Robotic test automation · R&D capability demonstrator

Test automation that sees, hears, acts—and verifies.

Robitor brings Proven's test engineering, robotic programming, image-processing and audio-verification capabilities together in one working research platform—built to test physical systems through their real interfaces.

Robitor robotic test automation platform
The challenge

Automation often ends at the screen. Real systems do not.

Robitor explores how automated testing can observe, listen, touch and verify a complete system where a human operator actually interacts with it.
01

Limited test time

Full-scale physical tests compete with delivery schedules and available people.

02

Repetitive execution

Skilled engineers spend time repeating routine physical actions and checks.

03

Fragmented evidence

Visual, audible and physical outcomes are often verified through separate manual activities.

One coordinated test loop

From readable scenario to physical action and evidence.

Six software-led layers turn test intent into repeatable interaction with a real system.

01

Scenario

Behavior-driven scenarios describe expected behavior in language people can review.

02

Vision

Camera input and image processing identify screens, indicators and visible system states.

03

Listening

A microphone captures audible warnings and associates the recording with the relevant step.

04

Orchestration

Robitor translates each step into robotic actions, perception tasks and evaluation logic.

05

Interaction

The robotic arm operates real buttons, switches and other physical interfaces.

06

Evidence

Visual and audible outcomes are evaluated, recorded and returned as reproducible test results.

Camera-based verification

Robitor processes the camera image during testing and verifies visible responses against the expected result.

Audio verification

Robitor listens for audible warnings, records them and verifies the associated scenario step.

System-level advantageBecause Robitor interacts through physical interfaces, the approach can remain independent of the operating system and programming language inside the system under test.
Engineering value

More attention for work that requires judgment.

01

Broader execution

Run repetitive physical tests with less manual effort and wider scope.

02

Extended utilization

Use test environments beyond normal working hours.

03

Multimodal evidence

Combine physical action, camera observations and audio recordings in one test flow.

04

Repeatable action

Reduce human variability with reproducible physical interactions.

05

Better focus

Give test engineers more time for strategy, design and analysis.

06

R&D foundation

Demonstrate how testing, perception and robotics can operate as one engineered system.

Protected engineering

A patented test-system invention.

The Robitor R&D work is associated with Turkish patent TR 2019 17988 B, owned by Proven Bilişim Teknolojileri A.Ş.

Patent ownerProven Bilişim Teknolojileri A.Ş.
Patent numberTR 2019 17988 B
Certificate granted26.07.2021
Transparent positioning

What Proven built—and what Robitor represents.

Proven developed and owns the Robitor software, test orchestration and integration know-how. The robotic arm was purchased as third-party hardware for the research platform.

Robitor has not been commercialized or sold as a product. It is a working R&D project and capability demonstrator for Proven's test engineering, perception and robotics expertise.

The larger idea

Program the boundary between software and the real world.

Talk to Proven about robotic programming, physical test automation and advanced system verification.