ISO 26262 IEC61508 Functional Safety (FuSa) Services for Autonomous, Electric Automotive, Industrial, Aerospace and, Defence
ISO 26262, IEC 61508, ISO 25119, SO/PAS 21448, UL4600, ISO 13849, DO 178 based Functional Safety (FuSa) Compliance, Development, Technical, Management, Consulting, Process Development and Training Services for Automotive, Industrial, Aerospace and Defence Systems
Our team of Functional Safety Certified Consultants have partnered with customers across US, Europe and India, to help them achieve ISO 26262 compliance (ASIL A/ ASIL B/ ASIL C/ ASIL D) and IEC81508 compliance (SIL1 / SIL2 / SIL3).
Our expertise is not only limited to automotive domain but we also have executed projects including off-highway vehicles, defence and industrial control applications. Our domain expertise spans- electric vehicle, battery management systems, electric fuse boxes, high power charge controllers, Electronic Power Steering (EPS), Telematics Solutions, Body Control Module, , Powertrain ECU, Advanced Driver Assistance Systems (ADAS), and more.
Functional Safety Compliance/Certification for Safety Critical Product
Do you have following questions while development of safety critical products?
- How to develop Safety Critical product Compliance to Legal functional Safety Regulations Compliance for US, Europe, APAC markets?
- How to get Safety Product Certification to meet functional Safety Standards IEC61508, ISO26262, IEC62304, ISO13849, ISO25119, and IEC61511?
- How to develop State of the Art Safety critical Electronics-Electrical Systems & Products?
- How to get Functional safety Certification by renowned certification bodies for e.g. TUV/UL?
- How to scale up quality development processes to Functional Safety Compliant Processes that meet the requirements of Functional Safety Standards?
ISO 26262 IEC 61508 Functional Safety Life Cycle Management Consulting
Our senior Functional Safety Managers work with you to deliver the end to end functional life cycle consulting services meeting the product safety targets.
- Functional Safety Life Cycle Management: Develop functional Safety Plan and manage the end to end functional safety activities, safety culture, competence management, safety case, safety compliance, certification and liabilities in synergy with Project management and Product management teams.
- Development Interface agreement DIA: Plan and manage stakeholders, deliverables and interfaces with different stakeholders and teams using development interface agreement as per ASIL work packages using RASI techniques.
- Safety Confirmation measures and assessments: Perform gap analysis, Audits and Assessments., Confirmation Review at milestones for Artefacts at functional , technical and process levels as per the techniques and measures required for Safety ASIL or SIL level or ASPICE.
ISO 26262 IEC 61508 Functional Safety and Technical Safety Concept Services
Our senior Functional Safety Technical consultants (20+ years’ experience) work with you to deliver the Functional and technical safety concept meeting the product safety targets. The impact of these activities on project schedules and product cost are extremely high hence requires specialised and proven skills.
- Safety Risk Reduction and safety goals: Perform safety risk reduction using HARA/HAZOP on the item definition to identify Safety Goals, Safety functions and safe states with SIL or ASIL level.
- Define Safety Architecture and Microcontroller selection (1oo1, 1oo2, 1oo2d or 2oo2): Redundancy architecture and micro controller selection is without any doubt the most crucial activity considering the development efforts, product cost, meeting CPU load target and safety goals with FTTI.
- Specify System Safety Requirements Specifications using safety analysis techniques to be used by the hardware, software and mechanical development
ISO 26262 IEC 61508 Functional Safety Analysis Services
Our System, Hardware Design Consultants and ISO 26262 / IEC 61508 experts can deliver safety compliant safety analysis for automotive or industrial product development projects upto ASILD / SIL3
- Hazard and Risk Analysis HARA : Perform safety risk analysis and reduction using HARA/HAZOP on the item definition to identify Safety Goals, Safety functions, and read the safe states with SIL or ASIL level and SOTIF
- Failure Modes & Effect Inductive Analysis FMEA: Perform qualitative or quantitative FMEA or DFMEA, reliability block diagrams on System, Hardware, Software or Mechanical to uncover safety related functional, technical or process related failure mode areas.
- Quantitative SPFM, LFM, PMHF, MTTFd, PHF Safety Analysis using FMEDA: Perform quantitative evaluation of the system or hardware for single point or latent dual second faults, hardware fault accumulation to check if the target SPFM, LPM, PMHF, PHF MTTFd target level related to Safety levels are met.
