ARTAVA / CAPABILITIES

How we can help.

We build software, work with data and connect the tools your team already uses.

ARTAVA / SYSTEM STUDIES01 / 04
ACQUIREVALIDATEANALYSETRACEABLE INSIGHTENGINEERING DATA

Acquisition / validation / insight

01 / Data analysis and automation

For test and production data that takes too much manual work to validate, compare and report.

Explore the discipline

Disciplines

  • Collect and validate test, burn-in and production data
  • Build statistical process control and investigation views
  • Automate technical reports and result traceability

Typical challenges

Results are split across machines, files and formats

Conceptual engineering assembly · Select a discipline to explore

FROM THE ASSEMBLY / INTO THE ENGINEERING

What we do.

From working with data to connecting devices, we can help with one part of a project or several.

01 / 04Data analysis and automation

01 / ARTAVA SYSTEMS

Data analysis and automation

Conceptual engineering study01 / 04
Acquisition

Bring measurements and test records together.

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For test and production data that takes too much manual work to validate, compare and report.

  • Collect and validate test, burn-in and production data
  • Build statistical process control and investigation views
  • Automate technical reports and result traceability
  • Remove repeated data preparation and analysis steps

  • Results are split across machines, files and formats
  • The same analysis is rebuilt for every batch or test campaign
  • Measurements cannot be traced to the decisions they support

  • Data model and ingestion pipeline with validation rules
  • Dashboards and analysis views for engineers
  • Automated reports with traceable inputs
Discuss this capability

NEXT DISCIPLINE / 02

Industrial applications

02 / ARTAVA SYSTEMS

Industrial applications

Conceptual engineering study02 / 04
Equipment

Start with the test station, its interfaces and the task the engineer needs to complete.

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For test, commissioning, operation or maintenance work that depends on fragile or poorly matched tools.

  • Build applications for test, commissioning, operation and maintenance
  • Design clear interfaces for operators and engineers
  • Develop desktop, web and mobile tools for lab and plant use
  • Modernise difficult applications in controlled stages

  • Critical work depends on spreadsheets or undocumented macros
  • Only one person can maintain a key tool
  • The application does not match the actual task

  • Mapped workflow, requirements and acceptance criteria
  • Working application with a defined release and update path
  • Technical documentation for the internal team
Discuss this capability

NEXT DISCIPLINE / 03

System integration

03 / ARTAVA SYSTEMS

System integration

Conceptual engineering study03 / 04
Systems

Identify the existing controller, device, gateway, application and data consumers.

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For devices, applications and plant systems that must exchange data reliably without replacing everything around them.

  • Specify interfaces between devices, applications and internal platforms
  • Translate protocols and data formats across equipment generations
  • Test integrations and support commissioning
  • Replace fragile integration points in controlled stages

  • Equipment from different suppliers or generations must work together
  • People re-enter data between systems by hand
  • Interface failures are silent or found too late

  • Interface specification and integration architecture
  • Working integration with monitoring and error handling
  • Verification plan and commissioning documentation
Discuss this capability

NEXT DISCIPLINE / 04

Embedded software and firmware

04 / ARTAVA SYSTEMS

Embedded software and firmware

Conceptual engineering study04 / 04
Hardware

Locate the controller, board traces, power and physical interfaces.

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For devices that need safer change, clearer diagnostics or a stronger link between electronics and software.

  • Design and implement firmware for controllers and connected devices
  • Build device communication, telemetry and protocol support
  • Add diagnostics, logging and service tools
  • Bring up hardware and software with electronics engineers

  • Firmware changes cause regressions or take too long to verify
  • Device data does not reach the engineers who need it
  • Field faults leave too little evidence to reproduce

  • Documented firmware architecture and interfaces
  • Embedded implementation with test and diagnostic points
  • Service or commissioning application
Discuss this capability

EVERY LAYER / ONE ENGINEERING CONTEXT

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