Part I introduces the RSF problem space and framework structure.
The first public web release covers Chapter 1, RSF Framework — General Overview, Chapter 2, Six Capability Domains — Overview and Relationship Map, and Appendices A-D.
This release is designed to establish the two foundations readers need before entering the detailed domain chapters: why a robot service-capability layer is needed, and how RSF organizes that layer into capability domains, service scenarios, and certification growth.
Chapter 1 Web Abstract
Chapter 1 positions RSF as a service-capability layer above the formal compliance baseline. It argues that existing robot safety and management standards remain essential, but they do not fully answer who should perform post-delivery service, how competence should be assessed, or how service quality should be committed.
Five needs
Competence certification, cross-platform lifecycle management, AI/ML service procedures, robotics SLA language, and remote service/data management.
Three layers
Compliance baseline, RSF framework content, and operational-pattern references from mature service systems.
Usage scope
Industrial arms, cobots, AMRs, service robots, humanoid robots, and post-delivery service scenarios from commissioning to decommissioning.
Chapter 2 Web Abstract
Chapter 2 turns the problem statement into a framework map. It defines six capability domains, explains how the domains interact in real service scenarios, and introduces a four-tier growth path for robot service professionals.
| Structure | What readers get |
|---|---|
| Six capability domains | Service Lifecycle Management, Fault Diagnosis & Technical Support, Remote Service & Digital Operations, SLA Design & Service Commitment, Cross-Platform Service Procedures, and AI/ML System Service Methods. |
| Scenario mapping | A way to map service events such as commissioning, preventive maintenance, remote fault response, AI degradation, SLA review, mixed-fleet support, and OTA updates to the relevant capability domains. |
| Certification growth | A four-tier progression from Professional to Specialist, Expert, and Master, organized by deepening cognitive capability and authorized work scope. |
Release Contents
| Status | Content | Purpose |
|---|---|---|
| Released | Chapter 1 · RSF Framework — General Overview | Defines the five capability-layer needs, RSF's three-layer relationship with existing standards, and the scope and usage of the framework. |
| Released | Chapter 2 · Six Capability Domains — Overview and Relationship Map | Introduces the six capability domains, domain relationships, service scenario mapping, and certification growth pathway. |
| Released | Appendix A · Standards-to-Six Capability Domains Mapping Matrix | Maps referenced standards and operational references to RSF's six capability domains. |
| Released | Appendix B · Automotive 4S System — Adoption Logic and Transformation Boundaries | Explains which 4S service-system ideas can inform RSF and where robotics service needs a different model. |
| Released | Appendix C · RSF Innovation Contribution and Competitive Positioning | Summarizes RSF's proposed contribution and its relationship to existing service, standards, and certification references. |
| Released | Appendix D · Glossary of Terms | Defines key RSF terms used across the initial public release. |
| Upcoming | Chapter 3 · Domain 1 · Service Lifecycle Management | Will begin the domain-by-domain release sequence with lifecycle service operations. |
| Upcoming | Chapter 4 · Domain 2 · Fault Diagnosis & Technical Support | Will cover stratified diagnostics, tool capability, root-cause analysis, and technical-support procedures. |
| Upcoming | Chapter 5 · Domain 3 · Remote Service & Digital Operations | Will cover remote diagnostics, monitoring, digital operations, OTA workflow, and service-data handling. |
| Upcoming | Chapter 6 · Domain 4 · SLA Design & Service Commitment | Will cover robotics service commitments, response metrics, availability, escalation, and performance review. |
| Upcoming | Chapter 7 · Domain 5 · Cross-Platform Service Procedures | Will cover unified service procedures across industrial arms, cobots, AMRs, humanoid robots, and mixed fleets. |
| Upcoming | Chapter 8 · Domain 6 · AI/ML System Service Methods | Will cover AI-layer service methods, model performance, update and rollback workflows, and AI service governance. |
| Upcoming | Chapter 9 · RSF Certification System | Will cover certification principles, four-tier framework, validity, CPD, governance, and market development path. |
Why the Initial Release Starts Here
Chapter 1 explains why RSF is needed. Chapter 2 shows what RSF is made of. Appendices A-D provide supporting references, positioning, and terminology. Publishing these pieces together lets readers move from the problem statement into the framework architecture without immediately entering detailed procedures, templates, or certification operations.