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DTSTAMP:20221010T201314Z
UID:DA78BE47-D580-4EC6-BDDC-FA953733A554
DTSTART;TZID=America/New_York:20221005T114500
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DESCRIPTION:ABSTRACT:  Joseph discusses the existential WWII enigma code in
 terception and decryption methods along with the heros and heroines who wo
 rked around the clock to save the allied nations. The cold war\, following
  WWII\, introduced additional risks and new challenges and he illustrates 
 wireless security failures\, ease of wireless packet intercept\, and a lis
 t of encryption methods with inherent security defects. Finally\, wireless
  risks present in 2022 are shown as security aircraft\, ship\, automotive\
 , and military cases aircraft\, and ship examples. State-of-the-art 5G Cel
 lular security technology and the identified risks of base-station's dynam
 ically changing protocols\, hardware BTS trojans\, and mobile UAV-identifi
 ed cellid and location interception challenges are highlighted. Originally
  presented at a Rutgers IEEE dinner\, a professor commented it would be a 
 sleepless night after hearing the risks outlined!\n\nBIO:  Joseph Jesson\,
  is CEO of RFSigint Group\, a wireless sensor platform IP and SOC supply-c
 hain advisory company\, and currently consults with private corporations o
 n wireless sensor networks (LPWAN narrowband digital technology). Joe has 
 25+ years of experience in designing and implementing - through production
  - IoT wireless sensors & embedded systems and was awarded General Electri
 c's Innovation prize\, the Edison Award\, in 2007. Joe was awarded over 15
  patents\, published in the IEEE IoT Journal\, and engineered and tested w
 ireless TEMPEST-shielded secure systems. Currently IEEE Princeton LIFE Aff
 inity Group Chair.\n\nCo-sponsored by: Samantha Potomic\, potomis1@tcnj.ed
 u\n\nRoom: 102\, Bldg: Armstrong (1st Building at the entrance\, stay righ
 t and drive to and park in open Lot 5)\, The College of New Jersey Armstro
 ng Hall - Room 102\, 2000 Pennington RD\, Ewing Township\, New Jersey\, Un
 ited States\, 08628
LOCATION:Room: 102\, Bldg: Armstrong (1st Building at the entrance\, stay r
 ight and drive to and park in open Lot 5)\, The College of New Jersey Arms
 trong Hall - Room 102\, 2000 Pennington RD\, Ewing Township\, New Jersey\,
  United States\, 08628
ORGANIZER:jejesson4@gmail.com
SEQUENCE:10
SUMMARY:WIRELESS SECURITY RISKS\; HISTORICAL WWII DECRYPTION THROUGH 5G CEL
 LULAR TECHNOLOGY
URL;VALUE=URI:https://events.vtools.ieee.org/m/326135
X-ALT-DESC:Description: <br /><p><span style="font-family: 'times new roman
 '\, times\, serif\; color: #000000\; font-size: 18pt\;"><strong>ABSTRACT:&
 nbsp\;</strong> Joseph discusses the existential WWII enigma code intercep
 tion and decryption methods along with the heros and heroines who worked a
 round the clock to save the allied nations. The cold war\, following WWII\
 , introduced additional risks and new challenges and he illustrates wirele
 ss security failures\, ease of wireless packet intercept\, and a list of e
 ncryption methods with inherent security defects. Finally\, wireless risks
  present in 2022 are shown as security aircraft\, ship\, automotive\, and 
 military cases aircraft\, and ship examples. State-of-the-art 5G Cellular 
 security technology and the identified risks of base-station's dynamically
  changing protocols\, hardware BTS trojans\, and mobile UAV-identified cel
 lid and location interception challenges are highlighted. Originally prese
 nted at a Rutgers IEEE dinner\, a professor commented it would be a sleepl
 ess night after hearing the risks outlined!&nbsp\;&nbsp\;</span></p>\n<p><
 span style="font-family: 'times new roman'\, times\, serif\; color: #00000
 0\; font-size: 18pt\;"><strong>BIO:&nbsp\;</strong> Joseph Jesson\, is CEO
  of RFSigint Group\, a wireless sensor platform IP and SOC supply-chain ad
 visory company\, and currently consults with private corporations on wirel
 ess sensor networks (LPWAN narrowband digital technology). Joe has 25+ yea
 rs of experience in designing and implementing - through production - IoT 
 wireless sensors &amp\; embedded systems and was awarded General Electric'
 s Innovation prize\, the Edison Award\, in 2007. Joe was awarded over 15 p
 atents\, published in the IEEE IoT Journal\, and engineered and tested wir
 eless TEMPEST-shielded secure systems. Currently IEEE <wbr />Princeton LIF
 E Affinity Group Chair.</span><br /><br /></p>
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