Simulation is becoming an essential tool
for companies in their decision-making,
product design and innovation processes,
but implementing an industrial computing
chain requires the mastery of
increasingly sophisticated mathematical
and computing technologies.
Over the past 20 years, IMACS has
developed a portfolio of specialized
services and products to help its
clients make a leap forward in their
simulation capabilities : modeling,
numerical simulation, statistical
analysis and artificial intelligence,
etc.
Several leading companies in the
automotive, aerospace, defense and
energy sectors rely on IMACS for the
development of their strategic software
tools.
More powerful simulations can boost your
innovation.
Benefit from proven cutting-edge
scientific tools
Success Stories
Over the past 20 years, thanks to a
sustained investment in R&D, IMACS
has developed world-class software in
Electromagnetism, Acoustics,
Statistics and Artificial
Intelligence. These techniques and
expertise have been successfully
deployed in several sectors and fields
of application. IMACS also partnered
with R&D centers of leading
industrials (Airbus, Ariane Group, EDF, PSA
Peugeot-Citroën, Safran, Thales ...)
in order to develop and maintain
high-performance sensitive industrial
software.
In partnership
with Airbus since 2006, IMACS is
co-developing the ASERIS™
Software Suite, an essential link in
the aircraft design chain (Design,
certification and maintenance). IMACS is the exclusive
distributor of the ASERIS™ Suite (ASERIS-BE,
ASERIS-FD, ASERIS-NET, ASERIS-HF...)
Hi-BOX is a
generic software library of fast
parallel solvers that implements
latest theoretical advances in the
fields of fast numerical methods
(FMM, H-Matrix), linear algebra and
parallel computing.
Hi-BOX grew out of a 4-year R&D
Program supported by the DGA, the
French Government Defence
Procurement and Technology Agency
(RAPID program).
Hi-BOX
has proved to be 100 times faster
than conventional methods (benchmarks
carried out during international
workshops)
Predictive
Maintenance
Advisedlib:
Anomaly Detection in Time Series
Data
In the framework
of an Airbus project, IMACS was the
main developer of a Python Library
aimed to help engineers perform
anomaly detection on sensor data
collected from different platforms.
The library aggregates
state-of-the-art methods and can
easily scale to process a huge
quantity of measurements of
different natures and at different
acquisition frequencies.
Uncertainty
Quantification
Uncertainty Quantification and Risk Analysis
We develop and apply advanced methods to model,
propagate, and reduce uncertainties in complex systems.
Our expertise covers probabilistic modeling, Monte Carlo
and quasi-Monte Carlo simulations, sensitivity analysis,
rare event estimation, and surrogate modeling techniques
such as Kriging, Polynomial Chaos, and Karhunen-Loève
expansions. These tools help decision-makers assess risks,
improve system robustness, and gain confidence in predictive
models.
Benefit from
breakthrough numerical technologies
We support our clients in their new
developments from the early stage of
their projects (prototyping, PoC,
feasibility studies) up to the
integration, training, support and
maintenance.
PRODUCTIVITY
Develop
your activity with cutting-edge and
proven technologies
COMPUTATION SPEED
Boost
the performance of your existing
applications
DISRUPTIVITY
Innovate
by solving previously inaccessible
problems
COST EFFICIENCY
Get
the most out of your IT
infrastructure / budget
