The SIL environment provides all integrated aviation and electronic equipment
interworking environments for functional and software verification of mission
equipment and helps analyze errors that occur during system integration.

In actual flight tests, virtual model implementation and fault injection,
convenient switching tests of simulation models and actual equipment, abnormal
mode detection, and various error analysis functions must be provided to enable
testing in extreme flight environments including abnormal modes that cannot be performed.
Real-time processing must be possible for high reliability of test data.

Therefore, SIL construction requires more manpower, time, and highly
accumulated experience than any other equipment development.

REALTIMEWAVE has developed an RTNgine solution optimized for building an SIL
environment through long experience in manufacturing a test environment.

We have launched a flexible and well-integrated test solution with a proven simulation
engine that complements model-based workflow.

It ensures data reliability under strong multi-core CPU and real-time OS
environments, supports most of the interfaces required by the latest technology,
and enables fast simulation in conjunction with a variety of model development
environments (Matlab/Simulink, C, Fortran, etc.). It also provides products
with a variety of functions, from deriving test needs
to managing large amounts of ICDs and accurate analysis and automation of test data.

Using REALTIMEWAVE’s SIL solution means that you don't spend a lot of time
building and setting up an SIL environment,
but only focus on actual tests. This already has a very
important factor in project success.

It's not about building an aircraft, it makes it possible to fly.
It is a complete solution for aircraft-level system integration testing in the laboratory.