HighQSoft has published a new short story, When Data Spaces Come for Test Data, Standardization Connects. The piece argues that data spaces strengthen, rather than weaken, the case for ASAM ODS. A file-based stack works as long as the system stays local. The moment data crosses an organizational boundary, the standard is what makes that boundary tractable.

The article belongs to HighQSoft's standardization series, which dedicates one short story to each of the five test data management pillars. This installment is the Connected pillar, where the ASAM ODS Standard reaches across organizations into data spaces.

A data space connector solves transport, not meaning. A file dropped into a connector arrives at the consumer as a blob to be re-interpreted from filenames and folders. The Eclipse Dataspace Connector and its Tractus-X derivative move bytes between provider and consumer; they do not move the contents of those bytes. Without a shared schema, the consumer rebuilds the producer's interpretation by hand, every time, which is exactly the delegated re-import that standardized test data management was meant to avoid.

The story sets out five properties that decide whether a cross-organization exchange becomes useful infrastructure or stays a transport layer with a contract attached. These include schema-to-schema exchange, sub-file asset granularity, calculated results as practical assets, contracted reports and exports, and catalogs with lineage that make exchange auditable and reusable. The closest production parallel today is the Catena-X Product Carbon Footprint exchange, where values flow and aggregate across the supply chain only because a rulebook standardizes how each participant interprets each value.

The article shows two clean ways to connect a HighQSoft installation to a data space, both part of the production architecture today. Janus, the federation layer, treats a connector as one more handler and presents incoming assets as a unified ASAM ODS view for the consumer. ASAMCommander's internal NXServices, orchestrated by Merlin, publish measurements, KPIs, results, and reports to the data space as a provider. Both directions have been demonstrated with real connectors in the GAIA-X 4 KI and RepliCar research projects, including cross-cloud exchanges between separate clouds.

Read the full short story at When Data Spaces Come for Test Data, Standardization Connects.

*#ASAM #ODS #TestData #DataSpaces #GAIAX #DataSovereignty #HighQSoft*

The article then shows how HighQSoft's stack already plugs AI into the standard. The MCP Server connects Claude and ChatGPT to ASAM ODS through HQL. Merlin AI extends the same pattern to analysis pipeline composition. MoMa AI, from the AEOPT research project, generates importer mappings from sample data so a new measurement source becomes queryable in hours.

*#ASAM #ODS #AI #TestData #HQL #MCP #HighQSoft*

HighQSoft ASAMCommander now opens measurements directly in FAMOS through a one-click “Open with FAMOS” action. The integration took three hours of work on both sides and uses no proprietary plugins, vendor SDKs, or recompilation. The connection runs through pyHQL (ASAM ODS Toolbox for Python), HighQSoft’s Python library for the HQL query language.

FAMOS is a signal analysis and reporting environment used in automotive, aerospace, railway, and mechanical testing since 1987. Engineers rely on it for time-domain and frequency-domain post-processing, automated analysis sequences, and report generation.

HighQSoft ASAMCommander is a web-based test data management application that runs on AReS Libertas, a production-proven ASAM ODS 6 server. ASAMCommander enables engineers to search, filter, and govern measurements at enterprise scale.

An engineer searches and filters thousands of measurements in ASAMCommander Navigator, selects one, and sends it to FAMOS with a single click. Channels, units, sample rates, and metadata arrive together, so the analyst can move straight to curves and analysis sequences rather than deal with file exports.

For test engineers

• Find the right measurement
  Use ASAMCommander to search and filter tens of thousands of measurements without leaving the browser.

• Hand it off in one click
  Open the selected measurement in FAMOS with channels, units, and metadata intact.

• Keep your existing workflow
  Run existing FAMOS analysis macros against ASAM ODS-managed data without learning a new interface or exporting files.

For ASAM ODS administrators

• No file detours: Data stays in the ASAM ODS repository. Engineers analyze without exporting, so there are no local copies to govern, age, or recover.

• Governed access: Users open data through the existing ODS authentication and permission model. Every read is the same, a controlled read, it would be from any ODS client.

• Add tools through configuration: ASAMCommander’s modular Open-with mechanism supports new analysis targets without forking the application or shipping a server-side plugin.

FAMOS exposes a flexible Python API. HighQSoft offers pyHQL, a Python library that wraps the HQL query language for ASAM ODS. The kickoff turned into an implementation workshop. A ten-line pyHQL snippet inside a FAMOS sequence read measurements directly from AReS Libertas via ASAM ODS 6. In parallel, HighQSoft added "Open with FAMOS" as an integrated analysis target in ASAMCommander, built against requirements from imc. No fork, no plugin SDK, no proprietary protocol. Three hours of effort on each side.

The reason both halves stayed small is what sits underneath. ASAM ODS defines the data contract. HQL provides a simple, readable query layer on top of it. pyHQL keeps the calling code short. FAMOS provides a well-defined Python API. The four pieces line up.

