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Revolutionize Transform Optimize Expedite Evolve Infotainment System Testing with Robotic Automation.

Touch Screen Malfunction – Tesla Recall 130k Vehicles
Average Cost of significant recall is $12 million
“Ripple effect” events can cost billions

Beyond the immediate financial impact, recalls can trigger a domino effect – litigation, stock value decline,
fines, sales loss, and lasting brand damage.Robotic-aided infotainment testing helps you
proactively catch issues early, minimizing costly recalls. This faster and
more comprehensive approach safeguards your brand and ensures
a smooth in-car experience for your customers.

Challenges of

Traditional Infotainment Testing

Our robotic automation solutions,
designed to eliminate the challenges and optimize your testing process.

Struggles with Rapid Updates

Keeping pace with frequent infotainment system software updates and new functionalities can be difficult with manual testing methods, potentially delaying car model releases.

Limited Scenario Coverage

Simulating diverse user interactions and edge cases (complex navigation, voice command variations, network outages) is challenging with manual testing. This can lead to missed bugs and potential user frustrations.

Time-Consuming & Repetitive Tasks

Manually testing every infotainment system function is laborious and prone to fatigue. This consumes valuable engineering resources that could be better spent on innovation.

Inconsistent & Subjective Testing

Manual testing is susceptible to human error, leading to inconsistent results and potential biases. Subjective evaluations of features like voice recognition accuracy can be unreliable.

Integration Hurdles

Integrating traditional testing tools with complex infotainment systems can be complex and time-consuming, delaying the testing process.

Physical Limitations

Manually testing physical buttons, knobs, and other in-car controls can be cumbersome and inefficient, especially for repetitive tasks like stress testing durability.

Benefits of Robotic

Testing for Infotainment Systems

Elevate your testing capabilities and ensure a flawless in-car experience
with our innovative robotic automation solutions.

Enhanced Efficiency & Reduced Costs

  • Automate repetitive tasks like simulating user interactions, freeing up valuable engineering resources for strategic development and analysis.
  • Reduce overall testing time and associated costs, allowing for faster project completion and resource optimization.

Improved Accuracy & Consistency

  • Eliminate human error from the equationfor consistent and reliable test
    results.
  • Ensure every infotainment system
    undergoes the same rigorous testing process, guaranteeing quality and performance.

Comprehensive Test Coverage

  • Our Robots can simulate a vast array of user interactions and edge cases, uncovering potential issues you might otherwise miss.
  • Test voice commands, touchscreen functionalities, connectivity features, and system performance under various conditions for a holistic evaluation.

Faster Time-to-Market

  • Adapt and deploy new infotainment
    system software updates with confidence and speed.
  • Robotic testing allows for quicker test cycle completion, minimizing delays and accelerating your time-to-market.

Seamless Integration

  • SGBI’s solutions integrate seamlessly with existing testing frameworks and tools within your development environment.
  • Leverage your existing infrastructure while enjoying the enhanced capabilities of robotic testing.

In-Depth Data & Analytics

  • Gain valuable data and insights from automated testing into system performance and user behavior.
  • Use data-driven insights to identify potential issues, optimize system functionality, and improve the overall user experience.

How Our Robotic-Aided

Infotainment Testing Works

Our Robotic infotainment testing starts with user-friendly software for creating test cases, allowing you to record and playback actions
or generate them codelessly. The robot is capable of meticulously simulates real-world user interactions like playing media
from various sources, making calls, connecting to Bluetooth and Wi-Fi, tuning the radio, navigating,
and using voice commands. Finally, the system generates comprehensive reports and integrates
with existing tools for seamless data analysis and error identification.

Robotic Arm
Power Switch
Vision System
Device on Test
Mobile Device
Infotainment System
Robotic Hand
Vision System