Safety Analysis

Ensure Reliability and Compliance with Ansys Safety Analysis

Identify risks early, assess system reliability, and meet functional safety standards across automotive, aerospace, and industrial applications — all within an integrated simulation environment.

Ansys Safety Analysis empowers teams to perform FMEA, FMEDA, FTA, and reliability assessments efficiently, ensuring products meet ISO 26262, DO-178C, IEC 61508, and other global standards — enabling safer innovation from concept to certification.

Core Product Suite

Ansys Medini analyze

Safety-Critical Electronic System Analysis

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Ansys Medini analyze Semiconductors

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Ansys Digital Safety Manager

Driving Safety Process Optimization

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Ansys Medini Cybersecurity SE

Threat Analysis and Vulnerability Management Solution

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Ansys Medini Analyze – Functional Safety Analysis Platform

Ansys Medini Analyze streamlines functional safety analysis for systems compliant with ISO 26262, IEC 61508, and similar standards. It integrates safety processes like FMEA, FTA, and HARA in one environment to ensure traceability and consistency across the development cycle.

Used for:
Safety engineers, systems engineers, and reliability teams.
Key Benefit:
Reduces safety analysis effort and ensures compliance with industry functional safety standards.

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Ansys Medini Analyze for Semiconductors – Chip-Level Safety Analysis

This version of Medini Analyze enables safety and reliability analysis at the semiconductor level, helping teams evaluate hardware architectures and failure mechanisms early. It supports ISO 26262 Part 11 compliance for automotive chips.

Used for:
Semiconductor design engineers and safety managers.

Key Benefit:
Ensures semiconductor designs meet automotive functional safety requirements efficiently.

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Ansys Medini Analyze for Cybersecurity – Threat and Risk Analysis Tool

Ansys Medini Analyze for Cybersecurity supports model-based threat and risk analysis for embedded and connected systems. It identifies vulnerabilities, assesses impacts, and ensures compliance with ISO/SAE 21434 cybersecurity standards.

Used for:
Cybersecurity engineers and system architects.

Key Benefit:
Simplifies cybersecurity risk assessment and strengthens protection for embedded systems.

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Ansys Digital Safety Manager – Centralized Safety Management System

Ansys Digital Safety Manager provides a centralized platform to manage functional safety processes, workflows, and documentation across projects. It ensures data consistency, task tracking, and traceability throughout the product lifecycle.

Used for:
Safety managers, compliance officers, and development teams.

Key Benefit:
Enhances collaboration and compliance by unifying all safety-related data and processes.

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Highlights of Safety Analysis

End-to-End Functional Safety Workflow – Identify, assess, and mitigate potential risks from concept through validation using a unified safety analysis environment.

Automated FMEA, FTA & FMEDA – Streamline safety tasks with automated generation of Failure Mode and Effects Analysis, Fault Tree Analysis, and Failure Modes, Effects, and Diagnostic Analysis.

Traceability & Compliance – Maintain full traceability of requirements, hazards, and mitigations to comply with industry safety standards like ISO 26262, IEC 61508, ARP4761, and DO-178C.

Seamless Integration – Connect directly with system architecture tools such as Ansys Medini Analyze and Ansys SCADE, enabling consistent model-based safety engineering.

Risk Visualization & Reporting – Visualize fault propagation paths, perform impact assessments, and automatically generate detailed safety documentation.

Cybersecurity Co-analysis – Combine safety and security perspectives to detect and manage vulnerabilities in safety-critical systems.

Scalable Across Industries – Trusted by automotive, aerospace, industrial automation, and railway sectors for mission-critical product development.

Applications Across Industries

Safety simulations are vital for aerospace, automotive, industrial, and electronics sectors — ensuring compliance, reliability, and risk mitigation in complex systems.

 At SolidTrust Technologies, we deliver Ansys Safety Analysis solutions to predict, prevent, and manage potential system failures across industries.

Relevant FAQs 

What is Ansys Safety Analysis used for? +

It helps engineers evaluate system reliability, identify failure risks, and ensure compliance with safety standards.

Does it support FMEA and FTA studies? +

Yes, it includes built-in tools for Failure Modes and Effects Analysis and Fault Tree Analysis.

Can I analyze hardware and software safety together? +

Yes, Ansys supports both hardware failure analysis and software-dependent fault propagation

Is it compliant with industry standards like ISO 26262 or DO-178C? +

Absolutely — it aligns with major standards across automotive, aerospace, and industrial domains.

Can it integrate with system design tools? +

Yes, Ansys Safety links directly with SysML and MBSE environments for traceable system safety workflows.

How does it help in risk mitigation? +

It identifies critical failure points early, allowing teams to design redundant or safer systems.

Can I perform quantitative reliability analysis? +

Yes, probabilistic risk and reliability metrics can be computed to support safety certification.

Success Stories

Ready to unlock the full potential of Safety Analysis?

Contact us to learn how Ansys Safety Analysis tools can simplify your ISO 26262 or ARP4761 compliance process.

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