3.6d Tutorial: How Emerging TDL Capabilities will Impact Networks and Command and Control Systems
Tracks
Track 4
| Thursday, November 12, 2020 |
| 2:00 PM - 2:55 PM |
Speaker
Consultant Michael Kocin
Business Development, International Programs
Galt Inc.
.
Abstract
This presentation will discuss where data links are heading in the future and how they impact current and future networks. As users and data capacity increase there are significant challenges to the Command and Control structure as well as overall information distribution. Not all challenges are network based, emerging cyber threats are discussed and high-level strategies to combat these threats.
The coming increase of data that data links are capable of pushing is taxing current network processing assets. Link 16 illustrates large challenges in processing based on increased data due to CMN/CCR, ET and larger number of participants (JUs). Adding wide band data links from 5th Generation fighter, CDL and wideband UHF further complicate the situation. Future data processing requires computing hardware that allows replacement and re-hosting of software at minimal cost.
Many adversaries are applying varied cyber threats to our networks. These threats include disruption and denial, spoofing, information exploitation and insertion in malware. Network designs should consider these factors in examining network designs, gateway designs and how data is shared. Additionally, the Command and Control systems and Network processing elements need to employ core software capability in actively monitoring the environment.
Finally, a distributed approach to battle management will aid in processing of real time data of multiple data links and aid in reducing cyber threats by eliminating single path connections into the overall command and control structure. Additionally, employment of artificial intelligence software like voice commanded operational picture manipulation will significantly improve response times of system operators.
The coming increase of data that data links are capable of pushing is taxing current network processing assets. Link 16 illustrates large challenges in processing based on increased data due to CMN/CCR, ET and larger number of participants (JUs). Adding wide band data links from 5th Generation fighter, CDL and wideband UHF further complicate the situation. Future data processing requires computing hardware that allows replacement and re-hosting of software at minimal cost.
Many adversaries are applying varied cyber threats to our networks. These threats include disruption and denial, spoofing, information exploitation and insertion in malware. Network designs should consider these factors in examining network designs, gateway designs and how data is shared. Additionally, the Command and Control systems and Network processing elements need to employ core software capability in actively monitoring the environment.
Finally, a distributed approach to battle management will aid in processing of real time data of multiple data links and aid in reducing cyber threats by eliminating single path connections into the overall command and control structure. Additionally, employment of artificial intelligence software like voice commanded operational picture manipulation will significantly improve response times of system operators.
Biography
Mr. Kocin has been a leader in the development of integrated avionics technologies and systems for manned aircraft and space systems for more than 40 years. He has extensive experience in advanced communication systems using highly integrated RF, analog, and digital functions. His expertise also extends to the integration, test and qualification of highly complex, integrated systems including F-22 Communications, Navigation and Identification Avionics and the Link-16 Multifunction Information Distribution System (MIDS) for F/A-18, F-16 and Patriot Missile Defense Systems.
Mr. Kocin first joined GALT in January 2020. He previously worked at ViaSat starting in 2001 as director of program development for the RF simulation business and then as head of International Programs. Prior to that, he was at TRW for 20 years in Avionics Systems. He was a key contributor in the pioneering efforts that resulted in modular, integrated, software-controlled radio suites for advanced aircraft including the F/A-22 Raptor, RAH-66 Comanche, and Joint Strike Fighter (JSF). He began his career at Hughes Aircraft Company in 1977. He holds six patents and a Chairman’s Award for Innovation from TRW.
Mr. Kocin holds a BS in Electrical Engineering from California State University Long Beach and earned his MSSE from the University of Southern California. Additionally, he earned a certificate for the Executive Program for Scientists and Engineers from the University of California, San Diego.
