, and languages to methodologies.Continuing the tradition of the last nineteen editions of SOSE Symposia, the 20th SOSE intends to provide a forum for researchers and practitioners to exchange the latest observations, insights, achievements, and visions in Service-Oriented System Engineering.This years’ conference is scheduled to take place in Fukuoka, Japan, from 27-30, July 2026. The conference is part of IEEE CISOSE 2026 congress. Topic of Interest Modern Service-Oriented Architectures Microservice Architectures Challenges, development approaches, and best practices for creating modular and scalable systems, etc. Serverless Service-Oriented Architectures Event-driven, stateless systems that reduce infrastructure overhead and improve agility, etc. Architecture and Design Patterns for Service-Oriented Architectures Creation of new patterns tailored for Service-Oriented Architectures or their technical realization, etc. Service-Based Integration Architectures Methods, concepts, patterns, and frameworks for integrating systems through services, etc. Service-Oriented Architecture and System Transformation Strategies, methods, and technical approaches for transitioning Service-Oriented Architectures. This also includes transformations of traditional, legacy, and monolithic systems to SOA/microservice architectures, refinement, etc. Software Architectures for the Compute Continuum Application Programming Interfaces (APIs) in SOA APIs for Services Approaches for the automatic generation of APIs and their documentation, etc. API Management for Services Systematic approaches for managing heterogeneous APIs and their interoperability, etc. API Patterns for Services Analysis of existing Patterns regarding their applicability to SOA or the development of new Patterns for SOA, etc. API Summarization Endpoint summarization, documentation summarization, etc. Software Engineering for SOA Software Engineering Best Practices for SOA Methods and models to fit the dynamic requirements of Service-Oriented Architectures. Testing Approaches for SOA Appropriate testing methodologies to address the unique needs of SOA, etc. Documentation for SOA Automatic generation of documentation for Service-Oriented projects, etc. Repository and Code Base Analysis Mining and analysis techniques to evaluate the quality of Service-Oriented Systems, etc. Service-Oriented Infrastructure and Operation DevOps and Service Engineering Methods and approaches for combining DevOps practices and service-oriented engineering, etc. Services in the Edge, Fog, and Cloud Cloud platforms for hosting services as well as the integration of SaaS in systems. Capabilities, limitations, and trade-offs of cloud-native solutions for SOA, etc. Deployment, Operation, and Maintenance Automation of Service-Oriented Systems Automation approaches, end-to-end lifecycle management practices, CI/CD Pipelines for Service Deployment, Containerization, etc. Infrastructure Optimization for Service Hosting Best practices such as fine-tuning configurations to ensure efficient and reliable system performance, etc. Infrastructure for IoT-based Service-Oriented Systems Services running near devices on the cloud, edge, or fog, distribution optimization, etc. AI in Service-Oriented Systems AI-supported Service-Oriented Systems Transformation and Development AI tools to decompose monolithic systems into microservices efficiently and accurately or AI-supported service development, etc. Predictive Analytics for Service Behavior AI models to predict service performance, availability, and potential failures based on historical data, etc. AI in Dynamic Resource Allocation AI technologies to optimize resource allocation for services in real-time, improving scalability and reducing costs, etc. Intelligent Quality Assurance AI techniques to automate testing, monitoring, and validation of service-oriented systems, etc. Service-Oriented Systems Quality Service-Oriented Architecture Assessment Metrics and methodologies for evaluating non-functional requirements, e.g., performance, reliability, maintainability, etc. Service-Oriented Testing Testing approaches, system tests for SOA, etc. Sustainable Service-Oriented Systems The four dimensions (social, economic, environmental, technology) of sustainability applied to Service-Oriented Systems, etc. Practical Experiences / Industry Experiences Innovative Service Applications and Experiences Novel applications of Service-Oriented Systems and their impact on industries, etc. Empirical Studies and Case Studies on Practitioners’ Experiences Highlights from empirical research capturing real-world challenges and practices, etc. Tool and Technology Experiences Reports on the usage of tools or frameworks when building SOA systems, etc.
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