CIS
Elective #5 - Technology Protection and Control Overview: Originally developed for
the United States Navy and NASA in 1995, this course teaches the methodology of
identifying Critical Program Information and providing low cost/no cost protective
measures. The course has been continually updated and revised to reflect current
changes and related federal and common sense policy for technology protection planning.
This is a critical part of the countermeasures management. Required to safeguard sensitive
government as well as defense and space industry data.
Goals and Objectives: Developing a
Technology Protection and Control Plan
| • |
Identify
Disclosure Techniques |
| • |
Apply a
Technology Control Decision Tree process from website accessions |
The course
includes application from the NASA DFRC Technology Control Plan
developed by NDI and applied to DoD, DoC, NASA Polar Satellite Program. Course Benefits: Students will be
able to structure an approach to identify areas requiring disclosure controls.
This course assists program functionaries in avoiding unauthorized disclosures,
satisfy legal requirements, protecting sensitive data including proprietary
property. Topics Discussed: System
Protection Planning Principles:
| • |
Technology
Protection Guidelines |
| • |
The
International Technology Threat |
| • |
The
Economic Espionage Act of 1996 |
| • |
The
Disclosure Dilemma: Transition or Transfer? |
| • |
International
Transfer of Goods, Services and Munitions |
| • |
Identifying
Critical Technologies and System Vulnerabilities |
| • |
Technology
Assessment and Control Planning |
| • |
Website Accessories |
| • |
Flow Charting |
| • |
Freedom
of Information Act |
| • |
The
Wasseenaar Arrangement and U.S Export Control Laws |
| • |
Applications
Exercises |
Hands-on Exercises: In a simulation exercise,
"NETSECSIM" (Network Security Simulation), teams will try to defend their portion
of a simulated network from attacks. Given limited resources, teams decide the
security controls to be implemented and the amount of resources to be used. Network
attacks occur on a random basis and may succeed or fail depending
on the controls selected. Successful attacks
prompt responses based on the course material. This simulation is suitable
for system administrators regardless of technical background, it provides
an interesting and enjoyable way to apply course concepts. Course Delivery:
| Delivery
Method |
Lecture and
Demonstrations |
| Course Duration |
2 Days |
| Course Fee |
$1095.00 US |
|