The integration is ready to use. FAMOS, pyHQL, and ASAMCommander Pro are all available today; Contact imc Test & Measurement or HighQSoft for a live demonstration.

#imc #FAMOS #ASAMODS #TestDataManagement #pyHQL #HighQSoft #SignalAnalysis #Standardization

pyHQL (ASAM ODS Toolbox for Python) enables analysts and engineers to utilize the HighQSoft Query Language (HQL) to work directly with ASAM ODS data from Python, providing typed results, mass-data access with units, transactions, and file streaming for analysis, scripts, and dashboards.

HighQSoft is introducing pyHQL, a lightweight Python library that connects to the HQL WEB Service and, through it, to any ASAM ODS server in your infrastructure. You use familiar HQL commands to query metadata and measurement data. pyHQL maps ASAM ODS datatypes to convenient Python objects, allowing you to analyze them immediately.

pyHQL eliminates the effort of crafting low-level REST calls and interpreting ASAM ODS datatypes by providing a ready-to-use library—so teams can spend time analyzing data and focusing on insights rather than integration work.

For End-users

• Query information easily — Use the same HQL queries you already know to retrieve any information from ASAM ODS servers - with all the comfort you'd expect!

• Work natively in Python & Data Frames — Stay in your comfort zone with Python, Pandas, and friends.

• Transactions & file streaming — Open/commit/abort transactions from Python; upload and download files via dedicated helpers. Uncommitted transactions are safely aborted on disconnect.

For Analysts & Data Scientists

• Create dashboards — Build dashboards on ASAM ODS data with Plotly or other tools on top of typed results.
• Write helper scripts — Quickly retrieve and prepare ASAM ODS data for engineering teams or process information for other stakeholders.
• Automate pipelines — Combine pyHQL capabilities with Merlin’s pre-built stages to retrieve and write information from ASAM ODS and implement automated processing pipelines.

For Administrators

• Product Stability — Built on the well-maintained HQL WEB Service for consistent, predictable behavior.
• Simplicity — Get users started fast with a straightforward, two-URI connection model.
• Compatibility — Works with ASAM ODS 5 and ASAM ODS 6.

pyHQL is available now as a ZIP for pip install from the HighQSoft download page. The manual includes installation steps, connection examples, and a quick tour of queries, mass data access, transactions, and file transfer.

#ASAM #ODS #TestData #Merlin #Python #pyHQL #TDM #TestDataManagement #ASAMODS #HighQSoft

ASAMCommander is a modular web application for ASAM ODS–based test data management systems, providing engineers, analysts, and administrators with a customizable platform. It offers flexible data exploration and visualization, convenient ODS client, Matlab and Python access, and server-side analysis automation.

With ASAMCommander 25.2, we are releasing a major update to the AC-Mainframe and platform foundation. The new version focuses on corporate identity, embedded applications, user and group integration, and more predictable deployments. Platform owners and administrators can now brand ASAMCommander to match their environment, integrate more tightly with existing corporate authentication systems, such as OAuth, and operate external modules in a controlled and configurable manner.

In many ASAM ODS environments, ASAMCommander is more than just a client – it is the central entry point into a larger measurement data ecosystem. If branding, user management, or deployment patterns do not align with corporate standards, adoption suffers and operational overhead increases. The 25.2 mainframe update strengthens ASAMCommander as a platform, enabling it to be branded like any other enterprise application and supporting external applications through a consistent deployment and configuration model. This gives platform teams more control while reducing friction for end users.

Mainframe - Corporate Identity and Embedded Applications

• AC-Mainframe favicon, browser tab title, and logo can now be configured instead of hard-coded, allowing platform teams to align ASAMCommander with their corporate branding.
• Key-value properties from the configuration are merged with module defaults and made available to the embedded app. This allows environment-specific settings (such as backend URLs) to be implemented without requiring code changes.
• Improved handling of MF4 files, ensuring that large measurement files are not treated as generic attachments.
• A footer-based version display has been added and refined so administrators can quickly see which version is running without affecting the layout of embedded applications

Catalogs Management - User & group integration

• The user element has been extended with additional attributes to better align the AC user model with the directory.
• The importer for user groups has been updated to prevent changes in group structure from breaking the import in some corner cases.

Deployment & external application integration

• External applications can be attached to AC-Commander using, for example, a Helm-based deployment pattern, so custom modules can be deployed and configured alongside ASAMCommander
• A work package stabilizes the overall deployment by providing a clearer directory structure for both successful and failed runs.

Logging and language polish

• Logging configuration is more robust against minor formatting issues, helping to avoid missing log entries in job monitoring views.
• Wording and translations have been harmonized across modules (Navigator, Catalog, Search, Export, Bookmarks, Merlin-related views, etc.) for more consistent terminology in both English and German.

