Safety as the core of eVTOL developments

eVTOL

Anzen is an eVTOL global key player, supporting some of the leading platforms in USA and Europe to achieve the certification.

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System Safety & Reliability

AERO

Are you facing a certification process under FAR/CS airworthiness standard?

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Is your company certifying an UAS?

UAS

We will support you in the definition of the certification roadmap and the SAIL based on CONOPS as well as develop the associated Safety activities.

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Do you need support with ECSS RAMS activities?

SPACE

Our Space RAMS expert team has experience in some of the most relevant space projects. We can help you.

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Anzen: a defence trusted partner

DEFENSE

We are involved in some of the most relevant aerospace defence projects.

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ATICA

Safety Digitalization Hub

ATICA4CAPELLA is a model based safety analysis (MBSA) plugin that extends Capella functionalities and allows to perform safety and reliability analysis directly from the system models.

Download ATICA4Capella Read more

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More info & user manual ANZEN

Download ATICA4CAPELLA

ATICA4CAPELLA is a model based safety analysis (MBSA) plugin that extends Capella functionalities

Download More info & user manual

In Anzen we are at the forefront of Safety and Reliability Model Based Systems Engineering (MBSE) software applications.

Because the aerospace industry is turning to these methodologies, Anzen aims to provide to its customers the best Model Based Safety Analysis (MBSA) applications.

Our ATICA suite aims at collecting all the Safety and Reliability related data in a unique platform which helps the System Safety engineers to develop safety analyses faster and minimizes the risk of human error.

Given a unique system model, ATICA works in several layers:

Product architecture
System and subsystem
Component

Each layer collects the necessary information, both high and low level, considering the project requirements in order to collect the required evidence and produce the demonstrations needed by end users and authorities to get an aerospace certification.

ATICA provides solutions along the whole V-Cycle, making the development phase easier and reducing development costs. It also keeps the end-to-end traceability, making system safety analysis simpler.

Atica4Capella

ATICA is a model based safety analysis (MBSA) toolbox compatible with multiple model based systems engineering (MBSE) frameworks. It aims at integrating a safety perspective into the more general framework of digital engineering, allowing to implement a safety analysis tool directly linked to other digital tools used to support the design and development of complex systems.

Our portfolio of products is designed to support all system safety activities and includes the following packages:

ATICA4CAPELLA software is provided for free for evaluation / trial purposes 👐 Do not hesitate to report suggestions for tool enhancements, new features and report bugs using the contact form or the comments section in the related pages.

Currently supported capabilities in the free trial version include Functional Hazard Analysis and Failure Modes and Effects Analysis.

ATICA commercial addons support also Fault Tree Analysis and Model-Based Failure Propagation Analysis – these are not included in the current free trial version – do not hesitate to contact us to request a demo and get additional information.

Add-on definition

Package	Capabilities
Atica@mbsa Model Based Safety Analisis	Support to system definition: from concept of operations to physical architecture Compatibility with off-the-shelf model-based tools Safety analysis: Functional Hazard Analysis (FHA), Fault Tree Analysis (FTA), Failure Modes and Effects Analysis (FMEA)
ATICA@reqs Requirements Toolbox	Support to safety requirement identification and authoring Implementation of safety standards (ARP-4761 for aviation, ECSS for space)
ATICA@rpf Reliability Prediction Framework	Component data base Support to Failure Modes and Effects Summary (FMES) Implementation of reliability prediction standards (MIL-HDBK-217, FIDES)
ATICA@fdir Failure Detection, Isolation and Recovery	Failure observability characterization State-machines verifications (Markov chains, model checking) Support to embedded software design and verification
ATICA@mbd Model Based Framework	Failure mode characterization and modeling Montecarlo simulations including failure models Support through MIL/SIL/PIL/HIL test campaigns
ATICA@dt Digital Twin	Support to verification of operational procedures in contingency scenarios (considering failures) Equipment behavior characterization through the product operational lifetime Data analytics oriented to failure prediction (prognosis)