ARTs Box

Software unit and module testing

Development of Test Cases base on Requirement, Software specification or Use Cases.
Development depending on require test depth, e.g., branch converge, MCDC, Analysis of equivalence classes.
Automation via Razorcat TESSY.
Integration into regression testing.
Processor-in-the-loop (PIL) Tests

Software integration testing

Release testing
Hardware-in-the-loop (HIL) Tests
Flash-, Coding-, Diagnosis-, OBDTesting (e.g., ISO14229)
Safety Tests (ISO26262)
Test Automation
Use of TraceTronic ECU-TEST, EC-CHARGE-TEST, Vector CAPL etc.

Software Development Service

Complex Embedded System Design based on popular Microcontrollers & FPGAs designed with speed & accuracy.
Masters of Embedded Systems with 11 years of Solid Experience!

What we can do for you? Industrial application such as IO-link device

Daily consumer electronics in your daily life
Telecommunication systems in the form of networks for mobile phones to remote control device
Error memory and fault protection
Automation of household appliances that provide flexibility of control over refrigerators, microwave ovens, washing machines, dishwasher and other such appliances.
Monitor and Control over security and surveillance devices, light switches, door-lock systems and others with additional use of Internet of Thing (IoT) sensors and wireless networking;

Hardware Development Service

Design: Circuit, Hardware, Software and everything in between
Our engineering team has decades of experience brainstorming tomorrow’s solutions to today’s problems.
We utilize conceptual exploration, brainstorm idea generation and encourage your feedback
to lay the foundation for an amazing, world-changing project.

Our hardware service include:

Analog and digital circuit design
Firmware development
Test specification and test plan process
Schematic and PCB design
Full stack development from ground zero to end product

Scalable and Modular Systems for Efficient HIL Testing

To test ECUs thoroughly, it is not only necessary to connect the communication networks to the test system, it is also necessary to connect the I/O interfaces.

This task is handled by the emSane ARTs Box. It simplifies the setup of test benches and HIL test systems immensely, because it integrates all circuit components needed to connect an I/O channel in one module.

Examples of I/O channels are an ECU's output for controlling a headlamp or input for connecting a brightness sensor.

CANdy

CANdy devices provide the best CAN bus interface for ECU testing as well as customer applications; in the laboratory, at the test bench, at the service garage or in the vehicle.

The application areas range from simple bus analysis to complex remaining bus simulations, diagnostic, calibration and flash programming tasks.

The product’s multi-application support makes it possible to access multiple programs in a single device.