SERMA Safety and Security’s Safety Offering ensures the smooth operation of your embedded systems, production, products, or services. It includes concrete actions aimed at minimizing the criticality of failures while ensuring that your devices comply with your reliability, maintainability, availability, and security imperatives (FMDS/RAMS). This offering is tailored to various sectors with a common need to reduce the probabilities of malfunction.
Our goal? To ensure a high level of security and performance across all your critical systems, regardless of your field. To achieve this, discover how at SERMA, we adapt to your requirements and daily operations. We master numerous sector-specific standards such as automotive (ISO 26262, ASPICE), railway (EN 50126/50128/50129/IEEE 1558), defense (IEC 61508), medical (EN 62304, ISO 14971), and aerospace (ARP 4761, DO-254, DO-178)…
Critical systems must meet the following attributes:
Reliability
Availability
Maintenability
Security
To ensure these attributes are met, several activities are required, including:
Risk assessment
Study of dependability
The study of dependability (SdF) aims to analyze and ensure the reliability, availability, maintainability, and safety of a technical system. It identifies potential failure risks and proposes measures to prevent them or mitigate their consequences. The goal is to ensure that the system operates reliably and safely throughout its life cycle.
Verification and Validation
Implementation of protocols to preserve the integrity of your devices and data such as statistical code analysis and security studies.
Assistance with certification
SAFETY SERVICES
A COMPREHENSIVE OFFER
- Audit of critical development processes
- Support and decision-making assistance for implementing standards
- Security study (systems/hardware/software/)
- Expertise and reliability analysis in electronics
- Evaluation and compliance with current standards
- Quality verification and software testing
- Awareness-raising and training
- Validation, approval, and certification of systems, hardware and software
- Verification and formal validation of properties
- Deployment of formal methods and advanced tools
- Architecture selection and ensuring no impact between different criticality flows
An expertise in the methodologies and associated tools
- Risk and hazard analysis
- Functional analysis
- Functional and component FMEA (Failure Modes and Effects Analysis)
- Fault trees, reliability block diagrams (GRIF)
- Reliability prediction calculation (FIDES, MIL-HDBK…)
- SIL/ASIL/PL demonstration
- Testability analysis
- Code review
- Static code analysis
- Software FMEA/AEEL (Software Failure Modes and Effects Analysis)
- Unit testing (LDRA)
- Model checking
- Tool for proving absence of interferences (FFI)
WHY COLLABORATE WITH OUR SAFETY EXPERTS?
*automotive : ISO 26262 | railway : EN 50126 / EN 50128 / EN 50129 | medical : ISO
14971, CEI 62304| aeronautics : DO 254, DO 178, ARP 476, ARP 4754, ARP
4761 | nuclear :
EN 60880, CEI 61513, CEI 62138 | industry/machine : CEI 61508, CEI
62061, UTE C80-810, MIL-HDBK-217, ISO 13849 | agriculture : ISO
25119