For embedded system software development

Integrated Solutions

From project management to design and verification for international standards compliance!

An MBD solution that elevates standardization, speed, and quality through model-based design and automated deliverable generation

RapidAUTO

Through model-based (AUTOSAR, UML, SysML) design and automated generation of ISO 26262 and A-SPICE development deliverables,

this MBD solution enhances standardization, speed, and quality at the same time.

#AUTOSAR #AUTOSARAuthoring #ModelBasedDevelopment(MBD) #UML #SysML #ISO26262 #A-SPICE #SWE.2 #SWE.3 #DesignAutomation #RapidPublisher #Mobilgene #Vector #EB #ETAS

Why choose RapidAUTO? 


01. Code-First AUTOSAR Authoring Tool : By supporting global BSW platforms (Vector·EB·ETAS, etc.) based on standard ARXML—including mobilgene—RapidAUTO provides integrated support for system and software design and implementation through Legacy code & ARXML reverse engineering and model-code synchronization.


02. An MBD solution for fast audit readiness : Based on AUTOSAR, UML, and SysML designs, RapidAUTO automatically generates and updates required deliverables (diagrams and work products) for ISO 26262/A-SPICE, reducing audit preparation time.



Recommended for customers who need solution adoption

■ Those who are new to AUTOSAR development and application

■ Those who want to create A-SPICE and ISO 26262 deliverables more efficiently

■ Those who want consistency between software design and development deliverables

■ Those who want AUTOSAR, A-SPICE, and ISO 26262 software development consulting

Key Features

1
End-to-end support across design, code, and testing
Reflects ISO 26262 and A-SPICE requirements
■ Requirements analysis
- Treat the system as a black box and specify, in text, how it interacts with external entities

■ System / Software design
- Design a reusable Software Component Architecture that can be assembled easily like LEGO blocks

■ Automatic software code generation
- Automatically generate executable source code
- Keep design and implementation consistent through model-code synchronization

■ Bi-directional traceability
- Provide bi-directional traceability and coverage across safety requirements, architecture design, unit design, source code, and tests as required by automotive standards

■ Software testing
- Support visual model validation based on animation
- Automatically generate test environments and scenarios from created models

■ AUTOSAR development
- Software Component design and implementation
- ECU design and ECU topology design
- System design
2
Fast conversion to AUTOSAR software
Even with non-AUTOSAR software only
■ Step1. Generate SW detailed design based on Legacy Code
- Convert data types to AUTOSAR and fix designs that violate AUTOSAR standards
- Automatically extract function/variable information between Software Components

■ Step2. Generate SW Architecture based on SW detailed design
- Automatically generate AUTOSAR SW-C architecture from the SW detailed design
- Create ASW that can run on the AUTOSAR platform
3
Automatically generate 8 types of SWE.2 & SWE.3 diagrams
Based on software design information
■ SWE.2 (SWAD) Diagrams (5 types)
- SW-C Diagram (Atomic, Composition)
- UCR Diagram (VOPC / Sequence / Internal Behavior Diagram)

■ SWE.3 (SWUD) Diagrams (3 types)
- Class Diagram
- Sequence Diagram
- Activity Diagram
4
Automate customized work products (OEM/Tier-ready)
RapidPublisher
■ SWE.2 & SWE.3 Diagrams
- SW-C Diagram (Atomic, Composition)
- VOPC Diagram, Sequence Diagram
- Internal Behavior Diagram
- Class Diagram, Activity Diagram

■ Description Guide
- Provide standard phrases and writing guidance needed throughout development

Key Capabilities

1
Code-First MBD AUTOSAR Authoring
■ Authoring capabilities to design and edit SWCs/ports/interfaces/compositions in the model using ARXML·AUTOSAR code-based reverse engineering and dynamic model–code associativity
2
Automatic generation of SWE.2 & SWE.3 diagrams
■ Automatically generate & update standards-compliant templates for 5 SWE.2 diagram types (SW-C (Atomic/Composition), UCR, VOPC, Internal Behavior, etc.) and 3 SWE.3 diagram types (Class/Sequence/Activity, etc.) via ARXML→SWAD and AUTOSAR Code→SWUD transformations
3
Work product automation
■ Automatically generate ISO 26262 and A-SPICE deliverables using customer deliverable templates based on generated diagrams and descriptions
4
ALM & documentation integration
■ Systematically manage requirements–design–code traceability and change response by integrating with Polarion, Codebeamer, and more via RapidPublisher

Industries

Automotive

Use Cases

1
Automotive
■ Create SW architecture/detailed design based on AUTOSAR, UML, and SysML, and reconstruct models through legacy code and ARXML reverse engineering

■ Reduce documentation and validation effort by automatically generating and updating ISO 26262 and A-SPICE audit submission items (diagrams and documents)

■ Applied to automated generation of architecture/detailed design deliverables and CI/CD pipeline in Hyundai Motor’s BDC integrated controller project

■ Used by multiple Hyundai Mobis teams and domestic Tier-1 suppliers as an automation tool for ISO 26262 and A-SPICE development deliverables (diagrams, specifications, traceability)

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