Our Automotive Functional Safety Consultants have partnered with customers across US, Germany, China, Taiwan, South Korea and India, to help them achieve ISO 26262 compliance (ASIL B/ ASIL C/ ASIL D)
The expertise of our FuSa Consultants in ISO 26262 standard, ISO 26262 approved automation tools, tool expertise and hands-on experience in development of ISO 26262 compliant software (Part-6), have proved to be a value-addition for all our customers
Our domain expertise spans- Lighting System, Seating Control, Electronic Power Steering (EPS), Powertrain ECU, HVAC Systems, Infotainment system, Digital instrument clusters and more.
Expertise in ISO 26262 qualified tools like CANTATA, RTRT, Polaris etc. make us the choice partners for ISO 26262 compliant software development projects.
Proven Expertise of our ISO 26262 Consultants in Complex Automotive (ASIL D/ ASIL C) projects
The following list of some of our successful ISO 26262 (Functional Safety) complaint software/hardware/testing projects is the testimony of our expertise in ASIL D & ASIL C compliance
- Development of ASIL C Compliant Complex Device Drivers (CDD) for a Powertrain ECU
- Mutation Testing of automotive Electronic Power Steering for ASIL D Compliance
- Bidirectional Traceability using Tools like DOORS and Polaris
- Support for Confirmation Review of Work Products
- Choice of methods and techniques deployed in software design (safety plan) as per ASIL grades
A Snapshot of our ISO 26262 Software Development Services
6.1 Software Safety Requirement & Functional Requirement
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6.2 Software Architecture Design & Safety Analysis
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6.3 Software Unit Design
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6.4 Coding
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6.7 Validation Testing
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6.6 Integration Testing
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6.5 Unit Testing
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ISO 26262 Compliant Development vs Traditional Software Development
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Action Item |
ISO 26262 Compliant Dev. |
Traditional Software Dev. |
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Requirements Related to Functional Safety |
A Technical Safety Requirement (TSR) document is prepared along with the Functional software requirement |
Only functional requirement document is required |
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Safety Analyses |
Safety analyses (FMEA & DFA) are performed to understand failure modes and their impact |
No such safety analyses are performed as functional safety aspect is not considered |
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Architecture and Unit Design |
UML based design using tools like Rhapsody & Ascet |
Design can be created on Word/Excel |
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Tools |
ISO 26262 qualified tools are required for development and testing |
Regular IDEs and Testing tools are required. |
Expertise is in ISO 26262 Qualified Software Development Tools
