Functional Safety for IOT
Functional Safety engineering services for IOT Product life cycle cover the entire spectrum from safety concept approval to certifications by TUV Certified Engineers as per IEC61508, ISO26262, ISO13849, IEC62304
Functional Safety Lifecycle
- Risk Analysis and Reduction,
- Failure Analysis-> HRA, FMEDA, FMEA, Fault Trees Analysis
- Functional Safety Management Plan
- Concept Approval & Certifications
- Safety Concept, Architecture & Development Approach,
- System Safety Requirements Specifications
- Safety Verification and Validation Plans
- Gap Analysis & Improvements, Certifications
Safe Hardware Development
- Hardware Safety Requirements specifications
- Safe Hardware Architecture (1oo1,2oo2D, Hardware Fault Tolerance, Fault Accumulation.
- Functional Safety Management Plan
- Development Techniques and Measures to achieve SIL level.
- Functional Simulations for Failure Modes and Effects.
- Hardware Tool Qualifications.
- Hardware V&V Gap Analysis & Improvements: Traceability, Static Analysis, Dynamic Analysis, Test Plans & Coverage.
Safe Software Development
- Software Safety Requirement Specification
- Software Safety response & timing requirements
- Software Development Techniques and Measures to achieve SIL level.
- Safe Communication protocol specifications.
- Software Tool Qualifications.
- Software V&V Gap Analysis
- Process Improvements:
- Traceability,
- Static Analysis,
- Dynamic Analysis,
- Test Plans & Coverage.
Safe Mechanical Development
- Mechanical Safety Requirements specifications
- Mechanical Fault Exclusion Techniques
- Design FMEA
Safe Process Engineering
- Gap Analysis & Improvements
- Process Consultancy
- Automation & Productivity Improvements.
- Audits