- Functional Safety Analysis Tools : We conduct Safety related failure analysis using industry standard and functional safety compliant tools for e.g SOX, exida, Medini which rely on failure database from Siemens or IEC 62380 equivalent.
ISO 26262 IEC 61508 Safety Hardware Design Development Services
Our functional safety certified hardware design engineers can deliver or work with you on development of safety compliant safety hardware for automotive or industrial product development projects up to ASILD / SIL3 for following work packages:
- FMEDA for Quantitative SPFM, LFM, PMHF, MTTFd, PHF Safety Analysis: Perform quantitative evaluation of the hardware for random single point, latent, multiple, sleeping, dual second faults, hardware fault accumulation to identify suitable diagnostic coverage and safety mechanisms.
- Hardware Safety Requirements specifications: Specify hardware safety requirement specifications by establishing traceability to TSR and capturing attributes of safety mechanisms, safety response time, fault tolerant time interval FTTI, diagnostic coverages from hardware safety analysis.
- Hardware Design Architecture: Design hardware architecture for redundancies(1002, 1002d, 2002 etc), hardware safety requirements, accuracy and environmental conditions and specify hardware software interface specification (HSI)
- Dynamic Schematic and PCB Layout Simulations Analysis: Perform simulations at Schematic level (hardware derating analysis, worst case circuit analysis WCCA, PSPICE, LTPSICE) or pcb layout (Signal Integrity, Power Integrity, Thermal analysis) level to validate failure modes, reduce hardware iterations and dynamic requirements analysis as per safety standards.
ISO 26262 IEC 61508 Safety Software Design Development services
Our functional safety certified software design engineers can deliver or work with you on development of safety compliant safety software for automotive or industrial product development projects up to ASILD / SIL3 for following work packages:
- SW Safety Analysis: Perform qualitative FMEA or DFMEA Software to uncover safety related functional, technical or process related failure mode areas.
- Software Safety Requirement Specification: Specify software safety requirement specifications and safe communication protocol specification by formal language establishing traceability to TSR, hardware safety requirements, capturing attributes of safety mechanisms / diagnostic coverage, safety response time, fault tolerant time interval FTTI, diagnostic coverages
- Safety Compliant Software Dynamic Analysis : Perform dynamic analysis to achieve 100% MC/DC code coverage, fix defects and manage deviations using industry standard safety qualified tools like Vector CAST, LDRA.
- SW Tools Qualification: Perform tool qualifications as per TCL levels for tools used across software development and test lifecycle.
ISO 26262 IEC 61508 Functional Safety Processes Improvement and Development consulting
Our functional safety process consultants can work with your process experts to develop and implement safety compliant processes for automotive or industrial product development projects up to ASILD / SIL3:
- Safety Compliance Process development: Work with your process team to perform gap analysis develop their functional safety compliant processes and templates upto ASPICE Level 3 or 4, ASILD or SIL3 safety levels.
- Safety Quality Audits Process Gap Analysis, Audits & Improvements: Perform milestone based gap analysis, audits and plan improvements.
- Safety Process Implementation and Automation: Work with companies to integrate functional safety processes into organizational specific product develop processes and use automation and tools as possible to increase productivity and efficiencies.
- Support with new process roll out within your organization and trainings.
ISO 26262 IEC 61508 Functional Safety Verification, Validation and Testing services for hardware and software
Collaborate with us for ISO 26262 / IEC 61508 compliant upto ASILD/ SIL3 ECU testing, verification and validation services for unit, integration and system testing of automotive control units.
- ISO 26262 / IEC 61508 compliant integration testing services including fault-injection testing, regression, performance and timing validation testing.
- Expertise in static analysis using tools like QA-C, LDRA, VectorCAST and PolySpace
- Expertise in dynamic analysis with 100% Statement coverage, branch coverage and MC/DC coverage using tools like LDRA and VectorCAST.
- Expertise in Hardware in Loop (HIL) Testing including fault-injection testing, regression, performance and timing validation testing.
- Expertise in testing tools like VectorCAST, Mx-Suite-, CANTATA, Tessy Tool, RTRT and LDRA
Functional Safety Mechanical Services
Our functional safety consultants can work with you to develop and implement safety compliant safety mechanical design for automotive or industrial product development projects up to ASILD / SIL3:
- Mechanical Safety Requirements specifications.
- Mechanical Fault Exclusion Techniques.
- For Safe Mechanical Services we perform design FMEA in a structured approach that will discover potential failure that may exist within the design of a product or process..