WEBVTT

00:08.810 --> 00:11.199
Atlantic's industrial control systems

00:11.210 --> 00:13.390
lab is used for a variety of

00:13.399 --> 00:16.180
requirements to develop test and

00:16.190 --> 00:19.219
maintain baseline I CS configurations

00:19.229 --> 00:21.389
for instrumentation , industrial

00:21.399 --> 00:24.100
networks , industrial controllers ,

00:24.110 --> 00:27.200
industrial protocols , IP based network

00:27.209 --> 00:29.520
and equipment , industrial front end

00:29.530 --> 00:33.200
servers and software systems . It has

00:33.209 --> 00:35.279
the configuration flexibility to

00:35.290 --> 00:37.650
support different I CS architectures

00:37.659 --> 00:39.939
and component needs through a mixture

00:39.950 --> 00:42.130
of virtualization and hardware in the

00:42.139 --> 00:44.840
loop . The I CS lab fills the role of a

00:44.849 --> 00:46.889
rapid integration lab . Current

00:46.900 --> 00:49.200
capabilities include system modeling

00:49.209 --> 00:51.959
through cameo inventory management and

00:51.970 --> 00:53.889
modeling , utilizing building

00:53.900 --> 00:56.720
information management systems and CAD

00:56.729 --> 01:00.270
modeling using auto desk . The lab will

01:00.279 --> 01:02.430
also be able to use software defined

01:02.439 --> 01:04.940
networking as a tool to model different

01:04.949 --> 01:07.580
I CS architectures without the need for

01:07.589 --> 01:09.739
physical hardware . The lab helps the

01:09.750 --> 01:11.959
war fighter by rapidly configuring and

01:11.970 --> 01:14.180
testing new I CS components and

01:14.190 --> 01:16.260
technologies in an environment that

01:16.269 --> 01:18.750
reduces risk before deployment while

01:18.760 --> 01:21.260
also developing and maintaining cyber

01:21.269 --> 01:22.819
security requirements .