Case Studies
Simplify Embedded Software Testing
There’s something that kills coding speed - iteration time.
If you can smash a function key and run your code, then watch it break, tweak, and smash it again - you’re working fast.
But if you have to first compile your code, then plug your hardware in, burn it to the board, and so on… you’re wasting a lot of time.
Simplify Embedded Software Testing
There’s something that kills coding speed - iteration time.
If you can smash a function key and run your code, then watch it break, tweak, and smash it again - you’re working fast.
But if you have to first compile your code, then plug your hardware in, burn it to the board, and so on… you’re wasting a lot of time.
Simplify Embedded Software Testing
There’s something that kills coding speed - iteration time.
If you can smash a function key and run your code, then watch it break, tweak, and smash it again - you’re working fast.
But if you have to first compile your code, then plug your hardware in, burn it to the board, and so on… you’re wasting a lot of time.
Virtualize Your Hardware in Minutes
Replicate your embedded hardware setup on the cloud with just a few clicks - no physical setup required.
Be flexible and test on new chips by changing your setup on ChipTwin and be ready to test within minutes.
Virtualize Your Hardware in Minutes
Replicate your embedded hardware setup on the cloud with just a few clicks - no physical setup required.
Be flexible and test on new chips by changing your setup on ChipTwin and be ready to test within minutes.
Virtualize Your Hardware in Minutes
Replicate your embedded hardware setup on the cloud with just a few clicks - no physical setup required.
Be flexible and test on new chips by changing your setup on ChipTwin and be ready to test within minutes.
Accelerate Development & Testing
Seamlessly integrate ChipTwin into your existing workflow with support for:
Debugging tools (e.g., GDB)
CI/CD pipelines
Physical simulations
Unit and integration testing frameworks
CAN restbus and network simulations
Tracing & Profiling
Accelerate Development & Testing
Seamlessly integrate ChipTwin into your existing workflow with support for:
Debugging tools (e.g., GDB)
CI/CD pipelines
Physical simulations
Unit and integration testing frameworks
CAN restbus and network simulations
Tracing & Profiling
Accelerate Development & Testing
Seamlessly integrate ChipTwin into your existing workflow with support for:
Debugging tools (e.g., GDB)
CI/CD pipelines
Physical simulations
Unit and integration testing frameworks
CAN restbus and network simulations
Tracing & Profiling
Built for Speed and Scale
ChipTwin is built to accelerate embedded software engineering. We aim to make it simpler. More consistent. Remove complexity - so you can build great products faster and cheaper!
Move up to 80% of your testing to the cloud
Achieve up to 90% faster test execution
Iterate 10x faster from code to results
Built for Speed and Scale
ChipTwin is built to accelerate embedded software engineering. We aim to make it simpler. More consistent. Remove complexity - so you can build great products faster and cheaper!
Move up to 80% of your testing to the cloud
Achieve up to 90% faster test execution
Iterate 10x faster from code to results
Built for Speed and Scale
ChipTwin is built to accelerate embedded software engineering. We aim to make it simpler. More consistent. Remove complexity - so you can build great products faster and cheaper!
Move up to 80% of your testing to the cloud
Achieve up to 90% faster test execution
Iterate 10x faster from code to results
There’s something that kills coding speed -
iteration time
iteration time
iteration time
iteration time
iteration time
We change that by building
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
integrating in CI/CD, debugging and co-simulating with
e.g., physical simulations and CAN Restbus and more.
AI-first
AI-first
AI-first
AI-first
AI-first
development platform for embedded engineering.
80%
80%
80%
80%
80%
cheaper than physical Hardware in the Loop.
90%
90%
90%
90%
90%
faster iteration for testing.
There’s something that kills
coding speed -
iteration time
iteration time
iteration time
iteration time
iteration time
We change that by building
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
integrating in CI/CD, debugging
and co-simulating with e.g.,
physical simulations and
CAN Restbus and more.
AI-first
AI-first
AI-first
AI-first
AI-first
development platform for
embedded engineering.
80%
80%
80%
80%
80%
cheaper than physical Hardware
in the Loop.
90%
90%
90%
90%
90%
faster iteration for testing.
There’s something that kills coding speed -
iteration time
iteration time
iteration time
iteration time
iteration time
We change that by building
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
virtual Hardware in the Loop
integrating in CI/CD, debugging and co-simulating with
e.g., physical simulations and CAN Restbus and more.
AI-first
AI-first
AI-first
AI-first
AI-first
development platform for embedded engineering.
80%
80%
80%
80%
80%
cheaper than physical Hardware in the Loop.
90%
90%
90%
90%
90%
faster iteration for testing.
AI-first
AI-first
AI-first
AI-first
AI-first
product
80%
80%
80%
80%
80%
of embedded software testing in the cloud
10x
10x
10x
10x
10x
faster iteration
AI-first
AI-first
AI-first
AI-first
AI-first
product
80%
80%
80%
80%
80%
of embedded software testing in the cloud
10x
10x
10x
10x
10x
faster iteration
AI-first
AI-first
AI-first
AI-first
AI-first
product
80%
80%
80%
80%
80%
of embedded software testing in the cloud
10x
10x
10x
10x
10x
faster iteration