Products

Ansys Digital Safety Manager

Driving Safety Process Optimization

By acting as a central hub for gathering data, managing resources, planning and automating many process steps, Ansys enables a comprehensive view on safety.

Overview

Digital Safety Management Maximizing Efficiency and Minimizing Rework

Product and safety managers demand complete confidence in the safety of every product they oversee. As product design becomes more complex, so does the need for a comprehensive safety platform. Ansys Digital Safety Manager (DSM) provides this solution for safety analysis and engineering by addressing the needs for digitalizing the management of safety in product development, deployment and operation.

For complex, multi-year projects, DSM streamlines, accelerates and improves the accuracy of all safety activities. For the first time, safety, project and program managers get a single perspective on safety ― beyond the individual project level.

Features

Quick Specs

Ansys Digital Safety Manager (DSM) optimizes the planning, controlling, and execution of all required safety activities. DSM helps to master the challenges with the digitalization of safety management processes. It is a fully web-based, real-time collaborative tool.

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Easily Manager Safety Plan

Managed Safety Case Complexity

Standards and Norms

Monitoring and Reporting

Artifact Management

Improve Efficiency and Reduce Cost

Capabilities

Plan, execute and monitor safety activities and establish incremental safety cases

Ansys Digital Safety Manager recognizes and reflects the way safety teams work every day, not only internally but with their suppliers, assessors and reviewers. It supports the creation and execution of safety plans, their execution and monitoring via KPIs and the establishment of consistent incremental safety cases.

Ansys Digital Safety Manager is well integrated with tools for safety engineering as well as PLM and project planning tools. It is applicable in different domains including automotive, aerospace & defense, industrial applications and railways.

Capabilities

Key Features

Tool Guided Safety Planning

Tool guided creation, tailoring, and preparation of safety plans, according to pre-defined or custom norms and standards of ISO 26262

Assisted Controlling and Execution

Easy work product and artifact management, focusing on deltas and their progress toward the safety case. Simple one-click derivation of the safety case for each product.

KPI Monitoring and Reporting

To ensure projects remain on track, the Digital Safety Manager gathers metrics related to key performance indicators. It sends an early warning when efforts run low, or activities are out of schedule.

Requirement Analysis and Management

Use Ansys medini analyze for Cybersecurity to derive and manage cybersecurity goals and requirements. Allocate, manage and trace these requirements to the system’s architecture, hardware, software and function models.

Sync them with other requirement management platforms, if required.

Rich Traceability

Perform traces in a wide variety of ways, including trace-matrix and quick-trace modes.

Navigate these traces to discover related elements in other models and visualize traces for impact analysis.

Teamwork and Integrated Task Management

To be effective, the results of your threat analyses must be available to personnel in all disciplines in your organization.

Ansys medini analyze for Cybersecurity merges projects for team collaboration, documents all decisions, and helps you manage the whole project through its scheduling function.

Reporting and Customization

Ansys medini analyze for Cybersecurity makes it easy for you to communicate the results of your threat analyses by instantly creating reports in any format, to summarize TOE, TARA, attack trees and security requirements.

Combined Safety and Security Analysis

To achieve a safe and secure system design interferences between these two fields need to be emphasized and analyzed in respect to their impact on each other.

Ansys medini analyze allows to perform functional safety analysis according to ISO26262 and cybersecurity analysis all together in one project. This enables the engineer to conduct and document an impact analysis on the decisions that were taken in the respective fields.