Privacy Policy

Ettikengineering values your privacy and is committed to protecting your personal data. This Privacy Policy explains how we collect, use, and safeguard your information.

  1. Information We Collect We may collect:
  • Personal information (e.g., name, email address) when you contact us.
  • Technical data (e.g., IP address, browser type) through cookies.
  • Usage data to improve website performance.
  1. How We Use Your Information Your data is used to:
  • Provide and improve our services.
  • Respond to inquiries and provide customer support.
  • Analyze website usage and improve functionality.
  1. Data Sharing

    We do not sell or share your data with third parties, except as necessary to provide services (e.g., hosting providers) or as required by law.

  2. Data Security

    We implement appropriate security measures to protect your data. However, no method of transmission over the internet is entirely secure.

  3. Your Rights You have the right to:
  • Access, update, or delete your personal data.
  • Withdraw consent for data processing.
  • Lodge a complaint with a data protection authority.
  1. Changes to This Policy

    We may update this Privacy Policy. Changes will be posted on this page.

  2. Contact Information

    For any questions about this Privacy Policy, contact us at admin@ettikengineering.com

Get In Touch

Bit Bridge RTU

The Bit Bridge RTU enables lab automation and supports various remote switching applications, enhancing user operations and improving the overall efficiency of the lab and test environment. It facilitates the control of DUTs (Devices Under Test) or test systems during power-up sequences, ensuring smooth and reliable testing processes. Reliable, customizable control for your testing needs with Ettikengineering’s Bit Bridge RTU.

Applications:

• Versatile Use
• Vector Panel Integration

I/O Simulator

Used in ECU testing, the I/O Simulator simulates vehicle interfaces, sensors, and actuators with metering, load control, and overload protection. It efficiently simulates input signals using PWM, digital, and analogue generators.

Applications:

  • LABCAR Application

  • Error Simulation for LAB CAR

  • Fault injection 

  • Electronic control system  Development and Testing