Our industry-leading tools for Product & Systems Engineers enable the creation, utilization, and automation of system-level digital twins across the full system lifecycle – to build superior systems much faster in the AI age.

Digital twin across the system lifecycle

Automate Systems Engineering

Comprehensive SysML v2 tool suite for the AI age

Automation

Syside provides SysML v2 processing engine through high-level Python APIs to unlock unlimited automation & tool integration capabilities.

Infrastructure

Syside eliminates the need for dedicated model servers by using a file-based approach that leverages existing version control infrastructure.

Interoperability

Syside’s use of standard SysML v2 and plain text storage ensures complete data portability and eliminates vendor lock-in.

Versioning

Syside supports Git workflows straight out of the box, enhancing collaboration experience and traceability.

Open innovation leadership

Sysand Developer & Maintainer

Sysand is the package manager for the SysML v2 & KerML ecosystem. Sysand is open-source and enables package-manager based collaboration as in Software Engineering.

SOURCE CODE ON GITHUB

SysMLv2 Developer

Sensmetry is an active member of the Object Management Group (OMG), actively contributing to SysML v2 and related specifications development.

Sysmlv2 on github

Accomplishments

Global, European, and National

National Standardization Prize

Sensmetry is an active contributor to the emerging international ISO 21448 ‘SOTIF’, ISO 34501-34505, and ASAM OpenODD standards for ADAS & autonomous vehicles. The company is a Member of ASAM, taking part in OpenODD standard creation. In 2021 Sensmetry was awarded a National Standartization Prize in the category of “Advanced Company” by the Standartization Department of the Republic of Lithuania.

Best Paper Award

Our paper titled Syside: SysML v2 textual editing and analysis system – overview and applications won Best Paper Award of the MBSE2024 Workshop on Model-Based Space Systems and Software Engineering.

SysIDE paper