• Operate a branded ASAMCommander in production or for your customers - AC-Mainframe favicon, browser tab title, and logo can now be configured instead of hard-coded, allowing platform teams to align ASAMCommander with their corporate branding.
• Integrate with enterprise directories - Align ASAMCommander’s user and group model with an OAuth directory so that user attributes and group memberships stay in sync and imports remain robust over time.
• Deploy external modules easily - Use Helm-based configuration to attach additional applications to AC-Commander and pass environment-specific properties without hard-coding them into the code.
• Reduce operational friction - Benefit from clearer job directory structures, better handling of MF4 files, and many small UX refinements that remove blockers discovered during intensive customer testing.

ASAMCommander 25.2 is available as an update for existing ASAMCommander installations. Customers can obtain the release via the usual delivery channels or on request. For installation support, upgrade planning, or questions about compatibility with your ASAM ODS environment, please contact your HighQSoft representative.

#ASAM #ODS #TestData #ASAMCOmmander #TDM #TestDataManagement #ASAMODS #HighQSoft

HighQSoft is introducing the Merlin UI, a new module for ASAMCommander that brings server-side analysis and job orchestration right into the end-user’s web application. Engineers can discover data, launch analyses, and monitor pipelines end-to-end—without leaving ASAMCommander.

Why it matters

As data volumes grow, manual, desktop-based analysis tools don’t scale. Merlin is a second-generation, technology-independent framework that standardizes execution so teams get faster, comparable, and reproducible results.

What's new?

The following features are introduced:

For End-users

• Start Job toolbar action available across multiple modules to launch analyses from within ASAMCommander.

• Job bookmarks to quickly re‑run jobs or review prior results.

For business admins

• Template Manager to control which job templates are available to end users.

• Template Builder (Code & Graphical) to design and operationalize evaluations.

• Job Monitoring & Logging for live status, history, and traceability.

• Data Lineage to trace software, processes, and all interactions with your datasets.

What you can do with it

ASAMCommander is a modular ASAM ODS web application for data exploration and management. Out of the box, ASAMCommander already integrates expert tools like AVL Concerto, MATLAB, and NI DIAdem, and supports exporting ATFx, CSV, and MDF4—so you can keep preferred workflows in one place.

Merlin extends this with:

• Technology-independent executors (Python, Java, MATLAB, Spark)

• Resource management, queuing/scheduling, and event triggers (e.g., on import)

• Standardized, comparable results with full data lineage

Template types supported include importing, data validation, processing/analysis, statistics generation, archiving, and maintenance tasks.

About Merlin/Sam Analysis Server

Merlin is a second-generation, technology-independent framework for server-side analyses that orchestrates jobs, schedules execution, and scales across runtimes. It brings the algorithm to the data and ensures reproducible results with data lineage. Merlin integrates seamlessly with ASAM ODS-based test data management.

#ASAM #ODS #TestData #Merlin #DataLineage #TDM #TestDataManagement #ASAMODS #HighQSoft

Innovative approach to integrating real-time data
Simulated validation of sensors using reference sensors

In the latest conference proceedings published by ASAM e.V. (Association for Standardization of Automation and Measuring Systems), Dr. Frank Hantschel (RA Consulting) and Dr. Ralf Nörenberg (HighQSoft) report on the technical advantages of integrating automotive standards into a reference system, using the RepliCar joint project as an example. They also demonstrate why this can lead to a sustainable reduction in development costs.

The aim of the BMWK-funded project is to investigate new approaches to reference sensor technology for high-precision sensor validation for automated driving and to obtain a precise, reliable representation of reality as a reference value for validation. The safe perception of the environment and the accurate localization of one's own perspective within the environment are two crucial prerequisites for the virtual validation and homologation of automated vehicles.

To this end, the partners in the RepliCar research project are currently developing a suitable reference system. To enable the near-real-time, smooth, and loss-free exchange of real-time data in this system, HighQSoft GmbH and RA Consulting are jointly designing a forward-looking end-to-end cloud architecture for telematics applications. RA Consulting's challenging tasks in this project include

• reliable transmission of files from the vehicle to a database
• real-time streaming of data (V2X)
• validation of radar, lidar, and camera data with DiagRA X

The long-term goal is to develop a digital twin that is compatible with vehicle electronics. We are pleased to make this exciting article available to you free of charge with the kind permission of ASAM e.V.: “The research project RepliCar – Coverage and interoperability of ASAM standards in an endpoint-2-edge-2-edge-cloud application”

ASAM GUIDE

The ASAM:GUIDE is a comprehensive reference to ASAM standards, ASAM technologies, ASAM members, and ASAM-compliant products. This guide is designed to be your go-to resource for understanding how ASAM supports the future of vehicle development and testing.

The guide provides an overview of ASAM’s complete standards portfolio and shares insights into how these standards interconnect and complement each other. The numerous application stories provided by our members give you a great impression of what can be achieved if you adopt standards and if you actively engage in their development. [by ASAM e.V.]

#ASAM #ASAM_GUIDE #standardization #collaboration #automotive #mobility #standards #HighQSoft #RAConsulting #RepliCar